24results about How to "Realize automatic continuous production" patented technology

The invention relates to the technical field of cable terminal crimping, and discloses a multi-core cable terminal automatic crimping machine for a wind turbine generator, and the multi-core cable terminal automatic crimping machine is characterized in that a peeling assembly, a wire feeding assembly, a wire dividing assembly, a crimping assembly and a terminal conveying assembly are arranged on a rack, the crimping device comprises a crimping hydraulic cylinder, a crimping swing arm, a crimping rotary disc, a crimping fixed disc and six crimping blocks, a regular hexagonal crimping hole is formed among the six crimping blocks, the crimping rotary disc can be driven to rotate along with stretching of the crimping hydraulic cylinder, then the crimping hole is enlarged or shrunk, crimping of a wiring terminal can be completed in the shrinking process of the crimping hole, and the crimping efficiency is improved. The crimping part is kept in a regular hexagon shape, so that the appearance quality of a crimped product can be ensured; the wire feeding assembly, the terminal conveying assembly and the crimping assembly are matched to realize automatic crimping of the end part of a single-core cable, the branching assembly is additionally arranged to realize automatic crimping of the end part of a multi-core cable, and the peeling assembly is additionally arranged to realize continuous automatic production operation of the end part of the cable from peeling to crimping.

The invention discloses an automatic metering, adding and mixing device for bi-component epoxy resin in the field of automatic mixing, and aims to solve the problem of low automation degree of a mixing device in the prior art. The metering system comprises a metering cylinder and an electronic module, the stirring system comprises a stirring cylinder, a stirrer, a discharging system and a control system, and the control system is used for controlling starting and stopping of the discharging system, the feeding system and the stirring system; the device is provided with the feeding system, the metering system, the discharging system, the stirring system and the control system, the automation degree is high, automatic continuous production can be achieved after the proportion of components is input into a computer of the control system, the metering precision is high, manual cooperation of feeding and metering is not needed on site, automatic production is achieved, and the production efficiency is improved. The conveying pump of the feeding system has a self-circulation function and does not need to be started and stopped frequently.

A welding workstation for an outer sealing plate of an aluminum formwork comprises a first welding platform (1), a first positioning and blocking mechanism (2) connected to the first welding platform (1), a first outer sealing plate feeding mechanism (3) connected to the first welding platform (1) and the first positioning and blocking mechanism (2), a transition roller conveyor (47) connected to the first positioning and blocking mechanism (2), a second positioning and blocking mechanism (48) connected to the transition roller conveyor (47), a second welding platform (49) connected to the second positioning and blocking mechanism (48), a second outer sealing plate feeding mechanism (50) connected to the second welding platform (49) and the second positioning and blocking mechanism (48), a first welding robot (51), and a second welding robot (52). The technical solution provided by the present invention simultaneously positions and clamps the aluminum formwork profile and the outer sealing plate, so that displacement between the profile and the outer sealing plate is not likely to occur during welding operation, and the outer sealing plates at both ends of the formwork can be welded in one loading.

The invention relates to the technical field of fireproof door machining, in particular to a machining device and method for a steel fireproof door, and the machining device comprises a conveying platform on which two sets of conveying mechanisms are installed, and the conveying mechanisms are used for adjusting the positions of fireproof door plates on the conveying platform; the cutting mechanism is installed on the conveying platform and comprises a supporting frame installed on the conveying platform, a first push rod is installed on the supporting frame, a tool rest is installed at the output end of the first push rod, and the tool rest is driven by the first push rod to move along the Z axis; the cutting knife is mounted on the knife rest and moves along with the knife rest; the two groups of polishing mechanisms are arranged at the bottom of the conveying platform, and the two groups of polishing mechanisms are driven by a driving assembly; each set of polishing mechanism comprises a polishing block, a first gear and a second gear, and a cylindrical rod is integrated at one end of each polishing block; a rack meshed with the first gear is mounted on the connecting block; and the reciprocating screw rod is rotationally arranged on the connecting block.

The present application provides a workpiece processing system, which relates to the technical field of pipe workpiece processing. Among them, the pipe workpiece processing production line includes a loading rack, a transfer mechanism, at least two groups of transmission mechanisms, a positioning mechanism, processing equipment and a unloading rack. The loading rack is located at the loading end of the processing equipment, the unloading rack is located at the unloading end of the processing equipment, the transfer mechanism corresponds to the working position of the processing equipment used to process pipe workpieces, at least one group of transmission mechanisms is arranged in the working position of the processing equipment, the remaining transmission mechanisms correspond to the working positions of the processing equipment, and the positioning mechanism corresponds to the working position of the processing equipment. The technical solution of the present application can realize the automated continuous production of pipe workpieces from loading, transmission, positioning drilling, and then transmission to unloading, and can solve the technical problems of traditional crane transportation, low positioning accuracy, poor consistency, low production efficiency, safety hazards, and a large number of operators.

