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    • 3. 发明申请
    • Discharge container
    • 放电容器
    • US20060151539A1
    • 2006-07-13
    • US10516286
    • 2003-09-30
    • Tatsuo TsubakiShigeo Iizuka
    • Tatsuo TsubakiShigeo Iizuka
    • A45D24/22B65D37/00
    • A46B11/0062A45D24/26A46B11/0041A46B2200/1066
    • The container of this invention is a squeezable laminated container of the delaminatable type in which the layers can be easily broken away from each other. The container comprises the first check valve fitted to the neck and has an opening in the bottom plate. The base cup comprises the second check valve, and is fitted tightly around the container bottom cylinder. In this discharge container, it is sought to secure stable and strong fitting and to maintain tight contact stably, between the container and the base cup. The container 1 is a squeezable and delaminatable bottle and is provided with a seal on the bottom cylinder 8. The neck 6 of the container 1 is opened or closed by the first check valve 18, and an opening 15 is formed in the outer layer 2 of the bottom cylinder 8 so that the opening 15 can be used as a port to introduce outside air into the interspace between the outer layer 2 and the inner layer 3. The base cup 20 is provided with the second check valve 27, which opens or closes the air intake hole 25 that has been opened in the cup bottom plate. This base cup 20 is tightly screwed on the container bottom cylinder 8, and a combination of seals closes the interstice between the container 1 and the base cup 20. The seals are disposed near the lower overhang 11, which serves as reinforcement for the peripheral bottom wall 9 of the bottom cylinder 8. Thus, it is possible to enhance the shape-holding property by means of the wall structure comprising many projecting ridges on the walls and to accomplish tight fitting between the container and the base cup.
    • 本发明的容器是可分层型的可挤压层压容器,其中层可以容易地彼此分离。 容器包括装配到颈部的第一止回阀,并且在底板中具有开口。 底杯包括第二止回阀,并紧密地装配在容器底筒上。 在该放电容器中,设法确保稳定且牢固的配合并且在容器和基杯之间稳定地保持紧密接触。 容器1是可挤压和可分层的瓶子,并且在底部圆筒8上设置有密封件。 容器1的颈部6由第一止回阀18打开或关闭,并且在底筒8的外层2中形成开口15,使得开口15可以用作将外部空气引入的口 外层2和内层3之间的间隙。 底杯20设置有打开或关闭已经在杯底板中打开的进气孔25的第二止回阀27。 该底杯20紧密地拧紧在容器底部圆筒8上,并且密封件的组合封闭了容器1和基座杯20之间的空隙。 密封件设置在下突出部11附近,该突出部11用作底部圆筒8的周边底壁9的加强件。 因此,可以通过在壁上包括许多突出脊的壁结构来增强形状保持性,并且实现容器和基杯之间的紧密配合。
    • 4. 发明申请
    • TRANSPORT SYSTEM AND STORAGE DEVICE
    • 运输系统和存储设备
    • US20120128455A1
    • 2012-05-24
    • US13387275
    • 2010-07-23
    • Tatsuo TsubakiHideki Kato
    • Tatsuo TsubakiHideki Kato
    • B65G1/00
    • H01L21/6773B29C48/535H01L21/67736
    • In a transport system, two drop prevention barriers and a drop prevention mechanism are provided along a periphery of a load port where a transported article has been placed. The drop prevention barriers and the drop prevention mechanism are arranged on three sides around the periphery of the load port and a remaining side is open along a first direction. The drop preventing mechanism includes a retaining member rotatably supported on a bracket. When a transported article moves along the first direction, the retaining member is pushed by a transport device such that it rotates from an initial position and retracts in an opposite direction from where a path is located. When the transported article has been loaded onto the load port, the retaining member returns to the initial position such that it is arranged slightly above the transported article.
