9results about How to "Reduce turnover" patented technology

The invention relates to the technical field of battery heat insulation films, in particular to a hot-pressing vulcanization and film covering all-in-one machine for battery heat insulation films, which comprises a base, a processing box is fixedly mounted on the base, a silica gel frame is placed in the processing box, conveying mechanisms are symmetrically arranged on the inner wall of the processing box, and a film covering mechanism is arranged in the processing box. A pre-pressing mechanism and a vulcanizing mechanism are arranged on the outer side of the processing box, and the upper end of the processing box communicates with a rectangular material pipe used for feeding aerogel pieces. The film laminating mechanism is arranged, a horizontal sliding rail and a driving lead screw are used for driving a sliding platform and a silica gel frame to move synchronously, a rectangular pressing head is driven by an electric telescopic rod to complete jacking, cutting and hot-pressing attaching, the silica gel frame does not need to be stopped in the whole process, it can be guaranteed that a film and a window are accurately aligned, and the efficiency bottleneck of a traditional attaching stopping technology is avoided; in addition, cutting and attaching are integrated, the equipment structure is effectively simplified, and the production continuity and the automation degree are improved.

The application provides a clothes automatic sewing and ironing device, and relates to the technical field of sewing, which comprises a machine table, a sewing machine body is installed on the machine table, a plurality of air holes are arranged on the machine table, a connecting box corresponding to the positions of the air holes is installed on the bottom of the machine table, an air extractor is communicated with the side of the connecting box, a driving structure is installed on the machine table, a cloth feeding plate is connected with the driving structure, a carrier is connected to the bottom of the cloth feeding plate, a carrier plate is placed on the top of the carrier, a forming opening is arranged on the carrier plate, a hole position communicated with the forming opening is arranged on the carrier plate, a supporting piece is arranged on the top of the machine table, a second air cylinder is connected with the supporting piece, an ironing block is connected with the second air cylinder, and a heating piece is arranged in the ironing block. The application integrates the three core processes of ironing, positioning and sewing of the shoe pad into one device, reduces manual intervention and the circulation between processes, and simplifies the operation process.

The invention discloses a large-current flat plug terminal forming device and process, relates to the technical field of flat plug terminal processing, and aims to solve the problem that the automation degree of existing large-current flat plug terminal production is low. The large-current flat plug terminal forming device comprises an operation table, the bottom of the operation table is fixedly connected with a support, the exterior of the operation table is fixedly connected with a top cover, and a rotating disc is arranged above the operation table; and an integrated processing module is arranged outside the rotating disc, and a plurality of copper sheets which are circumferentially distributed at equal intervals are arranged outside the rotating disc. According to the large-current flat plug terminal forming equipment and process disclosed by the invention, when the device is used for processing a copper sheet, operations such as secondary punching processing, linear cutting, primary punching and bending in the processing steps of the copper sheet are integrated, so that the copper sheet can be processed on the same equipment; the turnover degree of the copper sheets on different devices is reduced, the automation degree of the devices is remarkably improved, the copper sheets are machined more smoothly, and the overall machining efficiency of the copper sheets is improved.

The utility model relates to the technical field of magnet yoke production, and provides an automatic production line for magnet yoke production, which comprises a first station for rough turning, a second station for front drilling and tapping, a third station for side drilling and back drilling and tapping and a fourth station for finish turning, and each station is provided with corresponding processing equipment; the first station is provided with a first stock bin, a shared second stock bin is arranged between the second station and the first station, a shared third stock bin is arranged between the third station and the second station, a shared fourth stock bin is arranged between the fourth station and the third station, and the fourth station is provided with a fifth stock bin; each station is provided with a robot, and the robots are used for feeding and discharging materials for the corresponding machining devices between the adjacent stock bins. According to the utility model, all procedures can be continuously carried out, and manual loading and unloading and workpiece transfer are not needed, so that the labor intensity is reduced, and the production efficiency is improved.

The invention discloses a two-way prestress overlap-reducing composite floor system which comprises a pre-tensioning prestress precast concrete bottom plate, weight reducing blocks, cast-in-place concrete ribs and post-tensioning prestress steel bars. Longitudinal prestressed load-bearing steel bars and transverse distribution steel bars are arranged in the pre-tensioned prestressed precast concrete bottom plate. A concrete reinforcing rib or a steel truss reinforcing rib or a steel and concrete combined structure reinforcing rib is arranged on the concrete bottom plate; the weight reducing blocks are laid on the pre-tensioned pre-stressed precast concrete bottom plate, and the weight reducing blocks are spaced by a certain distance. A plurality of pre-tensioned pre-stressed precast concrete bottom plates are assembled together, and concrete ribs are formed after the weight reducing blocks are cast in place. The prestressed steel bars are post-tensioned in the concrete ribs, and after the concrete reaches the strength, the steel bars are tensioned to form post-tensioned prestressing force to form bonded or unbonded prestressing force. According to the device, the consistency of the two-way rigidity of the floor system can be achieved through the two-way prestress, the two-way force transmission performance and the two-way anti-cracking effect are better, the integrity of the floor system is better, and more steel materials are saved.

