CN116331944A - A wire take-up device for a copper-clad steel wire production line - Google Patents

Abstract

The utility model provides a copper clad steel wire production line is with admission machine which characterized in that includes: the device comprises a support frame, a feeding mechanism, a cycloid mechanism, a driving mechanism and a discharging mechanism; by arranging the feeding mechanism and the discharging mechanism, during feeding, a worker pushes the reel to a working area by using the push plate, and during discharging, the discharging mechanism takes away the reel after the reel is rotated out of the working area by the discharging mechanism, so that the reel can be conveyed or taken out by the worker without touching the working area, and the accident rate is reduced; through setting up cycloid mechanism and actuating mechanism, can be with even arrangement of wire rod at the reel, but also automatic continuous line, automatic wire winding and automatic tangent line, the artificial intervention that has significantly reduced has promoted efficiency.

Description

A wire take-up device for a copper-clad steel wire production line

technical field

The invention relates to the technical field of conveying strips, in particular to a wire take-up device for a copper-clad steel wire production line.

Background technique

The wire take-up device is a device that can quickly take up and pack the wire; however, the current wire take-up device has some shortcomings. Excessive take-up, and the replacement of the take-up reel after the take-up is inconvenient, which affects the work efficiency of the wire take-up operation;

To this end, the Chinese invention patent No. 202120248774.1 discloses a wire take-up device, including a support platform and a control box, the upper surface of the support platform is fixedly connected to the control box, and the front surface of the support platform is fixedly connected to There is a heat dissipation plate, the front surface of the control box is movably connected to a No. 1 box door, and the front surface of the control box is located on the side of the No. One side of the plate is movably connected with the No. 2 box door, one side surface of the support platform is fixedly connected with an airtight device, and the upper surface of the support platform is fixedly connected with an airtight switch on the side above the airtight device , one side surface of the control box is fixedly connected with an air pipe, and one side of the control box is movably connected with a No. Finally, the operator can be reminded to replace the take-up reel, and it is more convenient to disassemble and replace the take-up reel, and the take-up is more stable;

Through the research on the above-mentioned wire take-up device, it is found that it cannot arrange the wire evenly on the take-up reel, but can only wind the wire in the middle of the take-up reel, and when the take-up reel finishes winding the wire, it needs to be manually cut off , to remove the take-up reel;

Therefore, we urgently need to invent a device that can evenly arrange the wires on the take-up reel, and when the take-up reel has finished reeling the wires, it can automatically cut the wire and assist manual collection of the take-up reel to solve the above problems.

Contents of the invention

In view of the above problems, the present invention provides a wire take-up device for a copper-clad steel wire rod production line. By setting a feeding mechanism and a feeding mechanism, during feeding, workers use push plates to push the winding wheel to the work area. , the unloading mechanism transfers the reel out of the work area, and then the worker takes the reel away, so that the worker can deliver or take out the reel without touching the work area, reducing the incidence of accidents; by setting the pendulum The wire mechanism and driving mechanism can evenly arrange the wire on the winding wheel, and can also automatically continue, automatically wind and automatically cut the wire, which greatly reduces manual intervention and improves efficiency.

The technical solution used in the present invention is: a wire take-up device for a copper-clad steel wire rod production line, including: a support frame, a feeding mechanism, a cycloid mechanism, a driving mechanism and a feeding mechanism;

Described support frame is provided with base plate, and base plate is provided with support A, support B, upright post, gantry, support C, support D and support E above base plate, and wherein four uprights are equipped with discharge plate, and described discharge plate can be placed on the upright column Sliding up and down, the bracket B is equipped with a round rod, the other end of the round rod is installed on the discharge platform, and a push plate is installed in the middle of the round rod, and the push plate can slide back and forth on the round rod. The discharge area of the material table is provided with a groove, and a winding wheel can be placed in the groove, and a blanking mechanism is installed on the bracket A, and a cycloid mechanism is installed on the portal frame and the bracket C. The base plate and the bracket D are equipped with a driving mechanism;

