96results about How to "High continuous production efficiency" patented technology

The present invention discloses a production line of a composite heat proof wall plate and an external heat proof plate of an external wall. The production line includes an automatic mounting moulding board mechanism, cloth-net roll mechanisms, a reseau cloth automatic cutting mechanism and an automatic plate-sending, shelf-installing and shelf-sending mechanism which are orderly linked by a belt feeding production chain. Mixing and material-dropping mechanisms are arranged above a section of belt feeding production chain between the automatic mounting moulding board mechanism and a first group of cloth-net roll mechanism and between a forward group of cloth-net roll mechanism and a next group of cloth-net roll mechanism. At least two groups of matched mixing and material-dropping mechanisms and the cloth-net roll mechanisms are arranged. The production line can produce the composite heat proof wall plate and at the same time can also produce the external heat proof plate of an external wall and has the characteristics of high production efficiency, simple and convenient operation and high quality of processing.

The invention relates to a hollow fiber compound nanofiltration membrane. The nanofiltration membrane takes a porous supporting layer as an inner layer and a separating function layer as an outer layer. A casting membrane solution of the porous supporting layer contains an inner layer macromolecular polymer which is selected from one or more of polysulfone, polyether sulfone, polyvinylidene fluoride, polyvinyl chloride and polyacrylonitrile; a casting membrane solution of the separating function layer contains an outer layer macromolecular polymer which is selected from one or more of polyetherimide, polyether-ether-ketone, sulfonated polyether-ether-ketone, polymethyl methacrylate and polyvinyl alcohol; a preparation method comprises the following steps: synchronously extruding and molding the inner layer casting membrane solution and the outer layer casting membrane solution; solidifying to obtain a membrane filament in a nascent state; and carrying out an oxidizing agent aqueous solution to obtain the hollow fiber compound nanofiltration membrane. The invention further provides the preparation method of the nanofiltration membrane correspondingly. According to the hollow fiber compound nanofiltration membrane provided by the invention, the flux of the nanofiltration membrane is remarkably improved, and moreover, the nanofiltration membrane further has the certain desalinization rate.

The invention relates to a piece of thermoplastic polyurethane/fiber composite soft cloth. An intermediate layer is a piece of continuous fiber cloth, an upper surface layer and a lower surface layer are respectively a thermoplastic polyurethane resin layer, and the intermediate layer is connected with the upper surface layer and the lower surface layer through a hot laminating way. The composite soft cloth adopts TPU and fiber fabrics of different types and colors as raw materials, and TPU is bonded with the fabrics in a hot laminating manner, so that the pollution is avoided, the process is simple, the cost is low, the appearance effect is excellent, and the thermoplastic polyurethane/fiber composite soft cloth can be applied to top-grade appearance parts such as cases and vamps.

The invention provides an electromagnetic heating curing and forming device and a method for preparing a filament wound composite material pipe body by using the electromagnetic heating curing and forming device, and relates to a heating and curing device and a method for preparing the composite material pipe body by using the heating and curing device. The invention aims to solve the problems of an existing heating and curing device for preparing the composite material pipe body that a heat source of an inner heating and curing core die cannot be obtained easily, the heating efficiency is low, and the heating precision and the heating uniformity are poor. The device comprises an electromagnetic heating coil, an electromagnetic heating power supply, a temperature sensor, heat pipes, a heat conducting medium, a sprayer, a cooling liquid protection cover, a cooling liquid tank, a water pump, a heat radiator and a core die, wherein an interlayer is formed between the outer wall of an inner pipe and the inner wall of an outer wall of the core die; a heat pipe array is distributed in the heat conducting medium in the interlayer; and the electromagnetic heating coil is uniformly arranged outside the tail end of the core die. The method comprises the following steps: the core die is fixed on a main shaft of a winding machine; and the core die is heated and cured simultaneously when being wound, and then heated, cured, and the processed core die is cooled. The electromagnetic heating curing and forming device can be obtained.

