35results about How to "Improve lap efficiency" patented technology

The invention relates to a manufacturing method of a bamboo laminated material. The method comprises the specific steps of manufacturing locating and overlapping parts, assembling, and laminating, wherein in the step of manufacturing the locating and overlapping parts, the locating and overlapping parts are processed at one end at least in a length direction of each finish planed bamboo strip; in the step of assembling, the finish planed bamboo strips are overlapped sequentially in the length direction to form overlapped areas; the top surfaces of the two adjacent bamboo strips are staggered automatically and mutually after the overlapping; then bamboo strip groups that are lengthened in the length direction after the overlapping are sequentially arranged in a width direction or a height direction to form groups; the overlapped areas are staggered mutually; and in the step of laminating, the bamboo strip groups after the assembling are extruded in the height direction and the width direction till the top surfaces of the two bamboo strips are flush. The method is simple in overlapping course, and high in overlapping efficiency; an overlapping gap is avoided in the step of laminating; the working efficiency of bamboo laminated material manufacturing is improved greatly; and a qualified rate of the bamboo laminated material is increased greatly.

The invention discloses a movable heavy lapping device and a lapping method thereof. The movable heavy lapping device comprises a first conveying platform, a plurality of travelling wheels used for supporting the first conveying platform to travel and a plurality of first hydraulic props used for fixedly supporting the first conveying platform, wherein the travelling wheels are arranged at two sides of the first conveying platform in the conveying length direction; a lifting mechanism used for driving the first conveying platform to ascend and descend is arranged between the travelling wheels and the first conveying platform in a supporting manner; and the first hydraulic props are close to the corresponding travelling wheels and symmetrically arranged at two sides of the travelling wheels in the width direction. The travelling wheels are arranged on the first conveying platform, the first conveying platform is conveyed to the corresponding position, and the first conveying platform is rapidly adjusted to the matched height and gradient through the lifting mechanism connected with the travelling wheels, so that the first hydraulic props can rapidly stretch out by the corresponding length conveniently, then fine adjustment is carried out according to the magnitude of support force, and flexible movement and rapid lapping of the first conveying platform are achieved.

The invention discloses a polymer electromagnetic shielding composite foam with a gradient filler structure and a preparation method thereof; during preparation, conductive metal is loaded on hollow glass microspheres to obtain low-density conductive particles; then conductive particle-polymer composite material is prepared ; Finally, the composite material is foamed to obtain an electromagnetic shielding composite foam. The method of the invention can effectively reduce the amount of filler used in the electromagnetic shielding composite material, improve the conductivity and electromagnetic shielding performance of the composite foam, and the prepared foam material has good conductivity and electromagnetic shielding performance at a low content of conductive filler.

The invention discloses a lap joint method of cell strings, comprising the following steps: multiple cells which are horizontally arranged and have upward backs are sequentially arranged in the left-right direction; the cells are sucked up synchronously, then the cells are rotated by a certain angle, the rotation directions of the cells are that first side lines face upwards and second side linesface downwards, and the cells are inclined at a small angle; the distance between two adjacent cells is reduced, so that front edge electrodes are positioned right above the external sections of adjacent connecting pieces; and all the cells are synchronously placed on a certain plane, so that the front edge electrodes are pressed on the external sections of the connecting pieces located under thefront edge electrodes, and lap joint of the cell strings is completed. According to the invention, multiple cells can be synchronously in lap joint, and the lap joint efficiency of cell strings can beimproved.

The invention discloses a nano silver wire flexible transparent conductive film with high lapping efficiency and excellent bending resistance. The flexible transparent conductive film is prepared by firstly coating the surface of a substrate with nano silver wire conductive ink to form a conductive layer, then coating the surface of the conductive layer with an optimization liquid for optimization, and finally coating the surface of the optimized conductive layer with a UV protective liquid to form a UV protective layer. The nano silver wire surface PVP of the flexible transparent conductive film of the invention is removed, and the nano silver wire network nodes are soldered so that it requires a small number of nano silver wires to prepare the conductive film. The obtained conductive film has excellent optical performance, low square resistance, and excellent bending resistance, and is suitable for large-size display and flexible display.