When the device needs to be used, the upper surface of the discharge plate and the upper surface of the discharge table are on the same plane. At this time, the winding wheel is placed in the groove of the discharge area of the discharge table, and then the push plate is manually pushed. Push the winding wheel to the working area on the unloading plate, and then pass the produced wire into the cycloid mechanism, which will drive the end of the wire to rest on the flat plate above the push plate, and then manually push the wire The plate is reset to the unloading platform, and the thread end is on the winding wheel at this time, and then the load-bearing shaft in the driving mechanism is inserted into the winding wheel. After this step, the unloading plate is lowered, and then the driving mechanism is started. After pressing the end of the thread firmly on the winding wheel, it drives the winding wheel to rotate, and winds the wire on the winding wheel. When the winding is completed, the cycloid mechanism cuts the wire, and then the load-bearing shaft in the driving mechanism exits the winding When the load-bearing shaft exits, the unloading support shaft in the unloading mechanism is inserted into the reel, then the reel is removed, and then a new reel is replaced on the feed mechanism, and the above steps are repeated , so that the device works uninterrupted.

Further, the cycloid mechanism includes: a wire inlet, a motor A, a screw A, a slider, a motor B, a roller, a motor C, a transmission shaft and a pressing knife;

The wire inlet is installed on the gantry, the bracket C is equipped with a motor A, the gear on the drive shaft of the motor A meshes with the gear on the screw A, the screw A is equipped with a slider, and the slider The upper side is equipped with motor B, roller, motor C, transmission shaft and pressing knife. The above parts can slide on the screw rod A with the slider. Motor B is connected with the roller. Motor B can drive the roller to rotate. The gear on the motor C and The gears on the transmission shaft are meshed, and the rack on the press knife is meshed with the gears on the transmission shaft;

When work is required, the produced wire is first passed through the wire inlet manually, then passed between the two rollers on the slider, and then passed under the press knife until it reaches the flat plate, and then the wire is wound During the process, the motor B keeps rotating, driving one of the rollers to rotate, so as to ensure that the wire is continuously wound on the winding wheel, and during the winding process, the motor A rotates, driving the screw A to rotate, thereby driving the slider to slide left and right , the slider will drive the wire between the two rollers to swing from side to side, so that the winding is more uniform. When the winding is completed, the motor C drives the transmission shaft to rotate, thereby driving the pressing knife to move downward, cutting the wire, and replacing the winding wheel Finally, the cycloid mechanism will repeat the above steps to drive the thread end to a new thread wheel again, and so on.

Further, the drive mechanism includes: a sliding plate, a motor D, a gear shaft, a bearing shaft, a rotating sleeve, a pressing rod, an inclined pad, a toggle rod, an output gear shaft, a motor E, a motor F and a screw B;

The sliding plate is installed in the chute of the bottom plate, the teeth on the sliding plate mesh with the teeth on the gear shaft, the gear on the gear shaft meshes with the gear on the motor D, and the motor D is installed above the bracket E. A load-bearing shaft is also installed on the sliding plate, and a rotating sleeve and an inclined pad are installed on the load-bearing shaft. Four pressing rods are fixed on the rotating sleeve, and four pressing rods are connected by four springs. The teeth of the output gear mesh with the teeth of the output gear shaft. The output gear shaft is installed on the bracket D and connected to the motor E through a belt. The motor E is installed on the bottom plate, and the motor F is also installed on the bottom plate. It is connected with the screw rod B, and the screw rod B is also installed on the bracket D, and a toggle rod is installed on the screw rod B, and the toggle rod is arranged around the rotating sleeve, which can drive the rotating sleeve to slide back and forth;

When the drive mechanism needs to be used, the motor D is started to drive the gear shaft to rotate, and the gear shaft drives the sliding plate to slide inwardly, and the sliding plate will drive the load-bearing shaft to be inserted into the reel, and then the motor F is started to drive the screw rod B to rotate , the toggling rod on the screw rod B will slide inward with the rotation of the screw rod B, and the sliding of the toggling rod will drive the rotating sleeve to slide inward. Lift it up and insert it into the slot of the winding wheel. When the rotating sleeve continues to slide inward, the groove on the pressure rod will engage with the inclined pad. At this time, because the four pressure rods are connected by springs, The spring will drive the pressure rod to press the thread end on the reel, and then the motor E will drive the output gear shaft to rotate, and the output gear shaft will drive the rotation sleeve to rotate, thereby driving the pressure rod to rotate, and the pressure rod will be stuck in the slot of the reel , so as to drive the winding wheel to rotate to complete the winding.

