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    • 1. 发明公开
    • UNLOADING ROBOT HAVING FUNCTION OF SENSING WEIGHT OF INJECTED MATERIAL
    • ENTLADUNGSROBOTER MIT FUNKTION ZUR MESSUNG DES GEWICHTS EINES INJIZIERTEN MATERIALS
    • EP3002102A4
    • 2017-03-29
    • EP14859009
    • 2014-06-16
    • HANYANG ROBOTICS CO LTD
    • JANG EUNG-HA
    • B29C45/40B25J15/06B25J19/02B29C37/00B29C45/42B29C45/76B29C47/92B65G47/91G01G19/52G01G21/22G01G23/10
    • B29C45/42B25J9/026B25J13/085B25J15/06B29C37/0017B29C45/4005B29C45/76B29C45/7686B29C47/92B29C2945/7613B29C2945/7625B29C2945/76317B29C2945/76421B65G47/914B65G47/918G01G19/52G01G21/22G01G23/10
    • Provided is a take-out robot including a load cell in a rotating unit to allow an injection molded product to be attached to an adhesive unit, measure a weight of the injection molded product on a conveying route of the take-out robot, and determine whether the injection molded product is desirable or faulty. Such a configuration of the take-out robot may be applied to reduce a cost and a space for installation and facilitate conveyance without an additional scale and a conveying route. In addition, to prevent damage to the load cell and prolong a service life of the load cell, a chucking device of measuring the weight may be installed to prevent a vertical load during the taking out and a force during the conveying from being applied to the load cell, and allow the force to be applied to the load cell only when reaching a weight measuring point. Further, a cut portion may be formed to have a stepped boundary surface in the load cell and thus, a stopper function may be performed against bending deflection of the load cell when a load is applied so that the load cell may be protected without an additional chucking device of measuring the weight.
    • 本发明提供一种取出机器人,该取出机器人在旋转单元中具备测力传感器,该测力传感器能够将注射成型品安装于粘接单元,测量取出机器人的传送路径上的注射成型品的重量, 无论注塑产品是合意的还是错误的。 取出机器人的这种构造可以应用于降低成本和安装空间并且便于运输而无需额外的比例尺和输送路线。 另外,为了防止测力传感器的损坏和延长测力传感器的使用寿命,可以安装测量重量的夹紧装置,以防止取出期间的垂直负载和传送过程中的力施加到 称重传感器,并且仅当达到重量测量点时才允许力施加到称重传感器。 此外,切口部分可以形成为在测力传感器中具有阶梯式边界表面,并且因此可以在施加载荷时针对测力传感器的弯曲偏转执行止动功能,从而可以保护测力传感器而无需额外 测量重量的夹紧装置。
    • 2. 发明公开
    • FÖRDERVORRICHTUNG
    • EP3057892A1
    • 2016-08-24
    • EP14783618.3
    • 2014-10-10
    • Robert Bosch GmbH
    • SCHAEUBLE, Tobias
    • B65G47/91B31B1/80B65B7/20
    • B65G47/91B31B50/80B65B5/10B65B43/185B65B43/285B65B43/46B65B43/54B65G17/16B65G25/08B65G43/10B65G47/763B65G47/914
    • The invention starts from a conveying device (10c) having at least one transport unit (20'c, 20"c) for transporting packaging blanks (12c) and/or containers (14'c, 14"c) in a transport direction (16c) along a transport path (18c), wherein the transport unit has at least one conveying element (24'c, 24"c) which can be driven along a section (22c) of the transport path (18c). It is proposed that at least one conveying element (24'c, 24"c) has a rear side (26'c, 26"c) which in at least one operating state is intended to pull packaging blanks (12c) and/or containers (14'c, 14"c) in the transport direction (16c), and a front side (28'c, 28"c) which in at least one operating state is intended to push packaging blanks (12c) and/or containers (14'c, 14"c) in the transport direction (16c). The invention also relates to a packing machine comprising such a conveying device.
    • 本发明从具有至少一个运送单元(20'c,20“c)的运送装置(10c)开始,所述运送单元用于沿运送方向运送包装毛坯(12c)和/或容器(14'c,14”c) (18c)沿着输送路径(18c)移动,其中所述输送单元具有至少一个能够沿着所述输送路径(18c)的区段(22c)被驱动的输送元件(24'c,24'c) 至少一个输送元件(24'c,24“c)具有后侧(26'c,26”c),所述后侧在至少一个操作状态下旨在将包装坯料(12c)和/或容器 (12c)和/或容器(14c)的前侧(28'c,28“c),所述前侧(28'c,28”c)在运输方向 'c,14“c)在运输方向(16c)。 本发明还涉及一种包括这种输送装置的包装机。
    • 4. 发明公开
    • Vorrichtung zum Transferieren von Blisterpackungen
    • 设备转移泡罩包装
    • EP2840030A1
    • 2015-02-25
    • EP14175387.1
    • 2014-07-02
    • UHLMANN PAC-SYSTEME GmbH & Co. KG
    • Hähnel, BerndLinke, Roberto
    • B65B35/38B65B35/50B65G47/91
    • B65G47/918B65B35/18B65B35/38B65B35/50B65B35/54B65G47/04B65G47/914B65G47/915
    • Die Vorrichtung umfasst zwei Saugerarme (10, 12) zum Aufnehmen von Blisterpackungen (2) in einer Aufnahmeposition in einer Stanzstation (4) und zum Ablegen der Blisterpackungen (2) in einer Abgabeposition auf ein Fördermittel (6), wobei die Saugerarme (10, 12) gegenläufig schwenkbar sind. Jeder Saugerarm (10, 12) weist ein erstes Segment (14, 22), ein zweites, mittleres Segment (16, 24), und ein drittes Segment (18, 26) auf. Die drei Segmente sind um drei unterschiedliche Achsen schwenkbar gelagert. Die Transferbewegung der Blisterpackungen (2) von der Aufnahmeposition zur Abgabeposition und zurück ist eine kombinierte Bewegung, die sich zumindest aus den Schwenkbewegungen der drei Segmente um die drei Achsen zusammensetzt. Die zweiten Segmente (16, 24) sind in der Aufnahmeposition und in der Abgabeposition jeweils in Richtung zu einer Mittelebene nach innen geschwenkt, und bei der gegenläufigen Schwenkbewegung der Saugerarme (10, 12) zwischen Aufnahmeposition und Abgabeposition sind die zweiten Segmente (16, 24) voneinander weggeschwenkt, so dass die Saugerarme (10, 12) einander kollisionsfrei passieren können.
