375results about How to "Realize fully automatic production" patented technology

The invention discloses an unmanned kitchen. The unmanned kitchen comprises a clean vegetable cabinet, a clean vegetable box conveying device, placing racks, seasoning adding devices, a first conveying table, stir-frying machines, a second conveying table and a meal box sorting device, wherein the clean vegetable cabinet is formed through integrally connecting a main cabinet with an auxiliary cabinet with a sliding door; the clean vegetable box conveying device is formed through connecting a bracket, a disc sucker with a fixed rack; feeding devices are mounted on the placing racks; the seasoning adding devices are arranged on one sides of the placing racks; the stir-frying machines are positioned below the right sides of the seasoning adding devices; a plurality of box output control consoles and meal loading devices are mounted on the first conveying table; main bodies of the meal loading devices are formed through connecting pushing cylinders, lifting cylinders, clamping jaw cylinders, a plurality of linear bearings, guide rods with fixed plates; a meal box sealing device is arranged below the tail end of the first conveying table; the second conveying table is positioned at the back part of the meal box sealing device; and the meal box sorting device is formed through connecting a Y-direction moving seat, a clamping device with a meal box sucking device.

The invention discloses an automatic paper scrap-pressing device for combined fireworks, which comprises a fireworks external cylinder positioning mechanism and a circular paper scrap-pressing mechanism arranged on a rack. The automatic paper scrap-pressing device can automatically, quickly, conveniently and synchronously finish the processing and filling for the circular paper scrap of one product and can finish the processing for at least eight products per minute, so that the production efficiency is greatly increased. Since human factors are removed, the phenomenon of missing packaging or uneven circular paper scrap is avoided, and the product quality is ensured.

The invention discloses a medical glove lining paper packaging machine which is sequentially provided with an unwinding part, a folding part, a cutter part, a transverse paper moving part, a left and right glove conveying part, a glove clamping part, a left and right folding part, a longitudinal paper moving part, a forward and backward folding part, a middle folding part, a finished product conveying part, and a long packet material receiving part or a short packet material receiving part or a long and short packet material receiving part. The machine is specially used for full-automatic production of medical glove lining paper packages, is simple and reasonable in structure, and is high in production efficiency. In the production process, left hand gloves and right hand gloves are conveyed separately, so that it is guaranteed that the phenomenon that two left hand gloves or two right hand gloves are arranged in the same package does not occur; meanwhile, empty packaging and half packaging are prevented, and packaging quality is guaranteed; an air blowing device is arranged so that the gloves can be sleeved more easily, and speed is increased; the produced medical glove lining paper packages are provided with folded parts, and it is guaranteed that the gloves are convenient to use, hygienic and absolutely safe; after medical glove lining paper is packaged, the lining paper is automatically collected and sorted in long packets or short packets according to free choices, and the lining paper can be used conveniently by users.

The invention discloses a plate cutting device. The plate cutting device comprises a main support, a conveying device is arranged in the middle of the main support, electric telescopic rods are arranged on the two sides of the conveying device, the upper ends of the electric telescopic rods are connected with a pressing plate, and third guide rods are mounted on the front sides of the electric telescopic rods; through holes in sliding connection with the third guide rods are formed in the pressing plate, and a pressing block is arranged on the lower side face of the pressing plate; one end of the main support is connected with a first auxiliary support and a second auxiliary support, a first guide rod is arranged between the first auxiliary support and the second auxiliary support, and a cutting motor is in sliding connection to the first guide rod; and a blade is fixed to an output shaft of the cutting motor, a first stepping motor is mounted on the first auxiliary support, and an output shaft of the first stepping motor is connected with one end of a first lead screw through a coupler. The plate cutting device can achieve full-automatic production, an automatic compressing mechanism is adopted, the machining precision is high, and high-precision large-batch production can be achieved.