The present invention belongs to the field of forming dies, and in particular relates to a forming die for a pipe clamp for a fence, comprising a forming station, wherein the forming station comprises a first swing block seat and a second swing block seat which are relatively arranged and located below an upper die seat, a first swing die being hinged at one end of the first swing block seat away from the upper die seat, and a second swing die being hinged at one end of the second swing block seat away from the upper die seat, and a forming punch matching the first swing die and the second swing die is provided on the lower die seat. During stamping, the first swing die and the second swing die move downward, and begin to swing toward each other when contacting the forming punch. When the first swing die and the second swing die swing toward each other and close together, they form a cavity for forming the shape of the pipe clamp with the forming punch. The blank is formed at one time under the action of the first swing die, the second swing die and the forming punch, and the desired pipe clamp product is obtained. The processing efficiency is high, defective products formed multiple times are avoided, and the qualified rate is improved.

The invention provides a proton conduction composite membrane for a flow battery and a preparation method thereof, and the method comprises the following steps: dissolving polyvinylidene fluoride and a first modified additive in a first organic solvent, and stirring for the first time to obtain a first membrane casting solution; dissolving polybenzimidazole and a second modified additive in a second organic solvent, and stirring for the second time to obtain a second membrane casting solution; the preparation method comprises the following steps: coating a flat carrier surface with a first membrane casting solution, carrying out tape casting to form a first thin layer, carrying out first-time baking oven heating until the first thin layer is completely dried to obtain a base membrane, coating a second membrane casting solution on the base membrane surface, carrying out tape casting to form a second thin layer, and carrying out second-time baking oven heating until the second thin layer is completely dried. The membrane surface resistance is greatly reduced, the coulombic efficiency of the flow battery is improved, the stable operation life of the flow battery is prolonged, the production cost is low, the technological process is simple and controllable, the membrane performance is stable and reliable, the battery efficiency is remarkably improved, the technical industrialization amplification difficulty is low, and automatic continuous production can be realized.

This utility model relates to the field of food machinery technology, and in particular discloses a fully automatic tray-distributing machine with tray-dropping and tray-separating functions. It includes an upper frame, a lower frame, a tray-dropping and tray-separating assembly, a tray-pushing mechanism, a steamed bun conveying mechanism, and a tray-distributing mechanism. The tray-dropping and tray-separating assembly, the tray-pushing mechanism, and the steamed bun conveying mechanism are all mounted on the lower frame, while the tray-distributing mechanism is mounted on the upper frame and located above the steamed bun conveying mechanism. The tray-dropping and tray-separating assembly includes a lifting and receiving mechanism, a side positioning mechanism, and a storage mechanism. This utility model allows stacked steaming trays to be placed in one piece. Through a series of logical actions such as the extension and retraction of vertical and side cylinders, the stacked steaming trays are separated and transported one by one. The large capacity of the steaming trays reduces the frequency of tray placement and labor intensity. The tray-distributing mechanism, through lifting, translation, and the opening and closing of finger cylinders, drives the clamps to release and pick up the steamed buns, achieving automated continuous production of steamed buns with high efficiency.

The invention belongs to the technical field of packaging, and particularly relates to a vacuumizing packaged BZK wet tissue sealing device which comprises a plurality of supporting columns, the upper sides of the supporting columns are jointly and fixedly provided with a bottom plate, the upper side of the bottom plate is rotatably provided with a rotating disc controlled by a motor, the upper side of the rotating disc is provided with a plurality of square cylinders, and the lower side of the rotating disc is slidably provided with a plurality of L-shaped plates matched with the square cylinders. A round plate is fixedly arranged on the upper side of the supporting column located in the middle, a vacuum sealing machine matched with the square barrels is installed on the upper side of the round plate, two conveying belts matched with the square barrels are installed on the upper side of the round plate and are perpendicularly arranged, and a plurality of control assemblies matched with the square barrels are arranged on the upper side of the rotary disc. The motor drives the rotating disc to rotate, the motor is matched with the two conveying belts, the wet tissue outer package and the wet tissue are sequentially loaded into the square barrel, the rotating disc drives the square barrel to rotate, the vacuum sealing machine conducts vacuum sealing on the wet tissue outer package, and automatic continuous production is achieved.

