4results about How to "Achieving coordinated movement" patented technology

This application relates to a high-precision visual inspection system and method for product sides, belonging to the technical field of visual inspection. It includes a worktable, a light source, a vision camera, and reflectors. The worktable has an inspection area for placing the product. The light source illuminates the side of the product within the inspection area. The vision camera is positioned above the inspection area. Several reflectors are obliquely arranged on the worktable, each corresponding to a side of the product within the inspection area. The reflectors are located to the side of the corresponding side of the product. When the light source illuminates the side of the product, the light reflected from the side is reflected by the reflectors to the central area of ​​the vision camera. This application achieves high-precision inspection of all sides of a product under single-vision camera conditions, reducing equipment cost and size.

This utility model relates to the field of destacking systems, specifically disclosing a double-truss suction cup destacking device, including an unloading mechanism. Two unloading trusses are installed inside the unloading mechanism. A longitudinal tank chain is mounted on the upper surface of each unloading truss. A transverse tank chain is mounted on the upper surface of one end of each unloading truss, and a destacking suction cup is mounted on the side surface of the longitudinal tank chain. A bottom conveyor belt is located below the destacking suction cup, inside the unloading mechanism. A lifting rope is connected to the upper surface of the bottom conveyor belt, and a winding roller guide groove is mounted on the other end of the lifting rope on the unloading mechanism. The two unloading trusses, in conjunction with the movement of the longitudinal and transverse tank chains, can achieve coordinated movement in three-dimensional space. Furthermore, the destacking suction cups mounted at the ends of the double trusses can be independently controlled to achieve synchronous or asynchronous operation, expanding the working coverage area.

The liquid crystal display cabinet comprises a base plate and an isolation seat, a plurality of first damping rubber is arranged between the isolation seat and the base plate, a liquid crystal cabinet is arranged on one side of the upper surface of the base plate, a support on the liquid crystal cabinet is rotationally connected with the isolation seat through a first rotating shaft, and a cabin is arranged on the other side of the upper surface of the base plate. A second rotating shaft is arranged on the chassis and rotationally connected with the cabin through a shaft sleeve, a limiting piece is arranged on a support of the liquid crystal case, second damping rubber is arranged on the side, abutting against the limiting piece, of the cabin, and the cabin can generate angular displacement along with rotation of the liquid crystal case through the limiting piece and the second damping rubber. The first damping rubber is arranged between the isolation seat and the base plate, vibration from the base plate can be effectively absorbed and buffered, vibration transmitted to the liquid crystal case is reduced, the damage risk of vibration to the liquid crystal screen is reduced, and the service life of the liquid crystal screen is prolonged.

The invention relates to the field of logistics storage equipment, in particular to efficiency optimization design of a workbin storing and taking process. The invention aims to provide a material box taking and conveying mechanism, a taking and conveying system and a storage device. By the adoption of the scheme that the rotary shifting assembly is arranged, pushing or pulling of the two adjacent material boxes can be cooperatively operated through one-time telescopic action, and the storing and taking efficiency is remarkably improved; and moreover, the material box does not need to be lifted or twisted only by means of simple plane shifting and hooking actions, so that the clamping stagnation risk caused by complex actions and the harsh requirement on the direction of the material box in a linkage access mode are fundamentally avoided, and the reliability is greatly enhanced.