摘要:
Eine Handhabungsvorrichtung zur Manipulation von Werkstücken beim Schmieden im Gesenk und insbesondere eine, mit einem Roboter verbundene und betätigte, flexible Haltezange für die Werkstücke, soll flexibel und im Aufbau einfach gestaltet sein und auch unter hoher thermischer Beanspruchung eine sichere, dauerhafte Funktion gewährleisten. Der Kerngedanke der Erfindung besteht darin, die Handhabungsvorrichtungen mit einer speziellen Anordnung von spann- und lösbaren Seilen auszuführen die aufgrund ihrer Funktionalität eine hohe Flexibilität und eine große Beweglichkeit gewährleisten. Dazu ist die Spannzange (8, 9) durch das Spannen von mindestens einem Seil (5, 6) in eine Starrstellung und durch das Lösen von mindestens einem Seil (5, 6) in eine gelöste Stellung bringbar.
摘要:
This invention concerns an improved automatic installation for transferring and forging any metal components. It essentially comprises a forging press (P) fitted with a plurality of stamping devices, a robot (6) fitted with an arm (7) for fetching a billet or blank to the press and two opposite robots (8, 9) arranged facing two opposite sides of the press (P), each equipped with a transfer arm (8a, 9a) having a plurality of component handling devices (10 to 17) and a plurality of spraying ramps (18) for the stamping devices (1, 2, 3, 4). This installation makes it possible to produce at a fast rate any components for the automobile industry, like crankshafts.
摘要:
A manipulator for manipulating metal ingots comprises a wheeled carriage (3, 103) with a peel assembly (1, 101) supported on it so that the peel assembly can move relative to the carriage. The peel assembly is supported adjacent one end of the carriage by at least one piston-cylinder device (53, 152) and a plurality of elongate links (66, 69, 169, 170) are pivotally coupled to the peel assembly and to a rigid support means (65, 165, 166, 167) on the carriage away from the end.
摘要:
본 발명은 트랙링크 트리밍용 2중핸드로봇 및 이를 이용한 자동화공정으로서, 이를 보다 상세히 설명하면 무한궤도차량에 사용되는 트랙링크를 단조 성형하는 공정에 있어서 제1핸드부와 제2핸드부가 상하로 적층되어 별도의 실린더로 구동되는 2중핸드로봇(1)을 이용하여 트리밍공정과 이후 배출공정이 연속적이고 신속하게 이루어지도록 한 트랙링크 트리밍용 2중핸드로봇 및 이를 이용한 자동화공정에 관한 것이다.
摘要:
A gripper assembly for a forging manipulator includes a main body (12) configured to be in operative communication with the manipulator; a contact plate (14) attached to the main body (12) and configured to be in physical communication with a heated metal part (18); and an insulating plate (16) disposed between the main body (12) and the contact plate (14), wherein the insulating plate (16) is configured to substantially prevent heat transfer from the heated metal part (18) to the main body (12).
摘要:
Disclosed is a device for handling a workpiece during a shaping process, especially a forging process. Said device comprises a) at least one gripping mechanism (3) with at least two gripping elements (30, 31) that grab the workpiece (10) and can be moved relative to each other, b) at least one unit (16) for conveying the gripping mechanism or at least one support apparatus (4) to which the gripping mechanism is or can be fastened, and c) at least one rotary drive unit (8) for rotating the gripping mechanism about an axis of rotation that extends through said gripping mechanism and/or rotating at least one of the gripping elements about an axis of rotation which extends through the gripping element. d) The conveying device and the gripping mechanism or the at least one support apparatus to which the gripping mechanism is or can be fastened are connected to each other in a flexible manner in a flexible state while being essentially fixed to each other in a rigid fashion or being positioned relative to each other in a rigid manner at least in one three-dimensional direction and/or in each rotating position of the gripping mechanism and/or the gripping element/s in a rigid state.
摘要:
A peel assembly for a manipulator comprises an outer housing (25) surrounding an inner housing (19) in which a shaft (1) is rotatably mounted. The inner housing (19) is slidable in the direction of its length relative to the outer housing (25) and the shaft (1) is rotatable with respect to the inner housing (19). The shaft (1) carries an enlarged head (3) having a pair of jaws (9) for gripping an ingot.
摘要:
The roll forging machine of this invention comprises a pair of roll dies (4) and (6) that are provided on a pair of roll driving axles (3) and (5) rotated by a driver and have a plurality of shaping dies (4a1-4a4; 6a1-6a4) formed thereon respectively, and carrying units for carrying materials to be shaped to a position for shaping with the dies, to a receiving position and to a carrying out position. The carrying units comprise a first robot (10) that has a robot hand (25) moving along a first rectangular route for movement (50A) including a straight route for movement in shaping (51) connecting the positions corresponding to the shaping positions with the plurality of shaping dies and a first route for turning aside (52) spaced apart on one side by a predetermined amount (L1) from the straight route for movement in shaping (51), and a second robot (30) that has a robot hand (45) moving along a second rectangular route for movement (50B) including the straight route for movement in shaping (51) and a second route for turning aside (53) spaced apart on the other side by a predetermined amount (L2) from the straight route for movement in shaping (51). A roll forging machine and a roll forging method are obtained in which materials to be shaped are fed to a pair of roll dies with two carrying units alternately and shaping with dies is performed successively.