The invention provides an automatic production line for goods stacking and packaging, comprising an input mechanism (1), a posture adjusting mechanism (2), an arranging mechanism (3), a push mechanism (4), a stacking and packaging mechanism (5), an output mechanism (6) and a tray input mechanism (7), wherein the posture adjusting mechanism (2) is used for drawing a material away for a certain distance for posture adjustment, the arranging mechanism (3) completes the ordered arrangement of the material, the push mechanism (4) pushes the material to the next procedure, the stacking and packaging mechanism (5) is used for stacking and packaging the material, and the output mechanism (6) is used for conveying the packaged material out of the production line to a designated place. According to the invention, full automation of material input, arrangement, stacking, packaging and output are realized, production efficiency is improved, and labor force is liberated; during stacking and packaging, no impact is caused and bag breaking is uneasy to cause, so that resource waste is reduced; and human participation is not needed, and the whole production line can be sealed, thus being environment-friendly and having no pollution.

Disclosed are an electric cooker with a post-fermentation function and a making method of fermented foods. The electric cooker includes an electric rice cooker, an electric soup pot, an electric hot pot, an electric stewpot, an electric steamer, a normal-pressure electric wok including an electric frying wok, a high-pressure electric pot, an electric kettle, a bread maker and a steamed bun maker. A control device of the electric cooker is provided with a fermented food making control program. The making method of the fermented foods includes a pre-treatment phase A, a cooking phase B, a cooling phase B1 and a fermenting phase C. The electric cooker and the making method of the fermented foods have the advantages that the soaking, steaming, bacteria mixing and fermenting steps required by the making of homemade natto are combined in a whole, and the whole course of soaking, cooking, cooling and fermenting can be automatically completed just after a user put food materials, water and edible fermentation bacteria into an inner pot or inner bucket of the electric cooker at one time and presses a button to start the electric cooker, the process is very simple and easy, complexity in making of the homemade natto is greatly reduced, and accordingly, full-automatic making of the natto is achieved and the development trend of the modern society is met.

The invention discloses processing equipment for a bearing cage. The equipment comprises a female die (1), a male die (2), a first power component and an automatic feeding device, wherein the female die (1) and the male die (2) are used for punching a workpiece (5); the first power component (3) pushes the workpiece (5) until the workpiece (5) is sleeved outside the female die (1); the automatic feeding device is provided with a second power component (4); the power direction of the second power component (4) and the power direction of the first power component (3) form a preset angle; and the workpiece (5) is pushed to a preset position through the second power component (4), and then pushed to the female die (1) through the first power component (3). The processing equipment has the advantages of effectively improving the production efficiency of the bearing cage, reducing the effects of personal factors on the bearing cage and enhancing the production quality of the bearing cage.

The invention discloses a full-automatic laminated glass production system and a process thereof. According to the full-automatic laminated glass production system, a sheet assembly table, a cleaning machine, an air drying machine, a positioning film paving sheet closing table, a rolling machine and a sheet disassembly table are connected sequentially; an integrated air purification device, a glue film frame, a first motor and a second motor are arranged on a base; the base is connected with a positioning platform by a support; a transmission shaft, a positioning plate, a glue film clamp, a third motor and a third guide rail are arranged on the positioning platform; an inclined transmission wheel and a horizontal transmission wheel are arranged on the transmission shaft; a positioning pulley is arranged on the positioning plate; a sucker frame is arranged on the positioning platform; two air cylinders are hung on the sucker frame; a sucker plate is arranged at the lower ends of the two air cylinders; vacuum suckers, a transverse film cutting mechanism, a longitudinal film cutting mechanism, a first guide rail and a second guide rail are arranged on the sucker plate; and a glue film spreading machine and a glue outlet are formed on the glue film frame. The full-automatic laminated glass production system is high in automated degree, and manual operation is replaced, so that the production efficiency, product quality and safety are improved greatly, and the field cost and labor cost are saved greatly.

