43results about How to "Realize production and processing" patented technology

The invention discloses a lawn rayon production line and production method. The lawn rayon production line comprises monofilament production equipment, after finishing equipment and a plying and twisting unit which are installed in sequence; two extruders of the monofilament production equipment of the lawn rayon production line are arranged in parallel and can produce monofilament with different colors and different types; the plying and twisting equipment conducts plying and twisting on the monofilament produced through the production line and monofilament which needs to be twisted, rewinding does not need to be conducted repeatedly, the process time and the workshop space are saved, requirements for plying and twisting production of two or more monofilament are met, and the production efficiency is greatly improved.

The invention provides a three-dimensional flexible material molding system and a three-dimensional flexible material molding method. The system comprises a feeder, a screw extruder, a metering pump, an air compressor, an air heater, a three-dimensional molding device, a melt-blowing nozzle and a solidification molding device, wherein the feeder is used for feeding molten polymers; the screw extruder is used for extruding the molten polymers; the metering pump is used for controlling the number of the molten polymers flowing into the melt-blowing nozzle; the air compressor is used for compressing air; the air heater is used for heating the compressed air; the three-dimensional molding device is used for processing and molding a three-dimensional workpiece for supporting a flexible material; the melt-blowing nozzle comprises a spinneret plate communicated with the metering pump and an air flow hole communicated with the air heater; a melt hole is formed in the spinneret plate; thin molten polymer flows are blown to the three-dimensional workpiece and are drawn into melt-blowing fibers through the air flow hole to be agglomerated on the three-dimensional workpiece; the solidification molding device is communicated with the three-dimensional workpiece and is used for solidifying the melt-blowing fibers agglomerated on the three-dimensional workpiece to generate the flexible material. According to the system and the method, the flexible material can be conveniently and quickly printed.

The invention discloses a preparation method for preparing a multi-grain-size heterogeneous aluminum alloy plate through composite rolling. The method comprises the four specific procedures of surfacerolling deformation, homogenizing annealing treatment, non-uniform rolling deformation and recrystallization annealing treatment. According to material performance requirements, computer programmingis utilized, rolling tool paths of different patterns are compiled, and aluminum alloy plates of different thicknesses are obtained; the unequal-thickness aluminum alloy plate are fully annealed, so that the microstructure of the unequal-thickness aluminum alloy plate recovers to an annealed structure before deformation; non-uniform rolling deformation is carried out on the annealed unequal-thickness aluminum alloy plate to obtain an aluminum alloy rolled plate with a flat surface and uniform thickness; and the multi-grain-scale heterogeneous aluminum alloy plate is obtained through recrystallization annealing.

The invention provides a waterproof non-woven fabric bag producing and processing method. The waterproof non-woven fabric bag producing and processing method comprises a slitting mechanism, a clamping mechanism, a rolling and conveying mechanism, an L-shaped vertical plate frame and a bottom plate, wherein the rolling and conveying mechanism is mounted on the bottom plate; the slitting mechanism is arranged on the left side of the rolling and conveying mechanism, and installed on the bottom plate; the L-shaped vertical plate frame is installed on the end face of the bottom plate; the L-shaped vertical plate frame is located on the right side of the rolling and conveying mechanism; and clamping mechanisms are installed on the L-shaped vertical plate frame in a longitudinally-symmetrical mode through bearings. According to the waterproof non-woven fabric bag producing and processing method, the problems that the manufacturing requirements of waterproof non-woven fabric bags of different sizes cannot be met in existing manufacturing of waterproof non-woven bag production raw materials since non-woven fabric winding drums and waterproof film winding drums of different models and sizes cannot be clamped, the required size for slitting and manufacturing waterproof non-woven fabric bags cannot be met since the non-woven fabrics are prone to slip and rotate to cause errors during quantitative conveying of the non-woven fabrics, and the manufacturing requirements of the waterproof non-woven fabric bags cannot be met since a plurality of burrs are formed in the notches of the non-woven fabrics and the like are solved.

The invention relates to the technical field of carbon fiber production equipment, in particular to a multifunctional winding and arranging all-in-one machine. The multifunctional winding and arranging all-in-one machine comprises a fixed frame and a movable frame capable of moving on the fixed frame in the first direction. The movable frame is divided into an upper layer and a lower layer, the upper layer is a winding operation area provided with a winding device, and the lower layer is an arranging operation area provided with an arranging device; and the fixed frame is in an L shape, a hot roller winding device and a mold clamping device are arranged on a longitudinal frame body of the fixed frame, the position of the hot roller winding device corresponds to the position of the arranging device, and the position of the mold clamping device corresponds to the position of the winding device. The winding forming operation device and the arranging device are more reasonable in structural design, workshop space is saved, synchronous operation can be controlled in a unified mode, and independent operation can also be controlled respectively.

