30results about How to "Reduce cooling rate" patented technology

The utility model relates to a kind of cement stabilized macadam mixing devices of admixture recycling powder, it is related to recycling powder mixing technical field, including pre-stirring cooling cylinder, the top of pre-stirring cooling cylinder is provided with feed inlet, the inside opposite side between pre-stirring cooling cylinder is all provided with stirring assembly, the outer surface wall of pre-stirring cooling cylinder is provided with annular body, the top of annular body is provided with annular rack;Beneficial effect: by pre-stirring cooling cylinder, aggregate and recycling powder can be first stirred and mixed by stirring assembly, the heat absorption capacity of aggregate is reduced recycling powder temperature, then by fan device, the inside of pre-stirring cooling cylinder can be blown and cooled, water component is used to let the spray head body can be conveniently sprayed to carry out cooling treatment, which can accelerate the cooling efficiency of recycling powder, as far as possible can save time, and the cement stabilized macadam mixing efficiency is improved.

The utility model discloses an auxiliary heating structure of an injection mold, which comprises a heating rod arranged in a fixed mold core, the heating rod penetrates through a cavity of the fixed mold core, and a space between a bulge structure in the cavity and the inner side wall closest to the bulge structure in the cavity is set as a heating section needing to be heated. The projection of the heating section in the depth direction of the cavity of the fixed mold core is partially or completely overlapped with the projection of the heating rod in the depth direction of the cavity of the fixed mold core, the cavity penetrates through the top wall of the fixed mold core to form a discharging port for taking out a product, the heating rod is located on the side, away from the discharging port, of the fixed mold core, and the heating rod is detachably connected with the fixed mold core. According to the utility model, the overall temperature is high when the injection molding material flows to the fusion position, so that the fusion position is not easy to form a fusion line.

This invention relates to a temperature control device for a battery pack in a new energy bus, comprising a battery box, several module boxes arranged side-by-side in the middle of the inner side of the battery box, several battery cells arranged side-by-side in the module boxes, a heat spreader plate embedded in one inner wall of one side of the module box, several heat exchange tubes embedded inside the module box and abutting against the heat spreader plate, an insulation tank on one side of the outer side of the battery box, a heat exchanger on one side of the insulation tank, and an air conditioner on one side of the heat exchanger. The air conditioner is connected to the heat exchanger and the insulation tank respectively through refrigerant pipes. A water pump is installed at one end of the insulation tank. In winter or low-temperature environments, it collects heat from the air, heating the water in the insulation tank to hot water. In summer or high-temperature environments, it releases heat to the air through the heat exchanger and cools the water in the insulation tank to cold water, so that the battery cells can be maintained between 20 and 30 degrees Celsius in various temperature environments, so that the working efficiency of the battery cells can be optimized.

The utility model discloses edge-thickened leakage-proof aluminum tableware, which belongs to the technical field of tableware and comprises a box body, a leakage-proof mechanism is arranged in the box body, a cover body is arranged above the box body, and a sealing mechanism is arranged between the cover body and the box body. The anti-scalding assembly is arranged, the bottom end of the box body is movably placed in the heat insulation sleeve box, the heat insulation sleeve box moves along with the heat insulation sleeve box to be attached to the side wall of the external connection ring, the water injection pipe penetrates through the external connection ring through the penetrating hole, then the sealing cover is screwed to the water injection pipe, a user holds the heat insulation sleeve box to move and take the box body subsequently, and it is avoided that in the moving and taking process, the heat insulation sleeve box is damaged. Heat of food in the box body is transferred to the hands of a user, in cold weather, the sealing cover is taken down from the water injection pipe in a rotating mode, then hot water is injected into the heat insulation sleeve box through the water injection pipe, heat preservation operation can be conducted on the food in the box body through the hot water, and the cooling rate of the food in the box body is slowed down in cooperation with the heat preservation effect of heat preservation cotton. And the taste of food is ensured.

The utility model relates to steel ingot casting technical field especially no step heat preservation cap mouth structure, it includes mud cap mouth, iron cap mouth and heat preservation cover. Mud cap mouth is conical, and the inner chamber adopts octagonal plum blossom shape taper structure, and the taper range is 0.8% 1.5%, iron cap mouth includes circular ring and lug, and is installed in close cooperation with mud cap mouth, heat preservation cover is composed of stone wool heat preservation board and metal sheet, and covers in the periphery to reduce the cooling rate. The utility model discloses through optimizing the inner chamber shape and cancelling step structure, reduces stress concentration and slag inclusion defect, significantly improves the billet yield, is applicable to electric furnace ingot and other metal ingot casting process.