The invention relates to a pipe double end chamfering machine which comprises a lathe body, a charging and discharging mechanism, a chamfering mechanism, a clamping mechanism, a charging bin and a discharging bin, wherein the charging and discharging mechanism, the chamfering mechanism and the clamping mechanism are fixedly arranged on the lathe body; the charging and discharging mechanism comprises a vertical cylinder, a guide rail, a horizontal cylinder and a charging and discharging pneumatic finger; the charging and discharging pneumatic finger is connected with a guide post by virtue of a connecting bracket; the guide post is slidably connected with a vertical guide plate; the connecting bracket is connected with the vertical cylinder; the horizontal cylinder is connected with a horizontal guide plate; the horizontal guide plate is slidably connected with the guide rail; the horizontal guide plate is fixedly connected with the vertical guide plate; The clamping mechanism is arranged on the lathe body between the charging bin and the discharging bin. The pipe double end chamfering machine has the beneficial effects of realizing full-automatic operations such as charging, chucking, processing and discharging, processing four chamfer angles inside and outside two end surfaces by virtue of once chucking, conveniently regulating the processing frequency and the tool feeding depth by virtue of PLC (Programmable Logical Controller) control over equipment and realizing full-automatic production.

The invention discloses a wire harness seal sleeve demolding manipulator. The wire harness seal sleeve demolding manipulator comprises a triaxial displacement table, a clamping assembly and connecting arms. The clamping assembly comprises a support and a demolding part. The demolding part comprises a demolding cavity. The demolding cavity comprises a clamping portion and a protection portion in sequence. The support comprises fixed plates and a sliding plate. The demolding part is divided into two portions which are fixed to one fixed plate and the sliding plate correspondingly. When the sliding plate moves towards one fixed plate to the limiting position, the two portions of the demolding part are combined and attached to each other to form the whole demolding cavity, a blowing portion communicating with an external air source is fixedly arranged on one fixed plate and located on the other side, opposite to the protection portion, of the clamping portion, and the connecting arms are fixedly connected with one fixed plate. Besides, the invention further discloses production equipment with the manipulator. By means of the wire harness seal sleeve demolding manipulator and the production equipment with the same, automatic production and automatic demolding of wire harness seal sleeves are achieved, the labor cost is reduced, and meanwhile, the production efficiency is improved.

The invention discloses an automatic freshly-made wheaten food vending machine and a working method thereof, and relates to the technical field of automatic vending machines. The machine comprises a machine body, vending devices and a taking port are arranged on the exterior of the machine body, and the interior of the machine body comprises a mechanical arm, wheaten food cooking devices, sauce adding devices, conveying devices and an upper layer goods shelf which are arranged on an operation platform; wheaten food is obtained from the upper layer goods shelf by the mechanical arm, cooking of the wheaten food is completed by matching of the mechanical arm and the wheaten food cooking devices, saucer addition is conducted by the sauce adding devices, the wheaten food is seal-capped by a combined clamp and clamped to the conveying devices, and the finished products are conveyed to the taking port by the conveying devices. According to the automatic freshly-made wheaten food vending machine, structural configuration is rational, the integration degree is high, the working efficiency is high, fully automatic wheaten food product making and vending can be achieved, the freshness of the food is guaranteed, and health and sanitation are provided; meanwhile, the machine has various choices of flavors, food amounts and different ingredients, so that the requirements of customers are met.

This invention relates to automatic small film slice induction process method, which comprises the following steps: a, arraying copper material band onto inductor bottom; setting folded wire end and small protruding bench on each weld board and impacting position hole on band part; b, sticking I-shaped iron core onto center of inductor; c, rolling coil with two ends of coil onto roller ends; d, welding by laser on rolling coil; e, spraying glue onto iron core; f, combing hollow iron chip; g, spraying glue; h, printing; I, cutting along isolation hole two ends; j, testing and packing.

