101results about How to "Realize assembly line production" patented technology

The invention provides a full-automatic storage battery piece wrapping distribution machine which comprises a paper cutting and wrapping piece mechanism, a rotary battery plate group piece laminating mechanism, a pole piece underfloor mechanism, a first feeding mechanism, a piece pushing mechanism, a partition paper transfer mechanism, a wrapping piece transfer mechanism, a second feeding mechanism, a pneumatic piece pushing mechanism, a third feeding mechanism and a frame, wherein the partition paper transfer mechanism, the piece pushing mechanism, the firs feeding mechanism, the paper cutting wrapping piece mechanism, the second feeding mechanism, the wrapping piece transfer mechanism, the rotary battery plate group piece laminating mechanism, the third feeding mechanism, the pneumatic piece pushing mechanism and the pole piece underfloor mechanism are sequentially arranged on the frame. The distribution machine provided by the invention can be used for achieving assembly line type production of wrapping pole pieces and automatically feeding, wrapping, laminating and discharging the pole pieces, so that the harm of lead dust is greatly reduced, the labor cost is lowered, the efficiency is improved, and the distribution machine is convenient to operate.

The invention relates to film pasting equipment for a mobile phone screen and a film pasting method for the mobile phone screen. The film pasting equipment for the mobile screen comprises a base, a conveying device arranged on the base, a first feeding device arranged on one side of a feeding station, a cleaning device arranged on one side of a cleaning station, a film pasting device arranged on one side of a film pasting station and a detection device arranged on one side of a detection station, wherein the feeding station, the cleaning station, the film pasting station, the detection station and clamps for clamping mobile phones are arranged on the conveying device. The film pasting equipment for the mobile phone screen further comprises a film tearing device arranged on one side of the film pasting device. The whole equipment is small in occupied space, the automatic control is adopted in the full process, the labor cost is saved, the stability of mobile phone film pasting is high, and the efficiency is high; and due to the fact that the mobile phones pasted with films are detected by the detection device, the reject ratio during production can be reduced.

The invention discloses a prestressed concrete two-way laminated slab and a manufacturing method thereof, which belong to the technical field of construction engineering. Its structure includes a prefabricated bottom plate, a laminated layer and a steel truss. The trusses are connected, and the laminated layer transverse steel bars and laminated layer longitudinal steel bars are arranged inside the laminated layer. The laminated layer longitudinal steel bars are fixed on the upper surface of the steel truss. The transverse prestressed reinforcement is arranged at equal intervals, the longitudinal prestressed reinforcement is arranged at equal intervals along the length direction, the longitudinal prestressed reinforcement is located above the transverse prestressed reinforcement, and multiple steel trusses are arranged at equal intervals along the width direction on the upper part of the prefabricated floor. The invention also discloses a manufacturing method of the laminated board. The invention has the characteristics of high overall rigidity of the laminated slab, good force bearing performance, two-way force transmission mechanism, no joints on the prefabricated bottom plate, reduced on-site support and formwork consumption, and improved construction speed and the like.

The invention relates to an automatic green tea leaf storing and withering production line. the production line is characterized by comprising a green tea leaf lifting and conveying mechanism for feeding material at a start end, wherein the upper end of the green tea leaf lifting and conveying mechanism leads to a green tea leaf storage box blanking mechanism arranged above a green tea leaf storage box, a humidifying device is arranged beside the green tea leaf storage box and leads to the inner cavity of the box from the bottom of the green tea leaf storage box, a conveyor belt is arranged at the bottom of the green tea leaf storage box, a plurality of rotating shafts are arranged vertically side by side on one side of the discharge end of the green tea leaf storage box, a shifting rod for spreading green tea leaves is arranged on each rotating shaft, a green tea leaf vibrating conveying mechanism is arranged below the discharge end side of the green tea leaf storage box, the discharge end of the green tea leaf vibrating conveying mechanism leads to an energy-saving green tea leaf withering device through a lifter to perform withering and cooling. The production line is simple inwhole structure, low in manufacturing cost, can implement flow line production of tea leaves, can improve the automation degree of early-state processing of tea leaves and can reduce workload and improve production capacity on the condition that the quality of tea leaves is ensured; therefore, higher economic benefit is created for enterprises.

