同义词 X
  • mesh

    译词

  • 网格 (8251)
  • 网状 (6233)
  • 网孔 (1718)
  • 网状网 (1710)
  • 相互啮合 (1153)
  • 模型 (1114)
  • 金属网 (1043)
  • 网状物 (917)
  • 格网 (753)
  • 目筛 (558)
  • 合并 (550)
  • 网状结构 (547)
  • 网目 (425)
  • 网筛 (385)
  • 网格图 (366)
  • 筛目 (325)
  • 筛孔 (315)
  • 滤网 (275)
  • 格状 (191)
  • 网格状 (170)
  • 网式 (134)
  • 钢丝网 (99)
  • 栅网 (98)
  • 补片 (81)
  • 三角网 (77)
  • 网栅 (68)
  • 钛网 (65)
  • 网状织物 (53)
  • 筛眼 (44)
  • 筛号 (43)
  • 钢筋网 (27)
  • 啮入 (23)
  • 使啮合 (21)
  • 紧密配合 (15)
  • 网格布 (15)
  • 网格曲面 (12)
  • 目时 (12)
  • 网膜 (9)
  • 目粒度 (7)
  • 网格面 (6)
  • 平片 (6)
  • 目占 (5)
  • 面元 (4)
  • 粒度号 (3)
  • 圈套 (3)
  • 纠缠 (3)
  • 血管网 (3)
  • 网状组织 (1)
  • 血吸虫 (1)
  • 网格

    n.    

    变形:   english【复】

  • 1已接收的包4到包6按照网格序号已经存储在这个重新排序缓冲器。
     The packets 4 through 6, already received, are already stored in this re-order buffer in accordance with the mesh sequence number.
     来源:专利文献   中文专利号:CN101656986A   英文专利号:US2010046430

  • 网状

    n.    

    变形:   english【复】

  • 119.根据权利要求18所述的方法,其中,在重新定位组织之后,在第二粘合阶段所述UV光在除所述已知位置以外的位置施加于所述网状物以将所述网状物粘合到第二组织位置。
     19. The method of claim 18, wherein subsequent to repositioning the tissue, the UV light is applied to the mesh in a location other than the known location in a second tacking instance to tack the mesh to a second tissue position.
     来源:专利文献   中文专利号:CN102743210A   英文专利号:US2012271290

  • 网孔

    n.    

    变形:   english【复】

  • 1如果壳体102中的过滤器112的网孔细微得足以防止色调剂排出至外部,则会使流量减小。
     If the filter 112 in the housing 102 has a mesh that is fine enough to prevent the toner from being discharged to the outside, the flow rate decreases.
     来源:专利文献   中文专利号:CN102467060A   英文专利号:US2012114369

  • 网状网

    n.    

    变形:   english【复】

  • 1除了WiFi和WiMAX联网之外,移动站110和用户终端150能够作为动态自组织(ad hoc)或无线网状网络的一部分来交换消息。
     In addition to WiFi and WiMAX networking, mobile station 110 and user terminals 150 can exchange messages as pail of a dynamic ad hoc or wireless mesh style network.
     来源:专利文献   中文专利号:CN102016626A   英文专利号:US2009264137

  • 相互啮合

    n.    

    变形:   english【复】

  • 1如图31(a)所示,这是因为,随着第一托盘4向左移动,小齿轮9与第一托盘4的齿条4r相互啮合,并以图中的顺时针方向转动,小齿轮9的转动传送到与其啮合的第二托盘5的齿条5j。
     This is because as shown in FIG. 31(a), with the leftward movement of the first tray 4, the pinion 9 in mesh with the rack 4r of the first tray 4 rotates in the clockwise direction in the figure, and rotations of the pinion 9 are transmitted to the rack 5j of the second tray 5 in mesh therewith.
     来源:专利文献   中文专利号:CN1125885A   英文专利号:US5544147

  • 模型

    n.    

    变形:   english【复】

  • 1在某些实施例中,碰撞测试可被应用于网格模型的某些多边形。
     In some embodiments, collision tests may be applied to certain polygons of a mesh model.
     来源:专利文献   中文专利号:CN102640186A   英文专利号:US2010197400

  • 金属网

    n.    

    变形:   english【复】

  • 1在一些或其它实施例中,金属网包括烧结金属网
     In some or other such embodiments, the metal mesh comprises a sintered metal mesh.
     来源:专利文献   中文专利号:CN102639810A   英文专利号:US2011094756

  • 网状物

    n.    

    变形:   english【复】

  • 1现在参照图12,图12示出了根据本发明的实施例构造和操作的旋转钉110,该旋转钉是本发明的用于网状物展开的套件和方法的组成部分。
     Reference is now made to FIG. 12, which illustrates a rotary tack 110, constructed and operative in accordance with an embodiment of the present invention, which is part of the kit and method for mesh deployment of the present invention.
     来源:专利文献   中文专利号:CN102548485A   英文专利号:US2010318107

  • 格网

    n.    

    变形:   english【复】

  • 1对于一些实施例,所述通信网络为网格网络。
     For some embodiments, the communication network is a mesh network.
     来源:专利文献   中文专利号:CN102171954A   英文专利号:US2010098110

  • 目筛

    n.    

    变形:   english【复】

  • 1在某些实施方案中,至少70%的煤颗粒将通过80US目筛
     In certain embodiments, at least 70% of the coal particles will pass through an 80 US mesh screen.
     来源:专利文献   中文专利号:CN102482582A   英文专利号:US2011044881

  • 合并

    n.    

    变形:   english【复】

  • 1更具体地,凸耳单元24和槽单元11啮合并且机械地联结,以将力传送到转动方向上,搭接单元25搭接台阶部12以限制轮子20向另一侧的轴向移动。
     To be more specific, the lug unit (24) and the groove unit (11) are meshed and mechanically coupled to transmit a force to a rotational direction, and the step portion (12) is hitched by the hitching unit (25) to restrict movement of wheel (20) to an axial direction of the other side.
     来源:专利文献   中文专利号:CN102530177A   英文专利号:US2012133195

  • 网状结构

    n.    

    变形:   english【复】

  • 1网状结构22可以能够在肾动脉与插入的网状结构22共同采取的特定直径范围内提供针对肾动脉壁55的基本上恒定/稳定的接触力。
     The mesh structure 22 may be able to provide a substantially constant/stable contact force against the renal artery wall 55 within a particular range of diameters that the renal artery and the inserted mesh structure 22 jointly assume.
     来源:专利文献   中文专利号:CN102772246A   英文专利号:US2012101413

  • 网目

    n.    

    变形:   english【复】

  • 1使本发明化合物(5mg)、淀粉(50mg)、和微晶纤维素(35mg)穿过45网目美国筛并充分混合。
     A compound of the invention (5 mg), starch (50 mg), and microscrystalline cellulose (35 mg) are passed through a No. 45 mesh U.S. sieve and mixed thoroughly.
     来源:专利文献   中文专利号:CN101790529A   英文专利号:US2009062333

  • 网筛

    n.    

    变形:   english【复】

  • 1网筛20提供通风以及操作者在驾驶室10内的可见性。
     The mesh screen 20 provides for ventilation as well as for visibility for the operator on the interior of the cab 10.
     来源:专利文献   中文专利号:CN102395506A   英文专利号:US2010264695

  • 网格图

    n.    

    变形:   english【复】

  • 112.根据权利要求1到4所述的装置,其中,所述接收单元从外部设备接收包括静止图像或运动影像的所述2D数字图像并且接收根据所显示的图像的形状来编辑的所述网格图的所述网格形状和所述深度信息。
     12. The apparatus of claim 4, wherein the reception unit receives the 2D digital image including a still image or a moving picture from an external device and receives the mesh shapes and the depth information of the mesh map which are edited in accordance with shapes of the displayed image.
     来源:专利文献   中文专利号:CN101632102A   英文专利号:US2010086199

  • 筛目

    n.    

    变形:   english【复】

  • 1将所得粉末与1重量%石墨混合,以9巴的压力压实两次并通过筛目大小为0.8mm的筛子将其粉碎。
     The resulting powder was mixed with 1% by weight of graphite, compacted twice with pressure 9 bar and comminuted through a screen with mesh size 0.8 mm.
     来源:专利文献   中文专利号:CN101990460A   英文专利号:US2011034330

  • 筛孔

    n.    

    变形:   english【复】

  • 1例如,穿孔可以简单地是筛网的筛孔,筛网诸如用于空气过滤器56的、被示出一部分的筛网138。
     For example, the perforations may simply be the mesh of a screen, such as screen 138, a portion of which is shown for air filter 56.
     来源:专利文献   中文专利号:CN202940997U   英文专利号:US2011049124

  • 滤网

    n.    

    变形:   english【复】

  • 1过滤装置9的部件优选是液体渗透性的,可以由穿孔金属板制成,或者可选择地由滤网制成。
     The components of the filter device 9 are preferably liquid permeable, and may be made of perforated metal plates or alternatively a filter mesh.
     来源:专利文献   中文专利号:CN101495158A   英文专利号:US2009165862

  • 格状

    n.    

    变形:   english【复】

  • 1采用真空热蒸发、压印、激光转印或激光蚀刻方法在所述半透明金属层上形成电流汇集层,所述电流汇集层为用于提高电流传导能力的网格状结构,所述电流汇集层的网格线位于有机材料层确定的像素单元的间隔位置。
     A current collection layer is formed on the semi-transparent metal layer by using the VTE, imprinting, laser transfer printing, or laser etching, in which the current collection layer is a mesh structure adapted to enhance a current conducting capability, and mesh lines of the current collection layer are located at gap positions among pixel units determined by the organic material layer.
     来源:专利文献   中文专利号:CN101783395A   英文专利号:US2010181557

  • 网格状

    n.    

    变形:   english【复】

  • 1在图2中,为了示出第一电源布线112以及第二电源布线113的电阻分量,将第一电源布线112及第二电源布线113示意性地图示为网格状
     In FIG. 2, the first power source wire 112 and the second power source wire 113 are schematically illustrated in mesh-form in order to show the resistance components of the first power source wire 112 and the second power source wire 113.
     来源:专利文献   中文专利号:CN102971781A   英文专利号:US2013009939

  • 网式

    n.    

    变形:   english【复】

  • 1在这种情况下,仅当灰尘量超过阈值时,才控制旋转刷单元400来清洁筛网式过滤器主体320的表面。
     In this case, the rotation brush unit 400 is controlled to clean the surface of the mesh-type filter body 320 only if the amount of dust exceeds a threshold.
     来源:专利文献   中文专利号:CN101808711A   英文专利号:US2010192768

  • 钢丝网

    n.    