This utility model relates to the technical field of moxibustion devices, specifically to a moxibustion device. The lower cover contains a filter; a lower cylinder is fitted onto the lower cover, with ventilation holes on its outer wall; an upper cylinder is fitted into the lower cylinder, with an interference fit; a bracket is located inside the upper cylinder, with a needle fixed at the center of its bottom; a moxa stick positioning device is located at the lower part of the bracket, with the sharp end of the needle passing through and suspended inside the device; a moxa stick is installed inside the positioning device and fixed to the needle; a fixing ring is located at the upper part of the bracket, with an interference fit between the ring and the upper cylinder. This utility model, by adding a moxa stick positioning device inside the moxibustion device, ensures that the moxa stick is fixed inside the device during installation, preventing it from burning and contacting the cylinder body, thus avoiding burns to the user if the moxa stick is misaligned.

The utility model provides a kind of high-temperature clinker furnace heat preservation pedestal, the utility model belongs to high-temperature clinker furnace equipment field.Just including: pedestal shell, the top of pedestal shell is provided with blanking hole, the top of pedestal shell and the bottom of crucible abut;When blanking, blanking hole and the flow material port of crucible are communicated;Heat preservation material, heat preservation material is filled to inside pedestal shell, and placing cavity is provided in heat preservation material, placing cavity is communicated with blanking hole, and placing cavity is used to place bucket with cold water.The purpose is to solve the problem that molten liquid of clinker is easy to contact with air and accelerate cooling during falling in prior art.The technical effect is achieved: the cooling speed of molten liquid is reduced, and the molten liquid is better insulated.

The application discloses a laser welding device for chain production and relates to the technical field of laser welding devices.The laser welding device comprises a base;the fixing seat, the mechanical arm, the heating nozzle and the flow guide cover are cooperated, so that the cooling speed of the welding seam is delayed, the welding seam quality and stability are improved, the functions of uniform heating of the welding seam and avoidance of cracking and peeling defects are realized;based on a heat transfer formula, the transmission temperature drop is calculated in real time, and the influences of multiple factors such as the length of the hose, the total heat transfer coefficient and the environment temperature are quantified;when the environment temperature changes beyond a threshold value, the gas flow rate is reversely calculated and adjusted, the heat loss is actively compensated, the outlet temperature of the heating nozzle is stabilized, the consistency of the preheating and the heat preservation of the welding seam is ensured, and the welding defects caused by temperature fluctuation are avoided;through image analysis, the positions of the welding seam and the heating nozzle are accurately determined, the actual distance between the two is calculated in combination with the camera parameters, the synchronous movement of the heating nozzle and the welding device and the collaborative control of the preheating before welding and the heat preservation after welding are realized.

The utility model relates to a kind of BOPP film double-stretching production line die preheating system, including support, the bottom four corners of the support are evenly installed with universal wheel, the side wall of the support is fixedly installed with handle, the top center of the support is provided with first through slot, the two sides of the first through slot are provided with mounting groove, further comprising: upper heat preservation box, movably installed in the top of the support, digital thermometer is installed in the upper heat preservation box, the outer wall of the upper heat preservation box is symmetrically installed with multiple handles. The utility model is through the setting of upper heat preservation box, lower heat preservation box, electric heating rod and digital thermometer, when using, the die placed on support frame can be preheated by multiple electric heating rods, so that it can be directly used after installation without waiting for its temperature rise, can effectively shorten overall downtime, improve production efficiency, while preheating, the temperature in the upper heat preservation box and lower heat preservation box can be directly observed by digital thermometer.

The application discloses a uniform cooling equipment for wear-resistant steel rod production and a cooling method thereof, and belongs to the wear-resistant steel rod production field.The uniform cooling equipment comprises a base frame and wear-resistant steel rods, a cooling groove is bolt-connected to the top of the base frame, and support assemblies are bolt-connected to the two sides of the cooling groove; a steam self-circulation splash-proof structure is constructed by a slope flow guide frame and two end volute rings, steam generated in the cooling process is used as a splash-proof medium, an external compressed air source is not needed, after being collected and transported through a flow guide cavity, the steam is sprayed out through the volute rings to form an inwardly converging rotational flow air curtain, and non-contact splash-proof of the two ends of the cooling groove is realized; the splash-proof form does not exist friction and wear with the surface of the steel rods, the service life of the splash-proof components is long, the replacement frequency of the splash-proof components and the length of downtime maintenance can be reduced, the splashing of cooling water and the throwing of water by the self-rotation of the steel rods can be effectively blocked, the cooling water loss is reduced, the problems of water accumulation and steam diffusion in the workshop are relieved, and the working environment is improved.

