CN209210070U - A kind of copper wire bobbin winder device - Google Patents

Abstract

The utility model relates to a kind of copper wire bobbin winder devices, belong to mechanical device design field.The utility model includes thread cutting mechanism, screw lift structure, transverse direction Yi Xian mechanism, reel drive mechanism, installation frame and driving motor；Thread cutting mechanism is mounted on the sliding block of lateral Yi Xian mechanism, screw lift structure is mounted on screw lift structure support frame, lateral Yi Xian mechanism is mounted on screw lift structure, reel drive mechanism is mounted on rolling stand, driving motor is directly connect with each mechanism, screw lift structure support frame, rolling stand, I motor cabinet support frame of decelerating motor, II motor cabinet support frame of decelerating motor lower end be welded as a whole in same level.The line produced is efficiently quickly wrapped on reel by the utility model, and materials are convenient, and the processing is simple；The installation of reel and remove conveniently, meet the requirement of mass production.

Description

Copper wire winding device

technical field

The utility model relates to a copper wire winding device, in particular to an intermediate circulation transportation device for winding and transporting produced copper wires in large-batch copper wire production plants, and belongs to the technical field of mechanical device design.

Background technique

In recent years, the state has vigorously supported the equipment manufacturing industry and encouraged the development of the electronics industry. Leading enterprises with certain technology accumulation and research and development capabilities can obtain better development opportunities, so that they can develop rapidly and drive the progress of the domestic equipment manufacturing industry. At the same time, it also drives the copper wire industry. The manufacturing design technology of the winding device is rapidly improving. However, the overall technical level of copper wire winding devices in my country is relatively low, and the development and use of devices is relatively late. Due to the low level of equipment, mass production consumes a lot of manpower and material resources, and the production efficiency is far behind developed countries, which cannot meet the requirements of mass production.

Contents of the invention

The technical problem to be solved by the utility model is to design a copper wire winding device that is simple and practical, easy to obtain materials, low maintenance difficulty, and highly interchangeable parts, in order to realize fast, efficient and fast winding functions

The technical scheme of the utility model is: a copper wire winding device, including a wire trimming mechanism, a screw lifting mechanism, a horizontal wire moving mechanism, a reel driving mechanism, a mounting frame and a driving motor; On the slider of the thread mechanism, the screw lifting mechanism is installed on the support frame of the screw lifting mechanism, the horizontal wire moving mechanism is installed on the screw lifting mechanism, the reel driving mechanism is installed on the drum bracket, and the driving motor is directly connected to each mechanism , The lower end of the support frame of the screw lifting mechanism, the roller support, the motor seat support frame of the geared motor I, and the motor seat support frame of the geared motor II are welded as a whole in the same horizontal plane.

The thread trimming mechanism includes a slide block, a thread trimming cylinder frame, a thread trimming cylinder arm, a thread trimming cylinder, a moving blade, a static blade, a static blade mounting platform, and a control switch; the thread trimming cylinder frame is fixed on the slide block, and the thread trimming cylinder It is fixedly connected to the thread trimming cylinder frame, and the control switch is fixed on the screw lift base to control the stroke of the screw rod, determine whether to execute the thread trimming operation and the steering of the deceleration motor Ⅰ; the moving blade is connected to the thread trimming cylinder arm of the thread trimming cylinder On the top, the static blade mounting table is welded on the slider, and the static blade is installed in the groove of the static blade mounting table. The thread trimming operation is performed by moving the thread trimming cylinder arm up and down, and closing the moving blade and the static blade. The static blade mounting table Grooves are processed, which is convenient for the installation of the static blade and prevents the static blade from cutting or cutting the winding.

