5results about How to "Save time organizing" patented technology

This utility model relates to the field of sorting mechanism technology, specifically to a sorting mechanism that facilitates robot grasping of small cardboard boxes. It includes a sorting table with a limit plate at one end and a sorting component on the outer side of the sorting table. The sorting component includes a first push plate, a second push plate, and a third push plate, which are respectively positioned at different directions on the sorting table. The sorting component performs multi-directional sorting of the cardboard boxes, achieving efficient and accurate sorting. Compared to a single-direction pushing method, the multi-directional synergy can quickly sort disordered cardboard boxes into a neat and orderly arrangement, improving sorting efficiency and reducing sorting time. Furthermore, different cardboard boxes may have different sizes and shapes, and the multi-directional pushing can be flexibly adjusted according to the specific situation of the cardboard boxes. Through the combined force of different directions, it adapts to the sorting needs of cardboard boxes of various specifications and shapes.

This utility model provides an accounting voucher sorting device that facilitates data classification, relating to the field of accounting equipment technology. It includes a voucher storage box, a primary connecting bracket, and a secondary connecting bracket. The primary connecting bracket is rotatably connected to the primary connecting bracket at its primary end. An upper threaded connecting frame is threaded to the upper part of the secondary connecting bracket, and a top sliding protrusion is fixedly connected to the top of the upper threaded connecting frame. A bottom sliding groove is formed at the bottom of the secondary connecting bracket, and the bottom sliding groove of the secondary connecting bracket slides into and connects to the top sliding protrusion of the upper threaded connecting frame of another secondary connecting bracket. The secondary connecting brackets are vertically stacked through the sliding of the bottom sliding groove and the top sliding protrusion. The stacking of the voucher storage boxes improves space utilization, reduces space occupation, and shortens the classification and sorting time, solving the problem of insufficient space due to limited desktop space in planar classification methods.

This application relates to a limiting and guiding structure for a sliver coiler, and pertains to the technical field of sliver coiler equipment. It includes a sliver coiler body, a tension belt body on the outer side of the sliver coiler body, and a fastening bolt at one end of the tension belt body. The sliver coiler body and the tension belt body are fixedly connected by the fastening bolt. A sliver can body is located on the outer side of the sliver coiler body, and a movable chassis is fixedly installed at the bottom of the sliver can body. The tension belt body is made of a multi-layer composite fiber structure, including a tensile load-bearing layer and a wear-resistant coating layer. This application, by setting a fixed connection between the tension belt body and the sliver coiler body, provides a clear physical limit for the movement of the sliver can body, effectively preventing operators from arbitrarily pushing it into the passage area when changing cans, thereby avoiding passage blockage and messy placement of sliver cans, ensuring a clean and orderly production site, reducing operator tidying time, improving efficiency, and eliminating safety hazards caused by passage blockage.

This utility model relates to the field of linear steel processing technology, specifically a wire cutting and sorting device, including a guide funnel, a sorting mechanism, and a collection frame. The large end of the guide funnel is connected to the discharge end of the cutter, and the small end of the guide funnel is connected to the inlet of the sorting mechanism. The outlet of the sorting mechanism is aligned with the collection frame. The sorting mechanism includes a frame and a vibrating component and an inclined slide mounted on the frame. A guide groove is provided on the bottom plate of the inclined slide, and a distribution platform is connected to the bottom of the inclined slide. The distribution platform includes a positioning groove and an inclined feeding ramp. Limiting side plates are provided on both sides of the feeding ramp. A pushing component for pushing the bars on the positioning groove to the collection frame is also provided on the distribution platform. The bottom plate of the collection frame is inclined, and the feeding ramp of the distribution platform is aligned with the collection frame. This utility model can solve the technical problem that existing bars fall freely into the loading frame and stack randomly, easily causing scratches to operators.

According to the partition plate type automatic playing card distributing device capable of automatically sorting the playing cards in sequence, the first card receiving plate in the card receiving bin is used for receiving the single playing cards at the card outlet, and the single playing cards are fed into the corresponding card distributing grid partition plates in the card distributing bin according to the identified points; and in this way, after all the playing cards are identified and placed on the card distribution grid partition plate, the card distribution grid partition plate is rotated to fall onto the second card receiving plate, and then the playing cards which fall down in sequence and are stacked on the second card receiving plate are conveyed to the first card receiving plate and return to the card outlet. According to the invention, the playing cards sent to players can be arranged in advance according to the sequence size, so that the arrangement time of the players is shortened, and the use experience of the playing card machine is improved.