240results about How to "Realize automatic production" patented technology

The invention relates to a composite heat insulation light wall board production process and a production device for achieving the process. The process includes the procedures of paste preparation, flat mould grouting, vertical mould curing and demoulding which are conducted sequentially. The production device comprises a material preparation stirring system, a production line conveying device and a middle partition plate bin, a first group of paving devices, a first group of automatic grouting devices, a compression roller device, a mould plate middle automatic plate pressing machine, a second group of automatic grouting devices, a second group of paving devices, a screening device, a third group of paving devices, an automatic plate stacking machine, a molding mechanism, an overturning mechanism and a demoulding device which are sequentially arranged in the conveying direction of the production line conveying device. Flat mould grouting and vertical mould curing are adopted by the process, double-layer or multi-layer structure arrangement can be achieved, and diversified products can be produced conveniently. The production device adopts a flat mould automatic production line. By means of the production device, the molding time of a composite heat insulation light wall board is greatly reduced, the labor intensity is reduced, and the quality of the produced products is stable.

The invention discloses an automatic painting production line capable of recycling an excess paint. The production line comprises a closed annular main conveying chain, wherein the main conveying chain is dynamically connected with a main chain driving device; a rotatable workpiece hanging and holding device is arranged on the main conveying chain; and a paint dipping device, an excess paint recycling device and a drying chamber are arranged along the running direction of the main conveying chain in turn. When a workpiece is hung on the rotatable workpiece hanging and holding device, the workpiece passes through the paint dipping device, the excess paint recycling device and the drying chamber in turn along with the movement of the main conveying chain, wherein the workpiece is automatically dipped into a paint in the paint dipping device; the paint on the workpiece is automatically thrown off and the excess paint is automatically recycled in the excess paint recycling device; and finally, the workpiece is dried in the drying chamber. The whole process is automatically completed without an operator; and the recycled excess paint flows back into the paint dipping device for recycling.

The invention discloses an automatic production line for producing a spare part, namely a stator, of a vibration motor of a mobile phone. The automatic production line comprises a PLC (Programmable Logic Controller) system and a jig circulation device, wherein the jig circulation device comprises a circulation disc and a conveyer for driving the circulation disc to move; and an automatic stator housing arrangement unit, an automatic catalyst dripping unit, a stator housing direction screening unit, an automatic magnetic steel mounting unit, an automatic magnetic steel pressing unit, an automatic glue dispensing unit, a drying unit, an automatic air blowing unit, an automatic magnet charging unit and a qualified product inspection unit are sequentially arranged along the conveyer. According to the production line, all procedures for producing the stator are accomplished on a single assembly line; a circulation jig is only required to be replaced once; the automatic assembly of the stator can be realized; the manpower can be saved; the circulation time is shortened; and the production efficiency is improved.

The invention provides an automatic smart watch production line. The automatic smart watch production line comprises an automatic part sorting area, an automatic assembly area and an automatic detection area; the automatic part sorting area comprises an automatic loading device, a receiving worktable, and a first manipulator moving back and forth between the automatic loading device and the receiving worktable; the automatic assembly area comprises an automatic assembling machine, and a roller conveyor; a second manipulator for transferring parts in a material disc into an assembly jig is arranged beside the automatic assembling machine; the automatic detection area comprises a finished product function detector and a third robot for grabbing and settling finished products for detection; a third material conveyor for discharging finished products passing detection is arranged beside the third robot. Sorting and conveying of parts and assembly and detection of products are carried out through the automatic part sorting area, the automatic assembly area and the automatic detection area, such that the production of smart watches is realized through completely mechanical operations and automatic production of smart watches is realized; further, the quality of products is good and stable and the production efficiency is high.

