子分类：
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 181 | 输送辊、用于输送辊的头元件和用于制造输送辊的方法 | CN201410088117.X | 2014-03-11 | CN104044877A | 2014-09-17 | 赖因霍尔德·魏希布罗特; 乔治·马利纳 |
| 本发明涉及一种用于输送容器、托盘等的输送设备的输送辊，其包括具有辊轴线的辊体和头元件，所述辊体的外周面是用于输送物品的支承面，所述头元件借助具有柱形的外表面的引入部段被引入到所述辊体的空心的端部中，其中所述头元件的所述引入部段具有加固元件。 | ||||||
| 182 | 机动化滚筒壳体安排 | CN201280049329.6 | 2012-08-13 | CN103875165A | 2014-06-18 | 约翰·H·鲍里德斯; 迈克尔·亨德利克·德格鲁特; 盖尔寇·胡尔索夫; 米尔恰·庞贝斯库 |
| 在此提供一种机动化滚筒，该机动化滚筒具有其中带有一个电动机的一个滚筒壳体，该电动机具有一个固定轴、多个定子绕组以及附连到该固定轴上的一个定子支撑结构。一个转子在该定子周围共轴地旋转，并且一个摆线减速机具有以一个减小的速率旋转的一个输出端。该减速机输出端被可旋转地固定到该滚筒壳体上并且被布置在该滚筒壳体内。该减速机的一个输入齿轮接收了一个中空偏心输入轴、并且在该输入轴旋转时被推动进行偏心运动。该输出齿轮推动该滚筒壳体以与该输出齿轮相同的旋转速率进行旋转。具有一个输入轴的一个谐波驱动减速机向布置在一个柔性花键构件上的一个波发生器提供旋转运动。该柔性花键构件在两个径向相对区处接合一个刚性圆形花键构件。使用感应和永磁铁操作形式。 | ||||||
| 183 | 端盖设计和移除工具 | CN201280049332.8 | 2012-08-13 | CN103842271A | 2014-06-04 | 劳伦·G·J·沃尔特斯; 爱德华·T·摩尔 |
| 在此提供一种机动化滚筒（03000），该机动化滚筒具有在其中带有一个电动机（04200）的一个滚筒壳体（03700）、以及带有一个端盖凹陷（46920）的一个具有确定直径的端盖（03570）。一个端盖移除工具（46940）具有一个较大直径的外圆周几何形状、以及一个工具凹陷（46930）。该工具凹陷与该端盖凹陷互补。一条连结绳（46910）具有与该端盖凹陷和该工具凹陷的组合相对应的一种截面几何形状。一个入口使得能够进入通道，并且安装了一个柔性构件（46910）穿过该入口以占据该通道。一个滑动锤（46950）施加一个轴向向外力，由此该端盖响应于通过该柔性构件传送到该端盖安排上的向外力而被轴向向外推动。该移除工具可以具有一个圆周螺旋形几何形状，该圆周螺旋形几何形状被配置成用于接合该端盖的一个外圆周螺旋形几何形状。 | ||||||
| 184 | 辐条轮 | CN201210257457.1 | 2012-04-20 | CN102756611A | 2012-10-31 | F·哈特曼 |
| 描述一种特别是用于传送链转向的辐条轮，该辐条轮具有：轮毂(2)，该轮毂包括用于容纳轴或轴线的中心孔(4)；与中心孔(4)同心延伸的环形轮缘(10)；和多个从轮毂(2)向轮缘(10)优选径向延伸的辐条(8)。本发明的特点在于，辐条(8)具有由彼此重叠的、从轮毂(2)延伸的和相互固定的鱼尾板状的多个辐条部件(11至14)组成的层结构，其中每个辐条部件形成一层，其中，辐条部件(11至14)的长度至少在层结构的一段上逐层地减小，并且至少一个辐条部件(11)与轮缘(10)连接。 | ||||||
| 185 | 用于糊状或者粒状的物质的干燥装置 | CN200810110821.5 | 2008-06-11 | CN101324398B | 2012-10-17 | 卢德格尔·特曼 |
| 本发明涉及一种用于糊状或者粒状的物质的干燥装置，其包括：壳体(11-16、31b-35b、21-25)，具有用于干燥空气的至少一个进气口(41a、41b、42a、42b)和至少一个出气口(51a、52a)；至少一个水平带式传输机(62-65)，其包括输送带。本发明的特征在于，所述输送带通过至少一个横向于输送方向延伸并设置在输送带下面的支撑件(80)支撑，在所述支撑件上限定有至少一个沿径向方向从支撑件向外延伸的环形支撑面(79a；179a；279a；379a)，所述输送带支撑在所述支撑面上，所述支撑面沿轴向在小于输送带宽度上延伸，并且所述支撑面环绕横向于输送带的输送方向延伸的旋转轴以可转动的方式安装。 | ||||||
| 186 | 用于从轧机送出的金属带的导向系统 | CN200880012744.8 | 2008-04-17 | CN101678420B | 2012-06-20 | 阿尔弗雷多·帕洛尼; 卢西亚诺·维尼奥洛; 卢卡·桑德林; 法比奥·韦基耶; 马泰奥·诺比莱 |
| 一种轧辊导向系统，适用于一轧制系统的出口处的薄带，其能提供可靠的引导，使得薄带不会发生翻卷和不会由此产生带的顶端的倾翻/折叠，并且即使处于高进给速度也不会弯斜。本发明的系统防止所述带料由于其自身向上或向下的运动，而碰撞或滑行于上容纳装置或轧辊上，以此避免了对表面的可能存在的损害，比如刮痕或缝隙。此外，该导向系统通过制造一适合于改善卷料自身卷绕质量的自定心导向系统，对引起顶端运动中的不稳定性机械-空气动力学现象起作用。 | ||||||
| 187 | 带有金属端帽及其组件的陶瓷输送辊 | CN200680005794.4 | 2006-02-21 | CN101128715B | 2010-05-19 | D·戈蒂埃; A·弗拉姆 |
| 本发明涉及在高温应用中使用的输送辊，更特别地涉及用于该输送辊的改进端帽组件。根据本发明，输送辊(1)包括：a)陶瓷套筒(2)；b)位于陶瓷套筒(2)的每个端部(21，22)处的端帽(4)，该端帽(4)包括金属环箍(41)并且具有适于安装在陶瓷套筒端部(21)上的特定内周长；和c)位于陶瓷套筒(2)的每个端部(21，22)和端帽(4)之间的弹性金属公差环(3)，所述公差环具有多个周向布置的褶皱。该输送辊可以在不受损的情况下抵抗暂时过热或堵塞。 | ||||||
| 188 | 胶带输送机托辊 | CN200610038955.1 | 2006-03-21 | CN1817761A | 2006-08-16 | 罗广群; 王春奇; 胡泉灵; 史爱民 |
| 本发明公开了一种胶带输送机托辊，包含有主轴和外滚筒，在主轴的中部垂直布置一个与主轴垂直的立轴，立轴穿过主轴的中部，该立轴与主轴可相对转动，在主轴和外滚筒之间设置一内滚筒，立轴的上、下端与内滚筒固定，使得内滚筒与主轴也可以在水平面内相对转动。外滚筒由两侧的轴承5支撑在内滚筒上，这样，外滚筒一方面可绕内滚筒旋转，另一方面还可以随内滚筒一起相对主轴在水平面内相对转动。本发明其外型和安装形式与普通托辊一样，结构简单、具有防止胶带跑偏功能但不需要特殊支架、安装调试方便、适应性强、重量轻，适用范围广；由于转动灵活，因此防跑偏效果好。尤其适合煤矿井下胶带输送机使用。 | ||||||