    • 在运输系统中,沿着运送物品被放置的装载口的周边设置有两个落下防止挡板和落下防止机构。 防滴漏障和防脱落机构配置在负荷口周边的三侧,剩余侧沿第一方向开放。 落下防止机构包括可旋转地支撑在支架上的保持构件。 当运送物品沿着第一方向移动时,保持构件被运送装置推动,使得其从初始位置旋转并沿与路径所在的相反方向缩回。 当运送的物品已经装载到装载口上时,保持件返回到初始位置,使得它被稍稍设置在被运送的物品的上方。
    • 5. 发明申请
    • TRANSPORTED OBJECT STORAGE SYSTEM
    • 运输对象存储系统
    • US20080056864A1
    • 2008-03-06
    • US11848270
    • 2007-08-31
    • Yoshiya WADATatsuo TSUBAKIMasanao MURATA
    • Yoshiya WADATatsuo TSUBAKIMasanao MURATA
    • B65G1/10G05B13/00
    • G05B19/12B65G1/0457B65G37/02B65G2201/0297B65G2203/0216G05B2219/31006Y02P90/285
    • A transported object storage system includes: a transporting carriage traveling along a track and transporting objects each having a gripped portion; a transported object storage rack having a rack board; a positioning plate on the rack board and on which the transported objects are put, having a plurality of groups of projections, each of the groups supporting respective one of the transported objects by engaging with a group of concave portions formed on a bottom surface of the respective one of the transported objects; and a plurality of code informations attached at predetermined intervals of the track. The transporting carriage is provided with a code information reading device for reading the plurality of code informations, a gripper for gripping the gripped portion and (iii) a correcting device for correcting a stop position of the transporting carriage along the track.
    • 运输对象存储系统包括:沿着轨道行进的运送托架,并且运送具有夹持部分的物体; 具有搁板的传送对象存放架; 一个位于所述搁板上的定位板,所述传送物体放置在所述定位板上,所述定位板具有多组突起,所述多个组中的每个组通过与形成在所述传送对象的底面上的一组凹部接合 相应的一个运输对象; 以及以轨道的预定间隔附接的多个代码信息。 传送托架设置有用于读取多个代码信息的代码信息读取装置,用于夹持夹持部分的夹持器和(iii)用于校正运送托架沿着轨道的停止位置的校正装置。
    • 7. 发明授权
    • Automated guided vehicle movable in all directions
    • 自动导向车可以在各个方向移动
    • US5450320A
    • 1995-09-12
    • US142087
    • 1993-10-28
    • Tatsuo TsubakiTatsuya Kumehashi
    • Tatsuo TsubakiTatsuya Kumehashi
    • B60K7/00B60K17/356B62D1/28B62D5/04B62D7/02H02J5/00G06F165/00
    • B60K7/0007B62D1/28B62D7/026H02J5/00B60K17/356B60K17/358B60K2007/0046B60K2007/0092
    • An object of this invention is to provide an automated guided vehicle movable in all directions in which the cables will never be broken due to twisting, and it is unnecessary to perform a rest swing operation. The automated guided vehicle is movable in all directions and includes vehicle wheels and drive wheel mechanisms with drive mechanisms for driving the vehicle wheels, each of the drive wheel mechanisms being controlled by a steering mechanism so that the direction of movement of the automated guided vehicle is controlled with the vehicle body maintained unchanged in heading. Transmission of electric power between an electric power source unit on a vehicle body and the drive mechanism and/or steering mechanism, and transmission of signals between a control unit on the vehicle body and the drive mechanism and/or steering mechanism are carried out through a signal/power transmitting and receiving device which includes: a stationary electrode section provided on a member which is stationary with respect to the vehicle body and a rotary electrode section provided on a steering shaft of the steering mechanism in such a manner that the rotary electrode section is rotatable with respect to the stationary electrode section.