The invention belongs to the technical field of fresh corn sterilization processing, and particularly relates to high-temperature sterilization equipment for fresh corn processing, which comprises a screening mechanism, the screening mechanism is placed on the ground, the screening mechanism screens and discharges corn leaves and particles, and the inner center of the screening mechanism is rotatably connected with an auxiliary mechanism. The auxiliary mechanism is used for carrying out pressing and steam sterilization operation on the corn on the inner wall of the corn processing mechanism, and the auxiliary mechanism and the corn processing mechanism rotate reversely, so that deviation-free stable positioning in the fresh corn processing process is realized, and meanwhile, circulating airflow is formed in the equipment to assist in air drying; the defects that a traditional device is prone to deviation in corn rotary processing, dead angles exist in leaf peeling and sterilization, and the air drying efficiency is low are overcome.

The utility model discloses a continuous feeding mechanism for heating the end part of a long bar, which belongs to the field of automation and comprises a main support, a support plate group is arranged on the main support, the bar can be supported on the support plate group, two ends of the bar can extend out of two sides of the support plate group, and the support plate group consists of a plurality of support vertical plates. A plurality of blanking grooves are evenly distributed in the upper end face of each supporting vertical plate in the length direction of the supporting vertical plate, and bars can fall into the blanking grooves. An aligning device is arranged at the end of one side of the supporting plate set and can align the ends of the bars on the supporting plate set. A heating device is arranged on the other side of the supporting plate set and can heat the ends of the bars supported on the supporting plate set, and a translation device is arranged at the bottom of the heating device and can drive the heating device to move. The device further comprises a transferring mechanism, the transferring mechanism can drive the bars on the supporting plate set to be transferred from one discharging groove to the other adjacent discharging groove in the conveying direction, and it can be guaranteed that the ends of the bars are stably and orderly heated through the structure.

The invention discloses welding equipment and a control method and device thereof, and relates to the technical field of welding, the welding equipment comprises a machine table, a vacuum welding chamber, two clamping devices, two lifting devices and a first rotating device; the control method comprises the steps that in response to a station switching instruction, the first rotating device is controlled to rotate, so that one of the two clamping devices moves to the position under the vacuum welding chamber; under the condition that one of the two clamping devices moves to the position under the vacuum welding chamber, a lifting device corresponding to the position under the vacuum welding chamber is controlled to ascend and descend, so that the clamping device enters the vacuum welding chamber; and under the condition that the clamping device enters the vacuum welding chamber, a welding device in the vacuum welding chamber is controlled to weld the workpiece clamped on the clamping device. According to the technical scheme, the welding efficiency of the welding equipment can be improved.

The invention discloses preparation and application of a multilayer ceramic laminated film. The preparation method of the film comprises the steps that resin, a plasticizer, a dispersing agent and a solvent are mixed to obtain glue, the resin comprises one or more of polyvinyl butyral, an acrylic polymer and ethyl cellulose, the plasticizer is phthalate, and the dispersing agent is a polycarboxylic acid amine polymer; and carrying out tape casting on the glue to form a film. The application of the film in preparation of the high-temperature co-fired ceramic comprises the following steps: alternately laminating the green ceramic chip and the film; hot-pressing, fixing and pressing to ensure that the adjacent green ceramic chips are tightly bonded to obtain a laminated blank; and degumming and sintering the laminated blank to obtain the high-temperature co-fired ceramic. According to the lamination method of the multi-layer ceramic, the problems of organic solvent erosion, green ceramic chip softening and the like do not exist, the time required for lamination and pressing is short, and the production efficiency is high. The laminated blanks are tightly bonded and have no layering and cracking problems; and after glue discharging and sintering, ash residues are few, the interlayer structure is compact, and no gap or hole exists inside.

The utility model discloses a vertical material lifting and spin-drying machine belongs to the technical field of plastic regeneration processing, including spin-drying machine upper casing, screen, lift material spin-drying roller and drive assembly, and lift material spin-drying roller coaxially rotatablely is arranged in the inside of screen, and screen is fixed in the inside of spin-drying machine upper casing, and the outer wall of lift material spin-drying roller is equipped with material guide structure, and drive assembly drives lift material spin-drying roller high -speed rotation, and material is lifted at the same time, and liquid is spun out through centrifugal force and is discharged from the drain port through screen. The utility model discloses the material lifting and spin-drying function unification, solved the prior art process separation, equipment structure complex, production discontinuous problem, significantly simplified production line, realized the automation continuous production, improved dehydration efficiency, at the same time, the maintenance door of spin-drying machine upper casing also promoted the maintainability of equipment.