The invention relates to an automatic production device for an electric blanket. The automatic production device comprises a frame, a cloth conveying unit, a paying-off and breaking unit, a wiring unit, a seaming unit and an electric blanket output unit. The paying-off and breaking unit cooperates with the wiring unit; the cloth conveying unit is installed at the front end of the frame; the paying-off and breaking unit is arranged on the frame horizontally; the wiring unit is arranged above the frame; the seaming unit is arranged at the rear end of the frame; and the electric blanket output unit is installed at the rear of the seaming unit. A device capable of driving a piece of cloth to move from the front end to the rear end of the frame is installed on the frame. While, automatic work of cloth feeding, paying off and breaking, wiring and cloth seaming can be carried out, the equipment structure is simplified, the equipment cost is lowered, and the device is also suitable for production of electric blankets with different specifications. And waiting time of all parts in equipment can be shortened to the greatest extent; and the production efficiency is improved substantially.

The invention discloses an automatic breaker production line and a work method thereof. According to the method, an operation mechanism, a terminal box assembling mechanism, a BCB stock mechanism, an energy storage spring assembling mechanism, a BCB burdening mechanism, an accessory burdening mechanism, an accessory assembling mechanism, a BCB assembling mechanism, a running-in mechanism, an arc extinguishing cover mounting mechanism, a full-detection mechanism, a visual detection mechanism, a panel assembling mechanism, a laser marking machine, a package line, a visual inspection station mechanism and an integrated test stand are integrated and are controlled in a same mode, and automatic production of breakers can be realized. The automatic breaker production line comprises the operation mechanism, the terminal box assembling mechanism, the BCB stock mechanism, the energy storage spring assembling mechanism, the BCB burdening mechanism, the accessory burdening mechanism, the accessory assembling mechanism, the BCB assembling mechanism, the running-in mechanism, the arc extinguishing cover mounting mechanism, the full-detection mechanism, the visual detection mechanism, the panel assembling mechanism, the laser marking machine, the package line, the visual inspection station mechanism and the integrated test stand.

The invention discloses egg roll processing equipment. The egg roll processing equipment comprises a baking plate mechanism, a baking plate circulating mechanism and an egg roll forming mechanism, wherein the baking plate mechanism comprises a plurality of baking plates which are provided with grouting positions and rolling positions and used for making egg roll wrappers from a slurry dripping onto the baking plates by a grouting mechanism; the plurality of the baking plates are fixedly arranged on the baking plate circulating mechanism; the baking plate circulating mechanism drives the bakingplates to circularly rotate and controls the baking plates to be opened and closed; and the egg roll forming mechanism is arranged at the rolling positions and used for rolling egg roll wrapper on the baking plates to form egg rolls. The egg roll processing equipment provided by the invention comprises the grouting mechanism, the baking plate mechanism, the baking plate circulating mechanism, theegg roll forming mechanism and a discharging mechanism; automatic production of egg rolls is achieved; and the production efficiency is greatly improved. The baking plate mechanism is fixedly arranged on the baking plate circulating mechanism; opening and closing of the baking plates are achieved under driving of the baking plate circulating mechanism; the baking plate mechanism is matched with the grouting mechanism to make the egg roll wrappers; and the consistency of the egg roll wrappers is effectively improved.

The invention discloses a fully automatic winding machine for a lithium manganese cylindrical battery; the fully automatic winding machine includes a negative electrode riveting pole ear mechanism, anegative electrode gluing mechanism, a negative electrode supply mechanism, a positive electrode supply mechanism, a diaphragm supply mechanism, an electric core winding mechanism, a termination adhesive supply mechanism, and a product discharge mechanism; a feeding end of the negative electrode gluing mechanism is connected with the negative electrode riveting pole ear mechanism, and a discharging end of the negative electrode gluing mechanism is connected with the negative electrode supply mechanism; a discharging end of the negative electrode supply mechanism, a discharging end of the positive electrode supply mechanism and a discharging end of the diaphragm supply mechanism are all connected to a feeding end of the electric core winding mechanism; a feeding end of the termination adhesive supply mechanism is connected with a discharging end of the electric core winding mechanism, and a discharging end of the termination adhesive supply mechanism is connected with a feeding end of the product discharge mechanism. Metal lithium sheets are automatically prepared, pole sheet diaphragms are fully automatically wound, the efficiency of sheet preparation and winding is greatly improved, and a complete set of a fully automatic winding machine series for the fully automatic lithium manganese cylindrical battery is formed.

