34results about How to "Realize fully automatic production" patented technology

The utility model discloses a composite material laying device for an anti-collision beam, which belongs to the technical field of anti-collision beam production and comprises a workbench, a composite material supply device, a fiber bundle laying mechanism, a fiber bundle cutting mechanism and a controller. Wherein the composite material supply equipment and the fiber bundle laying mechanism are both arranged on the top face of the workbench, the fiber bundle laying mechanism comprises an electric rotating table and at least two anti-collision beam fixing assemblies, the anti-collision beam fixing assemblies are arranged on the electric rotating table, and a fiber bundle fixator used for clamping the end of a fiber bundle is arranged on the electric rotating table; the fiber bundle cutting-off mechanism comprises a fixing frame, a jacking assembly used for jacking the two ends of the front face of the anti-collision beam and a cutting assembly used for cutting off redundant fiber bundles at the two ends of the anti-collision beam. According to the utility model, the composite material can be automatically paved on the surface of the anti-collision beam, and the problems of large workload and low efficiency of manual paving of the composite material during production of the anti-collision beam are solved.

The utility model discloses a full-automatic vaccine inoculation device which comprises a feeding device, an inoculation device and a control device. The disinfection device comprises a disinfection assembly and a disinfection conveying line, and the disinfection assembly is arranged on the upper side of the disinfection conveying line; the feeding device is used for transferring the disinfected egg trays; the inoculation equipment comprises an inoculation conveying line and an inoculation module, and the inoculation module is provided with an inoculation needle; and the buffer conveying line is used for transferring and temporarily storing the inoculated egg trays. The full-automatic inoculation machine has the advantages that full-automatic inoculation production is achieved, feeding, disinfection, shell breaking and poison injection are completed, production efficiency is high, and production quality is guaranteed.

An automatic production system for a graphene heating tube comprises a punching forming device which comprises a die and a pressing plate located above the die, a cutting edge matched with a heating wire is arranged on the die, and a graphene sheet is pressed, cut and formed into the heating wire through downward pressing of the pressing plate; the electrode spot welding device receives the heating wire formed by the punching forming device and is used for welding electrodes at the two ends of the heating wire; the tube penetrating device comprises a guide tube, one end of the guide tube is driven to penetrate through the quartz tube, the heating wire on which the electrode is welded is clamped, and the heating wire is pulled into the quartz tube; the pressing and sealing device is used for heating and pressing and sealing the two ends of the quartz tube provided with the heating wire, so that the two ends of the quartz tube are changed into flat and airtight sealing structures; and the lamp holder mounting device is used for arranging the lamp holder on the quartz tube at the two ends of the quartz tube which is pressed and sealed through the lamp holder mounting device. After the scheme is adopted, full-automatic production of the graphene heating tube is realized, and the production efficiency is improved.

The utility model relates to a gear ring turn-over device matched with a manipulator for clamping, which comprises a base, a rotating shaft mounted at the top of the base, two ends of the rotating shaft rotatably connected with the base, one end of the rotating shaft connected with a driving mechanism used for driving the rotating shaft to rotate, a support mounted on the rotating shaft, the bottom end of the support fixedly connected with the rotating shaft, and a clamping jaw mounted at the upper end of the support. A supporting table is arranged on one side of the base, a plurality of positioning columns are arranged at the outer end of the supporting table and used for positioning and placing the gear ring, and when the support and the clamping jaw rotate to the horizontal state, the gear ring corresponds to the positioning columns in position; the gear ring turning-over device is matched with a mechanical arm to turn over a gear ring, an automatic production line is improved, manual assistance is not needed, and full-automatic production is achieved.