The embodiment of the invention provides an intelligent full-automatic low-pressure injection molding machine which comprises a workbench, an annular guide rail arranged on the workbench, a mold group slidably arranged on the annular guide rail, and a driving mechanism for driving the mold group to slide along the annular guide rail, the feeding assembly, the mold closing assembly, the injection molding assembly, the heat dissipation assembly, the mold opening assembly, the ejection assembly, the water taking opening assembly and the finished product taking assembly are sequentially distributed along the annular guide rail and correspondingly matched with the mold sets, and automation and multi-station operation of product feeding, mold closing, injection molding, heat dissipation, mold opening, ejection, water taking opening and finished product taking can be achieved. The code scanning assembly is used for binding and inputting the mold group and product information in the mold group; and the detection assembly is used for detecting the product feeding state, the mold cleanliness and the finished product qualification degree. According to the intelligent full-automatic low-pressure injection molding machine, disassembly of the injection molding process can be achieved, manual operation is reduced, the working efficiency is improved, product defects caused by personal errors are reduced, and the product yield is greatly increased.

The utility model belongs to the technical field of glove packaging equipment, concretely relates to a glove automatic folding device, including folding frame, packing frame and the transmission mechanism that sets up between packing frame and folding frame, the operating platform of disc structure is rotatively connected on the folding frame, the vertical folding mechanism of longitudinal is equipped with above operating platform, the horizontal folding mechanism that cooperates with longitudinal folding mechanism is equipped with in operating platform side and below it, the output of horizontal folding mechanism is equipped with clamping assembly, clamping assembly sets up on transmission mechanism and removes to the packing station of packing frame from the output of horizontal folding mechanism through transmission mechanism drive. The utility model has realized the whole process automation continuous production of glove from folding to packing, does not need manual intervention, has improved production efficiency greatly, has solved the problem of low efficiency that traditional equipment still needs manual removal glove to packing station after folding completion.

The present invention provides an automatic casting device, which includes a heating and conveying device, a hydraulic propulsion device, a casting device, a clamping device and a mold opening device. The heating and conveying device is used to heat the mold and convey the mold to the one end of the heating and conveying device in the horizontal direction. The hydraulic propulsion device is used to push the mold on the one end of the heating and conveying device into the clamping device in the longitudinal direction. The casting device is used to cast molten metal into the mold clamped by the clamping device, and the mold that has completed casting is moved to the mold opening device under the action of the hydraulic propulsion device. The mold opening device receives the cast mold and performs mold opening processing on the cast mold to separate the mold and the workpiece. The automatic casting equipment of the present application has a simple structure and installation, is easy to operate, and has safe and effective production. It not only improves product quality and production efficiency, but also greatly reduces production costs and labor intensity, while improving production safety and meeting production requirements.

The utility model relates to the technical field of automobile part manufacturing, provides automatic sealing plug cover feeding equipment, and is used for solving the problems of low manual feeding efficiency, positioning deviation and high cost. The equipment comprises an electronic press, a mounting rack, a hopper rack, a distributing mechanism and a feeding assembly. A vibration hopper of the feeding assembly screens the sealing covers and then conveys the sealing covers to the distributing mechanism through a feeding pipe. The material distributing mechanism is composed of an ejection assembly and a telescopic assembly, a second sliding block of the telescopic assembly is provided with a groove, a sealing cover is adsorbed through a negative pressure connector, and the in-place state is detected in cooperation with a photoelectric sensor; and a vacuum suction pressure head of the electronic press sucks the sealing cover after the material distribution mechanism is transferred to the material taking position. Through the collaborative process of automatic feeding of the vibration hopper, accurate positioning and transferring of the material distributing mechanism and automatic material taking of the electronic press, continuous feeding of the sealing cover is achieved, production continuity and positioning accuracy are improved, and labor cost is reduced.

According to the automatic manufacturing system for the thin wall paper tube, paper is supplied through the paper feeding mechanism, stable conveying and tension control are achieved through rolling wheels of the conveying mechanism, then glue is evenly coated through a glue pool, a glue conveying roller and a glue coating roller of the glue coating mechanism, in the cutting mechanism, a supporting roller is used for assistance, a paper cutting roller is used for negative pressure adsorption, and accurate section cutting is conducted at a cutting groove through a multi-blade cutter; in the forming mechanism, a forming rod on a driving disc is matched with a pressing rod, so that the cut paper tape is adsorbed, rotates, is pressed into a tube and moves backwards, a tube taking device of the output mechanism takes down the paper tube to a conveying belt, the paper tube is distinguished by a recognition device, and unqualified products are removed to a waste box by a removal device. All the mechanisms cooperate to ensure efficient, high-precision and high-quality manufacturing of thin wall paper tubes, the product percent of pass is high, operation is easy and convenient, cost is low, and maintenance is easy.