Further, a plane plate is installed on the upper side of the push plate, and the plane plate plays the role of threading. When the push plate drives the plane plate to move away, the thread end just falls on the winding wheel.

Further, the feeding mechanism is provided with a cylinder and an inclined slider. When the cylinder is stretched out, the inclined slider slides forward, so that the discharging plate moves upwards and is on the same horizontal line as the discharging table. When the feeding mechanism After the work is finished, the cylinder shrinks, and the inclined slider slides backward, so that the discharge plate moves downward, so that the winding wheel can normally wind.

Further, two rubber wheels are provided at the position where the toggle rod is in contact with the rotating sleeve, which can ensure that the rotating sleeve will not be worn out when the shifting rod drives the rotating sleeve to slide forward.

Because the present invention adopts above-mentioned technical scheme, the present invention has the following advantages:

(1) By setting up the feeding mechanism and the unloading mechanism, when loading, the worker uses the push plate to push the winding wheel to the working area. The wire reel is removed, so that workers can deliver or take out the reel without touching the work area, reducing the incidence of accidents;

(2) By setting the cycloid mechanism and the driving mechanism, the wire can be evenly arranged on the winding wheel, and it can also automatically continue, automatically wind and automatically cut the thread, which greatly reduces manual intervention and improves efficiency.

Description of drawings

Figure 1 is a schematic diagram of the overall structure of the present invention.

Fig. 2 is a structural schematic diagram of the support frame and the feeding mechanism of the present invention.

Fig. 3 is a structural schematic diagram of another direction of the feeding mechanism of the present invention.

Fig. 4 is a schematic diagram of the cycloid mechanism of the present invention.

Fig. 5 is a schematic diagram of the driving mechanism of the present invention.

Fig. 6 is a schematic diagram of another direction of the driving mechanism of the present invention.

Fig. 7 is a schematic diagram of the toggle lever of the present invention.

Fig. 8 is a schematic diagram of the unloading mechanism of the present invention.

Reference numerals: 1-support frame; 2-feeding mechanism; 3-cycloid mechanism; 4-driving mechanism; 5-feeding mechanism; 101-bottom plate; 102-support A; 103-support B; 105-gantry frame; 106-bracket C; 107-bracket D; 108-bracket E; 201-discharging platform; 202-push plate; Winding wheel; 207-cylinder; 208-slope slider; 301-wire inlet; 302-motor A; 303-screw A; 304-slider; 305-motor B; 306-roller; 307-motor C; 308-drive shaft; 309-pressure knife; 401-sliding plate; 402-motor D; 403-pinion shaft; 404-bearing shaft; Moving rod; 409-output gear shaft; 410-motor E; 411-motor F; 412-screw B; 501-motor G; 502-rotary connector; 503-motor H; Rubber wheels.

Detailed ways

The technical solutions of the present invention will be further specifically described below through the embodiments and in conjunction with the accompanying drawings. In the following description, many specific details are set forth in order to fully understand the present invention, but the present invention can be implemented in many other ways different from those described here, and those skilled in the art can do similar Modifications, and therefore the present invention is not limited to the specific examples disclosed below.

Embodiments, as shown in Figures 1-8, a wire take-up device for a copper-clad steel wire rod production line, comprising: a support frame 1, a feeding mechanism 2, a cycloid mechanism 3, a driving mechanism 4, and a feeding mechanism 5;

Support frame 1 is provided with base plate 101, and base plate 101 is provided with support A102, support B103, column 104, gantry frame 105, support C106, support D107 and support E108, and wherein four column 104 is equipped with discharging plate 205, and discharging Plate 205 can slide up and down on column 104, round bar 204 is housed on bracket B103, and the other end of round bar 204 is contained on the discharge platform 201, and push plate 202 is housed in the middle of round bar 204, and flat plate 203 is housed on push plate 202 , the push plate 202 can slide back and forth on the round rod 204, the front of the push plate 202 is the discharge area of the discharge table 201, the discharge area of the discharge table 201 is provided with a groove, the reel 206 can be placed in the groove, and the bracket A102 is equipped with a blanking mechanism 5, the gantry 105 and the bracket C106 are equipped with a cycloid mechanism 3, and the bottom plate 101 and the bracket D107 are equipped with a driving mechanism 4;