    • 该装置包括两个抽吸臂(10,12),用于在一个冲压站(4)的接收位置和用于在一传送装置在分配位置沉积所述泡罩包装(2)(6),所述吸附臂(2)接收的泡罩包装(10, 12)枢转方向相反。 每个抽吸臂(10,12)具有第一部分(14,22),第二,中间段(16,24),和第三区段(18,26)。 这三个段被安装成绕三个不同轴。 从接收位置向交接位置的泡罩包装(2)和背面的转移运动是至少三个区段的枢转运动的三个轴构成的组合运动。 所述第二部分(16,24)被枢转到所述接收位置和在朝向内部的中心平面在每种情况下分配位置,和(10,12)在所述反向旋转的接收位置和排出位置之间枢转所述抽吸臂的运动是该第二部分(16,24 )枢转远离彼此,以使吸入臂(10,12)可以在不碰撞今天通过。
    • 5. 发明公开
    • VORRICHTUNG ZUM VEREINZELN VON IN EIN AUTOMATISIERTES LAGER EINZULAGERNDEN STÜCKGÜTERN
    • EIN AUTOMATISIERTES LAGER EINZULAGERNDENSTÜCKGÜTERNVORRICHTUNG ZUM VEREINZELN VON
    • EP2718211A1
    • 2014-04-16
    • EP11764589.5
    • 2011-10-06
    • CareFusion Germany 326 GmbH
    • HELLENBRAND, ChristophFURTNER, UweBOESNACH, IngoHÖSCHLE, FrankCARBONELL ZARAGOZA, Marta
    • B65G43/08B65G47/14
    • B65G43/08B65G47/1478B65G47/905B65G47/914B65G47/917B65G2203/0225B65G2203/0233B65G2203/041
    • The invention relates to a device (1) for separating piece goods (2) to be stored in an automated storage facility, comprising a conveying device (3) for conveying piece goods (2) from a stock (4) to a support surface (5) of a collecting device (27), a control device (6) for controlling the conveying device (3), a sensor (7), which is coupled to the control device (6) and which detects the striking of the support surface (5) by piece goods (2), wherein the control device (6) interrupts the conveying of additional piece goods (2) onto the support surface (5) as soon as the striking of a piece good or a plurality of pieces goods (2) has been detected, and a detecting device coupled to the control device (6) for detecting the position and orientation of the piece goods (2) lying on the support surface (5). The detecting device has an image recording device (23), which produces at least one recording of the underside of the support (27), from which recording the control device (6) obtains information about the position and orientation of the piece goods (2) lying on the support. A handling device (8-11) for removing a piece good (2) from the support surface (5) for further transport into the storage facility is coupled to the control device (6), wherein the control device (6) controls the handling device (8-11) according to the information about position and orientation. The detecting device has a light source (18-19) arranged above the support surface (5), which light source produces one or more light bundles (22) that hit the support surface (5) exclusively perpendicularly, wherein the light bundles either cover the entire support surface (5) to be detected or are moved in such a way that the light bundles successively pass over the entire support surface (5) to be detected. The support (27) is transparent to the light of the light source (18-19) passing through the support surface (5) and scatters that light at each location of the support surface (5) in such a way that at least part of the light passing through is directed at the image recording device (23).
    • 本发明涉及一种用于分离待存储在自动存储设备中的货物(2)的装置(1),包括用于将货物(2)从库存(4)输送到支撑表面(3)的输送装置(3) 5),用于控制输送装置(3)的控制装置(6),耦合到控制装置(6)并且检测支撑表面的撞击的传感器(7) (5)通过件(2),其中,一旦打好零件或多件货物(1),控制装置(6)就会中断将附加件(2)输送到支撑表面(5)上 检测装置(2)的检测装置,和检测装置(6)的检测装置,用于检测位于支撑面(5)上的装置(2)的位置和方向。 检测装置具有图像记录装置(23),其产生支撑件(27)的下侧的至少一个记录,记录控制装置(6)从该记录装置获得有关零件(2)的位置和方向的信息 )躺在支撑上。 用于从支撑表面(5)移除件(2)以进一步输送到存储设备中的处理装置(8-11)被耦合到控制装置(6),其中控制装置(6)控制处理 设备(8-11)根据信息