The invention discloses a high-strength honeycomb core production process which comprises the following steps: stamping a high-strength material plate or strip to form a high-strength profile with a multi-deformation half structure; performing staggered positioning on the corrugated surfaces on the two sides of the high-strength profile formed through stamping; welding and fixing adjacent high-strength profiles; cutting a complete high-strength profile formed on the high-strength profile to obtain a single-piece high-strength profile with the changeable shape; and stacking and welding a plurality of single-piece high-strength profiles until the high-strength honeycomb core with the required size is obtained. The high-strength honeycomb production process has the beneficial effects that the production and processing of the high-strength honeycomb core are realized through the process steps of stamping, welding, cutting and the like; and the high-strength honeycomb core with the required thickness size can be produced and manufactured, and the requirement of the actual industry for the high-strength honeycomb core is met.

The invention provides an adhesive-sealed floor, belonging to the technical field of finishing materials. The invention solves the problems that the current floor is liable to deformation when being affected with damp and rottenness as well as has sounds when being extruded. The adhesive-sealed floor comprises a core plate and a face plate, an outer surface of the core plate is provided with a plastic layer encasing the core plate therein, the face plate is adhered to an upper surface of the plastic layer. The adhesive-sealed floor provided by the invention has the advantages of low cost, wide use range, low possibility of deformation and rottenness, dampproof and mothproof abilities, etc.

The invention belongs to the technical field of processing of metal kettles, and provides a manufacturing technology of an iron covering silver kettle. The technology comprises the following steps: S1, feeding material; cutting to obtain a circular sliver plate; and cutting to obtain a circular or an annular iron plate; S2, forming the silver kettle, namely, forming the silver plate into an arc surface type silver kettle core; S3, forming and covering an iron kettle, namely, forming the iron plate into an arc surface type or barrel type iron kettle; sleeving the iron kettle cover with the ironkettle; or directly forming the iron plate on the silver kettle core; S4, shaping a kettle body, namely closing up the upper part of the kettle body; and shaping into kettle shape, wherein the innerwall of an iron kettle housing is close to the outer wall of the silver kettle core during shaping; and S5, processing to obtain a kettle product, namely, arranging a cover, a port and lugs to obtainthe iron covering silver kettle. The technology solves the technical problems that iron covering silver kettles in the prior art are all processed through cast iron and are heavy, and the outer surfaces of the cast iron cannot be carved and chiseled, and the artistry of the iron covering silver products is low.

The invention relates to the field of packaging supplies, in particular to a corrugated carton production line. The corrugated carton production line comprises a corrugated board production line, a corrugated carton forming production line, a connecting and conveying mechanism and a discharging assembly, wherein the corrugated board production line is used for producing and manufacturing corrugated boards; the corrugated carton forming production line is arranged on a side of the corrugated board production line and is used for forming corrugated cartons by using the corrugated boards producedand manufactured in the corrugated board production line; the connecting and conveying mechanism is arranged between the corrugated board production line and the corrugated carton forming productionline, is used for receiving the corrugated boards from the corrugated board production line, conveying the corrugated boards to the corrugated carton forming production line and is used for connectingthe corrugated board production line with the corrugated carton forming production line; and the discharging assembly is close to the output end of the corrugated carton forming production line and is used for receiving the formed corrugated cartons and switching the placement postures of the corrugated cartons. According to the corrugated carton production line, the formed corrugated boards areautomatically conveyed into the corrugated carton forming production line by utilizing the connecting and conveying mechanism, so that automatic conveying of the corrugated boards is realized.

The invention relates to the field of paper product packaging, in particular to a gift packaging box manufacturing and processing method. A packaging box manufacturing device is used in the method, and the packaging box manufacturing device comprises a base, a supporting plate and a lifting frame. A shaping groove of a rectangular structure is fixedly formed in the base, a first spring rod is fixedly installed in the shaping groove, and the supporting plate is of a rectangular structure. The supporting plate is fixedly installed on the first spring rod and corresponds to the shaping groove, grooves are symmetrically formed in the inner wall of the shaping groove, first air cylinders are fixedly installed in the grooves, push plates are fixedly installed at the output ends of the first air cylinders, and the sides, away from the first air cylinders, of the push plates are flush with the inner wall of the shaping groove. Second air cylinders are symmetrically and fixedly installed on the base, a connecting rod is fixedly installed between the output ends of the second air cylinders, and the lifting frame is fixedly installed on the connecting rod. According to the method, gift packaging boxes can be bonded quickly and efficiently and the method is suitable for popularization.

