| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 一种批量货币管道传输系统 | CN201710224584.4 | 2017-04-07 | CN106865141A | 2017-06-20 | 许晓毅; 周富强 |
| 本发明涉及一种批量货币管道传输系统，其特征在于：包括第一卷扬装置、第二卷扬装置、一缆绳，传输管以及用于盛装货币的传送载体；该缆绳穿伸于该传输管内，且该缆绳固定有传送载体；该缆绳的两端分别通过该第一、第二卷扬装置卷扬以使固定于该缆绳的该传送载体在该传输管内沿该传输管移动，实现了货币沿该传输管输送。 | ||||||
| 2 | 将包裹装载到货舱内尤其是飞机货舱内的装置 | CN98802788.7 | 1998-02-25 | CN1248209A | 2000-03-22 | 安德斯·赫尔门纳 |
| 一种将包裹装载到货舱(3)中,尤其是飞机货舱中的装置,其中装载货物是通过传送装置(4)进行的,该传送装置(4)包括许多传送通道(41－43)。这一传送装置被逐渐装载包裹并且移动到货舱(3)的后方区域。为了吸收尤其在装载和卸货过程中可能出现的纵向峰值力,提供了纵梁(7,8),该纵梁(7,8)被安装在地板侧并支撑所述转向装置(6),靠压在固定安装的驱动装置(5)上。借此,所出现的纵向力会被有效地吸收在所述装载系统中,而飞机机身不会被附加的保持装置尤其是侧壁区域的保持装置损坏,不会引起飞机壳体的毁坏。 | ||||||
| 3 | 输送装置和输送方法 | CN201380008294.6 | 2013-02-13 | CN104106168B | 2016-09-28 | 菅野广; 深田隆司; 植草敬介; 谷本理 |
| 本发明提供在更换供给辊时也不会停止设备、能够提高生产率的输送装置和输送方法。本发明的输送装置具有：移动部，其以能够输送自卷绕有作为电极或者隔膜的原材料的带状的电池原材料的供给辊送出的上述电池原材料的方式保持该电池原材料，并且能够通过变更其位置，使输送路径伸缩；以及第1固定部件，其设于比上述移动部靠上述电池原材料的输送方向上游侧的位置，能够固定上述电池原材料，在利用上述第1固定部件固定了上述电池原材料的状态下，上述移动部以使上述输送路径变短的方式变更位置。本发明的输送方法在将上述电池原材料自卷绕有该电池原材料的供给辊送出的同时输送该电池原材料，其中，在更换上述供给辊时，利用设于输送路径的第1固定部件固定上述电池原材料，变更在比该第1固定部件靠上述电池原材料的输送方向下游侧的位置以能够输送上述电池原材料的方式保持该电池原材料的移动部的位置，从而使输送路径缩短，在将位于上述移动部的上述电池原材料向下游侧供给的同时更换上述供给辊。 | ||||||
| 4 | 输送装置和输送方法 | CN201380008534.2 | 2013-02-13 | CN104106172A | 2014-10-15 | 石松慎司; 奈须敬司; 日比野孝次; 山元芳朗 |
| 本发明提供即使供给辊的惯性力矩发生变化也能够抑制间歇地输出电池原材料的供给辊的过度旋转、旋转不足的输送装置和输送方法。输送装置(100)具有：供给辊(110)，其卷绕有作为电极或者隔膜的原材料的带状的电池原材料(W)，通过旋转而间歇地输出该电池原材料(W)；辊检测部件(240)，其用于检测残留于该供给辊(110)的电池原材料(W)的量；以及制动力赋予部件(230)，其根据由该辊检测部件(240)检测出的电池原材料(W)的量，对供给辊(110)的旋转赋予制动力。 | ||||||
| 5 | 输送装置和输送方法 | CN201380008294.6 | 2013-02-13 | CN104106168A | 2014-10-15 | 菅野广; 深田隆司; 植草敬介; 谷本理 |
| 本发明提供在更换供给辊时也不会停止设备、能够提高生产率的输送装置和输送方法。本发明的输送装置具有：移动部，其以能够输送自卷绕有作为电极或者隔膜的原材料的带状的电池原材料的供给辊送出的上述电池原材料的方式保持该电池原材料，并且能够通过变更其位置，使输送路径伸缩；以及第1固定部件，其设于比上述移动部靠上述电池原材料的输送方向上游侧的位置，能够固定上述电池原材料，在利用上述第1固定部件固定了上述电池原材料的状态下，上述移动部以使上述输送路径变短的方式变更位置。本发明的输送方法在将上述电池原材料自卷绕有该电池原材料的供给辊送出的同时输送该电池原材料，其中，在更换上述供给辊时，利用设于输送路径的第1固定部件固定上述电池原材料，变更在比该第1固定部件靠上述电池原材料的输送方向下游侧的位置以能够输送上述电池原材料的方式保持该电池原材料的移动部的位置，从而使输送路径缩短，在将位于上述移动部的上述电池原材料向下游侧供给的同时更换上述供给辊。 | ||||||
| 6 | 自动售货机出货结构 | CN201310098739.6 | 2013-03-26 | CN104077847A | 2014-10-01 | 叶锦文; 肖扬 |
| 一种自动售货机出货结构，包括有货物承载架，货物承载架包括一用于承载货物的底板及一与所述底板的一侧相连的推动板，一出货口设于所述底板的另一侧，货物承载架还包括一与所述底板枢转相连的挡板，所述挡板转动至一闭合位置时，遮盖所述出货口以承载并阻止货物从所述出货口掉落，所述挡板转动至一打开位置时，允许货物从所述出货口掉落出所述货物承载架外；所述底板与水平方向成一倾斜夹角，所述出货口位于所述底板较高的一侧。本发明中的出货结构可防止货物因发生移动而自行从出货口处掉落的情况。 | ||||||
| 7 | 输送装置和输送方法 | CN201380008534.2 | 2013-02-13 | CN104106172B | 2017-03-01 | 石松慎司; 奈须敬司; 日比野孝次; 山元芳朗 |
| 本发明提供即使供给辊的惯性力矩发生变化也能够抑制间歇地输出电池原材料的供给辊的过度旋转、旋转不足的输送装置和输送方法。输送装置(100)具有：供给辊(110)，其卷绕有作为电极或者隔膜的原材料的带状的电池原材料(W)，通过旋转而间歇地输出该电池原材料(W)；辊检测部件(240)，其用于检测残留于该供给辊件(230)，其根据由该辊检测部件(240)检测出的电池原材料(W)的量，对供给辊(110)的旋转赋予制动力。(110)的电池原材料(W)的量；以及制动力赋予部 | ||||||
