6results about How to "Realize automated separation" patented technology

This utility model provides a plastic fragment rinsing and separating water tank, which includes a separation rinsing tank containing a float tank and a settling tank. A feeding auger feeds the plastic fragments to be separated into the float tank of the separation rinsing tank. The separation rinsing tank is filled with water for rinsing the plastic fragments. A material separating baffle is provided between the float tank and the settling tank. A settling conveying auger is provided at the bottom of the separation rinsing tank, penetrating through the float tank and the settling tank. The upper part of the material separating baffle is higher than the liquid level of the separation rinsing tank, and the lower part of the material separating baffle has a notch that allows the settling conveying auger to pass through. The settling conveying auger can transport the settling material at the bottom of the liquid level from the float tank to the settling tank. It is mainly used for separating PET fragments and HDPE fragments.

The utility model provides a mould convenient to demould relates to hot press forming field, include: upper and lower die unit, the upper die unit includes the upper die plate, and the lower die unit includes the lower die plate, be provided with the mould core subassembly between the upper die plate, the mould core subassembly is used for pressing into the semi -finished product with the composite material, the upper die unit still includes push pin subassembly and push board, push board sets up in the below of upper die plate and has with the through slot of mould core subassembly match, push board can be close to or far from the upper die plate, push pin subassembly includes push pin, push pin passes and is equipped in the upper die plate and push board, and moves along the thickness direction of upper die unit, a plurality of push pin subassembly surrounds the arrangement of mould core subassembly, the direction of lower die plate to upper die unit is provided with the needle slot, each needle slot is located on each push pin's movement path one to one correspondence, the front end of push pin has the convex part, the convex part is used for the edge material of positive direction to stab into the semi -finished product and hinders the edge material and the convex part reverse to separate, realizes the automation separation of semi -finished product and mould, need not the intervention of artificial or mechanical hand.

The utility model discloses a kind of carrying equipment for small plastic product processing, it is related to plastic product carrying technical field, including fixed mechanism, the both sides of the fixed mechanism are fixedly provided with separation support mechanism, the upper end of the fixed mechanism is fixedly provided with four groups of stacking mechanism, the lower end of the fixed mechanism is fixedly provided with separation carrying mechanism corresponding separation carrying mechanism, the utility model solves the problem that the plastic of the existing plastic product stacking is easy to scatter, and artificial adjustment processing efficiency is low, the utility model is set by the collocation of moving track and L-shaped limiting block, limit stacking plastic box, L-shaped limiting block is positioned to the four corners of plastic box, prevent plastic box stacking scattering, misplacement, the collocation setting of support piece, separation support mechanism and separation carrying mechanism, support piece drives plastic box to adjust height, L-shaped insertion frame is inserted to realize the separation of the lowermost plastic box and the plastic box stacked in upper layer, and rotating push block can be slidably pushed to realize the automatic separation of plastic box.

This utility model discloses a head end-collector with mutually orthogonal first, second, and third directions. The head end-collector includes: a robotic arm connection structure, with its two ends in the first direction serving as a connecting end and an execution end, the connecting end for connecting to the robotic arm; a clamping drive structure installed on the execution end; two workpiece clamping structures arranged along the second direction; both workpiece clamping structures are connected to the clamping drive structure, which drives the two workpiece clamping structures to move closer or further away along the second direction; and a waste material removal structure fixed to the workpiece clamping structures for separating waste material from the workpiece. This solution can reduce the required closing height of stamping equipment, thereby reducing the cost of stamping equipment. Simultaneously, it can achieve automated waste material separation, thus effectively reducing labor costs.

The utility model discloses a kind of separating devices of sheet material stacking layer, including first separating machine, second separating machine and thickness measuring device, first separating machine and second separating machine are oppositely arranged at the both ends of sheet material in conveying direction, first separating machine includes first telescopic machine and the first clamping piece connected on first telescopic machine, first telescopic machine can reciprocate along vertical direction, first separating machine can reciprocate along the conveying direction of sheet material, the separating device structure of the utility model is simple, and automation separation can be realized.

This utility model relates to the field of rice cultivation technology, and more particularly to a rice seed cultivation device, including a body and a cover. A fixed plate is integrally connected to the body, and the body has a first cavity and a second cavity formed from top to bottom through the fixed plate. Vertical slide rails are symmetrically arranged in the first cavity, and a lifting component is slidably mounted on the vertical slide rails. A lifting assembly for driving the lifting component to move vertically is provided in the second cavity. This utility model achieves automated lifting of rice seeds through the lifting assembly, facilitating the storage and retrieval of rice seeds. By incorporating a collection component and a clamping component, the collection component collects shriveled rice husks from the storage box, and the clamping component then delivers the collected shriveled rice husks out of the body, achieving automated separation of shriveled rice husks and improving work efficiency.