The invention discloses a silica gel injection molding device for breast paste production, and relates to the technical field of production and processing. The device comprises a bottom plate, a fixing block located on the upper surface of the bottom plate and a plurality of reinforcing ribs on one side of the fixing block, the plurality of reinforcing ribs are symmetrically distributed, one side of the fixing block is movably connected with a male mold, convex blocks are arranged on the two sides of the male mold, injection molding holes are formed in the inner sides of the convex blocks, a connecting block is fixedly connected to one side of the male mold, and reverse double-thread screw rods are movably connected to the interior of the connecting block. According to the device, the fixing block can be fixed and limited through the plurality of reinforcing ribs, the male mold can be limited through the fixing block, and the device can be connected with a feeding pipeline through a feeding hole, so that materials can flow on one sides of the plurality of convex blocks through the injection molding hole; the connecting block on one side of the male mold can be connected with the reverse double-thread screw rods and limit the reverse double-thread screw rods; and the reverse double-thread screw rods can be limited again through the fixing plate.

The invention relates to the field of composite floor slabs, in particular to a composite floor slab construction assembly which comprises a base plate, supporting legs, a [-shaped frame, a forming mechanism and a demolding mechanism. The problems that in the traditional composite floor slab prefabricating construction operation process, prefabricating requirements of composite floor slabs of various different perimeter sizes cannot be met easily, manufacturing and machining of the composite floor slabs with complex section forms cannot be achieved easily, and in the prefabricating construction process, clamping and positioning of steel reinforcement frameworks in the composite floor slabs cannot be achieved easily are solved. The possibility that the steel reinforcement framework vibrates and deflects due to impact in the follow-up concrete pouring process is increased, the overall structural strength of the composite floor slab is reduced, concrete in all areas is difficult to dry quickly after pouring is completed, the overall solidification time of the concrete of the composite floor slab is prolonged, and the construction period of the composite floor slab is shortened. And the periphery of the composite floor slab is difficult to demould quickly after the prefabrication of the composite floor slab is completed.

The invention discloses an automatic clothes hanger bending forming machine. The machine comprises a plane worktable, a feeding mechanism, a bending forming mechanism and a conveying mechanism; the feeding mechanism and the bending forming mechanism are arranged on the plane worktable in parallel; the conveying mechanism is positioned above the bending forming mechanism; the feeding mechanism is used for feeding the conveying mechanism; the conveying mechanism is used for conveying raw materials or semi-finished clothes hangers to the bending forming mechanism; the bending forming mechanism is used for bending the raw materials as the clothes hangers; the bending forming mechanism includes a pressing unit, a hanging hook forming unit and a bending unit; and the pressing unit, the hanging hook forming unit and the bending unit are arranged on the plane worktable in parallel, and are respectively used for foundation pressing, hanging hook bending and bending formation. The automatic clothes hanger bending forming machine realizes integral clothes hanger production, is high in automation level, and obviously improves the production efficiency.

The invention discloses a zinc oxide melting gasification device, relates to the field of production of zinc oxide, and particularly relates to an improvement of a molten gasification device in a zincoxide production line. The molten gasification device in the zinc oxide production line is simple in structure, convenient to use, low in energy consumption, and comprises a heating tank, a heat source pipeline, a plurality of melting crucibles and a plurality of gasification crucibles; and the heat source pipeline is connected to the bottom of the heating tank, and the plurality of gasificationcrucibles are symmetrically distributed on the two sides of the heat source pipeline; and the melting crucibles are arranged on one sides, far away from the heat source pipeline, of the gasification crucibles, and the top edges of the melting crucibles are higher than the top edges of the gasification crucibles; and a flow channel is formed between the top edges of the melting crucibles and the top edges of the gasification crucibles. According to the invention, large-batch production and processing can be realized, the processing efficiency is high, and the energy consumption is low.

The invention provides a production system of a high-strength precast concrete component, and belongs to the technical field of precast concrete component processing. The production system comprises aconcrete slurry supply device and a precast component forming and discharging device, a slurry supply screw of the concrete slurry supply device is rotatably arranged on a slurry supply nozzle and aslurry supply screw supporting cover, the lower end of a hopper is communicated with a slurry supply pipe, the precast component forming and discharging device comprises a movable forming support, a movable forming mechanism, a fixed forming mechanism, an upper forming and discharging mechanism and a lower forming and discharging mechanism, the movable forming support is arranged on a rack supporting column in a left-right sliding mode through a movable forming support sliding sleeve, a lead screw is connected with a lead screw nut sleeve lead screw, and the right end of the lead screw is connected with the movable forming support through a lead screw connecting sleeve and a lead screw connecting sleeve locking nut. The production system can rapidly achieve production and machining of notch-type high-strength precast concrete components, is reasonable in structure and high in automation degree, and greatly improves the production efficiency of the notch-type high-strength precast concrete components.