When the device needs to be used, the upper surface of the discharge plate 205 and the upper surface of the discharge table 201 are on the same plane, and at this time, the winding wheel 206 is placed in the groove of the discharge area of the discharge table 201, and then manually Push the push plate 202, push the winding wheel 206 to the working area on the discharge plate 205, then pass the produced wire rod into the cycloid mechanism 3, and the cycloid mechanism 3 will drive the thread end of the wire rod on the top of the push plate 202. On the plane plate 203, the plane plate 203 has played the role of taking the thread, and when the push plate 202 drives the plane plate 203 to move away, the end of the thread just falls on the winding wheel 206, and then the load-bearing shaft 404 in the driving mechanism 4 is inserted into the winding In the wheel 206, after this step is completed, the discharge plate 205 is lowered, and then the driving mechanism 4 is started, and after the end of the thread is firmly pressed on the winding wheel 206, the winding wheel 206 is driven to rotate, and the wire is wound on the winding wheel. 206, when the winding is completed, the cycloid mechanism 3 cuts off the wire, and then the load-bearing shaft 404 in the drive mechanism 4 withdraws from the winding wheel 206, and when the load-bearing shaft 404 withdraws, the blanking support shaft in the blanking mechanism 5 504 is inserted into the winding wheel 206, then the winding wheel 206 is removed, and then a new winding wheel 206 is replaced on the feeding mechanism 2, and the above steps are repeated to make the device work continuously.

Embodiment, as shown in Fig. 2-Fig. 3, feeding mechanism 2 comprises: discharging table 201, push plate 202, plane plate 203, round rod 204, discharging plate 205, reel 206, air cylinder 207 and inclined-plane slide block 208; the cylinder 207 is installed in the bracket E108, and the front side of the cylinder 207 is equipped with an inclined slider 208, the lower side of the inclined slider 208 is stuck on the slideway of the bottom plate 101, and the upper side is in contact with the discharge plate 205; When the height of the material plate 205 is reached, the cylinder 207 stretches out, and the inclined-plane slide block 208 slides forward to make the discharge plate 205 move upwards, the cylinder 207 shrinks, and the inclined-plane slide block 208 slides backward, so that the discharge plate 205 moves downward.

Embodiment, as shown in FIG. 4 , the cycloidal mechanism 3 includes: a wire inlet 301, a motor A302, a screw A303, a slider 304, a motor B305, a roller 306, a motor C307, a transmission shaft 308 and a pressing knife 309;

The wire inlet 301 is installed on the gantry 105, the motor A302 is installed on the bracket C106, the gear on the transmission shaft of the motor A302 meshes with the gear on the screw rod A303, and the slider 304 is installed on the screw rod A303, and the upper side of the slider 304 Equipped with motor B305, roller 306, motor C307, transmission shaft 308 and press knife 309, the above parts can slide on the screw rod A303 with the slider 304, the motor B305 is connected with the roller 306, the motor B305 can drive the roller 306 to rotate, and the motor C307 The gear on the top of the press knife meshes with the gear on the transmission shaft 308, and the rack on the pressing knife 309 meshes with the gear on the transmission shaft 308;

When work is required, first the produced wire is manually inserted through the wire inlet 301, then passes between the two rollers 306 on the slider 304, and then passes under the press knife 309 until it touches the flat plate 203 Above, during the winding process, the motor B305 keeps rotating, driving one of the rollers 306 to rotate, so as to ensure that the wire is continuously wound on the winding wheel 206, and during the winding process, the motor A302 rotates, driving the screw A303 to rotate , so as to drive the slider 304 to slide left and right, and the slider 304 will drive the wire between the two rollers 306 to swing left and right, so that the winding is more uniform. 309 moves downwards, cuts off the wire, and after replacing the reel 206, the cycloid mechanism 3 will repeat the above steps to drive the end of the thread to the new reel 206 again, and so on.