    变形:   english【复】

  • 1钢丝网架水泥夹芯板防火性能研究
     Study on the fire-proof property of cement sandwich board with wire <strong>mesh</strong><br></span><b> </b><span>来源:学术文献</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span><strong>钢丝网</strong>形成催化剂的支撑而它可让蒸汽自由通过催化剂的网袋。</span><br><b> </b><span>This wire <strong>mesh</strong> forms the support of the catalyst and allows the passage of the steam through the catalyst pockets.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1228032A   英文专利号:US6297415</span></li><li><b>3</b><span>例如,过滤元件可包含多孔不锈钢管和任选的一层或更多层细不锈<strong>钢丝网</strong>,后者可被烧结至或另外固定至不锈钢管。</span><br><b> </b><span>For example, the filter elements can comprise perforated stainless steel tubes and optionally one or more layers of fine stainless steel wire <strong>mesh</strong> which can be sintered or otherwise secured to the stainless steel tubes.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102574091A   英文专利号:US2010290970</span></li><li><b>4</b><span>对于所阐述的实施例,不锈钢网铺层47A、47B是一种AMS5690 Plain Dutch 50×250不锈<strong>钢丝网</strong>(由Gerard Daniel & Co.,New Rochelle,NY供应)。</span><br><b> </b><span>For the described embodiment, the stainless steel <strong>mesh</strong> plies 47A, 47B are an AMS5690 Plain Dutch 50.t imes.250 stainless steel wire <strong>mesh</strong> (available from Gerard Daniel & Co., New Rochelle, N.Y.).<br></span><b> </b><span>来源:专利文献   中文专利号:CN1241974A   英文专利号:US5885059</span></li><li><b>5</b><span>镀锌焊接<strong>钢丝网</strong>水泥在一种模拟海洋环境中的疲劳特性</span><br><b> </b><span>Fatigue Behaviour of Galvanized Weld<strong>mesh</strong> Ferrocement in a Simulated Marine Environment<br></span><b> </b><span>来源:学术文献</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:27;'><h3>栅网</h3><div class='tag'><span>n.  </span><button class='txt' id='3925152_0'>【专利 H 类 (32) 】</button><button class='txt' id='3925152_1'>【专利 G 类 (20) 】</button><button class='txt' id='3925152_2'>【专利 F 类 (16) 】</button><button class='txt' id='3925152_3'>【专利 E 类 (10) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='3925152_4'>【专利 B 类 (8) 】</button><button class='txt' id='3925152_5'>【专利 A 类 (5) 】</button><button class='txt' id='3925152_7'>【专利 D 类 (3) 】</button><button class='txt' id='3925152_6'>【专利 C 类 (3) 】</button><button class='txt' id='3925152_8'>【自然科学 (2) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>用于减小流入开采管件312中的地层流体316中的颗粒数量和尺寸的<strong>栅网</strong>306可以放于保护构件304和管件312之间。</span><br><b> </b><span>A <strong>mesh</strong> 306 for reducing the amount and size of particulates in the formation fluid 316 flowing into the production tubular 312 may be placed between the protection member 304 and the tubular 312.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102482937A   英文专利号:US2009301726</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>上基部构件42容纳叶轮52,用来通过<strong>栅网</strong>50上的孔将主气流吸入基部12。</span><br><b> </b><span>The upper base member 42 houses an impeller 52 for drawing the primary air flow through the apertures of the grille <strong>mesh</strong> 50 and into the base 12.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101825095A   英文专利号:US2010226758</span></li><li><b>3</b><span>另外,过滤介质56可以具有蜂窝、<strong>栅网</strong>、衬垫或任何其它提供可用于颗粒物过滤的适当表面面积的构型。</span><br><b> </b><span>Additionally, filter media 56 may be of a honeycomb, <strong>mesh</strong>, mat, or any other configuration that provides an appropriate surface area available for filtering of particulate matter.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102015073A   英文专利号:US2009272103</span></li><li><b>4</b><span>可使用金之类的金属材料形成的多孔层(例如,<strong>栅网</strong>层)作为阴极导电层37a和阳极导电层37b。</span><br><b> </b><span>As the cathode conduction layer 37a or the anode conduction layer 37a, a porous layer (for example, a <strong>mesh</strong> layer) made of a metallic material, for example, gold can be used.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101147291A   英文专利号:US2009011304</span></li><li><b>5</b><span>筛网元件包括<strong>栅网</strong>嵌板和具有向下倾斜表面的侧部倾斜的支撑构件。</span><br><b> </b><span>The screen element comprising a <strong>mesh</strong> panel and side inclined support members having a downwardly inclined face.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102869458A   英文专利号:US2013105412</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:26;'><h3>补片</h3><div class='tag'><span>n.  </span><button class='txt' id='6372502_0'>【专利 A 类 (72) 】</button><button class='txt' id='6372502_1'>【专利 G 类 (5) 】</button><button class='txt' id='6372502_2'>【专利 C 类 (2) 】</button><button class='txt' id='6372502_4'>【专利 D 类 (1) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='6372502_3'>【专利 H 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>本发明的缝合器40提供了用于将网状<strong>补片</strong>附接到腹股沟底的替代方法。</span><br><b> </b><span>Stapler 40 of the present invention provides an alternative method for attaching the <strong>mesh</strong> patch to the inguinal floor.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102292035A   英文专利号:US2010191262</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>在图16和17中,作为腹股沟疝125修补的第一步,利用一个手术夹持器械145将一个修复件或网眼<strong>补片</strong>140放置到腹股沟疝125上。</span><br><b> </b><span>In FIGS. 16 and 17, a prosthetic or a <strong>mesh</strong> patch 140 is placed over the inguinal hernia 125 with a surgical grasping instrument 145 as the first step in the repair of the inguinal hernia 125.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1356092A   英文专利号:US6773438</span></li><li><b>3</b><span>延伸的端部执行器95穿过网眼<strong>补片</strong>140中的开口142进入腹股沟底126。</span><br><b> </b><span>The extended end effector 95 has penetrated through the opening 142 within the <strong>mesh</strong> patch 140 and into the inguinal floor 126.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1356092A   英文专利号:US6773438</span></li><li><b>4</b><span>可以通过使用边际空间学习在3D医学图像数据中分割心脏网格,随后通过将心脏网格划分为<strong>补片</strong>并针对每个<strong>补片</strong>使用独立的受训练的边界检测器来细化分割的心脏网格的边界,来提取初始心脏分离蒙片。</span><br><b> </b><span>The initial heart isolation mask can be extracted by segmenting a heart <strong>mesh</strong> in the 3D medical image data using marginal space learning, then refining the boundaries of the segmented heart <strong>mesh</strong> by dividing the heart <strong>mesh</strong> into patches and using separate trained boundary detectors for each patch.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102663824A   英文专利号:US2012134564</span></li><li><b>5</b><span>在图17所示的相关实施例中,网状<strong>补片</strong>270,280和290或粪便悬带300设有组织锚固器,上述锚固器设置在一个或两个端部处以便有助于锚固在盆腔区域中的组织内,而不用在患者中形成闭孔肌或耻骨上或耻骨后切口。</span><br><b> </b><span>In a related embodiment illustrated in FIG. 17, the <strong>mesh</strong> patches 270, 280, and 290 or fecal sling 300 is provided with tissue anchors disposed at either or both ends to facilitate anchoring in tissue in the pelvic area without having to make obturator or suprapubic or retropubic incisions in the patient.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101460218A   英文专利号:US2010076254</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:25;'><h3>三角网</h3><div class='tag'><span>n.  </span><button class='txt' id='129176_0'>【专利 G 类 (54) 】</button><button class='txt' id='129176_1'>【专利 H 类 (9) 】</button><button class='txt' id='129176_2'>【自然科学 (5) 】</button><button class='txt' id='129176_3'>【专利 A 类 (4) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='129176_4'>【专利 B 类 (3) 】</button><button class='txt' id='129176_6'>【专利 F 类 (1) 】</button><button class='txt' id='129176_5'>【专利 C 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>图4A及图4B是一种示意图,表示<strong>三角网</strong>格的数据形式。</span><br><b> </b><span>FIGS. 4A and 4B are diagrams showing a data format of a triangle <strong>mesh</strong>.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101014982A   英文专利号:US2009009518</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>表现为<strong>三角网</strong>格的初始表面模型被简化,用以减少计算时间并提高后续处理的效率。</span><br><b> </b><span>Then the initial surface models presented as triangulated <strong>mesh</strong>s are simplified [23] to reduce computing time and increase efficiency for the subsequent processing.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101971213A   英文专利号:US2010322496</span></li><li><b>3</b><span>如果执行拉伸向导,则向计算装置提供3D数据集(步骤S310),并且将3D扫描数据形成到<strong>三角网</strong>格内。</span><br><b> </b><span>If the extrude wizard is performed, the collection of the 3D scan data is provided to the computing device (S310), and the 3D scan data is formed into the triangular <strong>mesh</strong>.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102880731A   英文专利号:US2013018634</span></li><li><b>4</b><span>一个3D网格数据分析部分,用于构成一或多个网格对象层的3D<strong>三角网</strong>格,并将各个网格对象层分成多个网格分量;</span><br><b> </b><span>a 3D <strong>mesh</strong> data analyzing portion for constructing a 3D triangle <strong>mesh</strong> of one or more <strong>mesh</strong> object layers and partitioning each <strong>mesh</strong> object layer into a plurality of <strong>mesh</strong> components;<br></span><b> </b><span>来源:专利文献   中文专利号:CN1250289A   英文专利号:US6563500</span></li><li><b>5</b><span>(a)构造一或多个网格对象层的3D<strong>三角网</strong>格;</span><br><b> </b><span>(a) constructing a 3D triangle <strong>mesh</strong> of one or more <strong>mesh</strong> object layers;<br></span><b> </b><span>来源:专利文献   中文专利号:CN1250289A   英文专利号:US6563500</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:24;'><h3>网栅</h3><div class='tag'><span>n.  </span><button class='txt' id='5775427_0'>【专利 E 类 (24) 】</button><button class='txt' id='5775427_1'>【专利 G 类 (19) 】</button><button class='txt' id='5775427_2'>【专利 H 类 (16) 】</button><button class='txt' id='5775427_4'>【专利 F 类 (5) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='5775427_3'>【自然科学 (5) 】</button><button class='txt' id='5775427_5'>【专利 B 类 (4) 】</button><button class='txt' id='5775427_6'>【专利 A 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>阴极侧包括集电器32(例如由铝开放<strong>网栅</strong>形成)和活性材料层34。</span><br><b> </b><span>The cathode side includes a current collector 32 (e.g., formed of an aluminum open <strong>mesh</strong> grid) and an active material layer 34.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102223972A   英文专利号:US2010136225</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>使所述重构的下一次迭代以所述调节后的<strong>网栅</strong>为基础(145)。</span><br><b> </b><span>base a next iteration of the reconstruction on the adapted <strong>mesh</strong> grid (145).<br></span><b> </b><span>来源:专利文献   中文专利号:CN101322157A   英文专利号:US2010214293</span></li><li><b>3</b><span>用激光直写工艺,在玻璃表面上制作了一块面积为70mm×70mm,线宽为5μm,线周期为350μm的金属<strong>网栅</strong>; 在实验室里用雷达发射和接收装置测试了<strong>网栅</strong>对雷达波的屏蔽实验;</span><br><b> </b><span>We use laser direct writing technique to fabricate a metallic <strong>mesh</strong> (Dimension: 70mm×70mm; Line Width: 5μm; Period: 350μm) on glass surface, then do experiment to test radar wave-shielding of metallic <strong>mesh</strong> via radar transmitting and receiving device.<br></span><b> </b><span>来源:学术文献</span></li><li><b>4</b><span>在这个实施方式中,第一联接屏障工具和第二联接屏障工具中的每个是在<strong>网栅</strong>的相应的相邻端之间延伸的一对链46、48。</span><br><b> </b><span>Each of the first and second linking barrier means are, in this embodiment, a pair of chains 46, 48 that extend between respective adjacent ends of the <strong>mesh</strong> gates.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101611199A   英文专利号:US2010299999</span></li><li><b>5</b><span>在每一次迭代之后,基于当前<strong>网栅</strong>和所期望的迭代次数来估计所需要的计算时间(130);</span><br><b> </b><span>estimate a required computation time (130) after each iteration based on a current <strong>mesh</strong> grid and expected number of iterations;<br></span><b> </b><span>来源:专利文献   中文专利号:CN101322157A   英文专利号:US2010214293</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:23;'><h3>钛网</h3><div class='tag'><span>n.  </span><button class='txt' id='7048070_0'>【专利 A 类 (44) 】</button><button class='txt' id='7048070_1'>【专利 C 类 (9) 】</button><button class='txt' id='7048070_2'>【专利 H 类 (6) 】</button><button class='txt' id='7048070_3'>【专利 B 类 (4) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='7048070_5'>【专利 E 类 (1) 】</button><button class='txt' id='7048070_4'>【自然科学 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span><strong>钛网</strong>上、下下沉率的M分别为11%、8%,Q分别为10.7%、9.0%,P均<0.0001。 随访期间未见内固定松动及<strong>钛网</strong>明显移位。</span><br><b> </b><span>The medians of titanium <strong>mesh</strong> cage subsidence were 11.0% and 8.0% proximally and distally,the quartiles were 10.7% and 9.0%,both P< 0.0 001 .Neither internal fixation loosening nor obvious titanium <strong>mesh</strong> cage shifting was found.<br></span><b> </b><span>来源:学术文献</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>网状元件10的材质可以是金属,例如不锈钢网、铝网或<strong>钛网</strong>,且具有观测孔21。</span><br><b> </b><span>The <strong>mesh</strong> element 10 has an observation hole 21, and can be formed by a metal such as stainless <strong>mesh</strong>, aluminum <strong>mesh</strong> or titanium <strong>mesh</strong>.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102465278A   英文专利号:US2012111269</span></li><li><b>3</b><span>前路钢板固定结合<strong>钛网</strong>自体骨加异体骨移植治疗颈椎骨折</span><br><b> </b><span>Treatment of cervical spine fractures by anterior plates with titanium <strong>mesh</strong> and bone graft<br></span><b> </b><span>来源:学术文献</span></li><li><b>4</b><span>术后3个月ESR均正常,术后融合节段后凸角为(7.2±3.5)°,终末随访时<strong>钛网</strong>内固定组丢失(4.2±1.6)°,单纯植骨组丢失,神经功能均有不同程度恢复。</span><br><b> </b><span>The postoperative ESR became normal 3 months later,the postoperative kyphosis angle was(7.2±3.5)°. The loss angle of kyphosis correction of the team of Ti-<strong>mesh</strong> bone fusion and intenal fixation was(4.2±1.6)°,which of the team of the simple bone graft was(5.6±2.1)°at lastest follow up,the neural symptoms were all improved in different degree.<br></span><b> </b><span>来源:学术文献</span></li><li><b>5</b><span>为保护阴极电极板不受腐蚀,这些文献提出使用通过镀金处理的<strong>钛网</strong>,以在电镀铜层上提供石墨保护层,或者在电镀铜层上电镀金或镍合金(分别参考美国2006/0040170A1的第[0010]、[0024]、[0053]和[0050]段)。</span><br><b> </b><span>To protect the cathode electrode plate from corrosion, these documents propose to use titanium <strong>mesh</strong>es treated by gold plating, to provide a graphite protection layer on the electroplated copper layer or to electroplate gold or nickel alloys on an electroplated copper layer (cf. paragraphs [0010], [0024], [0053] and [0050], respectively, of US 2006/0040170 A1).<br></span><b> </b><span>来源:专利文献   中文专利号:CN101652889A   英文专利号:US2010187121</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:22;'><h3>网状织物</h3><div class='tag'><span>n.  </span><button class='txt' id='5777646_0'>【专利 A 类 (19) 】</button><button class='txt' id='5777646_1'>【专利 B 类 (18) 】</button><button class='txt' id='5777646_2'>【专利 D 类 (7) 】</button><button class='txt' id='5777646_3'>【专利 H 类 (3) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='5777646_4'>【专利 G 类 (2) 】</button><button class='txt' id='5777646_5'>【专利 E 类 (2) 】</button><button class='txt' id='5777646_7'>【专利 F 类 (1) 】</button><button class='txt' id='5777646_6'>【专利 C 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>虽然根据本发明可以采用其它尺寸的弹性<strong>网状织物</strong>,但是优选的弹性织物的厚度为0.025英寸。</span><br><b> </b><span>The preferred elastomeric <strong>mesh</strong> has a thickness of 0.025 inches, although other sizes of elastomeric <strong>mesh</strong> can be used in accordance with the invention.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1341052A   英文专利号:US6475932</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>非弹性的、网孔固定透明织物材料28(用作次层)通过辊子60供给,并通过压辊辊隙58,在压力存在的条件下与<strong>网状织物</strong>22(用作主层)接合,形成本发明的复合层压针绣用网状粗布材料20。</span><br><b> </b><span>A web of non-elastic, <strong>mesh</strong>-stabilizing sheer fabric material 28 (as the secondary layer) is fed over roll 60 and through the pressure nip 58 to interface under pressure with the web of open-<strong>mesh</strong> fabric 22 (as the primary layer) to form the composite laminated needlepoint canvas material 20 of the invention.<br></span><b> </b><span>来源:专利文献   中文专利号:CN86104250A   英文专利号:US4623573</span></li><li><b>3</b><span>钩和环扣件元件190的环部分经由通风材料210和可任选的可透空气的<strong>网状织物</strong>192固定到通风区108的周边。</span><br><b> </b><span>The loop portion of a hook and loop fastener element 190 is affixed to the periphery of vent region 108 via the ventilation material 210 and optional air permeable <strong>mesh</strong> fabric 192.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1180300A   英文专利号:US5704064</span></li><li><b>4</b><span>螺旋弹簧310可在线圈直径上变化(即,可使用圆筒形弹簧),以在轮胎中径向位置的整个范围产生连续<strong>网状织物</strong>。</span><br><b> </b><span>The helical springs 310 may vary in coil diameter (i.e., barrel springs may be used) to create continuity in the <strong>mesh</strong> through the range of radial positions in the tire.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102448737A   英文专利号:US2010300587</span></li><li><b>5</b><span>根据在图7中显示的工艺方法,在织物输送或导引压辊70和72之间,非弹性的、纺成网状的针绣织物22a被用作层压主层而供给的,并且,在通过压辊后形成一个向下运动的<strong>网状织物</strong>环布22b。</span><br><b> </b><span>In accordance with the methodology illustrated in FIG. 7 a web of non-elastic, open-<strong>mesh</strong> woven needlepoint fabric 22a is fed as a primary laminate layer between web transport or guide rolls 70 and 72 and discharged beyond such rolls as a downwardly depending moving loop 22b of the open-<strong>mesh</strong> fabric.<br></span><b> </b><span>来源:专利文献   中文专利号:CN86104250A   英文专利号:US4623573</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:21;'><h3>筛眼</h3><div class='tag'><span>n.  </span><button class='txt' id='5465867_0'>【专利 B 类 (22) 】</button><button class='txt' id='5465867_1'>【专利 H 类 (7) 】</button><button class='txt' id='5465867_2'>【专利 G 类 (5) 】</button><button class='txt' id='5465867_4'>【专利 E 类 (3) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='5465867_3'>【专利 C 类 (3) 】</button><button class='txt' id='5465867_6'>【专利 F 类 (2) 】</button><button class='txt' id='5465867_5'>【专利 A 类 (2) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>在支撑体的表面侧,使用400<strong>筛眼</strong>过滤器过滤(实效过滤精度40μm以下)下述调色剂显像层涂敷液1、及下述调色剂显像层涂敷液2、及下述中间层涂敷液,使用滑动吉萨刀具,从上依次将调色剂显像层涂敷液1、调色剂显像层涂敷液2、及中间层涂敷液使干燥涂敷量分别成为3.75g/m2、3.75g/m2、及5.0g/m2地以多层同时涂敷。</span><br><b> </b><span>A coating solution for a toner image receiving layer 1, a coating solution for a toner image receiving layer 2, and a coating solution for an intermediate layer, described below were respectively filtered by using a 400-<strong>mesh</strong> filter (effective filtration accuracy: 40 .mu.m or less), and the front surface of the support was simultaneously coated with 3.75 g/m2 of the coating solution for the toner image receiving layer 1, 3.75 g/m2 of the coating solution for the toner image receiving layer 2, and 5.0 g/m2 of the coating solution for the intermediate layer in this order from top, in dried coating amount, using a slide coater, so as to form a multilayer.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101657762A   英文专利号:US2010129747</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>这确保了在产生高剪切应力时的糊料粘度是低的,即使在通过丝网印刷形成细线布线的情况下也不会发生糊料堵塞<strong>筛眼</strong>,和可获得没有如线断裂的缺陷的布线。</span><br><b> </b><span>C. This ensures that since the paste viscosity at the time of generation of a high shear stress is low, clogging of screen <strong>mesh</strong>es with the paste would not occur even in the case of forming thin-line wiring by screen printing, and a wiring free of such defects as line breakage can be obtained.