1054 results about "Copper-wiring" patented technology

The invention discloses a high-efficiency intelligent card wire end burying positioning and distance adjusting device, and relates to the technical field of integrated circuit manufacturing. The high-efficiency intelligent card wire end burying positioning and distance adjusting device comprises a fixed winding unit, a guide adjusting unit, a conveying unit and a wire burying unit; a guide adjusting unit is fixedly installed on the fixed winding unit, a conveying unit is fixedly installed on the guide adjusting unit, and the conveying unit is connected with the fixed winding unit. According to the invention, through the flow cooperation of the fixed winding unit, the conveying assembly and the adjusting assembly, the precise conveying of the copper wire to the wire embedding assembly and the wire embedding operation of the intelligent card are realized, and during the spacing adjustment, by means of the cooperative driving of the guide assembly and the adjusting assembly, the multi-unit linkage distance adjustment of the wire embedding assembly can be realized, and the single wire embedding assembly can be finely adjusted independently; and meanwhile, the control modes of manual reference setting of thread end burying and other electric adjustment, touch screen one-key distance adjustment and single-head fine adjustment are matched.

The invention discloses a quick-insertion type strain clamp which comprises an insulating shield, a clamp pressing plate, a wedge block sliding groove, a wedge-shaped sliding block, a compression spring, a pressing type plug pin assembly, an insulator connecting block, an end insulator, a wire plug, a jumper plug, a nylon nut, a T-shaped copper wire clamp and a spring contact finger. The wedge block sliding groove, the pressing type plug pin assembly, the T-shaped copper wire clamp and the insulator connecting block are sequentially installed on the wire clamp pressing plate and are combined into a whole through the wire clamp pressing plate, and the insulating protective cover wraps the outer side of the whole structure. The strain clamp designed by the invention forms a whole body, a wire is pressed during construction, and the installation can be completed by inserting a plug according to requirements. An integral insulation form is adopted, the insulation performance is better, the U-shaped structure is adopted at the end part, and the cable can be suitable for tower types of various angles, and the universality is good.

The invention provides improved techniques for bonding devices using copper-to-copper or other types of bonds. A substrate is cleaned to remove surface oxides and contaminants and then rinsed. The rinsed substrate is provided to coating unit where a protective coating is applied to the substrate. The protective coating may be applied by immersing the substrate in a bath or via chemical vapor deposition. In an aspect, the protective coating may be copper selective so that the protective coating is only applied to copper features of the substrate. The protective coating minimizes formation of oxides and other bond weakening forces that may form during bonding processes, such as bonding a copper wire to a copper bond pad of the substrate. In an aspect, an annealing process is used to cure the protective coating and remove small imperfections and other abnormalities in the protective coating prior to the bonding process.

The present application relates to transformer coil winding technical field, specifically is related to a kind of power transformer component coil winding equipment, including winding machine and framework, still including support rack, support side plate, setting on the wire arrangement mechanism of support side plate, setting on the pull roll mechanism and point adhesive unit of support rack, wire arrangement mechanism includes reciprocating traverse output end and is used to drive wire movement traverse seat, pull roll mechanism includes fixedly set on the support rack of bearing frame, rotationally set on the support roller of bearing frame, insulating paper is wound on support roller and is used to hold insulating paper clamping output end, clamping output end is connected with traverse seat, point adhesive unit includes setting on the vibration mechanism and drop glue device of winding machine, vibration mechanism includes vibration output end, vibration output end is connected with drop glue device, the present device can after copper wire winding ends, automatically pull out insulating paper, and to insulating drop glue, facilitate subsequent on the insulating paper of framework fixed, save working time, improve production efficiency.