The invention provides an automatic welding machine, comprising a straightening mechanism, a welding mechanism, a feeding mechanism, a traction mechanism, a shearing mechanism and an automatic control system; the strengthening mechanism is used for strengthening a to-be-welded metal line in the first direction; the traction mechanism is used for the traction of the metal line in the strengthening mechanism; the feeding mechanism is used for providing the metal line in the second direction for the welding mechanism to enable the metal line in the second direction to be crossed with the metal line in the first direction on the welding mechanism; the welding mechanism is used for forming the crossed metal lines into a metal net; the shearing mechanism is used for shearing the metal net; the automatic control system is used for performing automatic control on action of each mechanism. According to the automatic welding machine, the strengthening mechanism, the welding mechanism, the feeding mechanism, the traction mechanism and the shearing mechanism are continuously controlled by the automatic control system, automatic production of a welding metal net assembly line can be realized, continuous welding can be realized, most part of labor can be replaced, and the production efficiency can be greatly improved.

The invention relates to a method for preparing high-strength copper flat wire, which combines smelting with efficient up-drawing continuous casting technology, through a composite process flow of continuous equal-channel angle extrusion technology, and finally obtains high-strength nano-copper through a drawing process flat line. Coarse-grained copper rod blanks prepared by smelting-uplinking are driven by rollers to push the copper rod blanks into the continuous ECAP mold, and the copper rod blanks pass through the cavity of the continuous equal-channel mold driven by the continuous ECAP driving rollers , when the blank passes through the mold cavity, the material undergoes pure shear deformation, without changing the cross-sectional area of ​​the material, the high strengthening and nanonization of the severe plastic deformation of the material are achieved, and it can be achieved by increasing the continuous ECAP cavity The number realizes the accumulation of equivalent strain, and can produce high-strength nano-copper flat wires with nano-equiaxed structures with different degrees of grain refinement.

The invention discloses a system and method for preparing crude cyanuric acid continuously by using urea. The system comprises: a differential stirring reactor for receiving urea melt and for deaminating it to produce crude cyanuric acid; a heating device disposed outside a reaction barrel of the differential stirring reactor and used for heating the reaction barrel; an ammonia recycling device connected with a gas outlet of the differential stirring reactor and used for recycling ammonia as a material for urea synthesis. The system and method enable continuous feeding, automated temperature control and automated discharging, rarely cause equipment blockage and blocking, reduce operation intensity of workers and improve work environment, optimize an operation process, and provide an organic integrity of human, machinery, material, process and environment.

The present invention relates to the field of battery spot welding, and especially relates to a device for spot welding of cells. The device comprises a feed mechanism and a spot welding mechanism. The feed mechanism comprises a conveyor device, a transfer device, a detection device and a blanking device. The spot welding mechanism comprises a rotating device, a transporting device, an unloading device, a spot welding device and a metal sheet feed device. Cells are conveyed to the detection device by the conveyor device and the transfer device for detection of anode and cathode directions of the cells, the anode and cathode directions of the cells are adjusted to be consistent, the cells are installed into jigs by the blanking device and successively rotated with 90 degrees by the rotatingdevice, three steps of closing a feed door, spot welding and blanking are implemented side by side, and spot welding processes of the cells are achieved. During the processes, the anode and cathode directions of the cells and automatic spot welding of the spot welding mechanism are automatically detected and adjusted by the feed mechanism, automatic production is achieved, manpower is saved, production efficiency is improved, and production cost is reduced.