| 189 | 用于传真机的影像读出装置的辊子总成 | CN97110277.5 | 1997-04-04 | CN1088303C | 2002-07-24 | 朴宪守 |
| 一种用于传真机的影像读出装置的辊子总成，特别是由挤压管制成的白辊总成，。根据本发明，白辊总成(橡胶辊)是直接挤压所形成的圆管，其无需经受附加机械加工并且在其两端内部设置有爪槽。支承旋转白辊的两个轴由模压分别形成，每个可以插入白辊两侧的相应端部，其中，轴之一与一个齿轮形成整体，无需E形环，在两个轴上都形成有一个爪，以便装入在白辊两端的内部形成的爪槽中。因此本发明的优点是，制造和组装加工被简化，其使制造成本降低。 | ||||||
| 190 | 用于传真机的影像读出装置的辊子总成 | CN97110277.5 | 1997-04-04 | CN1166746A | 1997-12-03 | 朴宪守 |
| 一种用于传真机的影像读出装置的辊子总成，特别是由挤压管制成的白辊总成，根据本发明，白辊总成(橡胶辊)是直接挤压所形成的圆管，其无需经受附加机械加工并且在其两端内部设置有爪槽。支承旋转白辊的两个轴由模压分别形成，每个可以插入白辊两侧的相应端部，其中，轴之一与一个齿轮形成整体，无需E形环，在两个轴上都形成有一个爪，以便装入在白辊两端的内部形成的爪槽中。因此本发明的优点是，制造和组装加工被简化，其使制造成本降低。 | ||||||
| 191 | 用于将陶瓷辊子连接到轴承上的球窝铰接 | CN94190105.X | 1994-03-04 | CN1103236A | 1995-05-31 | D·高蒂埃 |
| 一种辊子，其包括一个套管和一个贯穿套管的轴，其特点是至少一个球窝铰接配置在套管和端头之间。至少一个端头配置于套管的一端且安装在轴上。在套管与端头之间或者在轴与端头之间配置球窝铰接。最好通过中间构件获得球窝铰接，所述中间构件安装在套管的截锥形支承表面和端头之间上。 | ||||||
| 192 | 无驱动的过渡输送机和传送系统 | CN201020179161.9 | 2010-04-23 | CN201825552U | 2011-05-11 | 埃罗·米耶洛宁 |
| 本实用新型涉及无驱动的过渡输送机和传送系统。该无驱动的过渡输送机用于将圆柱形的工件特别是狭长的纸卷沿所述工件的对称旋转轴线的传送方向从前一台输送机传送到下一台输送机，所述过渡输送机包括：本体；以及至少一个传送机构，所述传送机构与所述本体连接，并且具有用于接收待传送的工件的、循环的接触面，所述接触面相对于所述本体可移动地被设置，其中，至少两个传送机构以下述方式沿所述传送方向平行设置：所述传送机构相对于所述传送方向的水平法线呈一正角，以在外层从两侧支撑所述圆柱形的工件。利用本实用新型的装置实现的过渡运动是均匀和平稳的，并且引起损伤的线性压力不会作用在待传送的工件上，而是实现一种面状的接触。 | ||||||
| 193 | MOTORIZED DRUM SHELL ARRANGEMENT | PCT/US2012050501 | 2012-08-13 | WO2013023203A2 | 2013-02-14 | PAULIDES JOHAN H; DEGROOT MICHAEL HENDRIK; HULSHOF GERKO; POPESCU MIRCEA |
| A motorized drum having a drum shell with a motor therein, the motor having a stationary shaft, stator windings, and a stator support structure that is affixed to the stationary shaft. A rotor rotates coaxially around the stator, and a cycloidal reducer has an output that rotates at a reduced rate. The reducer output is rotationally fixed to, and is disposed within, the drum shell. An input gear of the reducer received a hollow eccentric input shaft, and is urged into eccentric motion as the input shaft rotates. The output gear urges the drum shell into rotation at same rate of rotation as the output gear. An harmonic drive speed reducer that has an input shaft provides rotatory motion to a wave generator that is disposed against a flexible splined member. The flexible splined member engages a rigid circular spline member at two radially opposed zones. Induction and permanent magnet forms of operation are used. | ||||||
| 194 | TRANSFER ROLLER UNIT AND TRANSFER APPARATUS USING SAME | PCT/KR2010006545 | 2010-09-27 | WO2011078468A2 | 2011-06-30 | BAE JEOM GYU |
| The present invention relates to a transfer roller unit and a transfer apparatus using the same and comprises: a roller which rolls together with a transferring target and transfers the transferring target; a housing of which at least one side has a shape of an opened cylinder and with which the roller is rotatably coupled; and a connecting means for rotatably connecting a pair of adjacent housings to each other so as to form a linear path or a curved path. | ||||||