The invention relates to the technical field of composite armored cables, and discloses an intelligent sensing type photoelectric composite armored cable for deep-sea mining equipment, which comprises a cable core formed by twisting a plurality of power cable core conductors, an optical fiber communication unit, a medium conveying pipeline and an intelligent sensing unit, and an outer coating layer, tin-plated annealed copper wires and high-strength copper foil wires are arranged in a conductor of the power cable core, an insulation shielding layer is wrapped outside the conductor, the intelligent sensing unit integrates a plurality of optical fibers and optical fiber grating sensors, a loose structure is arranged outside the intelligent sensing unit, one intelligent sensing unit is used for monitoring strain distribution, the other intelligent sensing unit is used for monitoring temperature distribution, and other redundant optical fibers are used as redundant backups. A certain length of grid region interval is preset, distributed measurement along the length of the cable is realized, a sensing optical fiber in the intelligent sensing unit is connected to an optical fiber demodulator of a deck control room, a software system displays strain, temperature, vibration and form data of each point of the cable in real time, an alarm threshold value is set, and the structure is highly integrated and can adapt to a deepwater environment.

The invention relates to a copper wire multi-head wire drawing tension intelligent adjusting method and system, and the method comprises the steps: collecting wire drawing tension data at each wire drawing pass in real time, synchronously obtaining linear speed, motor rotating speed and wire diameter change parameters, carrying out the fusion analysis of the data, and constructing a multi-head wire drawing tension distribution model; calculating a target tension interval of each wire drawing head according to the specification of the copper wire and preset wire drawing process parameters, generating a tension adjusting instruction when the actual tension deviates from the target tension interval, adjusting the rotating speed of a driving motor of the corresponding wire drawing head or the wire drawing speed, and feeding back an adjusting result to a control system to form closed-loop control. The system comprises a multi-point tension acquisition module, an operation parameter acquisition module, a data processing and analysis module, an intelligent decision control module, an execution control module and a feedback control module. Intelligent and stable adjustment of tension in the multi-head wire drawing process is achieved, the consistency of the wire drawing quality is improved, the wire breaking risk is reduced, and the device is suitable for continuous and automatic wire drawing production scenes.

The invention relates to the technical field of cable production, and discloses a new energy charging heat-conducting flame-retardant cable which sequentially comprises a conductor layer, a heat-conducting insulating layer, a self-healing layer, a shielding layer, a mechanical enhancement layer and a flame-retardant outer sheath layer from inside to outside. The conductor layer is formed by a plurality of stranded tin-plated copper wires or nickel-plated copper wires; the heat-conducting insulating layer is composed of a crosslinked polyethylene matrix, a two-dimensional heat-conducting filler and phase-change temperature-adjusting microcapsules, the two-dimensional heat-conducting filler comprises a mixture of boron nitride nanosheets oriented by an electric field and graphene, and the mass fraction of the filler is 40%-55%; a core material of the phase-change temperature-adjusting microcapsule is a compound of paraffin and stearic acid. According to the scheme, trace rare earth and silver elements are introduced into the conductor to form a Cu-Ag-RE solid solution structure, so that the crystal integrity and the oxidation resistance of the conductor are remarkably improved; the structure still keeps excellent conductivity and bending resistance at high temperature, so that the cable can stably operate for a long time in a high-temperature and strong ultraviolet environment during charging, and the conductivity efficiency is improved.

The invention provides an inductance element and a manufacturing method thereof, the inductance element comprises an electrode and a magnetic core, a metal transition layer is arranged between the electrode and the magnetic core, the metal transition layer and the electrode are connected in a metallurgical bonding mode, and the metal transition layer and the magnetic core are connected in a metallurgical bonding mode. The inductance element can prevent the interface between the magnetic core and the copper wire from cracking, and the product performance is excellent.