The invention discloses a micro-fluidic chip for separating platelet-rich plasma and a use method of the micro-fluidic chip. The micro-fluidic chip comprises a sample injection chamber, a red blood cell storage chamber, a red blood cell collection chamber, a PRP collection chamber, a PPP collection chamber, a boundary layer detection channel, a red blood cell extraction channel, a PRP extraction channel and a PPP extraction channel, the red blood cell collection chamber, the PRP collection chamber and the PPP collection chamber are provided with corresponding negative pressure output channels and negative pressure interfaces. By adopting the micro-fluidic chip disclosed by the invention, platelet-rich plasma can be separated in a closed chip in the whole process, and external pollution is avoided. The operations of centrifugal layering, red blood cell extraction, plasma extraction, PRP enrichment and the like in the PRP preparation process are all continuously carried out, so that the PRP preparation time can be effectively shortened.

The invention discloses a duct piece machining facility and method. The facility comprises a conveying system, a pulping system and a duct piece production system, the conveying system is located at one end of the duct piece production system, and the pulping system is located on the side face of the duct piece production system; according to the pipe piece manufacturing system, gravel is conveyed into the slurrying system through the conveying system, the gravel is manufactured into concrete through the slurrying system, the manufactured concrete is injected into the mold, pipe pieces are manufactured in the pipe piece production system, and in the pipe piece production system, the mold is conveyed through a production rail; the whole vibration table is adopted to vibrate the mold so that concrete can be tamped, finally, steam curing is conducted on the duct piece through the steam curing kiln, in the whole process, full-automatic production is achieved, the production efficiency of the duct piece is greatly improved, waste of manpower resources is reduced, and the production quality of the duct piece is also greatly improved.

The utility model discloses glass tempering production equipment, which comprises an upper segment, a lower segment and a lower segment, the heating section comprises a heating assembly, a second conveying assembly and a first detection assembly, and the heating assembly is used for heating the glass on the second conveying assembly; the first detection assembly is used for detecting glass on the second conveying assembly so as to send a first detection signal; the air grid section comprises an air cooling assembly, a third conveying assembly and a second detection assembly, and the air cooling assembly is used for conducting air cooling on the glass on the third conveying assembly; the second detection assembly is used for detecting the glass on the third conveying assembly so as to send a second detection signal; and the lower segment comprises a fourth conveying assembly. The heating section and the air grid section are respectively provided with a first detection assembly and a second detection assembly which are used for detecting the temperature and the position of the glass, so that the heating temperature and the cooling temperature can be timely adjusted according to the temperature and the position of the glass.

The present invention discloses a mechanical hydraulic combined extruder for plastic material extrusion molding, including a bracket, an extrusion working cylinder and a screw feeder. The extrusion working cylinder includes a main hydraulic oil cylinder and a material cylinder. A push piston is arranged in the material cylinder, and the push piston is connected to the piston rod of the main hydraulic cylinder. Two hollow shaft heads are symmetrically arranged on the outside of the material cylinder. The material cylinder is rotatably connected to the brackets on both sides through the hollow shaft heads. Small hydraulic cylinders I for driving the extrusion working cylinder to rotate are hinged on both sides of the material cylinder. Two screw feeders are respectively arranged on both sides of the extrusion working cylinder. The screw feeder is driven by the small hydraulic cylinder II to move on the guide rail. The discharge end of the screw feeder is provided with a conveying pipeline that can pass through the center hole in the hollow shaft head and extend into the material cylinder. The present invention combines mechanical screw feeding with hydraulic extrusion molding, which not only realizes rapid feeding, but also meets the requirements for extrusion pressure during plastic material extrusion molding, thereby improving work efficiency and product molding effect.

The utility model discloses a wire harness full-automatic processing and assembling device which comprises a pay-off rack, a connector assembling machine and a junction box assembling machine. And the wire moving machine is used for translating the cable from the connector assembling machine to the junction box assembling machine and driving the cable to move along the axial direction. According to the utility model, the special wire moving machine is arranged between the connector assembling machine and the junction box assembling machine and is used for carrying cables and enabling the cables to move axially, so that effective connection of the connector assembling machine and the junction box assembling machine can be realized quickly and conveniently, and then full-automatic production of wire harness processing and assembling is realized; the method has the advantages of high production efficiency, reliable assembly precision, low reject ratio and the like.