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102017087A   英文专利号:US2011045624</span></li><li><b>3</b><span>下面一组具有比中间一组筛网的<strong>筛眼</strong>还细的<strong>筛眼</strong>的筛网843固定在摆动框架838上以与其一起摆动。</span><br><b> </b><span>A lower group of a plurality of screens 843 each having a finer <strong>mesh</strong> than the intermediate group of screen 842 is mounted on the swingable frame 838 for swinging movement therewith.<br></span><b> </b><span>来源:专利文献   中文专利号:CN86104448A   英文专利号:US4741913</span></li><li><b>4</b><span>因此,第一筛19a的<strong>筛眼</strong>尺寸最大,而第二和第三筛19b,19c的<strong>筛眼</strong>尺寸则逐步减小。</span><br><b> </b><span>Thus, the <strong>mesh</strong> size of the first screen 19a is largest, and those of the second and third screens 19b, 19c decrease progressively.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1093030A   英文专利号:US5562531</span></li><li><b>5</b><span>过滤器335A提供有两段<strong>筛眼</strong>,尺寸分别为50微米和5微米,用于移去在沉降槽334A、334B、334C中未移去的异物颗粒。</span><br><b> </b><span>The filter 335A is provided with two-stage <strong>mesh</strong>es, having <strong>mesh</strong> sizes of 50 micrometers and 5 micrometers, respectively, for removing foreign particles that are unremoved in the sedimentiation baths 334A, 334B, and 334C.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1240696A   英文专利号:US6093088</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:20;'><h3>筛号</h3><div class='tag'><span>n.  </span><button class='txt' id='5465352_0'>【专利 C 类 (14) 】</button><button class='txt' id='5465352_1'>【专利 A 类 (10) 】</button><button class='txt' id='5465352_2'>【专利 B 类 (8) 】</button><button class='txt' id='5465352_3'>【专利 E 类 (6) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='5465352_4'>【专利 F 类 (2) 】</button><button class='txt' id='5465352_5'>【专利 H 类 (2) 】</button><button class='txt' id='5465352_6'>【专利 G 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>在100<strong>筛号</strong>美国标准筛孔尺寸(149微米)至约2微米之间。</span><br><b> </b><span>Such powders are typically comprised of small particles, e.g., between 100 <strong>mesh</strong> U. S. Standard screen size (149 microns) and about 2 microns.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1058359A   英文专利号:US5013883</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>将羧甲基淀粉钠、硬脂酸镁和滑石预先过美国<strong>筛号</strong>60目筛,然后将其加到颗粒中,混合后将其在压片机上压片,得到每片重150mg的片剂。</span><br><b> </b><span>The sodium carboxymethyl starch, magnesium stearate and talc, previously passed through a No. 60 <strong>mesh</strong> U.S. sieve, are then added to the granules which, after mixing, are compressed on a tablet machine to yield tablets each weighing 150 mg.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1066060A   英文专利号:US5130485</span></li><li><b>3</b><span>这种粉末典型地由小颗粒组成,比如,在100<strong>筛号</strong>美国标准筛级(149微米)至约2微米之间地小颗粒。</span><br><b> </b><span>Such powders are typically comprised of small particles, e.g., between 100 <strong>mesh</strong> U. S. Standard screen size (149 microns) and about 2 microns.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1058552A   英文专利号:US5014916</span></li><li><b>4</b><span>优选具有约0.3毫米下限至约2.4毫米上限(基于美国标准筛列,对应于<strong>筛号</strong>50至<strong>筛号</strong>8),此处大于99.5重量%吸附性材料落在下限至上限间;</span><br><b> </b><span>preferably having a lower limit of about 0.3 millimeters to an upper limit of about 2.4 millimeters (corresponding to a <strong>mesh</strong> size 50 to a <strong>mesh</strong> size 8, based on United States Standard Sieve Series), where greater than 99.5 weight % of the adsorbent material is within the lower and upper limit;<br></span><b> </b><span>来源:专利文献   中文专利号:CN102548911A   英文专利号:US2011017664</span></li><li><b>5</b><span>对于体育活动场地而言,该沙子的颗粒尺寸低于20<strong>筛号</strong>,以避免与该运动表面使用者的摩擦接触。</span><br><b> </b><span>For athletic playing fields the sand has particle size under 20 <strong>mesh</strong> to avoid abrasive contact with users of the playing surface.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1312874A   英文专利号:US5958527</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:19;'><h3>钢筋网</h3><div class='tag'><span>n.  </span><button class='txt' id='7058492_0'>【专利 E 类 (14) 】</button><button class='txt' id='7058492_1'>【专利 B 类 (12) 】</button><button class='txt' id='7058492_2'>【专利 H 类 (2) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>钢条在顶板44和底板36上,且如果模子需要一端壁则<strong>钢筋网</strong>放置在模件30的顶表面34上。</span><br><b> </b><span>Rebar is placed in top and bottom trays 44,36 and if an end wall is required for the module then <strong>mesh</strong> is placed on the top surface 34 of the mold 30.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1197877A   英文专利号:US5997792</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>在采用建筑构件作为垂直竖立的墙壁时,倾斜伸展的通孔11、11’的方向的选择应使至少一种类型的通孔11及11’由上至下倾斜伸展,其中其方向平行于<strong>钢筋网</strong>1、2的纵向钢筋3、4和/或平行于横向钢筋5、6伸展。</span><br><b> </b><span>The directions of the obliquely extending through-holes 11, 11' are selected in such a way that, if the structural member is used as a vertical wall, at least the through-holes 11, 11' of one type extend obliquely downwards, with respect to directions which are parallel to the longitudinal wires 3, 4 and/or parallel to the cross wires 5, 6 of the wire <strong>mesh</strong> mats 1, 2.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1184878A   英文专利号:US6185890</span></li><li><b>3</b><span>当<strong>钢筋网</strong>18靠近箱形模件30的垂直边32定位后预制托粱60垂直定位。</span><br><b> </b><span>The precast joists 60 are positioned vertically after the reinforcing steel <strong>mesh</strong> 18 has been located adjacent the vertical sides 32 of the box form 30.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1197877A   英文专利号:US5997792</span></li><li><b>4</b><span><strong>钢筋网</strong>壳锚喷支护技术在软岩巷道施工中的应用</span><br><b> </b><span>The Application of Steel <strong>mesh</strong>-shell Sprayed Concrete Technology in Soft Rock Tunnel Construction<br></span><b> </b><span>来源:学术文献</span></li><li><b>5</b><span>实例包括如在授予Nixon等人的美国出版物2005/0013668中所公开的<strong>钢筋网</strong>屏障,以及如在PCT出版物WO 2005/059275中所公开的基于波衰减结构的安全屏障系统。</span><br><b> </b><span>Examples include a steel <strong>mesh</strong> netting barrier as disclosed in U.S. publication 2005/0013668 to Nixon et al. , and a security barrier system based on wave attenuating structures as disclosed in PCT publication WO 2005/059275.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101522514A   英文专利号:US2010239374</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:18;'><h3>啮入</h3><div class='tag'><span>n.  </span><button class='txt' id='1827434_0'>【专利 B 类 (17) 】</button><button class='txt' id='1827434_1'>【专利 F 类 (5) 】</button><button class='txt' id='1827434_2'>【专利 A 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>即,通过使所夹持的触头106向离开基板10的方向直线移动,从而将触头106推压在<strong>啮入</strong>部22C上,这时,由于<strong>啮入</strong>部22C的刃状部位的顶端向基端侧边部22A侧倾斜形成,因此触头106就被推入啮合片22和夹紧片23之间的空间的里侧(图7,箭头E的方向)。</span><br><b> </b><span>Specifically, when the sandwiched tip 106 is linearly moved in the direction in which the tip 106 separates from the base plate 10, the tip 106 is pressed against the teeth portion 22C. At this time, since the peaks of the cutting tooth-shaped portions of the teeth portion 22C are formed to be inclined toward the root-side side portion 22A, the tip 106 is pushed in a deep direction (FIG. 7, arrow E direction) of the space between the <strong>mesh</strong>ing piece 22 and the clamping piece 23.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101890632A   英文专利号:US2010236060</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>在离合部78,在各凸部78A的靠卷绕方向侧部分安装(压接)有离合板66的<strong>啮入</strong>部70A,由此,小齿轮72保持于离合板66。</span><br><b> </b><span>In the clutch portion 78, the <strong>mesh</strong>ing portion 70A of the clutch plate 66 is attached (press abutted) to a winding direction side portion of each height 78A and the pinion 72 is thereby held by the clutch plate 66.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102627095A   英文专利号:US2012199686</span></li><li><b>3</b><span><strong>啮入</strong>部48A从离合器凹部32的外周面分离,从而离合器片44允许锁止齿轮30的旋转。</span><br><b> </b><span>The <strong>mesh</strong>ing section 48A is spaced from the outer circumferential surface of the clutch recess portion 32 and so the clutch plate 44 allows the lock gear 30 to rotate.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102328631A   英文专利号:US2012006927</span></li><li><b>4</b><span>因此,<strong>啮入</strong>部48A<strong>啮入</strong>(卡止)在离合部56(凸部56A的周面)与锁止齿轮30(离合凹部32的外周面)之间,从而小齿轮50、离合片44、锁止齿轮30、扭转轴28以及卷筒24能够一体旋转。</span><br><b> </b><span>The teeth insertion portions 48A are <strong>mesh</strong>ed (engaged) between the clutch portion 56 (the peripheral face of the projections 56A) and the lock gear 30 (the outer peripheral face of the ratchet recess 32), enabling the pinion 50, the clutch blade 44, the lock gear 30, the torsion shaft 28 and the spool 24 to be rotated as a single body.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102336174A   英文专利号:US2012013111</span></li><li><b>5</b><span>接着,夹紧片23利用其长边部23A内侧的侧方侧抵接部23D而从侧方将触头106推抵在啮合片22的<strong>啮入</strong>部23C上(图6,箭头C)。</span><br><b> </b><span>Then, the clamping piece 23 presses the tip 106 against the teeth portion 22C of the <strong>mesh</strong>ing piece 22 from the lateral direction by the lateral-side abutting portion 23D on the inner side of the long side portion 23A (FIG. 6, arrow C).<br></span><b> </b><span>来源:专利文献   中文专利号:CN101890632A   英文专利号:US2010236060</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:17;'><h3>使啮合</h3><div class='tag'><span>n.  </span><button class='txt' id='697784_1'>【专利 F 类 (7) 】</button><button class='txt' id='697784_0'>【专利 B 类 (7) 】</button><button class='txt' id='697784_2'>【专利 E 类 (3) 】</button><button class='txt' id='697784_6'>【专利 A 类 (1) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='697784_5'>【专利 H 类 (1) 】</button><button class='txt' id='697784_3'>【专利 C 类 (1) 】</button><button class='txt' id='697784_4'>【专利 G 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>例如,在啮合片22上形成啮入部22C,<strong>使啮合</strong>片23可转动,由此推压触头106,从而做成牢固夹持的设计。</span><br><b> </b><span>For example, a measure for firmly hold the tip 106 is that the teeth portion 22C is formed in the <strong>mesh</strong>ing piece 22 and the clamping piece 23 is made rotatable to press the tip 106.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101890632A   英文专利号:US2010236060</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>因此,当使用者希望相对于长形壳体14重新定位修剪头12时,使用者只要充分地松开螺帽62,<strong>使啮合</strong>区域56,58分开,然后,使配合部分50,52相对于彼此旋转。</span><br><b> </b><span>Accordingly, when the user desires to reposition lopping head 12 relative to elongate housing 14, the user will simply loosen nut 62 sufficiently to disengage inter<strong>mesh</strong>ing regions 56, 58, and then rotate mating portions 50, 52 relative to one another.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1208547A   英文专利号:US5950315</span></li><li><b>3</b><span>与此相对,连结施力弹簧202的另一端侧压接于连结棘爪192的啮合部122,朝<strong>使啮合</strong>部122接近棘轮114的外周部的方向对连结棘爪192施力。</span><br><b> </b><span>On the contrary, the other end of the connection urging spring 202 comes into press contact with the <strong>mesh</strong>ing portion 122 of the connection pawl 192, and urges the connection pawl 192 in a direction in which the <strong>mesh</strong>ing portion 122 moves close to the outer peripheral portion of the ratchet gear 114.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101927750A   英文专利号:US2011006147</span></li><li><b>4</b><span>特别地,因为内齿轮11和外齿轮21的啮合线T被限定成由直线部分Ta和Tc以及曲线部分Tb组合构成的组合线,所以能够容易地<strong>使啮合</strong>线T形成为平滑的拱形形状。</span><br><b> </b><span>In particular, because the <strong>mesh</strong>ing line T of the internal and external gear wheels 11 and 21 is defined as the combined line composed of the combination of the straight line portions Ta and Tc and the curved line portion Tb, the <strong>mesh</strong>ing line T can be easily shaped to the smooth arcuate shape.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101629615A   英文专利号:US2010013288</span></li><li><b>5</b><span>特别是,通过将内齿11b的齿数以及第一、第二外齿42、52的齿数设定在100以上,能够<strong>使啮合</strong>齿数达到4个以上。</span><br><b> </b><span>Particularly, the number of <strong>mesh</strong>ing teeth indicates four or more when each number of teeth of the internal teeth 11b and the first and the second external teeth 42 and 52 indicates the value of hundred (100) or more, respectively.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102753859A   英文专利号:US2013045827</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:16;'><h3>紧密配合</h3><div class='tag'><span>n.  </span><button class='txt' id='5558109_0'>【专利 B 类 (11) 】</button><button class='txt' id='5558109_4'>【专利 A 类 (1) 】</button><button class='txt' id='5558109_3'>【专利 D 类 (1) 】</button><button class='txt' id='5558109_2'>【专利 E 类 (1) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='5558109_1'>【专利 G 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>第二侧齿轮4014可以被耦合成与主轴550m一同旋转并且可以<strong>紧密配合</strong>地啮合差动小齿轮4010。</span><br><b> </b><span>The second side gear 4014 can be coupled for rotation with the spindle 550m and can be <strong>mesh</strong>ingly engaged with the differential pinions 4010.<br></span><b> </b><span>来源:专利文献   中文专利号:CN201808050U   英文专利号:US2010071923</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>衬垫114可以进一步包括穿孔的聚酯网眼188,其设置为露出,以提高附加的表面积来<strong>紧密配合</strong>粘合剂。</span><br><b> </b><span>Backer 114 may further include a perforated polyester <strong>mesh</strong> 188 strategically exposed to provide additional surface area to mate with the adhesive.<br></span><b> </b><span>来源:专利文献   中文专利号:CN103298521A   英文专利号:US2012109250</span></li><li><b>3</b><span>第一侧齿轮4012可以被耦合成与输出主轴16m一同旋转并且可以<strong>紧密配合</strong>地啮合差动小齿轮4010。</span><br><b> </b><span>The first side gear 4012 can be coupled for rotation with the output spindle 16m and can be <strong>mesh</strong>ingly engaged to the differential pinions 4010.<br></span><b> </b><span>来源:专利文献   中文专利号:CN201808050U   英文专利号:US2010071923</span></li><li><b>4</b><span>当这样紧密间隔开时并如图7和图8所示那样,第一栅110和第二栅210就处在<strong>紧密配合</strong>状态。</span><br><b> </b><span>When so closely spaced, and as shown in FIGS. 7 and 8, the first bars 110 and the second bars 210 <strong>mesh</strong>.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1112035A   英文专利号:US5534140</span></li><li><b>5</b><span>主轴550i可以包括<strong>紧密配合</strong>地啮合于冲击中间输出齿轮1138的冲击输入齿 轮1150。</span><br><b> </b><span>The spindle 550i can include an impact input gear 1150 that can be <strong>mesh</strong>ingly engaged to the impact intermediate output gear 1138.<br></span><b> </b><span>来源:专利文献   中文专利号:CN201808050U   英文专利号:US2010071923</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:15;'><h3>网格布</h3><div class='tag'><span>n.  </span><button class='txt' id='5775970_0'>【专利 H 类 (5) 】</button><button class='txt' id='5775970_1'>【专利 G 类 (4) 】</button><button class='txt' id='5775970_2'>【专利 D 类 (2) 】</button><button class='txt' id='5775970_6'>【专利 E 类 (1) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='5775970_5'>【专利 C 类 (1) 】</button><button class='txt' id='5775970_3'>【专利 A 类 (1) 】</button><button class='txt' id='5775970_4'>【专利 F 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>以上面描述的子板的热辐射结构,从内置的组件21和22产生的热经过用于热辐射的内部布图层PA和PB被传送到外部的布图层16,并且进一步地通过外部连接部33,用于热辐射的金属板32,以及固态布图层(或者<strong>网格布</strong>图层)35从外部的布图层16被传送到母板8。</span><br><b> </b><span>With the heat radiation structure of the daughterboard described above, the heat generated from the built-in components 21 and 22 is transmitted to the exterior pattern layer 16 for heat radiation via the interior pattern layers PA and PB for heat radiation, and further transmitted from the exterior pattern layer 16 to the motherboard 8 through an exterior junction 33, the metal plate 32 for heat radiation, and the solid pattern layer (or <strong>mesh</strong> pattern layer) 35.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101583239A   英文专利号:US2009283299</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>在实际中,由方块20传输的这些预报25一般以数千米的<strong>网格布</strong>置和数小时的时间步幅来传输,这在光伏生产地点的尺度下是不够的。</span><br><b> </b><span>In practice, these forecasts 25 transmitted by the block 20 are generally transmitted by a <strong>mesh</strong> arrangement of a few kilometres and a temporal step of a few hours, which is insufficient at the scale of a photovoltaic production site.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101795090A   英文专利号:US2010185337</span></li><li><b>3</b><span>介绍针对土工合成材料使用中出现的问题而开发的玻璃纤维3D加筋布、2D编织布、2.5D格栅以及复合<strong>网格布</strong>。</span><br><b> </b><span>Glass 3 D reinforcing fabric, 2 D braiding fabric, 2. 5 D grid and composite <strong>mesh</strong> cloth developed in the use of geosynthetic material are described.<br></span><b> </b><span>来源:学术文献</span></li><li><b>4</b><span>FIFO以<strong>网格布</strong>局连接在相邻部分之间,或者需要动态地重新配置网络。</span><br><b> </b><span>FIFOs are connected between neighbors in <strong>mesh</strong> topology or require to dynamically reconfigure a network.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102782672A   英文专利号:US2012303933</span></li><li><b>5</b><span>涤纶<strong>网格布</strong>及其生产技术</span><br><b> </b><span>Polyester <strong>mesh</strong> cloth and its production technology<br></span><b> </b><span>来源:学术文献</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:14;'><h3>网格曲面</h3><div class='tag'><span>n.  </span><button class='txt' id='5776152_0'>【专利 G 类 (10) 】</button><button class='txt' id='5776152_2'>【专利 B 类 (1) 】</button><button class='txt' id='5776152_1'>【自然科学 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>当给定的<strong>网格曲面</strong>被展平后,主顶点可为内部顶点或边界顶点,其中,边界顶点是待展平的给定曲面的边界上的顶点,内部顶点是不位于给定曲面的边界上的顶点。</span><br><b> </b><span>On a given <strong>mesh</strong> surface to be flattened, a host vertex could be an interior vertex or a boundary vertex, wherein the boundary vertex is a vertex on the boundary of the given surface to be flattened and the interior vertex is a vertex not on the boundary of the given surface.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101661626A   英文专利号:US2010054625</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span><strong>网格曲面</strong>的无网格压缩算法</span><br><b> </b><span>A <strong>mesh</strong>less Compression Algorithm for <strong>mesh</strong> Surfaces<br></span><b> </b><span>来源:学术文献</span></li><li><b>3</b><span>在曲面编辑过程中分解得到的局部变量可作为曲面的几何细节,将其映射到自身变形后的基曲面上即得到变形后的<strong>网格曲面</strong>,也可将其映射到不同物体的基曲面上,以实现几何细节的迁移。</span><br><b> </b><span>Furthermore, the extractive local variables could be mapped to different <strong>mesh</strong>es' base surfaces. The framework also can realize the geometric detail transfer.<br></span><b> </b><span>来源:学术文献</span></li><li><b>4</b><span>基于模糊聚类的Kohonen神经网络三角<strong>网格曲面</strong>重建</span><br><b> </b><span>Triangle <strong>mesh</strong> surface reconstruction based on Kohonen neural network and fuzzy clustering technique<br></span><b> </b><span>来源:学术文献</span></li><li><b>5</b><span>基于层次B-样条的<strong>网格曲面</strong>编辑技术</span><br><b> </b><span><strong>mesh</strong> Editing with Hierarchical B-Splines<br></span><b> </b><span>来源:学术文献</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:13;'><h3>目时</h3><div class='tag'><span>n.  </span><button class='txt' id='5083462_0'>【专利 C 类 (6) 】</button><button class='txt' id='5083462_1'>【自然科学 (3) 】</button><button class='txt' id='5083462_2'>【专利 B 类 (2) 】</button><button class='txt' id='5083462_5'>【专利 H 类 (1) 】</button>  </div><div class='duo'><button class='txt'> 更多 </button><div class='pop'><button class='txt' id='5083462_4'>【专利 F 类 (1) 】</button><button class='txt' id='5083462_3'>【专利 E 类 (1) 】</button></div></div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>当催化剂颗粒为30~40<strong>目时</strong>,在 Pt/Al_2O_3催化剂上1-丁烯深度氧化在动力学区域进行。</span><br><b> </b><span>The deep oxidation of 1-butene was limited in the kinetic regime over 30~40 <strong>mesh</strong> on Pt/Al_2O_3 catalyst.<br></span><b> </b><span>来源:学术文献</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>当目数超过4000<strong>目时</strong>,乳化操作期间的操作压力变得过高。</span><br><b> </b><span>When the <strong>mesh</strong> number exceeds 4000 <strong>mesh</strong>, the operating pressure during the emulsification operation becomes excessively high.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101815745A   英文专利号:US2010273951</span></li><li><b>3</b><span>当小于40<strong>目时</strong>,凝结的水可能向燃料电池单元侧落下。</span><br><b> </b><span>When the <strong>mesh</strong> is smaller than 40 <strong>mesh</strong>, the condensation water sometimes drops to the side of the unit fuel cells.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101395753A   英文专利号:US2009092865</span></li><li><b>4</b><span>如果,上述黑色粘板粉末的平均粒度不到20目会导致过多地消耗粉碎费用,相反,黑色粘板粉末的平均粒度超过250<strong>目时</strong>浸出效果会变得微弱。</span><br><b> </b><span>If the average particle size of the black slate powder is less than 20 <strong>mesh</strong>, pulverizing the black slate costs too much, and if the average particle size of the black slate powder exceeds 250 <strong>mesh</strong>, insufficient leaching is obtained.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102477487A   英文专利号:US2012134901</span></li><li><b>5</b><span>当目数小于35<strong>目时</strong>,乳化作用显著劣化,这不是优选的。</span><br><b> </b><span>When the <strong>mesh</strong> number is less than 35 <strong>mesh</strong>, the emulsification action significantly deteriorates, which is not preferable.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101815745A   英文专利号:US2010273951</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:12;'><h3>网膜</h3><div class='tag'><span>n.  </span><button class='txt' id='5793001_0'>【专利 G 类 (3) 】</button><button class='txt' id='5793001_1'>【专利 H 类 (3) 】</button><button class='txt' id='5793001_2'>【专利 C 类 (2) 】</button><button class='txt' id='5793001_3'>【专利 A 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>日本发明2005-150427A公开了一种方法和程序,用于通过使用计算机设计刻蚀<strong>网膜</strong>等的网结构图案,以改善这样的网纹干扰问题。</span><br><b> </b><span>JP 2005-150427A discloses a method and program for designing the <strong>mesh</strong> structure pattern of an etched <strong>mesh</strong> film or the like by using a computer in order to improve such a moire problem.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101485243A   英文专利号:US2009288875</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>优选地,进样载体为<strong>网膜</strong>2,在加热器的上表面1上开设有一个与<strong>网膜</strong>2外形大致相一致的开口,<strong>网膜</strong>2嵌在该开口中,从而使得加热元件3和<strong>网膜</strong>2之间的位置关系固定不变,并且由于加热元件3直接位于<strong>网膜</strong>2下方,因此加热元件3能够通过<strong>网膜</strong>2直接加热样品。</span><br><b> </b><span>Preferably, the sample feeding carrier is a <strong>mesh</strong>work 2 disposed in an opening in the upper surface of the heater, said opening corresponds to the shape of the <strong>mesh</strong>work 2. By such arrangement, the positional relation between the heating element 3 and the <strong>mesh</strong>work 2 is fixed, and because the heating element 3 is disposed directly below the <strong>mesh</strong>work 2, the heating element 3 could heat the sample directly through the <strong>mesh</strong>work 2.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101644645A   英文专利号:US2010028212</span></li><li><b>3</b><span>在此,导电<strong>网膜</strong>可包括接地的金属网、金属涂覆合成树脂网或金属涂覆金属纤维网。</span><br><b> </b><span>Here, the conductive <strong>mesh</strong> film can include a grounded metal <strong>mesh</strong>, a metal coated synthetic resin <strong>mesh</strong>, or a metal coated metal fiber <strong>mesh</strong>.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101424750A   英文专利号:US2009116249</span></li><li><b>4</b><span>在该装置的中心是<strong>网膜</strong>,其具有产生薄雾或气雾的孔,该<strong>网膜</strong>被胶合至不锈钢弹簧。</span><br><b> </b><span>In the center of the device is a <strong>mesh</strong> membrane, with holes for producing a mist or aerosol, that is glued to the stainless steel spring.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102711879A   英文专利号:US2012285446</span></li><li><b>5</b><span><strong>网膜</strong>可以形成在构件41的前端,并且开口可以形成在膜中。</span><br><b> </b><span>A <strong>mesh</strong> film may be formed at a tip of the member 41, and an opening may be formed in the film.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102984613A   英文专利号:US2013058508</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:11;'><h3>目粒度</h3><div class='tag'><span>n.  </span><button class='txt' id='5087874_0'>【专利 C 类 (3) 】</button><button class='txt' id='5087874_2'>【专利 A 类 (2) 】</button><button class='txt' id='5087874_1'>【专利 B 类 (2) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>因此使用与细粒成分粒度接近的微粒成分不好,更具体讲,优选使用150~325<strong>目粒度</strong>的微粒成分。</span><br><b> </b><span>Accordingly, particles of the fine particle component close in size to particles of the small particle component are unpreferred and more concretely, the suitable particle size of the fine particle component is from 150 to 325 <strong>mesh</strong>es.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1284936A   英文专利号:US6365662</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>[2]:以9%-14%的水分和40<strong>目粒度</strong>为背景建立的玉米定标模型,预测样品的适宜水分含量为11.21%-12.85%; 小麦样品预测CP、NDF和ADF时的适宜水分含量为11.95%-13.60%。</span><br><b> </b><span>(2) when the models have the background of moisture ranged from 9% -14% and 40 <strong>mesh</strong> size, the fitting moisture ranged from 11.21% to 12.85% for maize samples, and the fitting moisture ranged from 11.95% to 13.60% for wheat samples which used to predict cp, NDF and ADF.<br></span><b> </b><span>来源:学术文献</span></li><li><b>3</b><span>填料的非限制性实例包括氧化锌、硫酸钡、和二次粉碎料(例如,研磨至约30<strong>目粒度</strong>的回收利用的芯模塑基体)。</span><br><b> </b><span>Non-limiting examples of fillers include zinc oxide, barium sulfate, and regrind, e.g., recycled core molding matrix ground to about 30 <strong>mesh</strong> particle size.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102019069A   英文专利号:US2011064883</span></li><li><b>4</b><span>将一根据合金380.1(Belmont金属公司供应,名义上标定的组成按重量计为Si,8~8.5%;Zn,2~3%;作为活性掺杂剂的Mg,0.1%;以及3.5%的Cu与Fe、Mn和Ni,但其中Mg的含量有时偏高到0.17至0.18%的范围)埋没于氮化硼粒料(约50<strong>目粒度</strong>)的床中。</span><br><b> </b><span>A bar of aluminum alloy 380.1 (from Belmont Metals, having a nominally identified composition by weight of 8-8.5% Si, 2-3% Zn, and 0.1% Mg as active dopants, and 3.5% Cu as well as Fe, Mn, and Ni, but the Mg content was sometimes higher as in the range of 0.17-0.18%) was submerged into a bed of boron nitride particles (approximately 50 <strong>mesh</strong> size).<br></span><b> </b><span>来源:专利文献   中文专利号:CN87106359A   英文专利号:US4847220</span></li><li><b>5</b><span>更具体优选使用150~250<strong>目粒度</strong>的微粒成分。</span><br><b> </b><span>In further detail, the particles are preferably about 150 to 250 <strong>mesh</strong> in sieve size.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1284935A   英文专利号:US6309562</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:10;'><h3>网格面</h3><div class='tag'><span>n.  </span><button class='txt' id='5776852_0'>【专利 B 类 (5) 】</button><button class='txt' id='5776852_1'>【专利 G 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>步骤A中,所述两<strong>网格面</strong>板都包括各自的靠近所述过滤装置进水口的第一网格区和远离该进水口的第二网格区,所述第一网格区各网孔面积大于第二网格区的各网孔面积;</span><br><b> </b><span>In step A, both grid panels include the first grid zone near the water inlet of the filtration device and the second grid zone away from the water inlet respectively, wherein the <strong>mesh</strong> area for the first grid zone is larger than that for the second grid zone;<br></span><b> </b><span>来源:专利文献   中文专利号:CN101259340A   英文专利号:US2010307971</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>铜丝被织成<strong>网格面</strong>积为S的网,面积S(见图4)约在4和80到100MM2之间,其电阻值约为1到10Ω。</span><br><b> </b><span>The wire can be interlaced to form <strong>mesh</strong>es (see especially FIG. 4) of an area S of between approximately 4 and 80 to 100 mm. sup.2, with an electrical resistance of between approximately 1 and 10 .O<br></span><b> </b><span>来源:专利文献   中文专利号:CN1052629A   英文专利号:US5141580</span></li><li><b>3</b><span>在上述技术方案基础上,步骤A中,所述两<strong>网格面</strong>板都包括各自的靠近所述过滤装置进水口的第一网格区和远离该进水口的第二网格区,所述第一网格区各网孔面积大于第二网格区的各网孔面积;</span><br><b> </b><span>Based on the abovementioned technical solution, in Step A, both grid panels include the first grid zone near the water inlet of the filtration device and the second grid zone away from the water inlet respectively, wherein the <strong>mesh</strong> area for the first grid zone is larger than that for the second grid zone;<br></span><b> </b><span>来源:专利文献   中文专利号:CN101259340A   英文专利号:US2010307971</span></li><li><b>4</b><span>步骤A中,所述两<strong>网格面</strong>板都包括各自的靠近所述过滤装置进水口的第一网格区和远离该进水口的第二网格区,所述第一网格区各网孔面积大于第二网格区的各网孔面积;</span><br><b> </b><span>in Step A, both grid panels include the first grid zone near the water inlet of the filtration device and the second grid zone away from the water inlet respectively, wherein the <strong>mesh</strong> area for the first grid zone is larger than that for the second grid zone;<br></span><b> </b><span>来源:专利文献   中文专利号:CN101259340A   英文专利号:US2010307971</span></li><li><b>5</b><span>所述<strong>网格面</strong>板11、12的网孔是由两条以上的横向设置和竖向设置的筋条构成,所述<strong>网格面</strong>板11、12整体呈平板状,所述<strong>网格面</strong>板11、12还可以设计成整体呈柱状弧面板,本发明优选实施例,所述<strong>网格面</strong>板11、12整体呈平板状。