Provided is a monorail independent dual-slider synchronous belt sliding table module component with a compact structure, which includes a sliding table base module, a sliding table module, a first driving end module and a second driving end module. A first slide rail and a second slide rail are spaced from each other to form a transmission groove. A first slider is provided with a first transmission part corresponding to the transmission groove, a second slider is convexly provided with a second transmission part corresponding to the transmission groove, and the second transmission part is provided with an avoidance part which is in a same horizontal plane as the first transmission part. A first synchronous belt is arranged in an extension direction of the transmission groove, is in transmission connection with the first transmission part after passing through the avoidance part, and is sleeved outside the second synchronous belt.

An adjusting device for a machine tool comprises a base body (1), a movable body (2) movable along a moving direction (X) relative to the base body, and a drive (3) for moving the movable body relative to the base body. In order to effectively damp vibrations between the movable body and the base body (in particular so-called stray vibrations) and yet still enable rapid positioning movements of the movable body relative to the base body, the adjusting device comprises an auxiliary body (10) which can be releasably fixed to the base body and, in the released state, can be moved together with the movable body relative to the base body. The adjusting device also comprises at least one vibration damper (11) which is arranged between the auxiliary body and the movable body.

An adjusting device for a machine tool comprises a base body (1), a movable body (2) movable along a moving direction (X) relative to the base body, and a drive (3) for moving the movable body relative to the base body. In order to effectively damp vibrations between the movable body and the base body (in particular so-called stray vibrations) and yet still enable rapid positioning movements of the movable body relative to the base body, the adjusting device comprises an auxiliary body (10) which can be releasably fixed to the base body and, in the released state, can be moved together with the movable body relative to the base body. The adjusting device also comprises at least one vibration damper (11) which is arranged between the auxiliary body and the movable body.

A machine tool having a monolithic base is disclosed. The monolithic base includes at least two flat surfaces that are mutually orthogonal and that are convex with respect to each other. The machine tool includes at least two moveable stages, each mounted to one of the flat surfaces, and each stage also being mutually orthogonal.

An adjusting device for lifting and lowering a workbench is provided between a workbench and a workbench rest. An adjusting seat is firmly secured with the workbench rest and an adjusting wheel is screwed and locked on the adjusting seat. A screwing fastener is inserted through the underside of the workbench and the adjusting wheel, and an elastic member is provided between an upper flange of the screwing fastener and the topside of a fixed plate of the workbench. Thus, by the prestress of the elastic member pushing against the workbench, the workbench can be surely driven by screw rotation of the adjusting wheel and hence the adjusting wheel can easily drive the workbench to move up and down.

A steady rest for supporting a, particularly elongate, workpiece undergoing mechanical work and particularly machining, having: a steady rest main part that can be arranged in a device for machining a workpiece being machined, and at least one support arrangement which is disposed or designed on said steady rest main part and configured to support a workpiece being machined, and comprises at least one support element that supports a workpiece requiring support, wherein said at least one support arrangement is disposed or designed to be mounted on the steady rest main part such that it can move, relative to said steady rest main part, in at least one degree of freedom of movement which defines a path of movement.

A steady rest for supporting a, particularly elongate, workpiece undergoing mechanical work and particularly machining, having: a steady rest main part that can be arranged in a device for machining a workpiece being machined, and at least one support arrangement which is disposed or designed on said steady rest main part and configured to support a workpiece being machined, and comprises at least one support element that supports a workpiece requiring support, wherein said at least one support arrangement is disposed or designed to be mounted on the steady rest main part such that it can move, relative to said steady rest main part, in at least one degree of freedom of movement which defines a path of movement.

A supporting device for supporting an, in particular elongate, workpiece that is to be mechanically processed, in particular machined. The supporting device includes a main body that can be arranged in a device for mechanical machining of a workpiece that is to be mechanically machined, at least one support that is arranged or formed on the main body and is intended for supporting a workpiece that is to be mechanically machined. The support includes at least one support element that supports a workpiece that is to be supported. The at least one support is arranged or formed on the main body so as to be movable, relative to the main body, in at least one degree of freedom of movement that defines a movement path.

A supporting device for supporting an, in particular elongate, workpiece that is to be mechanically processed, in particular machined. The supporting device includes a main body that can be arranged in a device for mechanical machining of a workpiece that is to be mechanically machined, at least one support that is arranged or formed on the main body and is intended for supporting a workpiece that is to be mechanically machined. The support includes at least one support element that supports a workpiece that is to be supported. The at least one support is arranged or formed on the main body so as to be movable, relative to the main body, in at least one degree of freedom of movement that defines a movement path.

This application relates to a delivery apparatus and an automated assembly line. The delivery apparatus may include: a delivery assembly including a delivery guide rail and a delivery tool, where the delivery tool may be slidably disposed on the delivery guide rail; a docking assembly including a docking drive structure and a docking guide rail, where the docking drive structure may be configured to drive the docking guide rail to move relative to the delivery guide rail so that the docking guide rail is able to dock with the delivery guide rail; and a blocking assembly configured to block the delivery tool on the delivery guide rail before the docking guide rail docks with the delivery guide rail for receiving the delivery tool.