The utility model provides an electric slag ingot temporary storage cover, including the bottom disc, the heat preservation cover is covered on the bottom disc, the upper end of heat preservation cover is fixed with the upper cover, the lower wall of upper cover is equipped with the inner cover, and the electric slag ingot is placed on the bottom disc, the inner cover is covered on the electric slag ingot, and the inner cover made of ceramic material can block the heat dissipation effect of electric slag ingot. The electric slag ingot is lifted by the bottom disc to prevent the electric slag ingot from spreading heat downward, and the bottom disc is paved with refractory felt or a gasket made of inorganic ceramic material such as sandstone, and the electric slag ingot is placed on the refractory felt to prevent the electric slag ingot from spreading downward, thereby reducing the cooling rate of the electric slag ingot, and the closed space formed by the heat preservation cover and the upper cover can heat insulate and protect the electric slag ingot to reduce the cooling rate of the electric slag ingot.

The utility model relates to the technical field of aluminum and aluminum alloy fusion casting, in particular to an aluminum and aluminum alloy fusion casting device with a heat preservation chute, a chute shell is sleeved outside the chute, a supporting plate is horizontally arranged between the chute and the chute shell, one end of the supporting plate is connected with the chute, and the other end of the supporting plate is connected with the heat preservation chute. One end of the chute is connected with the supporting plate, and the other end of the chute is connected with the chute shell; a gap among the chute shell, the chute and the supporting plate is a heat exchange area; and one end of the air inlet pipeline is connected with the smelting furnace, and the other end of the air inlet pipeline is connected to the heat exchange area far away from the discharging opening of the smelting furnace. According to the utility model, high-temperature furnace gas discharged by a smelting furnace can exchange heat with the chute and the surrounding environment in the heat exchange area, so that the heat loss of aluminum and aluminum alloy melts is reduced, the cooling speed of the aluminum and aluminum alloy melts in the chute is reduced, and the melts can still keep higher temperature when reaching a casting machine; and the product quality can be improved.

This invention discloses an adaptive weld cleaning device for ultra-thick plate multi-layer multi-pass welding, comprising: two sets of cleaning systems symmetrically arranged in the thickness direction of the plate to be welded; each cleaning system includes: a moving mechanism, placed on the surface of the plate to be welded, arranged along the weld bead extension direction, and fixedly connected to a tensioning mechanism; a grinding mechanism, slidably connected to the moving mechanism, moving along the weld bead, the grinding mechanism including a grinding wheel mechanism, a grinding translation mechanism that drives the grinding wheel mechanism to translate perpendicularly to the weld bead, and a grinding lifting mechanism that drives the grinding wheel mechanism to rise and fall on the weld bead surface; the grinding mechanism also includes a weld bead identification module and a slag suction and dust removal mechanism; and a heat preservation mechanism, slidably connected to the moving mechanism, movable along the weld bead, and used to keep it warm. This invention achieves adaptive grinding at the weld bead position, enables cleaning of welds with complex morphologies, monitors weld bead temperature in real time, slows down weld bead cooling rate through heat preservation, improves weld joint quality, automatically suctions slag and removes dust, and improves the welding working environment.

The application discloses a manufacturing method for aluminum alloy door and window profiles, and relates to the technical field of aluminum profile processing.The manufacturing method comprises an extrusion cylinder, an upper die and a lower die which are installed on an extrusion machine body, a liquid nitrogen spraying device for cooling a discharge port of the lower die is arranged on the extrusion cylinder, and the extrusion cylinder, the upper die and the lower die are internally provided with a cooling pipe network which is in communication.The liquid nitrogen filling device is arranged to make liquid nitrogen flow through the inner walls of the extrusion cylinder and the upper die through a first cooling main channel, a first inlet channel, a second cooling main channel, a first cooling branch channel, a central cooling cavity, a second cooling branch channel, a third cooling main channel, a first outlet channel, a third outlet channel and a fifth cooling main channel, so that the extrusion cylinder and the upper die are cooled through heat conduction, the temperature of the inner cavity of the extrusion cylinder and the branch outlet of the upper die is prevented from being too high, the profile is prevented from being subjected to heat and then being subjected to mechanical property decline, surface oxidation change or even intense heat, and the production qualified rate of the aluminum profile is ensured.