Embodiment, as shown in FIGS. 5-7 , the driving mechanism 4 includes: a sliding plate 401, a motor D402, a pinion shaft 403, a bearing shaft 404, a rotating sleeve 405, a pressing rod 406, an inclined plane clamping pad 407, and a toggle rod 408 , output gear shaft 409, motor E410, motor F411 and screw rod B412;

The sliding plate 401 is installed in the chute of the bottom plate 101, the teeth on the sliding plate 401 mesh with the teeth on the pinion shaft 403, the gears on the pinion shaft 403 mesh with the gears on the motor D402, and the motor D402 is installed above the bracket E108 , the sliding plate 401 is also equipped with a load-bearing shaft 404, the load-bearing shaft 404 is equipped with a rotating sleeve 405 and an inclined plane pad 407, four pressing rods 406 are fixed on the rotating sleeve 405, and four pressing rods 406 are used between the four pressing rods 406. Spring connection, the teeth on the rotating sleeve 405 mesh with the teeth of the output gear shaft 409, the output gear shaft 409 is installed on the bracket D107, and connected with the motor E410 through a belt, the motor E410 is installed on the bottom plate 101, and the bottom plate 101 A motor F411 is also installed, and the motor F411 is connected with the screw mandrel B412 through a belt, and the screw mandrel B412 is also installed on the support D107, and a toggle rod 408 is installed on the screw mandrel B412, and the toggle rod 408 is arranged around the rotating sleeve 405, Can drive the rotating sleeve 405 to slide back and forth;

When the driving mechanism 4 needs to be used, the motor D402 starts, drives the pinion shaft 403 to rotate, the pinion shaft 403 drives the sliding plate 401 to slide inwardly, the sliding plate 401 drives the load-bearing shaft 404 to be inserted into the reel 206, and then the motor F411 starts, Drive the screw rod B412 to rotate, the toggle rod 408 on the screw rod B412 will slide inward with the rotation of the screw rod B412, the sliding of the toggle rod 408 will drive the rotating sleeve 405 to slide inwardly, and the toggle rod 408 and the rotation The contact position of the sleeve 405 is provided with two rubber wheels 4081, which can ensure that the rotating sleeve 405 is not worn. When the rotating sleeve 405 is sliding, the pressure rod 406 will lift up when it touches the inclined pad 407, and When the rotating sleeve 405 continues to slide inward, the groove on the pressure rod 406 will engage with the inclined pad 407. At this time, the four pressure rods 406 are connected by springs. , the spring will drive the pressure rod 406 to press the thread end on the winding wheel 206, and then the motor E410 will drive the output gear shaft 409 to rotate, and the output gear shaft 409 will drive the rotation sleeve 405 to rotate, thereby driving the pressure rod 406 to rotate, and the pressure rod 406 will be stuck In the slot of the winding wheel 206, the winding wheel 206 is driven to rotate to complete the winding. When the winding is completed, the toggle lever 408 drives the pressing rod 406 to exit the winding wheel 206, and the pinion shaft 403 drives the bearing shaft 404 Withdraw from the reel 206, and when the bearing shaft 404 withdraws from the reel 206, the blanking mechanism 5 starts to work.

In an optional implementation mode in the embodiment of the present invention, as shown in Figure 8, the blanking mechanism 5 includes: a motor G501, a rotary joint 502, a motor H502 and a blanking support shaft 504; the motor G501 is installed on the bottom plate 101, and rotates Connecting head 502 is installed on the support A102, and motor H502 is housed on the rotating connecting head 502, and supporting shaft 504 is equipped with at the end of rotating connecting head 502, and the tooth on the supporting shaft 504 meshes with the gear on the motor H502, when the reel 206 After the winding is completed, the load-bearing shaft 404 withdraws from the reel 206, and the pressure bar 406 also withdraws from the reel 206. When the load-bearing shaft 404 withdraws, the blanking support shaft 504 stretches into the reel 206 driven by the motor H502. In the next step, the motor G501 drives the rotary connector 502 to rotate, and drives the reel 206 to a vertical position, and then manually removes it.