The present invention specifically discloses a high-current 5G and new energy vehicle inductor fully automatic manufacturing line, including a bending device, a dispensing device, a pressing detection device and a baking device; the bending device, the dispensing device, the pressing detection device and the baking device are sequentially connected to form an inductor fully automatic manufacturing line. The present invention integrates multiple functions in one, can realize the fully automatic production of inductors, not only reduces the labor intensity of manual labor, but also reduces the labor input cost. At the same time, the fully automated design can simplify the process and greatly improve the production efficiency of inductors.

The present invention is applicable to the field of packaging equipment, and specifically is a mobile ice bag production equipment, comprising: an upper box body, an air supply device is installed inside the upper box body, a central control room is installed inside the upper box body, a storage tank is installed inside the upper box body, and the storage tank is connected to the feeding device; a lower box body, a carton packaging machine is provided outside the lower box body; a full-automatic filling device is installed on the lower box body; a filling machine is provided on the full-automatic filling device; one end of the filling machine is connected to a coil supply device, and the other end is provided with a sealing device, and the sealing device is connected to the inside of a sterilization bin; the material stirred by the upper box body enters the full-automatic filling device in the lower box body, is directly filled into the inside of the ice bag and automatically sealed and packaged, and then passes through the sterilization bin for sterilization treatment, enters the carton packaging machine for ice bag packing, and realizes the full-automatic production of the mobile ice bag factory with a high degree of automation, realizes the mobility and full automation of the production base, and reduces the transportation cost.

The present invention discloses a fast FPC production process with a full dry process, including: using laser to make circuits on an unwound flexible substrate to generate a circuit board; performing AOI testing on the circuit board, and applying a cover film to the tested circuit board; using laser to perform windowing on the circuit board after applying the cover film; performing nickel-gold and reinforcing plate-applying operations on the circuit board after the windowing treatment; and testing the circuit board with the reinforcing plate attached; performing laser drilling and shape cutting on the tested circuit board to generate a finished FPC product; and performing FQC testing on the finished FPC product and packaging. Through the above technical scheme, the present invention provides a new FPC manufacturing method, which can realize the fully automatic production of FPC, and completely eliminates wastewater discharge, avoiding the pollution of the environment by chemical methods.

The invention discloses plastic part production equipment with an automatic demolding mold, and relates to the technical field of plastic product production equipment.The plastic part production equipment comprises an equipment frame body, a rolling device provided with a plurality of plastic molds is arranged in the equipment frame body, injection molding equipment is arranged on one side of the equipment frame body, and heating equipment is arranged on the other side of the equipment frame body; the rolling device is located between the injection molding equipment and the heating equipment, and the two ends of the rolling device are embedded into the joint of the injection molding equipment and the heating equipment correspondingly. By means of the integrated rolling type mold design and the automatic process, heating equipment, a rolling device and injection molding equipment are combined into a whole, the whole injection molding production process is achieved, production continuity is improved, production efficiency is remarkably improved, equipment downtime is shortened, and production cost is reduced. The problem that in the traditional injection molding process, time consumed in the links of mold opening and closing, demolding, cooling and curing and the like is long is solved, the method is different from the prior art, multiple processes can be conducted at the same time, and the overall production efficiency is improved.

The invention belongs to the technical field of packaging, and discloses a sheet packaging production device which comprises two sets of transfer assemblies arranged symmetrically, each set of transfer assembly comprises a front transfer unit, a distance reducing transfer unit and a rear transfer unit, and the distance reducing transfer unit can receive sheets on the front transfer unit and can receive the sheets on the rear transfer unit; the two distance-reducing transfer devices enable the distance between the projections of the two corresponding sheets in the direction perpendicular to the conveying direction to be unchanged or changed, then the sheets are transferred to the corresponding rear transfer units, the rear transfer units of the two sets of transfer assemblies are oppositely arranged, and a conveying channel is formed in the gap between the rear transfer units. The two sets of transferring assemblies can overlap two sheets at different initial positions, then a one-bag two-sheet package is formed, offline semi-automatic packaging is not needed, full-automatic production can be achieved, and the production efficiency is high. And meanwhile, the function switching of one-piece packaging and two-piece packaging can be considered.