The utility model relates to the field of copper wire production, and provides a multi-strand copper wire full-automatic stranding device. The multi-strand copper wire full-automatic stranding device comprises a base; the wire twisting mechanism is arranged on the base and is used for twisting a plurality of strands of copper wires together; the clamping mechanism is arranged below the wire twisting mechanism and used for clamping the wire coil from the two sides to the center; the pushing mechanism is used for transporting the wire coil to the center of the clamping mechanism; the pushing mechanism is provided with a moving part which is arranged between the clamping mechanisms and is used for driving the wire coil to be close to or far away from the clamping mechanisms; the lifting part is arranged on the moving part and used for driving the wire coil to move up and down; the loading part is arranged on the lifting part and is used for loading a wire coil; and the limiting mechanisms are arranged on the two sides of the pushing mechanism and used for positioning the wire coil and enabling the clamping mechanism to accurately clamp the wire coil. According to the equipment, through cooperation of the pushing mechanism and the limiting mechanism, automatic coil feeding and discharging are achieved, the labor intensity of workers is reduced, and the labor cost is saved.

This invention provides a circuit emergency protection device for high-voltage switchgear, belonging to the technical field of circuit emergency protection equipment. The device includes a switchgear body, an internal mounting frame, a leakage current protection mechanism mounted on the top of the mounting frame, an inspection light mounted on the top of the switchgear body, a temperature sensor mounted inside the switchgear body, a cooling mechanism mounted at the bottom of the switchgear body, a ventilation mechanism mounted on the top of the switchgear body, and a leakage current protector mounted on the top of the mounting frame. The leakage current protector contains a magnetic ring, with a copper wire sleeved on its outer wall. A connecting wire is attached to the top of the copper wire, and the top of the connecting wire is connected to a circuit board. This invention can quickly detect abnormal current and cut off the power supply, providing more direct protection for operators. By monitoring leakage current, it can cut off the power supply before a fire hazard occurs, significantly reducing the risk.

The invention relates to the technical field of wire and cable processing equipment, in particular to a wire and cable copper wire drawing machine which comprises a machine table and the like, a pay-off device, a fixing plate and a pull rod are sequentially and fixedly mounted on the machine table from left to right, a wire drawing box is slidably connected to the position, close to the pull rod, of the machine table, and a fixed wire drawing module is fixedly connected to a side plate of the wire drawing box; the top end of the wire drawing box is fixedly connected with a lubricating liquid box, a hand pressure valve is installed between the wire drawing box and the lubricating liquid box, the hand pressure valve is connected with the fixed wire drawing module through a liquid pipe, and the hand pressure valve makes contact with the pull rod. Through the cooperative design of the hand pressure valve and the pull rod, automatic conveying control over lubricating liquid is achieved, in the wire drawing process, along with movement of the wire drawing box, the hand pressure valve is automatically opened, the lubricating liquid is accurately conveyed to the position where the wire drawing module is fixed, timely and effective lubrication is provided for a copper wire, and friction and abrasion between the copper wire and the wire drawing module are reduced.

This invention discloses an inverter inductor using film-coated aluminum wire, comprising: a housing disposed at the top of a base plate, the housing having an outer conductor tube inside the housing, and an inner conductor tube slidably connected inside the outer conductor tube; a top cover connected to the top of the inner conductor tube, the top cover having a concave tube and a connecting tube passing through its interior, the bottom end of the concave tube connected to the inner conductor tube; and an inductor coil disposed at the bottom of the top cover, the two ends of the inductor coil being fixedly connected to the top cover by baffles, the inductor coil being wound with film-coated flat aluminum wire; the inner conductor tube slides down along the outer conductor tube, facilitating stable entry of the inductor coil into the housing. The use of film-coated flat aluminum wire instead of traditional enameled flat copper wire reduces the weight of the inductor coil, lowers product costs, facilitates the movement and installation of the inductor coil, and improves production efficiency.

Provided are a copper complex ink and a method for producing a copper film, which are capable of producing copper wiring that has excellent storage stability, low volume resistivity, and high smoothness. [Solution] A copper complex ink containing a copper complex represented by the general formula (HCOO)2Cu((CH3)2C(NH2)CH2OH)2, in which the proportion of precipitated particles within 30 days from production is less than 50 area %, and the maximum particle diameter of the precipitated particles is less than 10 μm.