| 8 | 一种用于电热管加工的管材上料机构 | CN201610016853.3 | 2016-01-11 | CN105480663A | 2016-04-13 | 莫兆根 |
| 本发明涉及一种用于电热管加工的管材上料机构，包括机架、上管机构、导流板和分管机构，所述的上管机构包括横梁、皮带固定轮撑杆、皮带固定轮、高度调节轮、卷带器和皮带，所述的皮带固定轮安装在皮带固定轮撑杆的上端，所述的高度调节轮通过调节轮支架连接在机架上，所述的高度调节轮位于皮带固定轮的斜下方，所述的卷带器位于高度调节轮的斜下方，所述的卷带器与旋转机构相连，所述的皮带依次与皮带固定轮、高度调节轮和卷带器相连，所述的导流板是倾斜放置的，所述导流板的上端设置在高度调节轮的外侧，所述的分管机构连接在导流板的下端。本设计具有结构简单、易于制造和实用高效的优点。 | ||||||
| 9 | 输送装置和输送方法 | CN201380008535.7 | 2013-02-13 | CN104106173A | 2014-10-15 | 岩田猛; 冈崎泰史; 植草敬介; 谷本理 |
| 本发明提供能够矫正供给辊的习惯性打卷而提高加工精度的输送装置和输送方法。该输送装置(100)包括：供给辊(110)，其卷绕有作为电极或者隔膜的原材料的带状的电池原材料(W)；矫正辊(340)，其以能够使在供给辊(110)上面向外周侧的电池原材料(W)的一个面弯曲成凹状的同时进行输送的方式保持从供给辊(110)送出的电池原材料(W)；以及其他辊，其以能够使电池原材料(W)的与一个面不同的另一个面弯曲成凹状的同时进行输送的方式保持该电池原材料(W)，矫正辊(340)的与电池原材料(W)接触的面的曲率半径小于其他辊的与电池原材料(W)接触的面的曲率半径。 | ||||||
| 10 | 传送台及其使用方法 | CN200980131261.4 | 2009-06-11 | CN102119112B | 2012-09-05 | 科内利斯·阿德里安乌斯·亨利克斯·范德阿沃尔特; 罗伯特·希尔马·巴克; 科内利斯·彼得鲁斯·杜波; 马塞尔·佩伦 |
| 本发明公开了一种传送台(100)，其包括：传送网(106)；退卷辊(118)，用于从中展开所述传送网(106)；第一返回元件(104a)；第二返回元件(104b)；卷绕辊(120)，用于将展开的传送网缠绕在其上；第一框架(102)，第一和第二返回元件(104a、104b)与其连接；以及第二框架(116)，退卷辊(118)和卷绕辊(120)与其可旋转地连接，其中，退卷辊(118)、卷绕辊(120)和返回元件(104a、104b)一起被设计为用于伸展传送网(106)，以使得在第一和第二返回元件(104a、104b)之间，传送网(106)的表面可用作传送表面(108)，并且其中，第二框架(116)沿着基本上平行于所述传送表面(108)的路径相对于第一框架(102)可移动。本发明还公开了所述传送台的使用方法。 | ||||||
| 11 | 传送台及其使用方法 | CN200980131261.4 | 2009-06-11 | CN102119112A | 2011-07-06 | 科内利斯·阿德里安乌斯·亨利克斯·范德阿沃尔特; 罗伯特·希尔马·巴克; 科内利斯·彼得鲁斯·杜波; 马塞尔·佩伦 |
| 本发明公开了一种传送台(100)，其包括：传送网(106)；退卷辊(118)，用于从中展开所述传送网(106)；第一返回元件(104a)；第二返回元件(104b)；卷绕辊(120)，用于将展开的传送网缠绕在其上；第一框架(102)，第一和第二返回元件(104a、104b)与其连接；以及第二框架(116)，退卷辊(118)和卷绕辊(120)与其可旋转地连接，其中，退卷辊(118)、卷绕辊(120)和返回元件(104a、104b)一起被设计为用于伸展传送网(106)，以使得在第一和第二返回元件(104a、104b)之间，传送网(106)的表面可用作传送表面(108)，并且其中，第二框架(116)沿着基本上平行于所述传送表面(108)的路径相对于第一框架(102)可移动。本发明还公开了所述传送台的使用方法。 | ||||||
| 12 | 将包裹装载到货舱内尤其是飞机货舱内的装置 | CN98802788.7 | 1998-02-25 | CN1080678C | 2002-03-13 | 安德斯·赫尔门纳 |
| 一种将包裹装载到货舱(3)中，尤其是飞机货舱中的装置，其中装载货物是通过传送装置(4)进行的，该传送装置(4)包括许多传送通道(41-43)。这一传送装置被逐渐装载包裹并且移动到货舱(3)的后方区域。为了吸收尤其在装载和卸货过程中可能出现的纵向峰值力，提供了纵梁(7，8)，该纵梁(7，8)被安装在地板侧并支撑所述转向装置(6)，靠压在固定安装的驱动装置(5)上。借此，所出现的纵向力会被有效地吸收在所述装载系统中，而飞机机身不会被附加的保持装置尤其是侧壁区域的保持装置损坏，不会引起飞机壳体的毁坏。 | ||||||
| 13 | 전자 부품 이송장치 | KR1019990050158 | 1999-11-12 | KR1020000035442A | 2000-06-26 | 치바,미노루; 사이토,아키라; 오가사와라,후까시; 고바야시,이사오 |
| PURPOSE: An apparatus for conveying electrical device is provided to convey the electrical device regardless of a vibration of the paper tape, and to remove a plane-shape electrical device on the device hole easily. CONSTITUTION: An apparatus for conveying electrical device includes a tape(2), an actuator, and at least one inlet. The tape includes a device hole(10) to fix a plane-shape electrical device(40) in a predetermined spacing in the direction of translation. The actuator coveys the tape in the direction of translation. Each of the device holes(10) includes a pair of opposed contact edges on both sides of the plane-shape electrical device(40), and at least one inlet formed on one of the opposed contact edges. | ||||||