A horizontal punching mechanism special for a multi-station elastic core comprises a base table, and a fixed die base, a movable die base, a left feeding piece and a right feeding piece are assembled on the base table. A lead material feeding station, a processing station and a steel material feeding station are sequentially arranged on the fixed die holder, the processing station sequentially comprises a lead material processing station, an assembling station and a steel material processing station, a material ejection sliding seat is assembled behind the fixed die holder, and an ejection rod used for ejecting a workpiece out of the stations is assembled on the material ejection sliding seat. A plurality of punching needles corresponding to the machining stations are assembled on the movable die base. The left feeding piece is located on the left side of the fixed die base so that lead materials on the lead material feeding station can be conveyed to pass through the lead material machining station and the assembling station in sequence, and the right feeding piece is located on the right side of the fixed die base so that steel materials on the steel material feeding station can be conveyed to pass through the steel material machining station and the assembling station in sequence. Compared with the prior art, the full-automatic bullet core production line has the following beneficial effects that full-automatic production from raw materials to finished bullet cores is achieved through the highly-integrated design.

The invention discloses a fully automatic wax pressing mold. The wax pressing mold is installed on a wax pressing machine. The wax pressing machine comprises a workbench and a closing mold plate. The wax pressing mold comprises a lower mold assembly, a middle mold assembly and an upper mold assembly which are arranged in sequence along a vertical direction. The lower mold assembly comprises a lower mold plate, and a wax injection path is provided on the surface of the lower mold plate. The middle mold assembly comprises a middle mold plate and a first lifting drive assembly for driving the middle mold plate to lift and lower. The middle mold plate is provided with a plurality of molding grooves, which are correspondingly connected to the wax injection path. The upper mold assembly comprises an upper mold plate, and the lower surface of the upper mold plate corresponds to the upper part of the molding groove. The upper mold assembly also comprises a product wax part ejection assembly for ejecting product wax parts, and a wax injection path wax part ejection assembly for ejecting wax parts from the wax injection path. The technical scheme of the invention improves the production efficiency of wax molds and reduces the production cost.

The present invention provides a fully automatic mushroom bag inoculation production line, including a fully automatic unloading mechanism, a positioning transmission mechanism and an inoculation mechanism; the fully automatic unloading mechanism includes a frame, a lifting platform arranged on the frame, and a material transmission line and a grabbing assembly arranged on the lifting platform, the material transmission line includes a horizontal transmission line and a follower transmission line hinged at the end of the horizontal transmission line; the grabbing assembly is used to grab the mushroom bag on the material rack and place it on the horizontal transmission line. The positioning transmission mechanism includes a transition conveyor line, a station stepping line, a transition pick-and-place assembly and a rotary positioning assembly; the follower transmission line is connected to the transition conveyor line, and the transition pick-and-place assembly sequentially places the mushroom bag on the transition conveyor line into the restricted station of the station stepping line; the rotary positioning assembly is used to locate the direction of the air vent of the mushroom bag; the inoculation mechanism is located at the rear end of the station stepping line to receive the mushroom bag output by the station stepping line, and perform punching and inoculation. In this way, the automatic inoculation operation of the mushroom bag is realized.

This invention relates to the field of battery edge-heating and adhesive application technology, and discloses a lithium battery edge-heating and adhesive application machine, including a feeding mechanism, an edge-heating mechanism, an adhesive application mechanism, and a unloading mechanism. The feeding mechanism automatically feeds the batteries to be processed and transfers them to the edge-heating mechanism, where the edge-heating mechanism heats the edges of the batteries before transferring them to the adhesive application mechanism, where the adhesive application mechanism applies adhesive to the batteries, and finally, the unloading mechanism unloads the batteries, thereby achieving fully automated production and improving battery production efficiency and yield.