The invention relates to the field of hollow coil processing, in particular to a hollow coil winding method and device. A first fixing point and a second fixing point are preset; fixing one end of the copper wire at the first fixing point to form an initial wire; pulling the copper wire to a mandrel, driving the mandrel to rotate, simultaneously enabling the first fixing point and the second fixing point to coaxially rotate around the mandrel at the same angular velocity, and fixing the other end of the copper wire at the second fixing point after rotating for a preset number of turns to form a tail wire; and cutting off at preset cutting-off positions with the same distance from the core shaft on the starting wire and the tail wire respectively to obtain the hollow coil. According to the hollow coil winding method and device, compared with a traditional hollow coil machining method, the cutting precision of the head wire and the tail wire is guaranteed, the head wire end and the tail wire end of the coil do not need to be machined again after cutting is completed, the machining steps are simplified, the machining efficiency is improved, the consistency of the shape and performance of a product is guaranteed, and the production cost is reduced. And the product quality can be improved.

The invention provides an iron core copper wire conveying and cutting device which comprises an iron core frame, and an iron core body to be cut is fixed in the iron core frame to form an iron core assembly; a machine table; the transmission mechanism comprises a speed multiplication line; the material moving mechanism comprises a material moving support, a lifting frame and two overturning assemblies, the lifting frame is connected to the material moving support and can move in the horizontal direction and / or the vertical direction, the two overturning assemblies are connected to the lifting frame in a sliding mode, and the overturning assemblies drive the iron core assemblies to overturn; and the to-be-cut copper wire can penetrate into the cutting mechanism. The iron core assembly is conveyed in a feeding and discharging mode through the conveying mechanism, the material moving mechanism is used for moving the iron core assembly into the cutting mechanism, and the overturning assembly can drive the iron core assembly to overall overturn so as to be matched with the cutting mechanism to complete precise cutting treatment. Compared with a conventional copper wire cutting technology, the copper wire cutting device has the advantages of being high in automation degree, high in machining quality and efficiency, high in stability, high in compatibility and the like.

The invention relates to monitoring equipment and a monitoring method for a power equipment monitoring scene, and belongs to the technical field of power monitoring. The monitoring equipment for the power equipment monitoring scene comprises a plurality of cross-core shells, insulated copper wires are arranged in the cross-core shells, the ends of the insulated copper wires are fixedly connected with connecting ends, and the two connecting ends are installed on the surfaces of the cross-core shells; the monitoring switching mechanism is arranged among the plurality of core penetrating shells; a dynamic monitoring strategy is implemented on the basis of line load characteristics of different power utilization scenes in a power-on operation state of a power system, and when the system is powered off to switch lines, the monitoring system can automatically and synchronously switch to a monitoring mode of a new line, so that the continuity and integrity of monitoring data in a line switching process are ensured, and the monitoring efficiency is improved. Therefore, the full-period monitoring effectiveness of the power line is guaranteed, and the monitoring effect of the power line is guaranteed.

This invention relates to a magnetic compression stocking for the treatment of the widespread varicose vein, characterized in that it comprises a copper wire (2) positioned inside the stocking from the ankle to below the kneecap and wound along the stocking axis of the compression stocking (1) made of double-layered bamboo fabric and around the stocking, a battery holder (4) which holds the lithium polymer batteries in position, arranged in the form of a clamp and located inside the stocking at the ankle, and a housing (3) which includes a mobile application circuit with an inverter which converts the direct current generated by the batteries in the battery holder (4) into alternating current, and a Wi-Fi module.