The invention provides a die-casting workshop. The die-casting workshop comprises a control system, a central smelting furnace, a conveying device and a plurality of die-casting production lines arranged side by side, wherein the central smelting furnace and the conveying device are electrically connected with the control system. Each die-casting production line comprises a die-casting machine, aconveyor belt and a workpiece taking robot, wherein the part taking part is used for taking out workpieces die-cast by the die-casting machine and transferring the workpieces onto the conveyor belt. The die-casting machines can transmit melt demand signals to the control system. The control system can send a control instruction to drive the conveying device to convey melt of the central smelting furnace to the die-casting machines after receiving the melt demand signals. The die-casting workshop can achieve workshop automation and intelligent production through the control system, reduce the field management cost and improve the production efficiency.

The invention discloses equipment used for producing a spring ring. According to the basic scheme, the equipment comprises a feeding mechanism, a guide cutting mechanism, a first clamping mechanism, a crimping mechanism, a second clamping mechanism, a riveting mechanism, a gluing mechanism and a cloth feeding mechanism. By means of the technology, automatic production of the spring ring is achieved, intelligentization, automation and the continuity of production are ensured, and the production efficiency of the spring ring is improved.

The invention belongs to the technical field of edible salt production, and particularly provides edible salt production equipment. The edible salt production equipment comprises a box, an air outletpipe, a water inlet pipe, discharge pipes, microwave radiators, an elastic arc-shaped plate and a stirring module, wherein the stirring module comprises an electric drive pusher, a pushing plate, stirring plates, support air bags, stirring rollers and first air bags; the pushing plate performs reciprocating movement up and down to push the stirring plates to oscillate periodically, one stirring roller is rotationally mounted at the lower end of each stirring plate, one group of first air bags are uniformly arranged on the outer ring of each stirring roller, the first air bags are connected with the support air bags through air pipes and are inflated to extrude the elastic arc-shaped plate, and an opening in the center of the bottom of the elastic arc-shaped plate can be opened. The first air bags are inflated through the support air bags, bittern and edible salt crystals are pushed to the middle of the elastic arc-shaped plate, the elastic arc-shaped plate is extruded to enable the opening in the center of the bottom of the elastic arc-shaped plate to open, the bittern and edible salt crystals are discharged from the discharge pipes, and automatic production of edible salt is realized.

The invention discloses a special drying device for organic silicon-resin production, which comprises a closed shell, a delivery pump and a driving pump, wherein the delivery pump is installed on a high-position storing slot at the upper part of the shell by being communicated with a feeding pipeline, the high-position storing tank is communicated with a material homogenizer at the upper part in the shell, a drying roller which is installed on the shell through a shaft is arranged below the material homogenizer, a scraper clings to the outer wall of the drying roller, a bunker is arranged below the drying roller, the drying roller is connected with and driven by the driving pump, a heater is communicated with an inner cavity of the drying roller through a heat-conducting oil-conveying pipe, a solvent-recovering pipeline, one end of which extends into the shell is communicated with a cooler, the cooler is communicated with a solvent-recovering and storing tank, and the solvent-recovering and storing tank is connected with a vacuum pipe through a vacuum pipeline. The special drying device for the organic silicon-resin production has the characteristics that roller-drying equipment is adopted, the product quality and the production efficiency are improved, the solvent-recovering efficiency is high, environmental pollution is avoided, and the special drying device is safe and reliable.

The invention discloses an automatic medium adding system for dense medium density separation in a coal preparation plant, and a working method, and belongs to the technical field of coal washing. Thesystem comprises a feeding device, a dense medium barrel, a qualified medium barrel, a dense medium separation device and a controller, wherein the feeding device, the dense medium barrel, the qualified medium barrel and the dense medium separation device are connected in sequence; and the operation of the device is controlled by the controller. After the system is applied to the coal preparationplant, automatic identification for medium preparation and adding requirements can be realized, abnormal separation caused by insufficient medium mass is avoided, and automatic preparation and addingfor media are realized by automatically controlling medium feeding, mixing and conveying processes, so that the manpower is saved, and the working efficiency is increased.