| 195 | ROLLER | PCT/BG2007000015 | 2007-07-31 | WO2008019455A3 | 2008-04-17 | MIRCHEV DIMITAR NIKOLOV; MIRCHEV NIKOLAY DIMITROV; MIRCHEVA KRASIMIRA DIMITROVA |
| The roller with a fixed axle (2) with end sectors of special shape runs through the roller faces. A bearing (3) with an external ring fixed to a pass-through bearing housing (4) is fixed at the roller ends. Each fixed axle goes into a cap (6) connected to external end of bearing housing (4). In cylindrical body (1), there are at least two uniformly arranged groups, each of them having at least two uniformly arranged spokes (7), external ends of spokes being welded to internal surface of cylindrical body, and internal ends of spokes going into a flange (8) with a centrally welded mobile axle (9), ends of axle being rigidly connected to respective internal rings of bearings (3). Cylindrical body comprises three parts. Axle (9k) is shortened and fixed to respective flange in each end part (1k), and respective additional fixed axles (10R) are mounted on each of its spokes, a bearing (11) being mounted on each of axles. | ||||||
| 196 | CLEAN ROOM GUIDED CONVEYOR | PCT/US2004021561 | 2004-07-02 | WO2005105158A2 | 2005-11-10 | PYKE ADRIAN L; LEBO WILLIAM T |
| A conveyor system and method that reduces extraneous forces in a manufacturing process is disclosed. The system and method of the invention are particularly directed to handling and processing sensitive materials such as, for example, in clean room manufacturing facilities. These facilities are used in the fields of semiconductor fabrication, hard disk drive manufacturing, biotechnology, biomedical engineering and pharmaceutical engineering. A conveyor system according to the invention includes a carrier and a drive assembly for providing relative movement thereto. A rib or groove extends along the bottom of the carrier parallel to the direction of travel. The rib and groove structures are also intended to reduce mechanical contact between the carrier and the drive assembly, including its components. A reduction of such contact limits the extent of contamination caused by particulate formation. | ||||||
| 197 | CYCLO REDUCER ARRANGEMENT | PCT/US2012050502 | 2012-08-13 | WO2013023204A3 | 2014-09-25 | WOLTERS LAURENS G J; DEGROOT MICHAEL HENDRIK; HULSHOF GERKO |
| A motorized drum has a drum shell, and a motor and a cycloidal reducer, are disposed inside. An output of the reducer rotates slower than the motor, and a hollow input shaft accommodates miscellaneous components. The hollow input shaft has an eccentric raceway that engages an input gear of the cycloidal reducer, and urges it into eccentric motion. The cycloidal reducer has an internal toothed output ring gear that is rotationally affixed to the drum shell for transmitting rotary power thereto. A fixed shaft is coupled to a guide pin housing that constitutes a fixed reference point of the cyclo reducer. A torque coupler has orthogonally placed driving face pairs that couple the guide pin housing to the fixed shaft. The hollow input shaft has plural axially protruding driven tabs for receiving an input torque from the motor rotor. A coupler has orthogonally arranged driven face pairs for coupling the hollow input shaft to the motor rotor. | ||||||
