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    • 3. 发明公开
    • AUSGLEICHSVORRICHTUNG FÜR EINE HANDHABUNGSEINRICHTUNG SOWIE HANDHABUNGSEINRICHTUNG MIT DER AUSGLEICHSVORRICHTUNG
    • EP3325232A1
    • 2018-05-30
    • EP16728924.8
    • 2016-06-08
    • Robert Bosch GmbH
    • RUEB, Andreas
    • B25J17/02
    • B25J17/0225B25J17/0233B25J19/063
    • In automation technology, robots are often used in order, for example, to grip and position workpieces. In order to be able to compensate position tolerances, compensating units are known which can be placed between the robot and a gripper moved by the robot. The invention relates to a compensating device (5) for a handling unit (1), wherein the compensating device (5) comprises a first interface section (7a) for a manipulator (2) and a second interface section (7b) for an end effector (3), such that the compensating device (5) can be arranged between the manipulator (2) and the end effector (3), having at least one joint mechanism (8), wherein the at least one joint mechanism (8) is oriented to be aligned with a first axis Z between the interface sections (7a,b) and comprises a first and a second joint partner (9,10), wherein the first joint partner (9) is connected to the first interface section (7a) and the second joint partner (10) is connected to the second interface section (7b), wherein the one joint partner comprises a ball section (9) and the other joint partner comprises a receiving section (10) for the ball section (9), so that the joint mechanism (8) forms a pivoting joint or a ball joint, wherein the receiving section (10) has at least one ramp region (14), wherein the ball section (9) can be moved in a transverse direction X-Y to the first axis Z, from a normal position into a compensating position, so that the joint mechanism (8) forms a plunging joint (2).
    • 6. 发明公开
    • PNEUMATICALLY ACTUATED AND SAFELY COMPLIANT SKELETAL JOINTS FOR ROBOTIC CHARACTERS
    • PNEUMATISCHBETÄTIGTEUND SICHER NACHGIEBIGE SKELETTGELENKEFÜRROBOTERHAFTE CHARAKTERE
    • EP2985121A2
    • 2016-02-17
    • EP15174171.7
    • 2015-06-26
    • Disney Enterprises, Inc.
    • James R, RobertsonJackson, Philip J
    • B25J9/14B25J17/00B25J17/02B25J19/00B25J19/06
    • B25J9/142B25J17/00B25J17/0233B25J19/0091B25J19/063B25J19/068
    • A robot that includes two or more skeletal or rigid links interconnected by a joint. The joint is pneumatically actuated and includes a pneumatic joint actuator that allows the robot's skeletal links to be moved in an expressive manner. The pneumatic actuator includes a pair of opposing air bladders encased within a housing or body of the joint. Each air bladder is positioned on an opposite side of an actuating lever arm, which is rigidly attached to one of the skeletal links and is pivotally mounted on the joint body or housing. Movement of the actuating lever arm causes the attached skeletal link to pivot. To obtain this selective movement, one of the two air bladders is filled with a gas, such as air, while the other is left un-inflated or less inflated, and this forces the lever arm and attached skeletal link to pivot about their mounting point.
    • 一种机器人,包括两个或多个通过接头互连的骨架或刚性连杆。 关节是气动的并且包括气动关节致动器,其允许机器人的骨架链节以表现方式移动。 气动致动器包括一对相对的气囊,其包围在接头的壳体或主体内。 每个气囊位于致动杆臂的相对侧上,致动杠杆臂刚性地附接到一个骨架连杆并枢转地安装在接头本体或壳体上。 致动杠杆臂的移动使附着的骨架连杆枢转。 为了获得这种选择性运动,两个气囊中的一个充满气体,例如空气,而另一个空气不被充气或较少膨胀,并且这迫使杠杆臂和附接的骨架链节绕其安装点枢转 。
    • 9. 发明公开
    • PNEUMATICALLY ACTUATED AND SAFELY COMPLIANT SKELETAL JOINTS FOR ROBOTIC CHARACTERS
    • 气动特性的气动操作和安全的柔性骨架连接
    • EP2985121A3
    • 2016-06-08
    • EP15174171.7
    • 2015-06-26
    • Disney Enterprises, Inc.
    • James R, RobertsonJackson, Philip J
    • B25J9/14B25J17/00B25J17/02B25J19/00B25J19/06
    • B25J9/142B25J17/00B25J17/0233B25J19/0091B25J19/063B25J19/068
    • A robot that includes two or more skeletal or rigid links interconnected by a joint. The joint is pneumatically actuated and includes a pneumatic joint actuator that allows the robot's skeletal links to be moved in an expressive manner. The pneumatic actuator includes a pair of opposing air bladders encased within a housing or body of the joint. Each air bladder is positioned on an opposite side of an actuating lever arm, which is rigidly attached to one of the skeletal links and is pivotally mounted on the joint body or housing. Movement of the actuating lever arm causes the attached skeletal link to pivot. To obtain this selective movement, one of the two air bladders is filled with a gas, such as air, while the other is left un-inflated or less inflated, and this forces the lever arm and attached skeletal link to pivot about their mounting point.
    • 一个机器人,包括两个或多个骨架或刚性链接通过关节相互连接。 该接头是气动驱动的,并包括一个气动接头执行器,可以让机器人的骨骼链接以一种富有表现力的方式移动。 气动致动器包括封装在接头的壳体或主体内的一对相对的气囊。 每个气囊定位在致动杠杆臂的相对侧上,所述致动杠杆臂刚性地附接到骨架连接件中的一个并且枢转地安装在接头本体或外壳上。 致动杠杆臂的运动导致连接的骨架连杆枢转。 为了获得这种选择性运动,两个气囊中的一个气囊充满气体,例如空气,而另一个气囊未充气或不充气,这迫使杠杆臂和连接的骨架连杆围绕其安装点枢转 。