39results about "Extrusion cleaning devices" patented technology

This utility model relates to a multifunctional copper wire stretching device, including a stretching table; the stretching table is sequentially equipped with a tension adjustment mechanism, a copper wire stretcher, a drying and cleaning mechanism, and a winding mechanism; the tension adjustment mechanism includes a housing; an adjusting roller and a fixed roller are arranged inside the housing; the fixed roller is connected to the inner wall of the housing via a rotating shaft; the adjusting roller is rotatably connected to a bracket via the rotating shaft; a bearing is arranged on the bracket, and a threaded rod is connected to the bearing; the threaded rod passes through the side of the housing and is threaded together with the side of the housing; a rotating handwheel is arranged at the top of the threaded rod; a limit rod is arranged on the side of the bracket; a limit groove is arranged at a corresponding position on the side of the housing; the limit rod is placed in the limit groove and is locked on both sides of the limit groove by two limit blocks. Compared with the prior art, this utility model has the advantages of diverse functions, wide applicability, and high stretching efficiency.

The present application relates to the technical field of welding wire forming, in particular to a ceramic particle welding wire forming machine for roll surface of a rolling machine, comprising a wire drawing mechanism; further comprising a forming mechanism and a cleaning mechanism, the wire drawing mechanism is installed on the forming mechanism, and the cleaning mechanism is installed on the wire drawing mechanism; the blank is drawn into a flat outer layer welding wire through the wire drawing mechanism, the surface of the outer layer welding wire is cleaned and dried through the cleaning mechanism, the center welding wire is transported through the forming mechanism, the outer layer welding wire is spirally wound on the center welding wire through the cooperation of the wire drawing mechanism and the forming mechanism, the outer layer welding wire wraps the center welding wire, then the whole welding wire is formed, the formed welding wire can be directly used when welding a gap with moderate width, the outer layer welding wire is stripped when welding a fine gap, the center welding wire is used for welding, the outer layer welding wire is used for welding when welding a deep gap, so that the practicability of the equipment is improved.

The utility model provides a kind of surface cleaning device for solid welding wire production, including box, multiple input rollers and output rollers are respectively equipped on the left and right two side walls upper end of the box, lower layer cleaning mechanism and upper layer cleaning mechanism are sequentially equipped in the box from left to right.The utility model relates to a kind of surface cleaning device for solid welding wire production, can carry out long time sustained cleaning to welding wire, and cleaning effect is good, easy to use and maintain, it is favorable to improve the continuous production efficiency of welding wire.By setting upper layer cleaning mechanism and lower layer cleaning mechanism, not only can the continuous multistage cleaning of welding wire be realized, but also the circulating water discharged by upper layer cleaning mechanism can continuously flush and purify the cleaning element in lower layer cleaning mechanism, which is conducive to improving the sustained cleaning effect of the cleaning element on the welding wire and ensuring that the cleaning element can play a good cleaning role on the welding wire for a long time.

The utility model relates to cold-drawn steel pipe cleaning technical field discloses a kind of hoisting cleaning devices for precision welding cold-drawn steel pipe, including hanger, the hanger lower surface is fixedly connected with slide rail, the slide rail inside is slidably connected with connecting plate, the connecting plate lower surface is fixedly connected with electric hoist, the electric hoist lower surface is provided with hoisting plate, the hoisting plate inside is provided with fixed assembly, the hanger side wall is provided with cleaning tank, the cleaning tank side wall is provided with filter assembly;Fixed assembly includes clamping plate, the clamping plate is below the hoisting plate, the hoisting plate inside is fixedly connected with connecting rod, the connecting rod side wall is rotatably connected with rotating strip.The utility model in, through motor drive screw rotation, drive fixed plate linear movement along telescopic rod, fixed plate is pushed rotating strip around connecting rod rotation by connecting strip, make clamping plate close clamping steel pipe, realize the clamping steel pipe of different size, improve the clamping efficiency of equipment by above-mentioned structure.

The invention relates to a facility (5) for treating moving elongated products (3) made of metal having a surface covered with an oxide layer, comprising a peeling assembly (7) with a group (11, 11a, 11b) of lasers (13) distributed around the elongated product (3), and a control device (9) for obtaining information about the elongated product (3), the control device (9) being configured to determine operating parameters to be prescribed in the peeling assembly (7) for peeling off the oxide layer and for ablating a metal layer of a given thickness and to obtain a given roughness in the elongated product (3) by comparing them with experimental results previously recorded in the control device (9) and by prescribing the operating parameters to the peeling assembly (7).