The invention relates to a full-automatic fungus bag production line for edible fungi. The full-automatic fungus bag production line comprises a bag feeding device, a bag manufacturing device, a shaping device, a ring sleeving device, a cover pressing device and a basket loading device. According to the full-automatic fungus bag production line for the edible fungi, the full-automatic fungus bag manufacturing process can be achieved; the bag taking and fixing process is completed from bag manufacturing, bag taking and bag clamping; initial manufacturing of fungus bags is achieved through discharging, shaping and compaction; the bag opening packaging process is carried out through ring sleeving and cover pressing; and finally basket loading is carried out. Full automation is achieved, and the labor force is greatly saved; errors are not likely to be made; and in addition, the looseness degree of the fungus bags is the same, the weight of the fungus bags is the same, and therefore the production quality of the fungus bags is greatly improved.

The invention discloses an anti-corrosive intelligent kitchen garbage barrel and a manufacturing method thereof. The anti-corrosive intelligent kitchen garbage barrel comprises a barrel box, an end cover and a wastewater purifying device, wherein a stirring cavity, a cylinder body, a forming plate and a storage cavity are arranged inside the barrel body; a crushing mechanism is arranged in the stirring cavity; feeding mechanisms are symmetrically arranged on the outer side surface of the barrel boxy; the forming plate is positioned between the cylinder body and the storage cavity; a forming extrusion mechanism is arranged above the forming plate; and the wastewater purifying device is positioned on the bottom side surface of the barrel body. The manufacturing method comprises the following steps: (1) mounting of the storage cavity; (2) mounting of the forming plate and the forming extrusion mechanism; (3) mounting of the crushing mechanism; (4) mounting of the wastewater purifying device; (5) mounting of the feeding mechanisms; and (6) preliminary running debugging. The anti-corrosive intelligent kitchen garbage barrel disclosed by the invention is simple in structure and high in practicability; not only can kitchen garbage be crushed, but also the crushed kitchen garbage can be used for fish and poultry feeding; the garbage recovery efficiency is improved; and the environmental pollution caused by corrosion of the kitchen garbage is effectively prevented.

The invention discloses an automatic production process for a mobile phone frame, and belongs to the technical field of mobile phone frame processing processes. The automatic production process comprises the steps of 1, rolling, specifically, a metal strip is subjected to continuous rolling and flattening; 2, cutting a connecting port, specifically, upper cutting notches and lower cutting notchesare cut on the upper end and the lower end of the metal strip in a staggered mode; 3, forming, specifically, the metal strip is processed into an arc-shaped structure through rolling; 4, punching, punching is carried out between each adjacent upper cutting notch and the corresponding lower cutting notch to form a hole; 5, cutting, specifically, cutting is carried out on each upper cutting notch and the corresponding lower cutting notch; and 6, bending, specifically, bending is carried out on each section of frame strip to form a rectangular frame structure. The process steps in the invention simplifies the production steps of the mobile phone metal frame, improves the production efficiency, realizes flow line production of the mobile phone metal frame through the matching work of the matched production line, further improves the production efficiency of the mobile phone metal frame, does not need manual operation in the production process, and eliminates potential safety hazards.

The invention discloses a hot galvanizing system and a hot galvanizing method. The hot galvanizing system comprises a zinc pot (1) used for accommodating molten zinc, a feeding end and a discharging end. The hot galvanizing system is characterized in that a fixing support (9) is arranged in the zinc pot (1) and divides the interior of the zinc pot (1) into multiple stations which are sequentially arranged from the feeding end to the discharging end; the hot galvanizing system further comprises a lifting device (4) used for lifting metal parts corresponding to all the stations and a pushing device (6) used for moving the metal parts between the stations. By means of the technical scheme, the pushing device and the lifting device coordinate to enable the to-be-galvanized metal parts to be galvanized in a stepping mode, so that assembly line type production is achieved, automation is improved, operation is simplified, and the production efficiency is improved.