| 198 | CLEANING-IN-PLACE SYSTEM AND SEAL MONITORING | PCT/US2012050503 | 2012-08-13 | WO2013023205A3 | 2013-07-11 | WOLTERS LAURENS G J; DEGROOT MICHAEL HENDRIK |
| Apparatus and method for detecting seal failure of a sealed region within a conveyor component. A fluid line extends out of the sealed region and a sensor is connected to the fluid line. A valve is connected subsequent to the sensor, and a fluid pump that is connected subsequent to the valve. A controller is connected to the sensor, the valve, and the fluid pump. The sensor is external to the sealed region and the valve is a solenoid valve. The sealed region is within an idler pulley that has a drum shell with an end lid affixed at an axial end thereof, and a shaft. The sealed region can be contained within a motorized drum or a hollow conveyor frame structure. A method detects seal failure by forming a sealed region bounded by a surface and a seal, and altering a fluid pressure, th time rate of change of which is monitored. | ||||||
| 199 | CONVEYOR IDLER | PCT/IB2009053826 | 2009-09-02 | WO2010026533A3 | 2010-07-29 | EICHHORN ROBERT; BOGDANOVIC BOGDAN |
| This invention relates to a roller and more particularly, but not exclusively to a conveyor idler roller. The invention also relates to a method of manufacturing a conveyor idler roller, and more particularly, but not exclusively, to a method of manufacturing a nylon or engineering plastic conveyor idler. The method includes the steps of providing at least two cylindrical shell elements made of a synthetic material, the shell elements having complementary profiled ends in order for the ends to mate when the shell elements are located end-to-end adjacent one another; and securing the cylindrical elements to one another by way of a friction welding process in order to form a composite shell. | ||||||
| 200 | KEYLESS FRICTIONAL SHAFT LOCKING DEVICE WITH INTEGRATED FRICTIONAL DRUM CONVEYOR PULLEY END DISC | PCT/US2005009165 | 2005-03-18 | WO2005089491A3 | 2006-04-27 | WHIPPLE ROBERT J; BURG KURT W; ZAMBONI SANDRO |
| A keyless frictional shaft locking device with integrated frictional drum conveyor pulley end disc is disclosed. The end disc is concentrically centered around a keyless frictional locking device, and the locking device is configured so as to lock around a shaft while, at the same time, effectuating a radially outward expansion of the end disc so that the end disc may securely fit within the ends of a drum conveyor pulley without the need for welding of either the end disc of the drum, or the locking device to the end disc. | ||||||
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