The invention relates to an electrothermal steam drying and setting machine. The electrothermal steam drying and setting machine is characterized by comprising an oven, a movable clothes hanging framework and a bottom trolley, wherein water joints are arranged on bottom feet of the oven, a left gas spray nozzle and a right gas spray nozzle are mounted on a left box plate and a right box plate, an electric heating pipe is mounted between a partition plate and a rear box plate, air suction holes are formed in an air suction plate arranged on a box bottom plate, the hollow end in the middle of the air suction plate is communicated with a mounting chamber, a circuit control box, a gas inlet channel, a gas storage tank and an exhaust pipe are arranged on a box top plate, one end of the gas inlet channel is communicated with the oven, a fan is arranged in the gas inlet channel and driven by a motor, the other end of the gas inlet channel is communicated with the mounting chamber, the movable clothes hanging framework comprises upper cross bars, upper longitudinal bars, lower cross bars, lower longitudinal bars, vertical bars and middle crosspieces, clothes hanging bars are arranged between the upper cross bars, rolling wheels are mounted below the lower cross bars and the lower longitudinal bars, guide slots are formed in the rolling wheels, sliding rails are mounted on the two sides of the air suction plate, the bottom trolley forms a square bottom frame through cross bottom bars and longitudinal bottom bars, wheels are mounted below the bottom trolley, guide rails are mounted on the cross bottom bars, positioning insert plates are arranged on the two sides of the cross bottom bars, and inner oblique insert plates are formed at the front parts of the positioning insert plates for being in contact with the inner side of the bottom feet.

The present invention discloses a system and a method for preparing high purity polysilicon through continuous slagging under an electric field effect. The system comprises: a silicon material melting device arranged in a closed chamber, a slagging agent melting device, an electrical migration device arranged in a thermal insulation chamber, a slag liquid collection tank, and a silicon liquid collection tank. According to the method, a direct current electric field perpendicular to a silicon liquid flowing direction is applied on a slowly-flowing melting silicon liquid, a layer of the slagging agent is arranged between the electrode and the silicon liquid, the silicone liquid flows while impurities migrate to the electrode direction with the electric field effect, and the impurities contact the slagging agent, and then is subjected to a reaction to be absorbed. With the method of the present invention, the use amount of the slagging agent can be reduced, the purification effect can be increased, the purity requirement on the slagging agent can be reduced, and continuous production of the high purity silicon can be achieved. In addition, the method of the present invention has advantages of good purification effect, high production efficiency, small use amount of the slagging agent, and the like.

The invention discloses a method for producing hexamethyldisiloxane by the utilization of organosilicon azeotrope, comprising the following steps: (1) carrying out heating distillation on the organosilicon azeotrope, and removing fractions with boiling point being lower than 40 DEG C to obtain an intermediate mixture; (2) mixing the intermediate mixture and ethanol to carry out an intermittence esterification reaction, carrying out heating distillation on the reaction solution, and collecting fractions with the boiling point being lower than 80 DEG C to obtain a trimethylchlorosilane crude product; and (3) hydrolyzing the trimethylchlorosilane crude product, and separating from the hydrolysate so as to obtain hexamethyldisiloxane. According to the method provided by the invention, price of the raw materials is cheap, supply is sufficient, condition during the reaction process is mild, the technology is stable, continuous production efficiency is high, there is no by-product, and it is not necessary to use other poisonous and harmful organic solvents. Purity of the obtained hexamethyldisiloxane finished product is more than 99%, and the content of chloride ions is less than 100ppm.

The invention discloses a tunnel type drying chamber, which comprises an oven-drying room (16), a material carriage (8), a primary heat exchanger (6) and an air discharge tube (11). The invention is characterized in that a middle plate (4) is disposed inside the oven-drying room (16) and divides the drying room (16) into a drying room (17) and an air duct (18), a dry hot air port (20), a heating return air port (22) and a heating air outlet port (23) are disposed on the middle plate (4), a partitioning plate (12) is disposed in the air duct (18) close to the heating return air port (22) and divides the air duct (18) into a front air duct and a rear air duct, an air preheater (9), the primary heat exchanger (6) and a primary air blower (5) are disposed inside the front air duct, a secondary heat exchanger (13), a secondary air blower (14) and a steam nozzle (15) are disposed inside the rear air duct, a fresh air inlet port (21) is disposed at the front upper side of the partitioning plate (12), the air preheater (9) is disposed in the front of the fresh air inlet port (21), a moisture-removal blower (10) is disposed on the air preheater (9), and the air discharge tube (11) is disposed on the moisture-removal blower (10). The invention has the advantages of high drying efficiency and low energy consumption.