The screw lifting mechanism includes a column, a screw, a screw top plate seat, a screw lifting base, a transmission rod, a shaft coupling I, a geared motor I motor base, a geared motor I motor base support frame, and a screw lift mechanism support frame ; The column and the screw are welded at the lower end of the top plate seat of the screw for connecting the screw lift base and the transmission rod. The two screw lift bases are respectively welded to the left and right ends of the support frame of the screw lift mechanism, and the upper end of the screw lift base is connected to the upright column and the screw rod on the top plate seat of the screw screw; the left end of the transmission rod of the screw lift mechanism is connected to the screw rod, The right end is connected with the movable coupling I, the coupling I is connected with the shaft of the geared motor I, and the motor base of the geared motor I is connected with the supporting frame of the motor base of the geared motor I.

The horizontal wire moving mechanism includes a mounting end, a shaft shoulder, a double bearing section, a stepped shaft, a slider, a lock, a horizontal wire moving device frame, a linear guide rail, a synchronous pulley I, a belt, a travel switch, and a linear guide rail installation hole , U-shaped groove, synchronous pulley II, linear guide rail seat plate, linear guide rail seat plate installation hole;

The bottom of the left and right ends of the horizontal line moving device frame is installed with a screw top plate seat, and each screw top plate seat is processed with two connecting holes for connecting the horizontal line moving device frame. The upper end of the horizontal line moving device frame is connected to the Linear guide rail seat plate connection; the linear guide rail seat plate is processed with a U-shaped groove for adjusting the belt tightness, seven linear guide rail mounting holes for connecting the linear guide rail, and located at the left and right ends of the linear guide rail seat plate for connecting with the horizontal wire moving device The mounting holes of the linear guide rail seat plate connected to the frame, the synchronous pulley Ⅰ and the synchronous pulley Ⅱ are installed on the linear guide rail seat plate through the stepped shaft; the stepped shaft has three shaft sections, the first section is a double bearing section, and the pulley and the bearings are installed on the double bearing section; the second section is the shaft shoulder, which is used for the positioning of the bearing and the pulley; the third section is the installation end, which is used to connect the linear guide rail seat plate and adjust the tightness of the belt; the linear guide rail is fixed on On the linear guide rail seat plate, the upper end of the linear guide rail and the slider form a moving pair, and one side of the moving pair is connected to the belt through the side plate installed on the belt, and moves back and forth with the rotation of the belt. Synchronous pulley Ⅰ and synchronous pulley Ⅱ are connected and driven by a belt, and the diameter of the pulleys of synchronous pulley Ⅰ and synchronous pulley Ⅱ should be slightly larger than the width of the slider. The travel switch is fixed at the left and right ends of the travel range of the slider on the linear guide rail, and controls the steering of the synchronous pulley I and the synchronous pulley II through contact with the slider. The lock is welded on the slider to ensure that the copper wire is kept perpendicular to the reel during the back and forth movement of the slider.

The drum driving mechanism includes a drum bracket, a bearing end cover, a drum, a drum, a positioning ring, a coupling II, a geared motor II motor base, and a geared motor II motor base support frame; two drums are arranged side by side in the same horizontal plane , the positioning ring on the drum forms axial positioning with the drum, the rotating shaft of the drum is connected to the bearing through a transition fit, the bearing and the bearing seat of the drum bracket are in clearance fit, and the bearing end cover is connected to the drum bracket by bolts; one end of the elastic coupling II It is connected to the drum, and the other end is connected to the shaft of the deceleration motor II; the drum is placed between the two drums, and the rotation of the two drums is opposite, and the drum is driven by the friction between the drum and the drum to make the drum rotate; The geared motor II motor base is connected on the geared motor II motor base support frame.