    • 本发明的目的是提供一种在各方向上可移动的自动导引车,其中电缆不会由于扭转而不会被破坏,并且不需要进行休息摆动操作。 自动导引车辆可以在各个方向上移动,并且包括具有用于驱动车轮的驱动机构的车轮和驱动轮机构,每个驱动轮机构由转向机构控制,使得自动引导车辆的移动方向为 控制车身保持不变。 车身上的电源单元与驱动机构和/或转向机构之间的电力传输以及车体上的控制单元与驱动机构和/或转向机构之间的信号传输通过 信号/电力传送和接收装置,其包括:设置在相对于车体静止的构件上的固定电极部分和设置在转向机构的转向轴上的旋转电极部分,使得旋转电极部分 可相对于固定电极部分旋转。
    • 9. 发明申请
    • Overhead Transport Carriage
    • 架空运输车
    • US20140144859A1
    • 2014-05-29
    • US14117824
    • 2012-03-02
    • Yusuke FujiwaraTatsuo Tsubaki
    • Yusuke FujiwaraTatsuo Tsubaki
    • B66C19/00
    • B66C19/00H01L21/6773H01L21/67733H01L21/67736
    • An overhead transport carriage 1 comprises a body 4 containing an object 30 and traveling along a traveling rail 3, a lifting mechanism 6 including a holding unit 8 holding the object 30 and a lifting unit 7 moving the unit 8 up and down with respect to a predetermined position P at which the object 30 is contained, an anti lid-dropping-off member 20 facing a lid 31 of the object 30 when the unit 8 is located at the position P, and a moving mechanism. The mechanism 10 moves the member 20 in response to the motion of the unit 8 so that the member 20 is located at an anti dropping-off position when the unit 8 is located at the position P, and the member 20 is located at the escape position when the unit 8 moves with respect to the position P.
    • 架空运输托架1包括容纳物体30并沿着行进导轨3行进的主体4,包括保持物体30的保持单元8和提升单元7的提升机构6,该提升单元7相对于一个 被容纳物体30的预定位置P,当单元8位于位置P时面向物体30的盖31的防脱落构件20和移动机构。 机构10响应于单元8的运动而移动构件20,使得当单元8位于位置P处时构件20位于防脱落位置,并且构件20位于逃逸 当单元8相对于位置P移动时的位置。
    • 10. 发明申请
    • TRANSFER SYSTEM
    • 转移系统
    • US20130197691A1
    • 2013-08-01
    • US13876471
    • 2011-08-29
    • Tatsuo TsubakiYusuke Fujiwara
    • Tatsuo TsubakiYusuke Fujiwara
    • H01L21/67
    • H01L21/67H01L21/67259H01L21/6773H01L21/67733H01L21/67736H01L21/68707
    • For transferring an article to a desired position, even in a lateral transfer, a transfer system (100) allows transfer of an article (3) between a transport vehicle (2), which conveys the article (3) while travelling along a rail (1) provided on a ceiling, and a placement portion provided below the rail, in a lateral transfer manner. The transfer system includes a memory unit (101) and a controller (102). The memory unit stores (i) placement position information indicating a transfer position of the article when a transfer unit is to place the article onto the placement portion, and (ii) holding position information indicating a transfer position of the article when the transfer unit is to hold the article on the placement portion. The controller controls the transfer unit such that, when the transfer unit is to place the article, the article is transferred at a transfer position indicated in the placement position information and, when the transfer unit is to hold the article, the article is transferred to a transfer position indicated in the holding position information.
    • 为了将物品转移到期望的位置,即使在横向转移中,传送系统(100)允许在沿着轨道行进的同时传送物品(3)的运送车辆(2)之间传送物品(3) 1)设置在天花板上,以及设置在轨道下方的放置部分,以横向传送方式。 传送系统包括存储器单元(101)和控制器(102)。 存储单元存储(i)当传送单元将物品放置在放置部分上时指示物品的转印位置的放置位置信息,以及(ii)当转印单元为 将物品放在放置部分上。 控制器控制转印单元,使得当转印单元放置物品时,物品在放置位置信息中指示的转印位置被转印,并且当转印单元保持物品时,物品被转移到 在保持位置信息中指示的转移位置。