The present application relates to waste copper recycling processing technology field, especially to a kind of copper-containing waste recovery metal copper processing equipment.The technical problem to be solved is that artificial secondary processing is carried out on residual copper wire, which leads to continuous taking by workers, not only increases labor cost, but also greatly affects production efficiency.Due to the excessive friction between the operating knife and the motor shaft during cutting, the operating knife is jammed, which affects the cutting efficiency, and the copper wire after cutting is easily wound on the dismantling device, which seriously affects the efficiency of copper recovery.The technical scheme is that a kind of copper-containing waste recovery metal copper processing equipment includes a shell and a rotating wheel, etc.The shell upper side middle part is rotatably connected with rotating wheel.The present application changes the angle of the second saw blade during cutting through the universal joint, prevents the excessive friction between the saw blade and the copper shaft during cutting, leads to the jamming of the first saw blade and the second saw blade, affects the cutting efficiency, and separates the copper shaft after cutting.

The utility model discloses a magnetic ring inductance rotary wire feeding mechanism which comprises a speed reducer fixing plate and a pair of speed reducers symmetrically arranged on the speed reducer fixing plate, an eccentric rotary wire feeding assembly is rotatably connected with the speed reducer fixing plate through the speed reducers, and each speed reducer comprises a longitudinal output shaft. One end of the bottom of the longitudinal output shaft penetrates through the speed reducer fixing plate and is fixedly connected with the eccentric rotary wire feeding assembly, the eccentric rotary wire feeding assembly comprises a wire feeding guide pin used for outputting a metal wire, and the wire feeding guide pin and the longitudinal output shaft are arranged in a non-coaxial mode; the eccentric rotary wire feeding assembly is adopted, copper wires can be tensioned in the wire feeding process, equivalent rotation can be conducted according to rotation of the magnetic ring in the wire feeding process, the magnetic ring is round, and the tensioning end and the wire feeding end of the eccentric rotary wire feeding assembly can rotate along with the track of the magnetic ring. Therefore, the purpose that the thread end can rotate along with the magnetic ring can be achieved; and the stability and the accuracy of magnetic ring winding are improved.

The invention is suitable for the technical field of wire drawing equipment, and provides modularized combined type copper wire drawing equipment which comprises an equipment base, a feeding module, a tensioning and guiding module, a heating and lubricating module, a wire drawing module, a cone pulley module, a discharging module and a rapid cooling module. The rapid cooling module is composed of a liquid discharge pipe, a cooling cylinder, a heat exchange pipe, a liquid inlet pipe, a temperature sensing control mechanism and a cooling mechanism. The temperature sensing control mechanism is matched with the cooling mechanism, so that the high-temperature cooling liquid in the heat exchange pipe is rapidly cooled in a short time, the temperature of the cooling liquid is rapidly reduced to a controllable range, the problem that a die hole expands and deforms or the surface abrasion is aggravated due to the fact that the wire-drawing die is in a high-temperature environment for a long time is effectively solved, and the service life of the wire-drawing die is prolonged; quality defects such as surface oxidation, galling or diameter out-of-tolerance of the copper wire caused by high temperature are prevented, uniform stress and stable deformation of the copper wire in the wire drawing process are guaranteed, continuity and consistency of the wire drawing process are guaranteed, and the dual functions of equipment cooling and waste heat recycling are achieved.

The utility model discloses a multi-wire-coil synchronous rotation wire leading mechanism, which comprises a base, a wire coil cylinder and a guide part, a wire leading frame is arranged at the top of the base, the wire coil cylinder is arranged at the top of the base, the guide part is arranged at the top of the wire coil cylinder, and the guide part is provided with a rotating shaft which is vertically and rotatably arranged at the top of the wire coil cylinder. A connecting frame is arranged on the side face of the rotating shaft, a rotating frame is rotationally arranged in the connecting frame, a guide wheel a is rotationally arranged in the rotating frame to guide the trend of a copper wire, a limiting frame is arranged on the side face of the rotating shaft, and a sliding block is transversely arranged in the limiting frame in a sliding mode. By arranging the wire coil cylinder and the guide part, when the wire drawing machine starts to work, the sliding block is pushed to move through tension generated by pulling a copper wire, so that the copper wire can pass through a gap between the sliding block and the rotating shaft, and after the wire drawing machine stops working, due to the fact that the tension of the copper wire disappears, the spring can push the sliding block to move to clamp the copper wire. And slipping is prevented.