The application relates to the field of wire drawing technology, in particular to an efficient energy-saving multi-die continuous metal wire drawing machine, which comprises a drawing machine body, a pay-off rack is arranged on the drawing machine body, a fixed block is fixedly connected to the outer side of the drawing machine body, a starting assembly for treating oxide skins and impurities is arranged on the fixed block, a limiting frame and a scraping blade are arranged in the starting assembly, the oxide skins and the impurities can be treated through cooperation of the limiting frame and the scraping blade, a kinetic energy assembly for cooperating with the starting assembly is arranged on the top of the bearing frame, through cooperation of the starting assembly, the kinetic energy assembly and a cleaning assembly, the starting assembly provided with multiple scraping blades is arranged at the wire inlet end of the drawing machine body, the oxide skins and the impurities attached to the surface of the wire can be comprehensively cleaned in advance before the wire enters the drawing die, the problem that the die is blocked and the drawing resistance suddenly increases due to the oxide skins and the impurities entering the die hole is solved, the risk of wire breakage and flying steel in the wire drawing process is eliminated, and the stable operation of the multi-die continuous drawing operation is ensured.

This utility model relates to the field of copper rod drawing technology and discloses a flexible lubrication mechanism for copper rod drawing. It includes a housing, with rotating shafts rotatably connected to the upper and lower ends of one side of the housing via bearings. Two support plates are fixedly connected to the other side of the housing, and an oil distribution cylinder is fixedly connected to one end of each support plate. An oil supply component is installed at the top of the oil distribution cylinder, and several oil outlet holes are formed on the inner wall of the oil distribution cylinder. A collection frame is fixedly connected to the bottom of the inner wall of the housing corresponding to the oil distribution cylinder. An oil tank is fixedly connected to one side of the top of the oil distribution cylinder. Brush rollers are fixedly connected to the surfaces of the two rotating shafts, and a dust collection box is fixedly connected to one end of one side of the housing. This utility model can clean dust and impurities adhering to the surface of the copper rod, keeping it clean to improve lubrication effect. It also provides excellent uniformity of lubrication on the copper rod surface and allows for the reuse of spilled lubricating oil, resulting in greater energy savings.

This invention discloses a processing technology for titanium alloy wire webbing. The titanium alloy wire webbing comprises a plurality of interwoven titanium alloy wires. These wires are woven to form a circular webbing with a near-circular cross-section, or a flat webbing with a flat cross-section. The diameter of the titanium alloy wires is controlled between 0.05 and 0.20 mm. This invention has the following advantages and effects: This solution utilizes a novel mechanical structure, allowing for the selection of either a circular or flat webbing based on the actual fracture site; the webbing exhibits higher mechanical properties and is less prone to breakage.

The application belongs to the technical field of wire drawing devices, and particularly relates to a wire drawing and annealing equipment for copper wire processing, which comprises a fixed plate, a plurality of guide wheels rotatably connected to the surface of the fixed plate, a rotating rod arranged on one side of the guide wheel, the rotating rod being rotatably connected to the inside of the fixed plate, a moving rod slidably connected to the inside of the rotating rod, a tension block fixedly connected to one end of the moving rod, a sealing cavity arranged in the inside of the tension block, a piston plate slidably connected to the inside of the sealing cavity, a baffle fixedly connected to the upper surface of the piston plate, a tension roller rotatably connected to the inside of the baffle, an air inlet frame arranged on one side of the piston plate, a through hole arranged in the inside of the air inlet frame, and a preheating wheel arranged on one side of the rotating rod. The device can adapt to the wire drawing and annealing process requirements of copper wires with different diameters and different materials, avoids the difficulty in adjusting the tension of the copper wire during the wire drawing and annealing process, and thus prevents the copper wire from being broken.

This invention provides a high-performance titanium alloy tube forming process and system, relating to the field of titanium alloy tube plastic processing technology. The process includes degreasing, cleaning, and surface pretreatment of the titanium alloy tube blank, and determining the diameter reduction and / or wall reduction for each drawing pass based on the target finished product size. Before each drawing pass, a prefabricated tubular removable self-supporting body is inserted into the inner cavity of the section to be drawn. This prefabricated tubular removable self-supporting body is composed of an inorganic particle skeleton and a deactivated bonding phase, and before insertion, it has a self-supporting form that allows it to be individually removed and maintain its tubular contour. This high-performance titanium alloy tube forming process and system solves the problem that existing multi-pass warm drawing processes for titanium alloy tubes struggle to simultaneously ensure stable inner cavity support during the drawing stage and rapid removal and subsequent cleaning after drawing.