The invention discloses a spring machine which comprises a machine base. A feeding mechanism, a feeding mechanism and a forming and cutting mechanism are arranged on the machine base, the feeding mechanism is located on one side of the forming and cutting mechanism, an equal-diameter mechanism is further arranged on the machine base, and the equal-diameter mechanism is located between the feedingmechanism and the forming and cutting mechanism. The feeding mechanism comprises a pair of feeding rollers driven by a feeding motor, a certain distance is reserved between the two feeding rollers toform a steel wire feeding channel, the equal-diameter mechanism comprises a forming die and a forming pressing plate, a feeding pressing nozzle is arranged at one end of the forming die, and the end of the feeding pressing nozzle is located in the steel wire feeding channel. A steel wire passing hole is formed in the forming die in the length direction, a spring forming rail is arranged on the forming pressing plate, and the two ends of the steel wire passing hole communicate with the interior of the steel wire feeding channel and the spring forming rail respectively. The structure is simple,and production and machining of high-precision micro springs can be achieved.

The invention relates to the field of decoration, in particular to a movably-mounted wash basin bracket and a mounting method thereof. At least two wash basin bracket units are mounted on a wall belowa wash basin surface; each wash basin bracket unit is a triangular framework consisting of a wash basin surface fixing plate, a bracket supporting plate, a wall surface mounting plate and a wall bolt; the wash basin surface fixing plate is vertical to the wall surface mounting plate; the bracket supporting plate is connected with the wash basin surface fixing plate and the wall surface mounting plate in an inclined way; each wash basin bracket unit is mounted on the wall through the wall surface mounting plate; the wash basin surface is mounted on the wash basin surface fixing plate; the bracket supporting plate is a long slot-shaped plate with a U-shaped section; a sleeve is longitudinally arranged inside a long slot of the bracket supporting plate; the wall bolt is inserted into the sleeve; one end of the wall bolt is fixed to the end part of the bracket supporting plate; the other end of the wall bolt runs through the wall surface mounting plate and the wall and is positioned on the back surface of the wall. According to the technical scheme adopted by the invention, standard part production of the wash basin bracket unit can be achieved, the efficiency is improved, the cost isreduced, and the wash basin bracket unit achieves dual fixing and good firmness; in addition, the movably-mounted wash basin bracket is simple in structure and convenient to mount.

The invention provides an indoor skid-mounted type polyurethane spraying polyethylene winding thermal-insulation tube production line. The indoor skid-mounted type polyurethane spraying polyethylene winding thermal-insulation tube production line comprises a tube loading platform I, a steel tube rust-removal part, a tube loading platform II, a polyurethane spraying part, a tube loading platform III, a polyurethane winding part, a cutting part and a finished product storage part, wherein the output end of the tube loading platform I is connected with the input end of the steel tube rust-removalpart; the output end of the steel tube rust-removal part is connected with the input end of the polyurethane spraying part through the tube loading platform II; the output end of the polyurethane spraying part is connected with the input end of the polyurethane winding part through the tube loading platform III; the cutting part is arranged between the polyurethane winding part and the finished product storage part; and the steel tube rust-removal part, the polyurethane spraying part and the polyurethane winding part are arranged in the form of an inverted U. The production line adopted by the invention is compact in structure, is relatively small in space usage, can meet good cutting treatment of thermal-insulation tubes of different specifications, and is relatively high in applicability.

The invention discloses a wax pencil molding machine, and relates to the field of wax pencil production. The wax pencil molding machine comprises a machine body, a molding die and an ejecting mechanism, wherein stop levers are arranged horizontally on two sides of the molding die; a scraper is arranged at one end of the molding die; a collecting hopper which communicates with an upper end face ofthe molding die is arranged at the other end of the molding die; two ends of the scraper are pressed against an inner side wall of the scraper; a sliding seat is horizontally arranged at one end of the machine body close to the scraper; a slide bar is horizontally connected to the sliding seat in a sliding way; one end close to the scraper of the slide bar is fixed to an outer side wall of the scraper; the molding die is provided with two groups of die cavities; the two groups of die cavities are distributed on two sides of the slide bar; and the ejecting mechanism is provided with a driving mechanism for driving the slide bar to slide in a reciprocating way. The wax pencil molding machine has the advantages and effects that automatic cleaning and collection of waste on the molding die arerealized through the arrangement of the highly automated scraper; the labor intensity of workers is lowered; the production efficiency of wax pencils is improved; and meanwhile the effect of clean production is achieved.