This invention discloses an insulating encapsulation structure and connection method for a probe temperature sensor, relating to the field of temperature sensor technology. The insulating connection bracket has an outer insulating and thermally conductive protective layer, and contains insulating adhesive and a temperature-sensing component. The specific implementation is as follows: an insulating layer assembly, a built-in snap-fit ​​structure within the insulating connection bracket, and an eccentric cavity for housing the temperature-sensing component. A thermistor glass body is used as the insulator. In the insulation process, direct contact between the glass body and the inner wall of the bracket reduces one useless insulating layer. The cavity formed by the end of the insulating connection bracket and the insulating layer assembly houses the temperature-sensing component. The cavity contains a clearance structure for the thermistor pins and multiple layers of insulation between the pins and the conductive copper wires. A fluid insulating adhesive is used, and then the insulating connection is cured. Finally, the encapsulation is placed inside a metal shell containing insulating adhesive and cured, thus forming multiple layers of effective insulation and sufficient safe insulation thickness between the thermistor conductive pins and the metal shell.

The invention relates to the technical field of motor design and manufacturing, in particular to a design method of a motor flat copper wire stator winding. Comprising the following steps: constructing a basic data source layer, and integrating stator slot space data, electromagnetic boundary data and wire physical parameters; a topology generation layer is constructed, winding space distribution and an end connection path are planned, a transposition connection module plans the inter-layer connection relation of wires in a groove, and an end topology module plans the spatial layout of end welding points; constructing a dynamic adjustment layer, establishing a three-dimensional space matrix by taking the end surface of the stator core as a reference, setting a step dislocation mechanism comprising a step dislocation amount and a design tolerance, and adjusting the axial height distribution of end welding points; and generating and outputting a three-dimensional design model or manufacturing parameters of the stator winding based on an adjustment result, and realizing unification of electromagnetic optimization, end space avoidance and welding accessibility.

The utility model relates to the technical field of data line processing, and discloses a waste recovery device for data line processing, which comprises a table body, a winding assembly is arranged on the outer wall of the table body, a first motor is started to drive a driving roller to rotate during daily use, and then a data line is moved; when the data line is cut, the cutters on the upper side and the lower side cut and slide the outer skin of the data line, the outer skin of the data line is cut again by the separation frame after being cut, and a copper wire droops due to loss of the wrapping force of the outer skin and is wound by the winding assembly through the driving roller and the driven roller; the motor drives the reciprocating threaded rod to rotate, then the second threaded sliding block and the inclined face elastic telescopic plate are made to move, then the inclined face elastic telescopic plate can periodically pop out of the notch to eject and stretch the cut position of the data line outer skin, and it is guaranteed that the data line outer skin can be separated more thoroughly.

The utility model discloses a geophysical prospecting instrument wiring device for geological prospecting, which comprises a weather-proof plastic shell, an inner cavity and a partition plate are arranged in the weather-proof plastic shell, the front side and the rear side of the shell are respectively provided with two groups of holes for introducing cables, and rubber sealing rings are arranged at the holes; two groups of pure copper wire connectors are mounted on a bracket at the bottom of the inner cavity, bolt holes and square holes are formed in two ends of the wire connectors, and slidable n-shaped wire pressing plates are mounted on the square holes; lower bolt holes are formed in the left side and the right side of the shell, and the upper detachable cover body is provided with a waterproof ring and upper bolt holes. And a mortise and tenon groove is formed below the shell and matched with a mortise and tenon of the cover body. According to the utility model, the weather-proof plastic shell is adopted to protect the internal pure copper wiring mechanism, and stable conductive connection is realized through the combination of the wire pressing plate and the wire connector; the modular mortise and tenon design supports series connection of multiple devices, and the waterproof performance is ensured through double-layer sealing rings and drainage grooves; the design of the sealing ring and the partition plate effectively prevents short circuit, the buffer gasket enhances the wiring stability, and the whole structure adapts to the field severe environment and has durability and safety.