The utility model relates to metal wire drawing technology field, concretely is a metal wire drawing device of wire threading position adjustable. The device includes support platform, first wire drawing wheel of rotation connection on support platform, second wire drawing wheel of rotation connection on support platform, set up between first wire drawing wheel and second wire drawing wheel wire drawing die, set up in the winding mechanism of second wire drawing wheel downstream, the pretreatment assembly for cleaning metal wire surface impurity is set up in first wire drawing wheel upstream, the ultrasonic cleaning tank for cleaning metal wire is set up in the downstream of wire drawing die, the tensioning mechanism for tensioning metal wire is set up in second wire drawing wheel upstream. The device sets up first tensioning wheel and second tensioning wheel, can conveniently adjust the tension of metal wire, the device sets up pretreatment assembly, can clean metal wire first, after metal wire passes through ultrasonic cleaning tank, can clean away the debris generated after wire drawing, improve the cleanliness of metal wire surface, reduce the debris scratch metal wire surface.

The utility model discloses a metal wire drawing machine with lubricating structure, include: main part subassembly, its bottom end is contacted with ground, the main part subassembly one end inside is provided with heating box, and heating box is provided with 2 with symmetry, the inside one side of main part subassembly is provided with guide component, and guide component is provided with 2 with metal wire both sides symmetry, the inside of main part subassembly is provided with cleaning column no.

The application discloses a titanium alloy wire weaving belt, a processing technology and application thereof, and belongs to the technical field of titanium alloy wire weaving belts.The titanium alloy wire weaving belt comprises a plurality of titanium alloy wires which are woven with each other, the plurality of titanium alloy wires are woven to form a round weaving belt with a circular cross section, or the plurality of titanium alloy wires are woven to form a flat weaving belt with a flat cross section, and the diameter of the titanium alloy wire is controlled to be between 0.05 mm and 0.20 mm.The application has the following advantages and effects: the scheme utilizes a new mechanical structure, can select the round weaving belt or the flat weaving belt according to an actual fracture site, and has the effects that the mechanical property of the weaving belt is higher and the weaving belt is not prone to be broken.

This invention provides a low-resistivity constantan wire and its production process, relating to the field of copper wire processing technology. The invention includes a mounting platform with a winding roller on one side. The constantan wire to be processed is wound around the surface of the winding roller. A drawing die is located inside the mounting platform, through which the constantan wire passes. The internal opening of the drawing die gradually narrows, making the constantan wire thinner as it passes through the die. A wiping section is also located inside the mounting platform to wipe and lubricate the constantan wire. The production process employs a dual wiping and lubrication structure. The toothed ring of the wiping section drives a circumferential array of cleaning blades to rotate around the constantan wire. Combined with lubricating oil sprayed from a spray head, this achieves comprehensive wiping and uniform lubrication of impurities on the copper wire surface. A secondary wiping is performed by an adjustable wiping wheel, effectively removing oxide layers, dust, and other impurities from the copper wire surface, preventing scratches and breakage caused by surface uncleanliness or insufficient lubrication during the drawing process.

This utility model relates to the technical field of enameled wire production equipment, and particularly to an outlet guide device for a wire drawing machine. The device includes a sizing die, an ultrasonic cleaning mechanism, a wire exiting drive wheel, a winding wheel, a tension adjusting wheel, and a guide wheel. The bare wire extends from the sizing die and passes through the ultrasonic cleaning mechanism, then sequentially passes over the wire exiting drive wheel, the winding wheel, the tension adjusting wheel, and the guide wheel. The bare wire is wound at least four times between the wire exiting drive wheel and the winding wheel before passing the tension adjusting wheel. The tension adjusting wheel, the winding wheel, the wire exiting drive wheel, and the guide wheel are arranged sequentially from bottom to top, with the guide wheel located at the top of the wire drawing machine. This guide device can adjust the running tension of the bare wire and has a good debris cleaning effect. It has a compact structure and facilitates guiding the bare wire to the cleaning equipment within the enameled wire production equipment.