| 14 | Insect egg conveyor | US15272748 | 2016-09-22 | US10028491B2 | 2018-07-24 | Peter Massaro; Robert Sobecki; Tiantian Zha |
| Example insect egg conveyors are disclosed. One example insect egg conveyor device includes multiple rollers positioned along a path and a drive unit that includes a motor connected to a roller of the multiple rollers to drive the roller and rotate the roller. The device also includes a substrate positioned on the roller and a fluid source positioned along the path. The rollers are arranged to move the substrate along the path and toward the fluid source in response to the motor rotating the roller. | ||||||
| 15 | Conveyor and conveying method | US14370599 | 2013-02-13 | US09139373B2 | 2015-09-22 | Hiroshi Kanno; Ryuji Fukada; Keisuke Uekusa; Osamu Tanimoto |
| A conveyor is provided with a supply roll, a plurality of movement parts and a first securing device. The supply roll is rotatably arranged and is configured to support a belt-shaped cell material for an electrode or a separator to intermittently feeding out the cell material by rotation of the supply roll. The movement parts are configured to lengthen and shorten a conveying route by conveyably holding the cell material fed out from the supply roll. The first securing device is configured to secure the cell material. The first securing device is provided upstream from the movement parts along a direction in which the cell material is conveyed. The movement parts are further configured to change position so as to shorten the conveying route in a state in which the cell material is secured by the first securing device. | ||||||
| 16 | CONVEYOR AND CONVEYING METHOD | US14371197 | 2013-02-13 | US20140353125A1 | 2014-12-04 | Takeshi Iwata; Yasufumi Okazaki; Keisuke Uekusa; Osamu Tanimoto |
| A conveyor is provided with a supply roll, a corrective holding part and an additional holding part. The supply roll rotatably supports a belt-shaped cell material for an electrode or a separator. The corrective holding part conveys and holds the cell material fed out from the supply roll while bending a first side surface of the cell material that lies against an outer peripheral side of the supply roll into a concave shape. The additional holding part conveys and holds the cell material while bending a second side surface of the cell material into a concave shape. The holding parts include a curved contact surfaces that contact opposite side surface of the cell material. The curved contact surface of the corrective holding part has a radius of curvature that is less than a radius of curvature of the curved contact surface of the additional holding part. | ||||||