The utility model relates to a mixing tool for a particle glue filling machine, which comprises a hollow charging barrel with two open ends, an opening and closing plate is arranged at the opening at any end of the charging barrel, a through hole is arranged at one end of the opening and closing plate, a closed area for blocking the lower end of the charging barrel is arranged at the other end of the opening and closing plate, and the opening and closing plate is linked with a driving source. And the position of the opening and closing plate is changed under the control of the driving source, so that the through hole corresponds to the opening end of the charging barrel or the closed area corresponds to the opening end of the charging barrel. The mixing tool for the particle glue filling machine has the advantages that the mixing tool can be well applied to the particle glue filling machine, multi-state switching is achieved, multifunctionality is achieved, and full-automatic production of the particle glue filling machine can be achieved.

The invention discloses a coke dripping plate cleaning system based on visual analysis control. The coke dripping plate cleaning system comprises a camera, a visual analysis server, an oil pump, an oil cylinder A proportional valve, an oil cylinder A position sensor, an oil cylinder B proportional valve, an oil cylinder B position sensor and a PLC control unit. The system analyzes and judges acquired data based on an image acquisition principle and a visual image analysis principle, judges the amount of coke on a coke dripping plate, judges whether the coke dripping plate needs to be cleaned or not, plans a moving path of a drag head of the coke dripping plate when the coke dripping plate needs to be cleaned, and feeds back the moving path to a PLC (Programmable Logic Controller) control unit; by controlling the output of the hydraulic proportional valve, receiving the data of the oil cylinder position sensor and performing real-time closed-loop control on the cleaning device to clean the coke dripping plate, the normal work of the coke oven machine is met, so that the system realizes the full-automatic production of machine and coke side coking equipment, and is convenient to realize the overall unmanned intelligent production of the coke oven in the future.

The utility model discloses LED street lamp bead assembling equipment which comprises a case. The graduator is arranged on the machine case, and the graduator comprises a rotating piece and a supporting piece arranged on the rotating piece; the first feeding assembly is arranged on one side of the machine box, and the first feeding assembly is used for placing the outer package on the supporting piece; the second feeding assembly is arranged on the other side of the machine case, and the second feeding assembly is used for placing the lens assembly at the bottom of the outer package; the electrode bending assembly is arranged between the second feeding assembly and the graduator, and the electrode bending assembly is used for bending an electrode on the lens assembly; the press-fit assembly comprises an upper press-fit piece and a lower press-fit piece, the upper press-fit piece and the lower press-fit piece are located on the two sides of the graduator respectively, and the upper press-fit piece and the lower press-fit piece move oppositely so that the lens assembly can be clamped in the outer package; and the discharging assembly is located at the rear end of the pressing assembly, and the discharging assembly comprises a clamping piece used for clamping the LED lamp beads and a material box used for containing the LED lamp beads.

The utility model discloses an automatic wax pill forming machine and belongs to the technical field of automatic wax pill forming machines. The automatic wax pill forming machine comprises a machine tool rack storage box. The machine tool rack is provided with two vertical plates which are vertically arranged; a main oil cylinder is transversely and fixedly installed on the outer side of one vertical plate, and a storage box, a first preheating pipeline, a first pushing air cylinder, a feeding mechanism, a drainage guide groove and a heating forming cylinder are transversely installed on the upper portion of the vertical plate through a support. A forming oil cylinder is installed on the outer side portion of the other vertical plate through a support, and the six-cavity forming rod punch conducts limiting telescopic motion in the heating forming cylinder. A wax pill returning mechanism is arranged on the front portion of the side containing cavity and comprises a second pushing air cylinder and a pushing ejector rod assembly, and a material box is arranged at the bottom of the discharging sliding way. According to the forming machine, full-automatic production can be realized, the labor cost is reduced, the noise is reduced, the operation comfort is improved, and the forming machine is compact in structure and small in occupied area.