In the description of the present invention, it should be noted that the orientations or positional relationships indicated by the terms "upper", "lower", "front", "back", "left", "right" etc. are based on the Orientation or positional relationship, or the orientation or positional relationship that the inventive product is usually placed in use, is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, so as to Specific orientation configurations and operations, therefore, are not to be construed as limitations on the invention.

Claims (6)

1. a copper clad steel wire rod production line is characterized in that, comprises: bracing frame (1), feeding mechanism (2), cycloid mechanism (3), driving mechanism (4) and blanking mechanism ( 5); Described support frame (1) is provided with base plate (101), and base plate (101) is provided with support A (102), support B (103), column (104), gantry (105), support C (106) , support D (107) and support E (108), wherein four columns (104) are equipped with discharge plate (205), and described discharge plate (205) can slide up and down on column (104), and described support Round bar (204) is housed on B (103), and the other end of round bar (204) is contained on the discharge platform (201), and push plate (202) is housed in the middle of round bar (204), and push plate (202) can Slide back and forth on the round rod (204), the front of the push plate (202) is the discharge area of the discharge table (201), and the discharge area of the discharge table (201) is provided with a groove, which can be placed in the groove Wire wheel (206), described support A (102) is equipped with unloading mechanism (5), and gantry (105) and support C (106) are equipped with cycloid mechanism (3), described base plate (101) and Drive mechanism (4) is housed on the support D (107); When the device needs to be used, the upper surface of the discharge plate (205) and the upper surface of the discharge table (201) are on the same plane, and at this time, the winding wheel (206) is placed on the discharge table (201) for discharging In the groove of the area, then manually push the push plate (202), the winding wheel (206) is pushed to the working area on the discharge plate (205), and then the produced wire is passed into the cycloid mechanism (3), Said cycloidal mechanism (3) puts the end of the wire rod on the flat plate (203) above the push plate (202), and then manually resets the push plate (202) to the discharge platform (201). Just ride on the winding wheel (206), then the load-bearing shaft (404) in the drive mechanism (4) is inserted in the winding wheel (206), after this step is carried out, the discharge plate (205) is descended, and then The driving mechanism (4) starts, and after the end of the thread is firmly pressed on the winding wheel (206), it drives the winding wheel (206) to rotate, and the wire is wound on the winding wheel (206). The wire mechanism (3) cuts off the wire, and then the load-bearing shaft (404) in the drive mechanism (4) withdraws from the winding wheel (206). The support shaft (504) is inserted into the winding wheel (206), then the winding wheel (206) is removed, and then a new winding wheel (206) is replaced on the feeding mechanism (2), and the above steps are repeated, Make the device work uninterruptedly. 2. According to claim 1, a copper-clad steel wire production line uses a wire take-up device, said cycloid mechanism (3) comprising: a wire inlet (301), a motor A (302), a screw mandrel A (303), Slide block (304), motor B (305), roller (306), motor C (307), transmission shaft (308) and pressure knife (309); The wire inlet (301) is installed on the gantry (105), the motor A (302) is installed on the bracket C (106), the gear and the screw rod A (303) on the drive shaft of the motor A (302) The gears on the screw rod A (303) are equipped with a slider (304), and the upper side of the slider (304) is equipped with a motor B (305), a roller (306), a motor C (307), a transmission shaft (308) and pressing knife (309), the above-mentioned parts can slide on the screw mandrel A (303) along with the slider (304), the motor B (305) is connected with the roller (306), and the motor B (305) can drive the roller ( 306) rotates, the gear on the motor C (307) meshes with the gear on the transmission shaft (308), and the press knife (309) is provided with a rack and meshes with the gear on the transmission shaft (308); When work is required, first the produced wire is passed through the wire inlet (301) manually, then passed between the two rollers (306) on the slider (304), and then passed through the pressure knife (309) until it reaches the flat plate (203), during the winding process, the motor B (305) keeps rotating, driving one of the rollers (306) to rotate, so as to ensure that the wire is continuously wound onto the winding wheel (206) , and during the winding process, the motor A (302) rotates, driving the screw rod