The invention belongs to the field of shuttlecock equipment and the field of shuttlecock head production devices, and particularly relates to a production process of shuttlecock heads. The production process comprises the following steps that firstly, the inner surfaces of shuttlecock head molds are coated with a lubricating agent, and a heating device is adopted for preheating the shuttlecock head molds; secondly, the multiple preheated shuttlecock head molds are put on a vibration conveyor at equal intervals; thirdly, a wood block feeder is started, and wood blocks are fed into the shuttlecock head molds; fourthly, a polyurethane particle feeder is started; fifthly; a compression cylinder does lifting and contraction motion, and the wood blocks and polyurethane elastomer particles in the molds are compressed through a compaction block; and sixthly, a glue injection machine is started, glue injection is firstly carried out on the wood blocks and the polyurethane elastomer particles along the inner walls of the shuttlecock head molds, and then glue injection is carried out on the surfaces of the wood blocks and the surfaces of the polyurethane elastomer particles. According to the production process, streamline production can be carried out on the shuttlecock heads, and the stability of the quality of the shuttlecock heads produced on an assembly line can be guaranteed.

The invention discloses a paper-plastic tableware spraying device and technology. The spraying device comprises a feeding module, a spray module and a spinning module which are connected through a transfer mechanism from left to right in sequence, wherein the feeding module is used for conveying to-be-processed paper-plastic tableware to the spray module; the spray module is used for spraying water-proof and oil-proof paint to the paper-plastic tableware conveyed from the feeding module from top to bottom; the spinning module is used for spinning the paint accumulated on the surface of the paper-plastic tableware to be uniform, and recycling the paint which are thrown out. According to the spraying device, the extra accumulated paint is thrown out through the spinning module, the paint layer on the surface of the product is smooth and even, the situation that a lot of paint spatters or produces fog in air during spraying can be prevented, the paint can be recycled, and the paint utilization rate is increased. The extra paint is recycled through a recycling water tank arranged on the bottom of a conveying belt, little cost is increased, the recycled extra paint can be reused, and pipelined production can be achieved, and the spraying device has the advantages of being high in production and production rate, and the like.

The invention relates to a roller pressing punching device. The device comprises a machine frame, a male die roller and a female die roller. The male die roller and the female die roller are rotationally arranged on the machine frame in parallel. The gap between the male die roller and the female die roller is adjustable, the male die roller and the female die roller synchronously rotate in opposite directions, a male die is arranged on the male die roller, a female die is arranged on the female die roller, a waste hole is formed in the bottom of a cavity of the female die, a waste channel is formed in the female die roller, at least one end face of a roller shaft of the female die roller is provided with a discharge opening, the discharge opening is provided with a connector assembly used for being connected with a suction device, and the waste hole and the discharge opening are communicated with the waste channel. Assembly line production of flexible material punching can be achieved, requirements of manpower are reduced, and the device has the advantages of being efficient, safe and capable of saving energy and reducing consumption. Holes in different shapes can be punched. Besides, size precision of the machined holes is high, and no burrs exist.

The invention belongs to the technical field of door panel assembling, machining and producing, and particularly relates to a line pressing door assembling production line. A suction cup type automatic feeder, a pneumatic press machine I, an overturning machine, a pneumatic press machine II and a suction cup type automatic discharger are included and sequentially arranged in the conveying direction of a conveying line. The suction cup type automatic feeder is used for conveying door panels which are about to be subjected to line pressing to the conveying line. The door panels which are about to be subjected to line pressing are conveyed to various stations through the conveying line. The pneumatic press machine I is used for conducting line pressing on one side faces of the door panels which are about to be subjected to line pressing and conveyed to the first pressing-assembling station, and the overturning machine is used for 180-degree overturning of the door panels which are conveyed to the overturning station. The pneumatic press machine II is used for conducting line pressing on the other side faces of the door panels which are conveyed to the second pressing-assembling station. The suction cup type automatic discharger is used for taking the door panels obtained after line pressing from the conveying line. Automatic equipment is used for carrying and overturning, and thephysical power of workers is reduced. Meanwhile, workers work according to procedures based on beats, the labor efficiency is greatly improved, and the labor cost is saved.

The invention discloses an automatic production method for prefabricated reinforced concrete hollow formwork. The automatic production method comprises the following steps: (1) preparing a concrete raw material and a bundled reinforcement net rack; (2) assembling a front side plate, a rear side plate, a left side plate, a right side plate, a bottom side plate and a partition plate at a mould closing station, and dividing the mould into multiple sub cavities; (3) moving the mould to a mandrel core-penetrating or core-withdrawing station for inserting a mandrel into the mould; (4) moving the mould to a mould pouring station, and pouring the concrete raw material; (5) after pouring is accomplished, moving the mould to a mould top side plate covering station, and covering a top side plate to amould cavity opening; (6) moving the mould to a first curing station to preliminarily cure and form; (7) moving the mould to the mandrel core-penetrating or core-withdrawing station for withdrawing the mandrel out of the mould; (8) moving the mould to a second curing station for steam-curing and forming; and (9) moving the mould to a mould de-moulding station for dismounting the top side plate, the left side plate and the right side plate, and de-moulding a finished product. The mould is sequentially transferred to each station to form circulating type production which is performed in a prefabricated component production process, so that production efficiency is improved.

