4results about How to "Implement integrated installation" patented technology

The application relates to the field of medical devices, in particular to a self-rotation mechanism and a surgical robot. The self-rotation mechanism comprises a self-rotation driving part, a self-rotation transmission assembly, a driving rod and a universal joint. Two ends of the universal joint are connected with the driving rod and an execution assembly respectively, and the self-rotation driving part drives the driving rod to rotate. The universal joint can realize the deflection of multiple angles by being connected with the execution assembly through the driving rod. When the execution assembly is in a pitching and yawing posture, the self-rotation driving part drives the execution assembly to rotate without changing the original pitching and yawing posture and without interfering with other movements. The problem that the self-rotation mechanism in the prior art interferes with other movements in the working state is solved.

This utility model discloses a photovoltaic module installation structure for the side of a traffic road, comprising: vertical columns spaced apart in the left-right direction, with a support plate on the front side of the vertical columns; connectors, with their left and right ends supported by corresponding support plates and connected and fixed to the support plates; a fixing component including a connecting block and a pressure block, the connecting block being connected to the connector, the pressure block being connected to the front end of the connecting block and protruding vertically from the connecting block, the pressure block, the connecting block, and the connector forming a groove; and a photovoltaic module, with its bottom and top embedded in the corresponding groove and pressed by the pressure block to fit snugly against the connector. This utility model achieves the positioning, installation, and fixing of the photovoltaic module by embedding its bottom and top into the groove and applying pressure with the pressure block to ensure a tight fit with the connector, thereby reducing installation gaps, avoiding vibration and noise caused by installation gaps, simplifying installation steps, reducing installation time and labor costs, and improving construction efficiency.

A kind of carbon fiber reinforced resin-based water-resisting curtain interconnection clamping seat device, including the center seat (1) being arranged between the gap between two adjacent water-resisting curtains, the claw plate group being arranged on the center seat (1), through the center seat (1), the claw plate group is supported on both sides, through the claw plate group, the water-resisting curtain is clamped and connected, the bridge-shaped plate piece made of carbon fiber reinforced resin is used as upper and lower clamps, the technical problem that metal block is used as the base of upper and lower clamps is solved, so the service life of water-resisting curtain interconnection clamping seat is prolonged.

This invention relates to the field of equipment hoisting and relocation construction technology, and particularly to a clamping device and a lifting tool. The clamping device includes a mounting base, a linkage mechanism, a transition mechanism, and a pressure block mechanism that are hinged sequentially. The linkage mechanism is hinged to a telescopic mechanism. The mounting base can be adapted to connect to a slot mechanism, which includes a slot for holding the mounting base, and the mounting base can slide along the slot. During the movement and lifting process, the pressure block mechanism can maintain its structural stability through gravity, keeping its bottom plane relatively horizontal and avoiding a large angle between it and the hoisted equipment. This allows for better contact with the hoisted equipment. Simultaneously, the mounting base can move through the slot mechanism, changing the relative position of the clamping device and the hoisted equipment, enabling the pressure block mechanism to press onto a designated area. This adapts the clamping device to the shape and structure of the hoisted equipment, and the position adjustment is convenient, improving the clamping effect and efficiency.