The invention discloses a coating machine for coating silicon-steel magnesium oxide coating liquid. The coating machine comprises a frame, an upper coating roll, a lower coating roll, a magnesium oxide coating liquid circulating device and a nozzle pipe, and also comprises a coating liquid drainage apparatus and a baffle, wherein the coating liquid drainage apparatus is arranged on one side of the lower coating roll and installed on the frame; the coating liquid drainage apparatus at least comprises one bottom plate; the side of the bottom plate, which is towards the lower coating roll, adopts a drainage side; the other sides of the bottom plate adopt collecting sides; the width of the bottom plate of the coating liquid drainage apparatus is larger than the width of strip steel arranged between the upper coating roll and the lower coating roll; the drainage side of the liquid drainage apparatus is used for draining magnesium oxide coating liquid overflowing from the upper surface of the strip steel to the lower coating roll; and the baffle is arranged below the nozzle pipe and arranged on the upper surface of the strip steel in an inclined way. The coating machine has the benefits that the magnesium oxide coating liquid overflowing from the surface of the strip steel is directly drained to the lower coating roll through the coating liquid drainage apparatus, the flowability of the coating liquid is good, the leveling of the coating liquid coating the surface of the strip steel is uniform, and the continuous production efficiency and the material yield of oriented silicon steel are improved.

The invention discloses a carrier for sheet wafer processing. The carrier comprises a shell with an upward opening, and adjusting mechanisms used for adjusting the horizontal inclination angle of a product is arranged in the shell; magnetorheological fluid is poured into the shell, so that the adjusting mechanisms are immersed in the magnetorheological fluid, and when the lower part of the productis connected to the adjusting mechanisms, the adjusting mechanisms drive the product to swing to a set position for standing, and a to-be-processed part of the product is located above the magnetorheological fluid level; and a magnetic field generator is arranged on the shell and is used for driving the magnetorheological fluid in the shell to be solidified or reset to be in a fluid state. According to the carrier for sheet wafer processing, the performance requirement of the slide wafer is low, so that the consumable cost is low, meanwhile, the fragment rate of the functional wafer is low onthe basis of firm clamping, and the qualified rate of the whole product is high.

The invention discloses a grinding device for welding operation, and belongs to the technical field of welding and grinding equipment. The grinding device comprises a plate turning machine, a weldingmachine is arranged on one side of the plate turning machine, and a grinding machine is arranged on the other side of the plate turning machine; a welding manipulator is arranged on one side of the welding machine, a plate rail is arranged at the top of the welding machine, a propeller is arranged at one end, away from the plate turning machine, of the plate rail, and fixing clamps are arranged onthe two sides of the other end of the plate rail; the plate turning machine comprises two opposite arranged turnover discs, a chain groove is formed in the peripheral surface of each turnover disc, turnover motors are arranged at the bottoms of the turnover discs, a frame beam is connected between the two turnover discs through the frame beam, and two load plates are fixed on the frame beam; andvertical columns which are vertically upward are fixed on the frame beam, two fixed beams are fixed above the vertical columns, a movable plate is fixed below the vertical columns through telescopic devices, the two ends of the movable plate are arranged in the vertical columns in a sliding mode. According to the device, the operation is simple, and welding, grinding, turning plates, polishing andcontinuous double-sided grinding operation can be realized, manual turning is not needed, manpower is saved, and the working efficiency is high.

The invention discloses an end capping method of perfluoropolyether, and relates to the technical field of fluorine chemical industry. The end capping method comprises the following steps: carrying out end capping reaction on a perfluoropolyether raw material with an unsaturated group as an end group in the presence of an auxiliary agent and reaction medium steam to obtain saturated perfluoropolyether, the auxiliary agent is an organic amine compound or a mixture of the organic amine compound and inorganic base. The method solves the problems that an existing blocking method is low in reaction efficiency, high in energy consumption and not suitable for industrial production, the yield and production efficiency of saturated perfluoropolyether are improved, energy consumption is reduced, and the method is suitable for industrial production.