This invention discloses a method for preparing medium-strength rails with a high yield strength ratio, comprising the following steps: subjecting the slab obtained from continuous casting to segmented step heating, wherein the heating temperature of each segment gradually increases and the heating time of each segment is ≥30 minutes; rolling the slab heated by segmented step heating using a rolling mill to produce a rail with residual heat, wherein the final rolling temperature of the rail head and rail base is controlled at 900–950°C; spraying a cooling medium on the final rolled rail head to accelerate the cooling rate and cooling it to 500–550°C; reheating the final rolled rail base to reduce the cooling rate and cooling it to 650–700°C; subsequently, allowing the rail to cool naturally in air to room temperature; and straightening the rail cooled to room temperature. Using this method, the yield strength ratio and tensile strength of the rail can be effectively improved, significantly enhancing the rail's plastic stability limit.

The present application relates to a kind of instant asphalt concrete thin layer paving construction process, by being hung instant heater on paver, thin layer paving asphalt mixture is heated again, while the contact area of new and old paving layer is heated instantaneously, on the one hand, the cooling rate of thin layer paving asphalt mixture is delayed, more compaction operation window time is sought;On the other hand, new and old paving layer forms thermal contact, generates more solid hot melt bonding, replaces the traditional interlayer poor cold-hot contact bonding mode.Compared with prior art, the present application has the advantages of reducing engineering cost, low heating energy consumption, good construction quality and easy to use, can further promote the popularization and application of hot mix asphalt mixture thin layer paving technology in road construction.

The invention discloses a wide-spot tin bronze laser cladding method, and belongs to the technical field of laser remanufacturing. The method comprises the following steps: physically dehumidifying tin bronze powder; the minimum critical preheating temperature of the base material is determined based on the dynamic relation between the molten pool solidification life and the bubble escape time; configuring a rectangular flat-top wide light spot, and calculating a critical power density upper limit based on a tin element saturated vapor pressure model; and performing laser cladding under the condition that the actual power density is controlled to be maintained in a preset safety range. According to the method, the multi-physics field coupling model and the wide light spot technology are combined, the temperature gradient is reduced through the flat-topped light beams, the machining efficiency is remarkably improved, meanwhile, tin element burning loss is effectively restrained, the number and size of air holes in the coating are reduced, and preparation of the tin bronze coating with the low dilution rate and the high quality is achieved.

The utility model relates to the technical field of hot nozzle structures, in particular to a hot nozzle structure applied to high-temperature materials. Comprising a hot nozzle body, a nozzle core is installed at the bottom of the hot nozzle body, and the outer wall of the hot nozzle body is sleeved with a hot nozzle heater used for heating materials in the hot nozzle body. Through the arrangement of the heat preservation assembly, the hot nozzle heater heats the hot nozzle main body, meanwhile, the hot nozzle heater is in contact with the first sealing block to heat the heat-conducting medium in the first sealing block, and under the heat transfer effect of the heat-conducting medium, the heat-conducting medium in the second sealing block and the nozzle core are heated; after the hot nozzle stops working, the heat-conducting media in the first sealing block and the second sealing block transmit absorbed heat into the hot nozzle main body, so that the cooling speed of the hot nozzle main body is reduced, materials in the hot nozzle main body are not easy to cool, the cold glue phenomenon is not easy to generate, and the use of the hot nozzle is not influenced.

The invention belongs to the field of welding, and particularly relates to a high-carbon high-chromium stainless steel electron beam welding method. The welding method comprises the following steps: welding a to-be-welded workpiece by adopting an electron beam welding method; then on-line tempering scanning is carried out; the to-be-welded workpiece is obtained by sequentially clamping and fixing a stainless steel part A, a vanadium layer and a stainless steel part B; the stainless steel part A and the stainless steel part B both contain carbon with the mass percent larger than or equal to 0.95% and chromium with the mass percent larger than or equal to 16%. According to the welding method, the tensile strength of a weld joint can be 1250-1450 MPa, the bending strength of the weld joint can be 2020-2250 MPa, the center hardness of the weld joint can be 570-650 MPa, and the deformation of the weld joint can be 0.20-0.25 mm.