</span><br><b> </b><span>The <strong>mesh</strong> of the grid panels 11, 12 are formed by more than two horizontally-set and vertically-set ribs, the grid panels 11, 12 are flat plate type as a whole, the grid panels 11, 12 can be also designed into cylindrical arc plate type as a whole. For the preferred embodiment of the present invention, the grid panels 11, 12 are flat plate type as a whole.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101259340A   英文专利号:US2010307971</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:9;'><h3>平片</h3><div class='tag'><span>n.  </span><button class='txt' id='2764068_0'>【专利 A 类 (5) 】</button><button class='txt' id='2764068_1'>【专利 B 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>在一个优选实施方案中,支架移植物的元件可以包括至少两个层,包括激光切割的弹性或半刚性材料(例如,金属、镍钛金属互化物金属、形状记忆金属、塑料、形状记忆塑料或其它柔性材料)的<strong>平片</strong>、螺旋、或网状的中间层,和扩张的PTFE覆盖物的外层。</span><br><b> </b><span>In one preferred embodiment, elements of a stent graft may comprise at least two layers, including a middle layer of a flat sheet, spiral, or <strong>mesh</strong> of laser cut elastic or semi-rigid material (for example, metal, Nitinol metal, shape memory metal, plastic, shape memory plastic or other flexible material), and an outer layer of expanded PTFE overwrap.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102088927A   英文专利号:US2009287145</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>疝环充填式与<strong>平片</strong>式无张力疝修补术治疗腹股沟疝的临床比较研究</span><br><b> </b><span>A Clinical Study on <strong>mesh</strong> Plug and Onlay <strong>mesh</strong> Hernioplasty<br></span><b> </b><span>来源:学术文献</span></li><li><b>3</b><span>膜式叶扇小件使用厚度为约0.15mm(6密耳)的FT-30型复合膜<strong>平片</strong>和厚度为约0.7mm(28密耳)的聚丙烯网进料隔体制造。</span><br><b> </b><span>Membrane leaf packets were prepared using FT-30 type composite membrane flat sheet having a thickness of approximately 0.15 mm (6 mil) and a polypropylene <strong>mesh</strong> feed spacer having a thickness of approximately 0.7 mm (28 mil).<br></span><b> </b><span>来源:专利文献   中文专利号:CN102245283A   英文专利号:US2010140161</span></li><li><b>4</b><span>将胶原凝胶放置于尼龙网上,覆盖第二个尼龙网,在室温下装上120g扁平金属块(钢)持续5分钟,产生在两个尼龙网之间被保护的胶原蛋白<strong>平片</strong>(50-60mm厚)。</span><br><b> </b><span>The collagen gel was placed on the nylon <strong>mesh</strong>, covered with a second nylon <strong>mesh</strong>, and loaded with a 120-g flat metal block (steel) for 5 min at room temperature, giving a flat collagen sheet (50-60 mm thick) protected between two nylon <strong>mesh</strong>es.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102089425A   英文专利号:US2011070646</span></li><li><b>5</b><span>根据相应的量,使用70.0毫克/片的纯化水将氨氯地<strong>平片</strong>部分记载的各成分湿法造粒、通过20目筛、并且干燥。</span><br><b> </b><span>The ingredients described in amlodipine tablet part were wet-granulated using 70.0 mg/tablet of purified water, passed through a 20 <strong>mesh</strong>, and dried, according to the corresponding amounts.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101472587A   英文专利号:US2010233261</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:8;'><h3>目占</h3><div class='tag'><span>n.  </span><button class='txt' id='5083128_0'>【专利 E 类 (3) 】</button><button class='txt' id='5083128_2'>【专利 C 类 (1) 】</button><button class='txt' id='5083128_1'>【专利 D 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>棒磨作业磨矿细度至-200 <strong>目占</strong>27.8%,用40 目筛网的筛子筛出大片云母;</span><br><b> </b><span>After a series of condition test, many parameters were decided: the grind granularitywas –200 <strong>mesh</strong> 27.8%,40 <strong>mesh</strong> screen was used in order to concentrate flake mica;<br></span><b> </b><span>来源:学术文献</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>同时,尾砂或精矿粒度,需-200<strong>目占</strong>80%左右。</span><br><b> </b><span>Meanwhile,the grain of tailings or concentrates must be about 80% at-200 <strong>mesh</strong>.<br></span><b> </b><span>来源:学术文献</span></li><li><b>3</b><span>关键因素是选用菌种要能对毒砂氧化力强、必须伴有Fe~(3+)7~8g/L的酸性硫酸高铁溶液、精矿粒度要细(至少-320<strong>目占</strong>80%以上)以及矿浆浓度较低(5~6%)。</span><br><b> </b><span>Besides,it must be accompanied with ferric sulfate solution (Fe8+ content must comes up to 7-8g/L),fine grain of concentrate (at least -320 <strong>mesh</strong> amounts to 80%) and low pulp density (5-6W/V)<br></span><b> </b><span>来源:学术文献</span></li><li><b>4</b><span>稻壳筛分值10—14网<strong>目占</strong>24%—27%,20网<strong>目占</strong>49%—54%,40—60网<strong>目占</strong>20%—23%;</span><br><b> </b><span><strong>mesh</strong> 10-14 of hull screening value takes amount of from 24% to 27%, <strong>mesh</strong> 20 from 49% to 54%, and <strong>mesh</strong> 40-60 from 20% to 23%;<br></span><b> </b><span>来源:学术文献</span></li><li><b>5</b><span>对磨矿 -浮选工艺流程方案 ,通过综合技术经济比较 ,推荐一段磨矿 ( - 2 0 0<strong>目占</strong> 60 % )、分步优先浮选流程。</span><br><b> </b><span>One stage grinding (60%-200<strong>mesh</strong>) and staged preferential flotation flowsheet is recommended for the grinding flotation scheme through the comprehensive technical and economical comparison.<br></span><b> </b><span>来源:学术文献</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:7;'><h3>面元</h3><div class='tag'><span>n.  </span><button class='txt' id='7403659_0'>【专利 B 类 (3) 】</button><button class='txt' id='7403659_1'>【专利 G 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>-一个类似于由成对的电子表<strong>面元</strong>件组成的筛网的天线,上述元件直接地由一个或多个太阳能电池组成的块提供电源;</span><br><b> </b><span>an antenna features a <strong>mesh</strong> of coupled electronic surface elements provided directly by a block of one or more solar cells;<br></span><b> </b><span>来源:专利文献   中文专利号:CN1448314A   英文专利号:US6215458</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>17.根据权利要求14-16中的任一项所述的图像处理设备(72),其中,所述表面模型是表面网格模型并且每个表<strong>面元</strong>是多边形网格元。</span><br><b> </b><span>17. The image processing apparatus according to claim 14, wherein the surface model is a surface <strong>mesh</strong> model and each surface element is a polygonal <strong>mesh</strong> element.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102656607A   英文专利号:US2012280135</span></li><li><b>3</b><span>因此,刀槽花纹24的下凸出部28、30的相对侧壁上形成的脊部23将会具有相同的特性并且在胎面变形时将互锁,类似于齿轮的齿的啮合,从而限制了胎<strong>面元</strong>件在平行于刀槽花纹24的扫掠轴线A的任何方向上的相对运动。</span><br><b> </b><span>Consequently, the ridges 23 formed on the opposing sidewalls of the lower projections 28, 30 of the sipes 24 will have the same characteristics and will interlock when the tread is deformed, similar to the <strong>mesh</strong>ing of the teeth of gears so that relative movement of a tread element in any direction that is parallel to the sweep axis A of the sipe 24 is limited.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102427956A   英文专利号:US2012048439</span></li><li><b>4</b><span>因此,刀槽花纹24的下凸出部28、30的相对侧壁上形成的脊部23将会具有相同的特性并且在胎面变形时将互锁,类似于齿轮的齿的啮合,从而限制了胎<strong>面元</strong>件在平行于刀槽花纹24的扫掠轴线A的任何方向上的相对运动。</span><br><b> </b><span>Consequently, the ridges 23 formed on the opposing sidewalls of the lower projections 28, 30 of the sipes 24 will have the same characteristics and will interlock when the tread is deformed, similar to the <strong>mesh</strong>ing of the teeth of gears so that relative movement of a tread element in any direction that is parallel to the sweep axis A of the sipe 24 is limited.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102421608A   英文专利号:US2012055601</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:6;'><h3>粒度号</h3><div class='tag'><span>n.  </span><button class='txt' id='5506231_0'>【专利 H 类 (3) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>使用比试样1~5粗的800<strong>粒度号</strong>(平均粒径19μm)的砂粒。</span><br><b> </b><span>The <strong>mesh</strong> number of diamond granules is #800 (average diameter 19 .mu.m), which is grosser than Samples 1-5.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101884094A   英文专利号:US2010270649</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>使用了比试样1~6粗、与试样7相同的600<strong>粒度号</strong>(平均粒径25μm)的金刚石砂粒。</span><br><b> </b><span>The <strong>mesh</strong> number of diamond granules is #600 (average diameter 25 .mu.m), which is grosser than Samples 1-6 and equal to Sample 7.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101884094A   英文专利号:US2010270649</span></li><li><b>3</b><span>金刚石砂粒使用与试样2相同的较细的3000<strong>粒度号</strong>(平均粒径5μm)。</span><br><b> </b><span>The <strong>mesh</strong> number of diamond granules is #3000 (average diameter 5 .mu.m), which is equal to Sample 2.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101884094A   英文专利号:US2010270649</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:5;'><h3>圈套</h3><div class='tag'><span>n.  </span><button class='txt' id='1944632_0'>【专利 H 类 (3) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>此外,结合通往扬声器342前侧的孔口(例如孔口122)的任何通道的长度,结合毡圈,屏蔽物、<strong>圈套</strong>或对气流产生声阻的其它适当的材料(例如毡圈364),选择这些孔口的大小和数量以实现所需的频率响应。</span><br><b> </b><span>In addition, the size and the number of openings leading to a front side of speaker 342 (e.g., opening 122), in combination with the lengths of any passages of these openings, may be chosen in combination with felts, screens, <strong>mesh</strong>es, or other suitable materials (e.g., felt 364) that acoustically resist air flow to achieve a desired response.