| 17 | TRANSPORT TABLE AND METHOD FOR THE USE THEREOF | US12997505 | 2009-06-11 | US20110185930A1 | 2011-08-04 | Cornelius Adrianus Henricus Van Der Avoort; Robbert Hilmar Backer; Cornelius Petrus Du Pau; Marcel Peeren |
| A transport table, comprising a transport web; an unwinding roller for unwinding the transport web therefrom; a first return element; a second return element; a winding roller for winding thereon the unwound transport web; a first frame with which the first and the second return element are connected; and a second frame with which the unwinding roller and the winding roller are rotatably connected, wherein the unwinding roller, the winding roller and the return elements together are designed for stretching the transport web such that between the first and the second return element a surface of the transport web is available as transport surface, and wherein the second frame is movable along a path substantially parallel to said transport surface with respect to the first frame. The invention also discloses a method for the use of the transport table. | ||||||
| 18 | Commissioning system | US613079 | 1996-03-08 | US5755316A | 1998-05-26 | Walter Reist |
| A commissioning system has a substantially random arrangement or array of positions (1 to 53) associated with specific articles or objects. It also has a removal device, with a guidance system (60) and a flexible conveying member (67) movable in push or pull manner within the system. The guidance system (60) and conveying member (67) are so designed that the head end of the conveying member (67) is movable from an outlet point (65) to the removal side of each position (1 to 53) of the array of positions. For this purpose the guidance system (60) can be branched in tree-like manner from the outlet point (65) and switch points (61 to 64) are provided at the branching locations. At the head end of the conveying member (67) is provided a holder (68), which can hold the article for conveying purposes. At the head end of the conveying member (67) and/or in the vicinity of the removal side of the positions (1 to 53) are also provided device for taking over one or more articles from the holder (68). For controlling the system a computer (72) with a memory (73) for a data bank (75) is provided, the data bank (75) being able to associate features of articles with specific positions and with the latter are associated specific conveying data, such as the distance (D) from the outlet point and switch point positions (61 to 64). By incorporating an inlet point (66) and suitably equipping the device, the system can also be made usable for the classifying or arranging of articles at the positions (1 to 53). | ||||||