This utility model discloses a heating device and system for molds, belonging to the field of forging and pressing technology, and is designed to solve the problem of uneven heat distribution in existing heating devices. The heating device for molds disclosed in this utility model includes: a support frame; and at least two porous media infrared combustion components, each respectively mounted on the support frame. Each outer wall surface of the mold faces at least one porous media infrared combustion component, and the outer wall surface of the mold is within the heat radiation range of the porous media infrared combustion components. The porous media infrared combustion components are used to slow down the cooling rate of the mold. The heating device and system for molds disclosed in this utility model utilize porous media infrared combustion components to generate heat through fuel combustion. The heat is more abundant and more evenly distributed, allowing the mold to remain in a high-temperature environment for a longer period, thus slowing down the cooling rate of the mold, reducing the number of times the mold needs to be sent to a heating furnace for reheating, and improving work efficiency.

This utility model discloses a miniaturized cryogenic regulating valve for filling, belonging to the technical field of cryogenic regulating valves. It includes a regulating valve body, a valve stem, and a control top block. The valve stem includes an outer valve stem tube and a regulating valve stem. A fixing frame is provided between the bottom of the control top block and the outer valve stem tube. A connecting ring is provided between the top and bottom middle of the inner ring of the fixing frame and the regulating valve stem. The connecting ring includes two connecting semi-ring plates with a plurality of evenly distributed mounting holes. Two protective side plates are symmetrically arranged between the connecting rings. A telescopic column is provided between the protective side plates and the inner ring of the fixing frame. Mounting plates and mounting grooves are respectively provided on the sides of the protective side plates and the connecting semi-ring plates. This utility model, through protective side plates and heating strips, effectively protects the exposed part of the valve stem from low temperature, preventing condensation on the surface, reducing the impact on the valve stem, and ensuring stable operation of the equipment.

The application relates to the technical field of a supporting roller preparation method, and discloses a Cr5 alloy cast steel supporting roller and a preparation method thereof, which comprises the following steps: smelting and purifying forged stamping waste steel, Cr4 waste roller rings, steel scrap and waste rollers, using glass slag to deoxidize after smelting and purifying, using silicon-calcium alloy to precipitate and deoxidize, and finally deoxidizing in the furnace by inserting aluminum to obtain molten steel; pouring the molten steel into a supporting roller mold, adding molten steel twice after pouring to obtain a casting blank; placing the casting blank obtained in the step S2 in a heat treatment furnace for heat treatment, using an iron sheet protective cover to seal and shield the roll neck conical surface after austenitizing, and using fiber cotton to coat the small roll neck; taking off the protective cover and the fiber cotton after the casting blank obtained in the step S3 is taken out of the furnace and is subjected to spray quenching treatment, opening the air blowing and water spraying devices, taking off the protective cover and the fiber cotton after the spray quenching is completed, and cooling to obtain the Cr5 alloy cast steel supporting roller; and the supporting roller obtained by the method has the advantages of roll body wear resistance and roll neck toughness.

This disclosure provides a cleaning component and a cleaning device, relating to the field of cleaning equipment technology. The cleaning component includes a bracket, a mop, and a heating element. The mop is mounted on the bracket. The heating element is disposed on the side of the bracket near the mop, and is configured to transfer heat to the mop to maintain or increase the temperature of the liquid on the mop, or to slow down the rate at which the temperature of the liquid on the mop decreases. Compared to not having a heating element, this effectively increases the temperature of the liquid on the mop, thereby reducing the temperature difference between the liquid on the mop and the expected water temperature, effectively ensuring the cleaning effect of hot water on the surface to be cleaned, and ensuring the realization of the hot water mopping function.

This invention provides a method for producing ML40Cr hot-rolled wire rod, comprising the following steps: (a) heating the billet; (b) rough rolling, pre-finish rolling, and finish rolling the product from step (a) to form coils into wire; (c) controlling the temperature of the wire using a STEM air-cooled line and closing the insulation cover for heat preservation; (d) coiling the product from step (c) and passing it through an insulation corridor for further heat preservation, wherein the temperature of the coiled product entering the insulation corridor is controlled at 745–755°C, the temperature after passing through the insulation corridor is controlled at 200–300°C, and the time spent passing through the insulation corridor is controlled at 100–105 min; (e) finishing the ends of the product after passing through the insulation corridor and then packaging it. Reducing the pearlite clusters and grains in the product's metallographic structure helps improve its uniformity and thus enhances the product's performance.