The utility model discloses a kind of online cleaning equipment, including at least one set of guide wheel and at least one set of guide wheel wiping unit, guide wheel wiping unit includes mounting plate, clean pressing block that is assembled on mounting plate sliding up and down, cloth roll that clean strip after end portion is pulled out from the sliding contact of clean pressing block lower surface, with cloth roll matched take-up mechanism and the auxiliary agent conveying mechanism assembled on mounting plate, the top of clean pressing block is provided with drainage passage, the liquid outlet end of auxiliary agent conveying mechanism is located just above the upper end of drainage passage, the lower end of drainage passage is shielded by clean strip that cloth roll is pulled out, guide wheel can be wiped in real time by guide wheel wiping mechanism, to make guide wheel keep clean degree, auxiliary agent can be conveyed to drainage passage by auxiliary agent delivery liquid, the clean strip that can be soaked by the lower end of drainage passage flowing out that cloth roll pulls out, if auxiliary agent uses cleaning agent, soaked clean strip can further improve cleaning effect, improve the quality and insulating property of enameled wire.

The application discloses a method for prolonging the service life of a peeling die in a peeling process, and steps are as follows: setting a peeling die, the peeling die comprising a plurality of steel wire channels, and an annular peeling knife being arranged on the left side of each steel wire channel; the number of annular peeling knives is at least 3, and the diameters of the plurality of steel wire channels are the same; when the number of annular peeling knives is 3, the corresponding steel wire channels are arranged in sequence, and the parts of the knife tips of the annular peeling knives extending into the steel wire channels are 0.2 mm, 0.3 mm and 0.5 mm in sequence; the knife tips of the annular peeling knives have a reinforced nano coating; the die is heated, and the temperatures of the knife tips of the plurality of annular peeling knives are controlled in sequence, specifically, the knife tips of the annular peeling knives arranged in sequence increase in temperature by 20-30 DEG C; the die is cooled, the annular peeling knives are air-cooled, and the cooling speed is not greater than 20 DEG C per minute.

This utility model provides a steel wire surface cleaning device, relating to the field of steel cord production technology. It includes a cleaning tank, a brushing mechanism, a rinsing mechanism, and a drying mechanism. The cleaning tank has an internal cavity, and an installation part is located above the cleaning tank. The brushing mechanism and the rinsing mechanism are installed in the installation part. The brushing mechanism and the rinsing mechanism are used to brush and clean the lubricating powder from the surface of the steel wire, respectively. The drying mechanism is connected to the cleaning tank for drying the surface of the steel wire. The brushing mechanism includes a brushing tank, a heating pipe, and a lifting pump. The rinsing mechanism includes a rinsing pipe, a circulating pump, and a connecting pipe. The drying mechanism includes an air blowing device. This utility model can effectively remove the lubricating powder from the surface of the steel wire, and has a compact structure and simple operation, greatly improving production efficiency.

The utility model relates to metal wire drawing technical field, and disclose an energy -saving wire drawing machine, including the organism, the inside fixed connection of organism has the water tank, one side fixed connection of water tank has cooling assembly, the top fixed connection of cooling assembly has the spray pipe. This energy -saving wire drawing machine, through the setting of energy -conserving component, the iron filings produced in the metal wire drawing process are taken away by the spray water, its liquid is guided into the sedimentation tank through the leakage tank, in the sedimentation tank, water is further precipitated, removes the impurity and suspended solids, enters the rough filter box, carries out the primary filtration through the filter screen in, removes the larger impurity and particulate matter, in the fine filter box, the activated carbon plays its strong adsorption capacity, removes the organic matter, the residual chlorine and other harmful substances in water, further promotes water quality, and the design of multistage filtration makes wastewater can be reused after treatment, reduces the demand of frequently replacing new water due to water quality problem, thereby reduces the waste of water resources.

This utility model discloses a copper tube coiling machine with a copper tube protection device, belonging to the field of copper tube coiling machines. It includes a coiling machine body with an opening inside for impurities to fall off. A telescopic rod is fixedly connected to the inner wall of the coiling machine body within the opening. Through the arrangement of a cleaning brush, telescopic rod, spring, and cam, the cleaning brush can move and reset via the elastic force of the telescopic rod and spring, causing impurities attached to the brush to be shaken off to a certain extent. This device allows the coiling machine body to clean impurities attached to the copper tube, preventing the copper tube from becoming tangled and damaged by impurities, thus reducing the probability of the copper tube's lifespan being affected. Furthermore, it can simultaneously clean impurities attached to the cleaning brush, eliminating the need for manual periodic cleaning of the brush and effectively reducing tediousness.