| 19 | Arrangement for loading a cargo compartment, in particular that of an aircraft, with piece goods | US641034 | 1991-01-14 | US5170968A | 1992-12-15 | Anders Helmner |
| An arrangement for loading of a cargo compartment (3), in particular that of an aircraft fuselage (1), with piece goods, is proposed, consisting of a conveying device (9) in the form of a number of high-tensile belts (10) located at intervals from one another and which are provided with a carpet-like conveying surface (18), for instance in nylon fabric, in that section of them which covers the cargo area of the cargo compartment (3) in the fully-loaded position. A rear cargo wall (23) fixed to the belts (10) provides the rear storage room limit for the goods transported. Loading and unloading can be performed by means of movement backwards and forwards of the belts (10). Since tensile loadings are concentrated exclusively in the belts (10), reversal can be performed in the vicinity of the loading aperture (5) of the cargo compartment (3) on a thin guide section located near the floor, which can be designed to accord with any contour of the floor (14) of the cargo compartment (3). There thus results a design for the conveying device (9) in the form of a carpet which fluidly adapts itself to any contour on which the goods transported can be safely and reliably conveyed into and out of the cargo compartment (3). | ||||||
| 20 | Agricultural machine | US110716 | 1987-07-16 | US4944353A | 1990-07-31 | Viktor V. Shishkin; Nikolai F. Kryazhevskikh; Jury P. Shapovalov |
| An agricultural machine comprises a self-propelled chassis (1) and an arrangement for displacement of the working member (9) over the field surface, comprising a hermetic chamber (3) with a port (4), a source (2) of a fluid agent pumped into the chamber (3) under a pressure, and a flexible hose (7) wound onto a drum (5) and internally accommodating a tractive element (8). A section of the tractive element (8) projecting from a free end of the hose (7) mounts an attachment carrying the working member (9) and movably connected with the flexible hose (7). The free end of the hose (7) is passed through the chamber (3), turned inside out and hermetically secured in the port (4) of the chamber (3) so that it forms an annular space (A) communicating with the chamber (3) and by changing its volume under the action of the fluid agent moves the hose (7) over the field, which pushes in front of itself the attachment carrying the working member (9). | ||||||
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