The invention discloses a packaging bag manufacturing system and a medicament dispensing system, and the system comprises a frame body which is provided with a film supply station, an edge sealing station, a cutting station and a shaping station which are sequentially arranged along a first direction; the film supply module comprises a rolled film placing part and a film feeding part located at a film supply station, and the film feeding part is used for conveying the folded film towards the edge sealing station; the edge sealing module is located at the edge sealing station and comprises a heating part and a pressing part which are oppositely arranged in the second direction, and the pressing part can move towards the heating part so as to carry out hot-pressing edge sealing on the folded film; the cutting module is located at the cutting station, comprises a first cutting part and a second cutting part which are oppositely arranged in the second direction, and is used for cutting the edge-sealed folding film; and the shifting module comprises a traction part located on the side, away from the frame body, of the edge sealing module and the cutting module and is used for sequentially pulling the folded film to the edge sealing gap, the cutting gap and the shaping station, and the first direction is perpendicular to the second direction. The system can improve the production efficiency of packaging bags.

The invention discloses a high-efficiency three-phase asynchronous motor, which comprises a stator and a rotor arranged in the stator, a shell is fixed on the peripheral side surface of the stator, a bearing and a front end cover are arranged at the front end of the shell, and a bearing, a rear end cover, fan blades and a fan blade cover are arranged at the rear end of the shell. The iron loss and the copper loss of the motor are reduced by optimizing parameters such as the slot size and the length-diameter ratio of the stator and the rotor, so that higher efficiency is obtained; the tooth harmonic amplitude is reduced by reasonably selecting the matching of stator and rotor slots and adopting the design of rotor skewed slots, so that the electromagnetic vibration and the electromagnetic noise are reduced; the size of the cooling fan and the form and location tolerance of stator and rotor parts are reasonably designed, mechanical vibration and noise are reduced, and the purpose of reducing the mechanical noise of the motor is achieved; by arranging a stator and rotor structure, proper stator and rotor slots need to be selected for matching for motors with different center heights, so that tooth harmonic waves and harmonic loss are reduced as much as possible; the size of the groove shape and the size of the stator yoke are optimized, and stator and rotor iron loss is reduced; the overall efficiency of the motor is improved.

The present invention belongs to the technical field of wet wipe production, and specifically relates to a fully automatic production line for rust-proof wet wipes, including a wet wipe forming device, a storage device, a packaging device, and a packaging film transmission device, wherein the wet wipe forming device, the storage device, and the packaging device are arranged in sequence, and the packaging film transmission device is located below the packaging device. The present invention provides an anti-rust wet wipe and a fully automatic production line thereof, wherein the wet wipe body absorbs the anti-rust liquid to form the anti-rust wet wipe, and is packaged, so that it is convenient to carry and can be directly torn open for use, and the wet wipe is folded, soaked, and cut by the wet wipe forming device, and then transmitted to the packaging device by the storage device, and packaged and transmitted in cooperation with the packaging film transmission device, so as to realize fully automatic production.

This invention discloses a fully automated system and method for preparing weft-knitted fabrics for dyeing and finishing, comprising a take-up device, a yarn separating device, and a fully automated airflow locking device. The take-up device includes a take-up lever, a yarn hook, a first linear drive mechanism, a first rotary drive mechanism, an outer conical sealing nozzle, a first negative pressure suction pipe, a second linear drive mechanism, an inner conical sealing nozzle, and a first shearing mechanism. The yarn separating device includes a yarn separating rod, a second rotary drive structure, a third linear drive mechanism, a waste yarn collection box, a negative pressure suction nozzle, a second shearing mechanism, and a fourth linear drive mechanism. The fully automated airflow locking device includes a negative pressure suction gun, a fifth linear drive mechanism, a stepper motor, a forming cam, a joint clamping mechanism, a third shearing mechanism, and a sixth linear drive mechanism. The fully automated system and method for preparing weft-knitted fabrics for dyeing and finishing of this invention can adapt to various batch numbers of DTY / FDY roll-packaged weft-knitted fabrics for dyeing and finishing, achieving fully automated preparation.