This invention discloses a curved surface 3D printing insulation device and a curved surface 3D printing equipment, belonging to the field of additive manufacturing technology. The device includes: a supporting airbag located above the printing platform, with an opening at its top for the printing nozzle to extend into the opening to print a part; and a telescopic airbag located below the printing platform, possessing telescopic flexibility in the rotational direction of the printing platform; the supporting airbag and the telescopic airbag are detachably connected. This invention, through the combined design of the supporting airbag and the telescopic airbag, solves the problems of large insulation space and difficulty in controlling cavity temperature required for curved surface printing.

The embodiment of the utility model provides a food heat preservation device which comprises a plurality of containing containers, a heat preservation layer and a heat preservation layer. And a heat preservation space is formed in the heat preservation cover, and the heat preservation cover can cover the multiple containing containers so that the multiple containing containers can be placed in the heat preservation space. According to the food heat preservation device, the multiple containing containers are stacked, the occupied space in the transverse direction can be saved, and the multiple containing containers can be placed in the heat preservation cover; the multiple containers are placed in the heat preservation space formed by the heat preservation cover, heat dissipation can be slowed down, the cooling speed of food in the containers can be reduced, the heat preservation function of multiple cooked food is achieved, and it can be guaranteed that hot rice, hot dishes and the like are not cold for a long time; the problem that when a plurality of dishes are cooked, the cooked dishes are cooled is effectively solved.

A corn stalk crusher assembly fixture includes a plasma welding head with a plasma nozzle connecting pipe at the bottom. A plasma welding mechanism is located at the bottom of the plasma nozzle connecting pipe, comprising a plasma welding device and an auxiliary cooling device. The plasma welding device is connected to the bottom of the plasma nozzle connecting pipe and performs plasma welding on the corn stalk crusher. An auxiliary cooling device is installed inside the plasma welding device to provide cooling and protection. An auxiliary mechanism connecting platform is located on the side of the plasma nozzle connecting pipe, and a ring laser auxiliary mechanism is located at the end of the auxiliary mechanism connecting platform. The ring laser auxiliary mechanism includes a ring laser auxiliary device and an auxiliary vibration device.

This application relates to a workpiece transfer heat insulation device with a multi-stage heat insulation curtain structure, belonging to the field of heat treatment equipment technology. It includes two main boards, a heat insulation curtain, four sets of partitions and four sets of sliding plates, four sets of frames, and a connecting plate. The connecting plate is slidably connected between the two main boards. Each of the two main boards has a groove at its bottom. A lead screw is mounted on the inner wall of each groove via a rotating shaft. Threaded blocks are threaded onto the surface of each lead screw. In this application, a drive motor rotates the lead screw, causing the threaded blocks to move the frames left and right, achieving stepless adjustment of the distance between the two sets of frames within a reasonable range. The gap can be reduced in the high-temperature zone to enhance heat radiation reflection; the gap can be increased in the transition zone to balance heat insulation and ventilation requirements, solving the problem that traditional fixed gaps cannot adapt to temperature gradients. Through the sliding connection between the connecting plate and the main boards, the two main boards can slide, allowing adjustment of the distance between the left and right sets of frames.

This utility model relates to the field of processing transfer technology and discloses a transfer machine for cabinet door processing. It achieves high vacuum bonding efficiency by setting up a support plate, an upper plate, and an airbag. The cabinet door is placed above the airbag, and then transfer paper is placed on the surface of the cabinet door. The sealing groove of the upper plate is aligned with the sealing silicone strip and installed to form a seal between the support plate and the upper plate. At this time, the suction pipe is connected to the air pump, and the air between the support plate and the upper plate is sucked out through the suction pipe. While the plastic pad moves and bonds, it squeezes the transfer paper against the cabinet door, pressing the transfer paper to adhere to the cabinet door surface. Then, the air supply pipe is connected to the air compressor, and compressed air is introduced into the air pressure chamber through the air supply pipe. The airbag expands under pressure, pushing the cabinet door upwards, making the connection between the cabinet door and the transfer paper even tighter, achieving a high bonding efficiency.