The invention relates to a hair product production line. The hair product production line comprises fixed-length cutting machines which are sequentially arranged and used for cutting hair, the material preparation machine is used for supplying cut hair; the carding conveyor is used for carding and conveying hair; the intermittent conveyor is used for intermittently conveying hair; wherein the hairpulling pressing machine is used for pressing hair, the hair pulling conveying machine is used for tidying and conveying the hair, the conveying device is used for conveying the hair, the sewing three-in-one machine is used for manufacturing a wig curtain, the wig curtain folding machine is used for folding the wig curtain into combined parts, and the bundling packaging machine is used for bundling the combined parts. According to the invention, a device for replacing manual operation is correspondingly arranged in each step of hair product production. According to the invention, the production line type production of hair products is realized, the labor cost is reduced, the efficiency is effectively improved, the processing quality can be effectively controlled, the production purposes of higher production efficiency and excellent product quality can be achieved with the minimum labor cost, and the production line is very suitable for modernization transformation of the hair productindustry.

The invention discloses a two-dimensional code printing machine applied to a bottle cap. The two-dimensional code printing machine applied to the bottle cap comprises a vibrating disk, a first conveying mechanism, a second conveying mechanism, a back blowing mechanism, a two-dimensional code printing and detecting mechanism, a defective product removing mechanism and an encoder used for detectingthe conveying speed of a conveying belt, wherein the first conveying mechanism mainly comprises a conveying panel and a plurality of air blowing holes formed in the conveying panel and used for blowing air backwards, the second conveying mechanism mainly comprises the conveying belt and a plurality of air suction holes formed in the conveying belt, the back blowing mechanism mainly comprises a first photoelectric switch, a first spray head and a material return pipe, the two-dimensional code printing and detecting mechanism mainly comprises a second photoelectric switch, a laser printer and acamera; and the defective product removing mechanism mainly comprises a second spray head and a material receiving pipe. On the basis of fusing the laser printer, the printing precision can be ensured, the rate of certified products is improved, and automatic, convenient and assembly line type production is achieved.

The invention relates to an integrated inductor production line. The integrated inductor production line comprises a winding machine used for manufacturing a winding body, a laser stripping machine used for stripping enameled wires at two ends of the winding body, and a welding machine used for welding the winding body in a seat body. The integrated inductor production line further comprises a conveying table, a guide rail arranged on the conveying table and at least three conveying devices arranged on the guide rail and used for conveying jigs on the winding machine, the laser stripping machine and the welding machine, wherein the winding machine, the laser stripping machine and the welding machine are sequentially arranged along the conveying table. The conveying device comprises a sliding table slidably connected with the guide rail and a driving device arranged on the sliding table and used for driving the sliding table to move on the guide rail. The driving device comprises a servo motor arranged on the sliding table, a precision servo speed reducer connected with the output end of the servo motor and a gear arranged on an output shaft of the precision servo speed reducer. Theintegrated inductor production line is used for automatic production of the integrated inductor, and has the characteristics of high production efficiency and compact production takt.

The invention discloses a full-automatic production device for an expanded perlite heat preserving board and relates to the field of heat preserving board production devices. The full-automatic production device for the expanded perlite heat preserving board is used for overcoming the defects that in the process of producing the expanded perlite heat preserving board, cost is high, efficiency is low, consumed time is long and assembly line production cannot be achieved. The full-automatic production device for the expanded perlite heat preserving board comprises a material mixing device, a board pressing device, a drying device and a packaging platform; the material mixing device is used for conveying materials to the board pressing device after the materials are mixed uniformly; the boardpressing device is used for pressing the mixed materials into the heat preserving board; the drying device is used for drying the heat preserving board; and then the dried heat preserving board enters the packaging platform to be packaged. The full-automatic production device for the expanded perlite heat preserving board is used for assembly line production of the expanded perlite heat preserving board.