The present application discloses a hairpin motor winding, comprising a stator assembly. The stator assembly has 8 pole pairs and is three-phase. The stator assembly further comprises a stator core; the stator core is provided with 48 slots, which are sequentially named as point 1 to point 48 in a counterclockwise direction; there are two slots per pole per phase; the stator core is provided with a plurality of hairpin winding copper wires having insulating layers; the hairpin winding copper wires on the stator core are arranged in six layers, which are sequentially labeled as layer 1 to layer 6 from the inner ring to the outer ring of the stator core; the plurality of hairpin winding copper wires are connected to each other by means of bridging wires; and the plurality of hairpin winding copper wires are connected to each other to form a winding structure. By means of the described method, in the present application, the hairpin winding copper wires can be reversely twisted, so that the hairpin winding copper wires that need to be connected in the same phase move close to each other and are welded in a concentrated manner, thereby reducing the bridging wires, and thus reducing the weight and costs of the motor.

The utility model discloses a wheel speed sensor anti-drop terminal, and relates to the field of automobile accessories, the wheel speed sensor anti-drop terminal comprises a skeleton, a partition plate is fixedly connected in the skeleton, two guide blocks are arranged in the skeleton, one end of each guide block extends out of the skeleton, the other end of each guide block is provided with a wire clamping port used for plugging a copper wire harness, and the partition plate is provided with an anti-drop assembly used for preventing the copper wire harness from loosening. According to the invention, through cooperative arrangement of the through groove, the bidirectional screw rod, the clamping plate and other structures, during use, a copper wire harness is firstly inserted into the wire clamping opening, then the bidirectional screw rod is rotated through the rotating disc, and the wire clamping opening is clamped in the through groove; the two-way screw drives the two clamping plates to get close to each other, the two clamping plates clamp and fix the copper wire harness, the copper wire harness is prevented from being separated from the wire clamping opening, and the problem that the copper wire harness of the wheel speed sensor is likely to be loosened from the wire clamping opening due to long-time bumping and poor contact is caused is solved as much as possible.

The utility model discloses a copper wire cleaning mechanism of a steel pail automatic welding machine, relates to the technical field of steel pail automatic welding machines, and aims to solve the technical problem that a current copper wire cleaning mechanism is poor in copper wire cleaning effect, and the copper wire cleaning mechanism comprises an equipment shell and a connecting plate. Through the designed cleaning assembly, when a copper wire passes through two groups of rollers, the copper wire can penetrate through an opening cleaning ring on a mounting plate, so that in the copper wire conduction process, two groups of driving roller shafts can be driven to rotate through a driving structure, and then the two groups of driving roller shafts can drive an opening ring to rotate; at the moment, the opening cleaning ring on the opening ring rotates synchronously, then the opening cleaning ring can complete rotating cleaning of the copper wire, the cleaning effect on the copper wire can be effectively guaranteed, and the situation that part of the position of the copper wire cannot be cleaned is avoided.

This application discloses a motor stator copper wire dismantling device, comprising: a fixed base, a clamping assembly, a cutting assembly, and a stripping assembly. The fixed base is placed on the ground, and a sliding groove is provided above the fixed base. A guide rod is disposed in the sliding groove. The clamping assembly is fixedly disposed on the guide rod, clamping the motor stator onto the fixed base. The cutting assembly is fixedly disposed on the sliding groove, cutting the copper wire of the motor stator. The stripping assembly is fixedly disposed on the fixed base, located at the end of the clamping assembly away from the cutting assembly. This application improves the efficiency of motor stator copper wire dismantling equipment.