4results about How to "Avoid Collision Deformation" patented technology

The utility model provides a kind of air jug automatic discharging device, it can overcome air jug sticking, direction random overturning and falling impact damage and other technical problems in production process, it includes vibration sequencing mechanism, directional material conveying mechanism and pneumatic posture adjusting mechanism, vibration sequencing mechanism includes the vibration disc of inclination arrangement, the width of the material inlet end of vibration disc is greater than the width of material outlet end, the length of the product detection sensor is matched in material inlet end with the width of material outlet end and cone air jug product;Directional material conveying mechanism includes at least one material conveying channel, and the material conveying channel is sequentially communicated by falling section, buffer section and horizontal conveying section;Pneumatic posture adjusting mechanism is arranged in falling section, and the posture of product is entered horizontal conveying section by the difference of the cross-sectional area of both ends of product with the directional airflow acting on cone air jug product.

This application relates to the field of pre-processing equipment technology, and in particular to a strip cutting device, which includes a cutting module comprising a first punch and a second punch arranged opposite to each other; a connecting structure for connecting to a driving device, and driving the first punch to move toward or away from the second punch under the drive of the driving device to cut the strip; and a collecting module fixedly connected to the cutting module and guiding the workpiece to achieve directional collecting. Compared with the cutting equipment involved in related technologies, the collecting device of the strip cutting device provided in this application forms a slide rail groove, and the loading cavity of the workpiece carrier is connected to the outlet end of the slide rail groove, which facilitates quick loading and unloading and reduces manual intervention; the first sliding section and the second sliding section of the slide rail groove adopt a differentiated slope, using gravity to make the workpiece accelerate down first and then decelerate, avoiding collision deformation; the inner wall curvature of the slide rail groove is continuous, reducing the collision loss of the workpiece and extending the equipment maintenance cycle.

The application relates to the technical field of conveying devices, and particularly discloses a double-slideway conveying device with a sorting warehouse logistics, which comprises a conveying base, a logistics conveying frame and a sorting and identifying frame, the right side of the top of the logistics conveying frame is provided with two automatic sorting assemblies, and the right side of the front of the logistics conveying frame and located on one side of the two automatic sorting assemblies are respectively rotationally provided with a first slideway conveying frame and a second slideway conveying frame. The auxiliary transmission belt in the annular groove moves in a circulating manner, and is matched with the telescopic and rotatable auxiliary discharging frame, so that intelligent follow-up control of the cargo support point is realized; according to the real-time position and size specification of the cargo, the auxiliary discharging plate is unfolded and the extension plate is extended in the area directly below the cargo, a flexible lifting layer with a small gap from the conveying surface is formed, the impact kinetic energy caused by the gravity acceleration is effectively offset, the fast sliding of the cargo is converted into controlled slow downward movement, and the collision and deformation of the cargo caused by the excessively high speed are avoided.

This utility model discloses a trough-type cable tray, specifically relating to the technical field of trough-type cable trays. It includes a main body structure, inside which a quick-assembly mechanism is fixedly installed. A cable management mechanism is movably installed inside the main body structure via the quick-assembly mechanism. The main body structure includes a base plate, fixing bolts, L-shaped retaining strips, and two sets of side plates. Both the base plate and side plates have internal sliding grooves, and the L-shaped retaining strips are slidably installed within these grooves. This utility model allows for the side plates to be detached from the top of the base plate for independent transport during transportation. The disassembled components are smaller, significantly reducing transport space occupancy, making it particularly suitable for long-distance bulk transport and effectively saving logistics costs. Separate transport prevents the side plates from colliding and deforming with the base plate during bumpy rides, and the use of bundling for fixing further protects the integrity of the component plating. Furthermore, users can flexibly adjust the number of different components according to site requirements, achieving efficient warehousing and on-demand assembly.