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1236251A   英文专利号:US6321070</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>此外,如果使用外壳部分1204,结合通往扬声器1206前侧的多个孔口(例如孔口1224)的任何通道的长度,结合毡圈,屏蔽物、<strong>圈套</strong>或对气流产生声阻的其它适当的材料(例如毡圈364),选择这些孔口的大小和数量以实现所需的频率响应。</span><br><b> </b><span>In addition, if housing portion 1204 is used, the size and the number of openings leading to a front side of speaker 1206 (e.g., a plurality of openings 1224), in combination with the lengths of any passages of these openings, may be chosen in combination with felts, screens, <strong>mesh</strong>es, and other suitable materials that acoustically resist air flow to achieve a desired response.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1236251A   英文专利号:US6321070</span></li><li><b>3</b><span>此外,为了优化扬声器膜片1302的悬挂一致性,可以结合小空穴(可选)的任一体积,结合多个通道1316和多个孔口1216和1320的长度和数量,结合任何毡圈,屏蔽物、<strong>圈套</strong>或其它适当的材料,选择扬声器盆架后侧的孔口(例如孔口1314)的大小和数量。</span><br><b> </b><span>Furthermore, the sizes and number of the openings on the rear side of the speaker basket (e.g., opening 1314) may be chosen in combination with any volume of the small cavity (optional), in combination with the lengths and the number of the plurality of passages 1316 and the pluralities of openings 1216 and 1320, in combination with any felts, screens, <strong>mesh</strong>es, or other suitable materials, for the purpose of optimizing the suspension compliance of speaker diaphragm 1302.<br></span><b> </b><span>来源:专利文献   中文专利号:CN1236251A   英文专利号:US6321070</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:4;'><h3>纠缠</h3><div class='tag'><span>n.  </span><button class='txt' id='5570948_0'>【专利 A 类 (3) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>如图4b中所示,如果内层141的一部分被允许进入导引沟道115,则内层141易于变得与拉链齿元件111<strong>纠缠</strong>在一起。</span><br><b> </b><span>As shown in FIG. 4b, inner layer 141 is prone to becoming en<strong>mesh</strong>ed with zipper teeth elements 111 if a portion of inner layer 141 is permitted to enter guide channel 115.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102300482A   英文专利号:US2010192332</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>或者,如果内层141的所述部分足够薄以至于能够和拉链带110一起进入导引沟道115,内层141的所述部分仍会在导引沟道115之内与拉链齿元件111<strong>纠缠</strong>在一起,导致滑块体104之内的堵塞(如点112处所示)和/或导致对内层141和/或滑块体104的永久伤害。</span><br><b> </b><span>Alternatively, if the portion of inner layer 141 is thin enough to pass into the guide channel 115 along with zipper tape 110, the portion of inner layer 141 may become en<strong>mesh</strong>ed with zipper teeth elements 111 within the guide channel 115, causing a jam in the slider body 104 as shown at point 112 and/or causing permanent damage to inner layer 141 and/or the slider body 104.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102300482A   英文专利号:US2010192332</span></li><li><b>3</b><span>因此,滑块体104的旋转增加了在拉链的打开或闭合期间内层141与拉链带110<strong>纠缠</strong>在一起和/或内层<strong>纠缠</strong>在拉链齿元件111之间的可能性。</span><br><b> </b><span>Therefore, the rotation of the slider body 104 increases the likelihood that inner layer 141 will become en<strong>mesh</strong>ed with zipper tape 110 and/or between the zipper teeth elements 111 during opening or closing of the slide fastener.<br></span><b> </b><span>来源:专利文献   中文专利号:CN102300482A   英文专利号:US2010192332</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:3;'><h3>血管网</h3><div class='tag'><span>n.  </span><button class='txt' id='6348243_0'>【自然科学 (3) 】</button><button class='txt' id='6348243_1'>【专利 A 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>由横结肠向降结肠、乙状结肠浆肌层<strong>血管网</strong>网眼密度逐渐减小 ,在系膜缘无显著性差异( P >0 .0 5 ) ,而结肠带及游离缘有显著性差异 ( P <0 .0 5 )。</span><br><b> </b><span>The density of <strong>mesh</strong>work gradually increases from mesocolon border to free border (P<0.001), and it reduces by degree from transverse colon to sigmoid.<br></span><b> </b><span>来源:学术文献</span></li><ul class='cont cont_hidden' style='display:none;'><li><b>2</b><span>肺泡毛细<strong>血管网</strong>眼多由五边和六边的毛细血管环组成,毛细血管直径11~16μm,网眼孔径9~21μm;</span><br><b> </b><span>Pulmonary capillary <strong>mesh</strong> are made up of 5~6 sides capillary rings. The diameter of the alveolar capillary is 11~16 μm. The diameter of the <strong>mesh</strong> is 9~21 μm.<br></span><b> </b><span>来源:学术文献</span></li><li><b>3</b><span>结果表明,丘脑、基底节及内囊各结构的毛细血管吻合成网,不同神经组织内<strong>血管网</strong>形态各异,密度差异十分显著。</span><br><b> </b><span>Results showed that the capillary network from different neural structures anastomosed in to <strong>mesh</strong>es of different forms and their densities varied differently .<br></span><b> </b><span>来源:学术文献</span></li></ul></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:2;'><h3>网状组织</h3><div class='tag'><span>n.  </span><button class='txt' id='5777593_0'>【专利 A 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>组织支撑部分551包括由合成材料,诸如网状物制成的合成层554,以及由生物材料,诸如猪、尸体等的生物材料制成的生物层556。 网状层554包括<strong>网状组织</strong>支撑部分448以及第一和第二支撑部分件的臂部560和562。</span><br><b> </b><span>Tissue support portion 551 includes synthetic layer 554 made of a synthetic material such as <strong>mesh</strong>, and biologic layer 556 made of a biologic material such as porcine, cadaveric, etc. <strong>mesh</strong> layer 554 includes <strong>mesh</strong> tissue support portion 558, and first and second support portion piece arms, 560 and 562.<br></span><b> </b><span>来源:专利文献   中文专利号:CN101500507A   英文专利号:US2011112357</span></li></div><div class='hiddenyiciliju' style='display:none;'></div><br><div class='item clearfix' style='z-index:1;'><h3>血吸虫</h3><div class='tag'><span>n.  </span><button class='txt' id='6331516_0'>【专利 A 类 (1) 】</button>  </div><button class='cuo'>报错</button><button class='up'></button><button class='down'></button></div><div class='cont'><h3>变形:   <a href=''>english</a><span>【复】</span></h3><li><b>1</b><span>以~(H)3-ATP为底物,与日本<strong>血吸虫</strong>匀浆或全虫在37C保温作用,然后用阴离子交换树脂Dowex 1×2(100-200目)短柱(0.5×3cm)层析法一步分离酶反应产物~(H)3-AMP研究日本<strong>血吸虫</strong>匀浆及体表的腺苷酸环化酶活力。</span><br><b> </b><span>The activity of adenylate cyclase in Schistosoma japonicum was assayed by radiometric raethod. The 3H-cAMP formed during enzymatic reaction was separated from substrate 3H-ATP by a short Dowex 1×2 (100-200 <strong>mesh</strong>) 0.5×3 cm column, then the radioactivity of 3H-cAMP was determined by liquid scintillation measurement.<br></span><b> </b><span>来源:学术文献</span></li></div><div class='hiddenyiciliju' style='display:none;'></div><br> </div> <div class="wrapper_smal"> <!--<div class="right"> <h3>微信二维码</h3> <img src="images/WXOneDict.jpg" alt="onedict二维码" height="160" width="160"/> <span>微信扫描上图加“一本词典”为好友,手机查术语更方便!</span> </div>--> <div class="right leibieshuoming"> <h3>专利类别说明</h3> <span class=''>A-生活;农林牧渔;医疗</span><br/> <span class=''>B-印刷;交通运输</span><br/> <span class=''>C-化学;冶金</span><br/> <span class=''>D-纺织;造纸</span><br/> <span class=''>E-建筑;钻探;采矿</span><br/> <span class=''>F-发动机;液压和气动技术</span><br/> <span class=''>G-仪器;计算技术与设备</span><br/> <span class=''>H-电子;通信</span><br/> </div> <div class="right"> <h3>相关词条</h3> <a href='#' class='searchhistory'>meshes</a><br/><a href='#' class='searchhistory'>netting</a><br/><a href='#' class='searchhistory'>tyler</a><br/><a href='#' class='searchhistory'>gauze</a><br/><a href='#' class='searchhistory'>nets</a><br/><a href='#' class='searchhistory'>sieve</a><br/> </div> <div class='right'><h3>查询历史</h3><a href='#' class='searchhistory'>mesh</a><br/></div> <iframe width="100%" height="620" class="share_self" frameborder="0" scrolling="no" src="http://widget.weibo.com/weiboshow/index.php?language=&width=0&height=620&fansRow=1&ptype=0&speed=0&skin=9&isTitle=1&noborder=1&isWeibo=1&isFans=1&uid=2498891990&verifier=54c35916&dpc=1"></iframe> </div> <div class="search2 clearfix"> <h2>使用高级搜索</h2> <div class="inner clearfix"> <form action="super_result.php" method="post"> <input type="hidden" id="yicinumber" name="yicinumber" value="49" /> <div class="bg1"><label>主查询词</label><input id="sqw" name="sqw" type="text" value="mesh" class="gray " /></div><button class="big"></button><br/> <div class="bg2"> <label style='font-size:17px;'>其它关键词</label><input id="contextevi" name="contextevi" class="lenth1 gray_text gray" style="margin-right:0px;" value="输入术语所在的上下文中出现的其他关键词,进行更精确的检索" /><br/> <label>来源类别</label><!--<select id="src_info" class="lenth2"><option value='all'>全部</option><option value='专利文献'>专利文献</option><option value='学术文献'>学术文献</option></select>--><select class="lenth2" id="src_info" name="src_info"><option value="all">全部</option><option value="学术">学术文献</option><option value="专利">专利文献</option></select> </div> </form> </div> </div> </div> <div class="wrapper clearfix" style="text-align:center;"> <a href="http://shangque.com" target="_blank">商鹊网</a> - <a href="http://lingosail.com" target="_blank">语智云帆</a> - <a href="http://www.shiyibao.com" target="_blank">语帆试译宝</a> - <a href="http://termbox.lingosail.com" target="_blank">语帆术语宝</a> - <a href="/about/contactus.php">联系我们</a> </div> <div class="footer clearfix"><span>© 2012 onedict.com</span> <span>京ICP备11041734号 </span></div> <script> var _hmt = _hmt || []; (function() { var hm = document.createElement("script"); hm.src = "//hm.baidu.com/hm.js?64317d2f6b754fb662bb937e0818a80e"; var s = document.getElementsByTagName("script")[0]; s.parentNode.insertBefore(hm, s); })(); </script> <script> $(".leibieshuoming span").click(function(){ return false; }) </script> <script> var _hmt = _hmt || []; (function() { var hm = document.createElement("script"); hm.src = "//hm.baidu.com/hm.js?2c988f0a0db2eb02a9286e6fe9851fb2"; var s = document.getElementsByTagName("script")[0]; s.parentNode.insertBefore(hm, s); })(); </script> </body> </html>