The invention discloses a cable winding device, and relates to the technical field of cable processing equipment. The problems that when an existing cable winding device winder is assembled and disassembled, a winding device stops and cannot work, so that the continuous production capacity is poor, and the production efficiency is lowered are solved. The device comprises a support and winders arranged on the support, each winder comprises a support rod and baffles sleeving the two ends of the support rod, the support comprises a vertically arranged hollow supporting column, a horizontal supporting plate is arranged on the outer wall of the bottom of the hollow supporting column, the winders are arranged on the portions, on the two sides of the hollow supporting column, of the supporting plate, a through hole which can contain the tail end of the support rod is formed in the support plate, a driving mechanism which can be in contact cooperation with the tail end of the support rod is arranged on the lower portion of the supporting plate, a cable is arranged in the hollow supporting column, an opening allowing the cable to go through is vertically formed in the hollow supporting column, and a cable leading mechanism capable of moving vertically sleeves the hollow supporting column.

The invention discloses a continuous vertical planetary ball grinder which comprises a rack. A motor, a transmission spindle, a planetary gear mechanism, a ball grinding tank, a grinding tank shaft, acontinuous feeding hopper and a discharging opening arranged at the lower end of the ball grinding tank are arranged on the rack. The planetary gear mechanism comprises a gear ring, a sun gear, a planetary gear and a planetary carrier. The gear ring is fixed to the rack. The sun gear and the gear ring are engaged with the planetary gear. The planetary gear and the grinding tank shaft are fixedlyconnected and are coaxially and rotationally arranged on the planetary carrier. The sun gear and the planetary carrier are in transmission connection with the motor through the transmission spindle. The ball grinding tank is fixedly arranged at the upper end of the grinding tank shaft. A feed opening is arranged at the upper end of the ball grinding tank. The continuous feeding hopper comprises afeed opening and a feeding pipe, and the feeding pipe rotationally communicates with the feed opening. The grinding tanks shaft is provided with a discharging channel along the axis in a penetrating manner, wherein the discharging channel communicates with the discharging opening, and a discharging sieve is arranged in the discharging channel. The continuous feeding hopper can be combined with anautomatic assembly line to be used, the material feeding efficiency can be improved, and the rapid production requirement can be met.

The invention discloses a calibrating device for a soft magnetic stripe. The device is characterized by comprising a base supporting device, three groups of longitudinal levelling devices, twelve transverse calibrating assemblies which form six groups, a transitional horizontal support and a sensing calibrator, wherein the base supporting device comprises a side surface supporting plate, a trapezoidal supporting plate and a horizontal base; each longitudinal levelling device comprises an upright supporting plate, a lower roller, an upper roller, a pin shaft and a pressure spring adjusting assembly; each transverse calibrating assembly comprises a supporting column, a roller, a gasket and a bolt; the transitional horizontal support comprises a positioning seat, a fixing bolt, a horizontal support and a pin; the sensing calibrator is fixedly mounted on the lower surface of the horizontal base, and a center line of the sensing calibrator is on the same vertical plane with the center line of the transitional horizontal support. With the adoption of the calibrating device, the problems of calibrating and levelling of a bent and deformed magnetic stripe can be solved; the specification of the magnetic stripe can be kept the same. Therefore, the magnetic stripe can smoothly pass through a magnetic engine to enter a door sealing rubber sleeve. The calibrating device is suitable for being popularized and used in a refrigerator door gasket industry.

The invention discloses a circular mold granulator which comprises a rack and a forming roller. Forming holes penetrating through the inside and the outside are densely distributed in the forming roller. A compression roller spindle driven by power of a compression roller driving device is installed in the forming roller. A compression roller set matched with the forming roller to conduct ceramsite forming is installed on the compression roller spindle. A scraping knife capable of being attached to the outer wall of the forming roller is connected to the rack. The forming roller and the compression roller spindle rotate reversely. An annular material inlet is formed in the front side of the forming roller. A feeding barrel located on one side of the forming roller is installed on the rack, a feeding opening is formed in the feeding barrel, and a feeding screw is installed in the feeding barrel. A main shaft of the feeding screw and the compression roller spindle are coaxially arranged and connected through a coupler. A conical material guiding barrel is installed between the discharging end of the feeding barrel and the material inlet, the material guiding barrel is fixedly connected with the outer wall of the forming roller, and the material guiding barrel and the feeding barrel are connected in a rotating and sealing mode. The circular mold granulator has the advantages that the ceramsite forming quality is high, the continuous production efficiency is high, and the ceramsite forming quality is improved.