The invention discloses a machining and positioning device for an ultra-long integrally-formed frame. The machining and positioning device comprises a base, a pre-positioning supporting assembly and at least two sets of machining and positioning clamps. The pre-positioning supporting assembly comprises an anti-fracture supporting piece and a pre-fixing piece, the pre-fixing piece is installed on the anti-fracture supporting piece, a product is placed on the supporting face of the anti-fracture supporting piece, and the pre-fixing piece is used for installing and fixing the product so that the product can be pre-installed on the anti-fracture supporting piece; the machining positioning clamps are installed on the base, each machining positioning clamp comprises a counter bored hole machining positioning part and a bent opening machining positioning part, the pre-positioning supporting assemblies are sequentially installed on the machining positioning clamps, the counter bored hole machining positioning parts in the machining positioning clamps are used for positioning to-be-machined positions of counter bored holes of products, and the bent opening machining positioning parts in the machining positioning clamps are used for positioning the to-be-machined positions of the counter bored holes of the products. The bent opening machining positioning pieces in each set are used for conducting positioning operation on the to-be-machined positions of the bent openings in the different sections of the product. Therefore, the production efficiency and the production yield of products can be improved at the same time.

The invention relates to the technical field of rope belt processing equipment, in particular to comprehensive multifunctional processing equipment for rope heads before gum dipping. The device comprises a rack, a main control system is arranged on the rack, and an automatic rope belt arrangement unit, a rope belt head surface treatment unit and an automatic primer coating unit which are uniformly scheduled and sequentially operated by the main control system are integrated on the rack. The equipment is integrated to form a complete automatic production system, so that the automatic and integrated production of the whole process of the glue dipping pretreatment of the rope head is realized, the state of splitting of three major process links is thoroughly changed, a plurality of discrete stations are integrated into a continuous production line, the production takt of a single piece is remarkably shortened, meanwhile, personal errors are thoroughly eliminated, and the production efficiency is improved. The production efficiency and the product precision are improved in order of magnitude, the industrial problem of high-quality treatment of the surface of the rope belt head is solved, the plasma treatment mechanisms which are symmetrical up and down are adopted, the safety forbidden zone of traditional open fire and the effect bottleneck of low-temperature plasma are broken through, fluff on the surface of a rope belt can be efficiently removed, and the controllable mercerizing effect is achieved.

The invention discloses a semi-open type vehicle path optimization method and system considering redistribution. The method relates to the field of traffic transportation optimization. The method comprises the following steps: acquiring position information, recycling demand information, goods taking and delivering demand information and vehicle parameter information of a warehouse, a retail store and a customer in an omni-channel retail distribution network and time data of each node in the distribution network; the Euclidean distance is adopted as the distance between the nodes, and the driving time between the nodes is calculated according to the vehicle parameter information; constructing a path optimization model, and decomposing the arc-based path optimization model into a main problem and a sub-problem through Dantzigzag-Wolfe decomposition; constructing a branch pricing cutting algorithm based on the decomposed main problem and sub-problem; and solving the main problem and the sub-problems to obtain an optimal distribution scheme. According to the method, the optimal distribution scheme can be solved, the method has a good effect in large-scale optimization, and corresponding distribution schemes can be provided for all-channel retail enterprises.

The utility model provides a kind of full concrete outer wall adds core plate part fixing device, relate to building construction technical field.The full concrete outer wall adds core plate part fixing device, including several groups of aluminium formwork, the surface of aluminium formwork is equipped with several groups of side hole, the inside of side hole is penetrated by several groups of main keel, the bottom of main keel is equipped with several groups of secondary keel, the bottom of secondary keel is equipped with two groups of wooden formwork, the material of main keel is diameter 14mm reinforcing steel scrap, the material of secondary keel is 40*90mm batten, one end of the aluminium formwork is equipped with single support seat, the bottom of single support seat is fixedly connected with fixed sleeve.The utility model is provided with aluminium formwork, side hole, main keel, secondary keel and wooden formwork, and full-house support scaffold is replaced by using aluminium formwork support, avoid additional leasing steel pipe and fastener and other frame materials, improve the turnover rate of aluminium formwork, reduce construction length, reduce construction cost.