The invention relates to the technical field of drilling equipment, in particular to a door type drilling machine. The drilling machine comprises a host machine and a control module. The host machine comprises a machine frame, a locating device, a clamping mechanism and a drilling mechanism. The machine frame comprises a chassis, two lateral upright posts arranged on the chassis and transverse beams arranged on the two lateral upright posts. The locating device comprises a rotary mechanism, an X-directional driving mechanism and a Y-directional driving mechanism. The rotary mechanism is arranged at the lower part of the front end of the host machine and fixed on the chassis of the machine frame. The X-directional driving mechanism is arranged on the transverse beams. The Y-directional driving mechanism is arranged at the bottom of the X-directional driving mechanism. The clamping mechanism and the drilling mechanism are arranged on the Y-directional driving mechanism. The control module is connected with the rotary mechanism, the X-directional driving mechanism, the Y-directional driving mechanism, the clamping mechanism and the drilling mechanism. A drill in the door-type drilling machine disclosed by the invention is capable of freely moving in a glass plane. The fully automatic locating and drilling production is realized. The working efficiency is improved. Assorted requirements of production lines are satisfied.

The invention discloses a UV-curable conductive adhesive. The UV-curable conductive adhesive comprises, by mass, 5-20% of a modified acrylate oligopolymer, 10-35% of an acrylic acid monomer, 2-5% of a photoinitiator, 0.5-2% of an assistant and 5-80% a conductive heat conduction filler. The UV-curable conductive adhesive can substantially reduce the conductive adhesive curing time, and is convenient for realizing the fully automatic production of a whole technology in order to improve the production efficiency; and the curing time is short, so electric energy reduction benefiting, environmental protection, energy saving and production cost reduction are realized, and the requirements of the modern development and the improvement of the market competitiveness are satisfied.

The invention provides a pin shaft feeder. The pin shaft feeder comprises a pin shaft feeding body and a pin shaft discharging mold. Two grooves are formed in the two sides of the pin shaft feeding body correspondingly. A pin shaft push plate is arranged behind each groove, and each pin shaft push plate can be driven by an air cylinder to do reciprocating motion. The pin shaft discharging mold is in the shape of a trapezoid. Two rails which are each connected with the corresponding groove are arranged on the edges of the two oblique sides of the trapezoid correspondingly. A pin shaft discharging pipe is arranged at the end, adjacent to the corresponding pin shaft push plate, of each groove. A vertical through hole is formed in the other end of each rail. Full-automatic production can be achieved, operation is easy and convenient, a large amount of manpower is saved, and the production efficiency is also improved.

The invention discloses a device for producing components of a filter screen. The device comprises a first die and a second die, wherein the first die is provided with a first parting surface and a first net cutting blade; the first net cutting blade has a closed ring structure; the second die is provided with a second parting surface and a second net cutting blade; the second net cutting blade has a closed ring structure; a net material conveying device for pulling a net material into a framework die cavity is arranged on the first die, and comprises one or more pairs of driving rollers, one or more pairs of driven rollers and a driving device which is used for driving the driving roller; and the driving roller and the driven roller are arranged along the net material conveying direction and are respectively fixed at two ends of the first die. The net material is automatically conveyed into the framework die cavity through the net material conveying device and then is molded through integrative injection molding to realize the full-automatic production of the filter screen, so that the conventional production mode through which the net material is manually placed into a mould for injection molding piece by piece is changed, the production efficiency of the components of the filter screen is greatly improved, and the product quality is improved.

The invention relates to a production line for fully-automatic alkali parboiling, bleaching and marinating, which belongs to foodstuff processing mechanical equipment and aims to solve the problems that the prior marinated food processing equipment has large labor coefficient, unstable product quality caused by human factors, and low production efficiency. The production line comprises an alkali-parboiling machine, a bleaching machine, a marinating machine and an automatic control device, wherein the three machines are provided with a stirring mechanism and a dewatering mechanism respectively, and the alkali-parboiling machine and the marinating machine are also provided with a technological parameter sensor and an overflow liquid reclaiming mechanism which are electrically connected with the automatic control device. The production line is applicable to processing marinated foods.

This invention discloses a sheet resistor automatic one dividing machine including a controller, a charging device, a dividing device, a discharge device, a backing device, a coated tray moving system and a ribbon arrayed board circulation system composed of a ribbon board transportation component, a lifting component and a closing and ranking exchange part, which automatically finishes the feeding, dividing, equidistance arrangement and transportation of resistance ceramic substrates at one run and can automatically produce sheet resistor products together with the successive working procedures.