The present application relates to tungsten wire production technical field, more specifically, it relates to a kind of rough tungsten wire threading and wire drawing device and wire drawing method, the device includes: horizontal fixing mechanism;Rotary mechanism, is installed in horizontal fixing mechanism;Vertical reciprocating mechanism, is arranged in the output end of rotary mechanism, is configured to rotate synchronously with it and reciprocate along axial direction;Variable diameter mechanism, is installed in vertical reciprocating mechanism, variable diameter mechanism is connected with multiple winding petals that are circumferentially distributed, and is configured to drive multiple winding petals synchronous radial movement to adjust winding diameter;Control heat preservation mechanism, it includes respectively integrated in each winding petal inside heater and temperature sensor.The present application not only realizes safe, efficient, lossless wire taking, avoids the surface damage and geometric deformation caused by traditional knocking or pushing wire taking, also avoids the risk of scalding caused by operating personnel wire taking in high temperature environment.

The application discloses a wire drawing device for copper material production and relates to the technical field of copper material wire drawing devices.The wire drawing device comprises a wire drawing host, a wire guide device, a wire stabilizing and cleaning device and a wire drawing drum.The application synchronously drives the upward movement of the piston rod during the process of lifting the contact by the lifting block, realizes the air suction and energy storage of the compression cavity, and pushes the piston rod downward by the rebound of the second spring when the copper wire deflection stops or reverses, so that the compressed air is pulsed and sprayed to the cleaning brush through the air jet, thereby blowing and dusting the cleaning brush; meanwhile, the vibration of the self-vibration cleaning part is used to accelerate the blowing of the dust to the dust collecting chamber, so that the multi-stage self-cleaning of the bristles and the rapid discharge of the dust are realized. During the upward movement of the lifting block, the upward lifting of the piston rod and the stretching of the second spring, the transmission force paddle is subjected to the reverse resistance generated by the piston rod and the second spring. The reverse resistance is reversely applied to the inner concave roller through the transmission force paddle and cooperates with the first spring, so that the inhibition capacity for the copper wire deflection is further improved.

An aluminum alloy wire processing method, comprising the following steps: step S1: forming an aluminum alloy rod material (101) into an intermediate wire (102) by using an extrusion process; step S2: cooling the intermediate wire formed by extrusion and maintaining the temperature of said intermediate wire; and step S3: forming the intermediate wire, the temperature of which is maintained, into a finished wire (103) by using a drawing process, wherein the drawing temperature is 100-230°C. Also disclosed is an aluminum alloy wire processing production line, comprising a feeding mechanism (200), a winding mechanism (300), and an extrusion mechanism (400), a temperature control mechanism (500) and a drawing mechanism (600) located between the feeding mechanism and the winding mechanism. The formed aluminum alloy wire satisfies the performance requirements for both high strength and high electrical conductivity, and the aluminum alloy wire processing method can improve production efficiency and reduce production costs.

The utility model belongs to aluminium profile processing technical field, specifically is a kind of aluminium profile processing hot extrusion die, including base, the base top is equipped with mould body, the base top is equipped with two slide rails, the extrusion cylinder is installed in the mould body side wall, the extrusion cylinder slidingly connects in two slide rails middle part, the extrusion cylinder top is installed with liquid storage tank, the liquid storage tank top is equipped with liquid inlet pipe, the liquid storage tank middle part is fixedly connected with net plate, the liquid storage tank end is installed with pump body, the pump body middle part is fixedly connected with liquid outlet pipe, the liquid outlet pipe penetrates extrusion cylinder middle part, recess is set up in the extrusion cylinder middle part, can form a layer of lubricating film on surface when aluminium billet extrusion by above-mentioned structure, make aluminium billet surface more smooth, effectively reduce the friction between aluminium billet and extrusion cylinder and mould body inner side wall, reduce the wear and tear of extrusion cylinder and mould body inner side wall, improve the service life of mould body and extrusion cylinder.

The application relates to the technical field of bonding wire production, in particular to a wire breakage prevention traction device for a bonding wire drawing process, which comprises a wire drawing traction machine and a wire drawing die and is used for cooperating with a drawn wire, further comprises a mounting box and a cooling assembly, the mounting box is fixedly arranged on the wire drawing traction machine, the wire drawing die is arranged in the mounting box, the cooling assembly is arranged on the mounting box and comprises an air inlet pipe, the air inlet pipe is used for conveying nitrogen, the nitrogen is high-purity dry nitrogen, the cooling assembly is coaxially arranged with the wire, after the nitrogen enters the inside of the mounting box through the air inlet pipe, the nitrogen is first accelerated in a forward cyclone on the surface of the wire, and then the nitrogen is reversely cycloned to separate the microparticles on the surface of the wire from the wire. Through the cooling assembly, the conveyed high-purity dry nitrogen can avoid the oxidation of the bonding wire caused by humid air on the basis of eliminating electrostatic interference, and the breakage of the bonding wire in the drawing process is effectively avoided.