The application provides an injection molding machine for plastic part production and relates to the technical field of automotive interiors, and comprises a U-shaped base, a mounting table fixedly arranged at the top of the U-shaped base, four groups of supporting columns fixedly arranged at the top of the mounting table, and a top injection cavity fixedly arranged at the top of the supporting column; an injection channel is fixedly arranged in the middle of the top injection cavity; a sliding valve disc is fixedly arranged at the bottom of the injection channel; a sliding valve core is slidingly arranged in the sliding valve disc; a sealing plate is fixedly arranged at the bottom of the sliding valve disc; and an injection head is fixedly arranged at the bottom of the sealing plate; the sliding valve core is arranged to provide a valve control structure capable of being automatically opened, a driving lifting lead screw is rotated to make a movable injection port contact the injection head to be in abutment and docking, then a compound mold continues to rise, the top surface of the compound mold contacts a spring rod to push the spring rod upward, the sliding valve core is no longer blocked from the injection head, injection is performed, and the problem that existing equipment lacks an automatically opened and closed valve is solved.

The utility model discloses a kind of dirty piece makers of detergent oil removal rate method for tableware, including annular intermediate turntable, intermediate turntable is controlled along circumference by servo motor, multiple glass slide insertion slots are evenly provided on intermediate turntable along circumference, oil stain smearing mouth is provided above glass slide insertion slot, glass slide feeding station, glass slide automatic smearing oil stain station, dirty piece drying station and dirty piece discharging station are respectively provided on intermediate turntable along circumference corresponding orientation.This utility model's dirty piece maker of detergent oil removal rate method for tableware realizes the full-automatic sheet preparation of dirty piece of detergent oil removal rate method for tableware, sheet preparation efficiency is greatly improved, saves manual labor, reduces sheet preparation cost, simultaneously, flow valve controls oil stain smearing spray head quantitative smearing spraying, realizes the accurate control of dirty piece quality, improves the stability of sheet preparation.

The application discloses MOS tube, automatic feeding, installation and detection equipment and working method, relates to the technical field of detection, and belongs to the technical field of detection. The application comprises a support rack, a workbench, a MOS tube feeder, a MOS tube transplanting device, a MOS tube group turnover table, a four-axis manipulator and a product conveying line; two groups of MOS tubes are simultaneously fed and assembled; the MOS tube feeder can ensure uninterrupted continuous feeding, the MOS tube transplanting device can accurately transfer a single MOS tube, the MOS tube group turnover table can turn over the MOS tube group to a suitable clamping position, the four-axis manipulator can accurately clamp the shell and the MOS tube group and assemble them, and the product conveying line can accurately move the tray product to a suitable position. The application has high automation and standardization, is convenient for large-scale application, greatly improves efficiency, and guarantees precision and efficiency.

The utility model relates to full-automatic compressed facial mask production equipment which comprises a feeding assembly, a die cutting mechanism, a facial mask folding mechanism, a facial mask folding mechanism and a compressing mechanism, the feeding assembly conveys cloth to the die cutting mechanism, the die cutting mechanism comprises a hole cutting assembly and a first conveying table, the hole cutting assembly conducts hole cutting operation on the continuously-fed cloth, and the first conveying table is used for conveying the cloth to the die cutting mechanism. A sheet-shaped mask is formed in a discontinuous mode, the sheet-shaped mask is conveyed to the mask folding mechanism through the first conveying table to be subjected to folding operation so as to form a folded mask, and the folded mask is conveyed to the mask folding mechanism through the second conveying table and folded into the compression mold through the mask folding mechanism. The compression mold moves to the compression mechanism through the rotary table, and the compression mechanism compresses the folded facial mask in the compression mold through hydraulic pressure so as to form a compressed facial mask. The full-automatic production of the compressed facial masks is realized, the productivity and quality of the compressed facial masks are improved, the production process is simplified, and the production and manufacturing cost of the whole machine is reduced.