The invention provides a bamboo fiber modification granulation system which comprises a negative pressure suction machine, a first elevator, a second elevator and an extruder, the negative pressure suction machine is mounted at the top of a primary stirring tank, a feeding pipe of the negative pressure suction machine extends into a storage barrel, one end of the first elevator is located below an outlet in the bottom of the primary stirring tank, and the other end of the first elevator is located below an outlet in the bottom of the primary stirring tank. The other end of the first elevator is connected with a feed port of the modification tank in an inclined upward manner, one end of the second elevator is connected with a discharge port of the modification tank, the other end of the second elevator is connected with a feed port of the secondary stirring tank, one end of the third elevator is connected with a discharge port of the secondary stirring tank, the other end of the third elevator is connected with a feed port of the extruder, and a granulator is connected to a discharge port of the extruder. An outlet of the granulator extends to the position above the screening machine, an outlet of the screening machine is connected with the drying machine, and a discharging opening is formed in one side of the lower portion of the drying machine. After the scheme is adopted, the structure is reasonable, the granulation effect is good, the speed is high, automatic continuous production can be realized, and secondary pollution is not easily caused.

The present application relates to the technical field of metal material surface protection, and in particular, relates to a preparation method of a blue laser cladding additive nickel-copper-based eutectic high-entropy alloy offshore wind power protection material. As one of the core pillar industries of global energy transformation, offshore wind power is long-term served in the extreme marine environment of high temperature, high humidity and high salt mist. The corrosion protection problem of key structural components (such as tower foundation, flange connecting surface, main shaft bearing, gear box shell, etc.) directly determines the operation safety and service life of the wind turbine generator. The present application combines innovative alloy composition design with advanced blue laser cladding technology to prepare a eutectic high-entropy alloy protection layer with excellent mechanical properties and corrosion resistance, providing a new technical solution for long-term protection of offshore wind power equipment. It belongs to the key technical innovation in the cross field of high-end equipment manufacturing and surface engineering.

The utility model discloses a filter screen production feeding and taking device and mechanism, the filter screen production feeding and taking device comprises a support, a feeding module and a taking module, the feeding module and the taking module are respectively located on two sides of the support; the feeding module is provided with a feeding component capable of picking up the net materials. The material taking module is provided with a material taking part capable of picking up injection molding parts and a cutting part capable of cutting water gap branches on the injection molding parts, material supply and material taking in the filter screen production process can be achieved, the operation of manually taking net materials and placing the net materials (feeding), taking away the injection molding parts (taking) and cutting the water gap branches in the prior art is replaced, and the production efficiency is improved. The labor intensity of front-line production staff can be relieved, production staff reduction is achieved, the production cost of the filter screen can be reduced, the production efficiency of products can be improved, the consistency of the placement positions of the screen materials can be well achieved, the injection molding defects of the filter screen are reduced, the product quality is improved, and the idea and concept of modern lean production are met.

This utility model relates to the technical field of automatic chamfering and polishing machines, and in particular to an automatic chamfering and polishing machine for processing glass lens molds. It includes a frame, a turntable mechanism, and chamfering, polishing, and cleaning / drying mechanisms arranged along its periphery. A loading and unloading material bin are arranged side-by-side on one side of the frame, with a transfer mechanism spanning above it to achieve automatic material loading and unloading. The loading and unloading conveyor lines connect the material bins to the turntable mechanism. Through the above integrated design, this invention achieves fully automatic continuous operation of lens molds from loading, chamfering, polishing, cleaning, and drying to unloading, completely replacing the traditional manual operation mode, greatly improving production efficiency and product consistency, and effectively reducing labor costs and quality problems such as chamfering edge chipping.

The invention belongs to the technical field of metal smelting, and provides a device and method for preparing refractory metal and low-valence oxide through metal thermal reduction. Comprising furnace tubes, a reaction container, a heating device and a driving device, the reaction container is arranged in the furnace tube; the heating device is arranged on the outer surface of the furnace tube; and the driving device is used for driving the reaction container to move in the furnace tube. By means of the device, automatic continuous production of the refractory metal and the low-valence oxide can be achieved, the reduction efficiency is improved, the cost is reduced, interference of human factors can be avoided, the consistency of the refractory metal and the low-valence oxide product is guaranteed, large-scale production of the refractory metal and the low-valence oxide can be achieved, and the requirement for industrial production is met.