A (303) to rotate, thereby driving the slider (304) to slide left and right, and the slider (304) will drive the roller between the two rollers (306). The wire swings from side to side, so that the winding is more uniform. When the winding is completed, the motor C (307) drives the transmission shaft (308) to rotate, thereby driving the pressing knife (309) to move downward, cutting off the wire, and replacing the winding wheel (206 ), the cycloid mechanism (3) will repeat the above steps to drive the thread end to the new thread wheel (206) again, and so on. 3. A wire take-up device for a copper-clad steel wire rod production line according to claim 1, wherein the drive mechanism (4) comprises: a sliding plate (401), a motor D (402), a gear shaft (403) , load-bearing shaft (404), rotating sleeve (405), pressure rod (406), inclined plane pad (407), toggle lever (408), output gear shaft (409), motor E (410), motor F ( 411) and screw mandrel B (412); The sliding plate (401) is installed in the chute of the bottom plate (101), the teeth on the sliding plate (401) mesh with the teeth on the gear shaft (403), and the gears on the gear shaft (403) and the motor The gears on the D (402) are meshed, the motor D (402) is installed above the support E (108), the bearing shaft (404) is also installed on the sliding plate (401), and the bearing shaft (404) is equipped with a rotating sleeve cylinder (405) and inclined-plane clamping pad (407), four pressing rods (406) are fixed on the rotating sleeve (405), and four pressing rods (406) are connected by four springs, and the rotating sleeve (405) The teeth on the top mesh with the teeth of the output gear shaft (409), the output gear shaft (409) is installed on the bracket D (107), and is connected with the motor E (410) through a belt, and the motor E (410) is installed On the base plate (101), a motor F (411) is also installed on the base plate (101), and the motor F (411) is connected with the screw rod B (412) through a belt, and the screw rod B (412) is also installed on the bracket D ( 107), a toggling rod (408) is installed on the screw rod B (412), and the toggling rod (408) is arranged around the rotating sleeve (405), which can drive the rotating sleeve (405) to slide back and forth; When the drive mechanism (4) needs to be used, the motor D (402) starts to drive the gear shaft (403) to rotate, and the gear shaft (403) drives the sliding plate (401) to slide inward, and the sliding plate (401) will drive the load-bearing The shaft (404) is inserted into the winding wheel (206), and then the motor F (411) starts to drive the screw rod B (412) to rotate, and the toggle lever (408) on the screw rod B (412) will follow the screw Rod B (412) rotates and slides inwardly, and the sliding of the toggle rod (408) will drive the rotating sleeve (405) to slide inwardly. During the sliding process, the pressing rod (406) touches the inclined pad (407) will lift up, and penetrate into the slot of the reel (206), when the rotating sleeve (405) continues to slide inward, the groove on the pressure rod (406) will engage with the inclined pad (407), At this time, because the four pressing rods (406) are connected by springs, the springs will drive the pressing rods (406) to press the thread ends on the winding wheel (206), and then the motor E (410) will drive the output gear shaft (409) Rotate, the output gear shaft (409) drives the rotating sleeve (405) to rotate, thereby driving the pressing rod (406) to rotate, and the pressing rod (406) is stuck in the slot of the reel (206), thereby driving the reel ( 206) rotate to complete winding. 4. a kind of copper-clad steel wire rod production line according to claim 1 is characterized in that, described push plate (202) upper side is equipped with planar plate (203), and described planar plate (203) has played The effect of taking thread, after push plate (202) drives planar plate (203) to move away, thread end just in time falls on the reel (206). 5. a kind of copper-clad steel wire production line according to claim 1 is characterized in that, described feeding mechanism (2) is provided with cylinder (207) and inclined-plane slider (208), when cylinder ( When 207) is stretched out, the inclined slider (208) slides forward, so that the discharge plate (205) moves upward, and is on the same horizontal line as the discharge table (201). When the feeding mechanism (2) completes the work, the cylinder (207) shrinks, and the inclined-plane slide block (208) slides backward, so that the discharge plate (205) moves downward, so that the winding wheel (206) can normally wind the wire. 6. a kind of copper-clad steel wire production line according to claim 3 is characterized in that two rubber wheels ( 4081), it can ensure that when the toggle rod (408) drives the rotating sleeve (405) to slide forward, the rotating sleeve (405) will not be worn out.

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