The installation frame includes a geared motor I motor seat support frame, a geared motor II motor seat support frame, a screw lifting mechanism support frame; a roller bracket, a geared motor I motor seat support frame, a gear motor II motor seat support frame, and a screw rod The support frame of the lifting mechanism is connected as a whole by welding in the same horizontal plane. The roller bracket has four supporting seats, and each supporting seat uses four square tubes as bearing supports. At the same time, each supporting seat has a semicircular bearing seat for the roller to install the bearing; the supporting frame of the screw lifting mechanism has the same structure on the left and right sides. It is composed of two parts, each part is supported by four square tubes, and at the same time, a steel plate is used to weld and fix and connect the screw lift base; the support frame of the motor base of the geared motor I and the motor base of the geared motor II are all made of four square tubes As a bearing support, at the same time, a steel plate is used to weld and fix and connect the corresponding motor base.

The drive motor includes a pulley drive motor, a reduction motor I, and a reduction motor II; the reduction motor I is installed on the reduction motor I motor seat, the reduction motor II is installed on the reduction motor II motor seat, and the pulley drive motor is installed on the lateral moving On the frame of the line device, the shaft of the pulley drive motor and the synchronous pulley Ⅰ transition fit.

The beneficial effects of the utility model are:

1. It can efficiently and quickly wind the produced copper wire on the reel, which is convenient to obtain materials, simple to process, high in economy, fast in winding speed, and can realize efficient production;

2. After each coiling is completed, it can automatically judge that the coiling is completed and perform thread trimming operation. The degree of automation is high and it is suitable for mass production. The production efficiency is much higher than that of manual operation, which can significantly increase economic benefits;

3. After each reel is completed, the reel can be taken away directly, which is convenient to remove, and the reel for the next reel is easy to install;

4. The repair and maintenance of the equipment are simple, the interchangeability of parts is high, and the economy is good, so it has a strong promotion value.

Description of drawings

Fig. 1 is the front view of the utility model;

Fig. 2 is the top view of the utility model;

Fig. 3 is the axonometric view of the installation frame of the present invention;

Fig. 4 is an axonometric view of the thread trimming mechanism of the present invention;

Fig. 5 is the front view of the stepped shaft of the present utility model;

Fig. 6 is the front view of the screw top plate base of the utility model and the column and the screw connected thereto;

Fig. 7 is an axonometric view of the rack of the utility model lateral wire moving device;

Fig. 8 is a top view of the seat plate of the linear guide rail of the present invention.

In the figure: 1-roller bracket, 2-bearing end cover, 3-roller, 4-column, 5-screw, 6-screw top seat, 7-installation end, 8-shaft shoulder, 9-double bearing section, 10-reel, 11-step shaft, 12-slider, 13-cutting cylinder frame, 14-cutting cylinder arm, 15-cutting cylinder, 16-moving blade, 17-lock, 18-static blade, 19-static blade installation platform, 20-pulley drive motor, 21-positioning ring, 22-horizontal line shifting device frame, 23-control switch, 24-screw lift base, 25-transmission rod, 26-coupling Ⅰ, 27-reduced motor Ⅰ, 28-reduced motor Ⅰ motor seat, 29-reduced motor Ⅰ motor seat support frame, 30-reduced motor Ⅱ, 31-coupling Ⅱ, 32-reduced motor Ⅱ motor seat, 33-reduced Motor Ⅱ motor seat support frame, 34-synchronous pulley Ⅰ, 35-belt, 36-travel switch, 37-linear guide rail mounting hole, 38-copper wire, 39-linear guide rail, 40-U-shaped groove, 41-synchronous belt Wheel II, 42-linear guide rail seat plate, 43-linear guide rail seat plate support frame, 44-linear guide rail seat plate mounting hole.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment, the utility model is described further.

Embodiment 1: As shown in Figure 1-8, a copper wire winding device includes a wire trimming mechanism, a screw lifting mechanism, a lateral wire moving mechanism, a reel driving mechanism, a mounting frame and a driving motor; the wire trimming mechanism Installed on the slider 12 of the horizontal line shifting mechanism, the screw lifting mechanism is installed on the support frame 43 of the screw lifting mechanism, the horizontal line moving mechanism is installed on the screw lifting mechanism, and the reel drive mechanism is installed on the drum support 1. Drive motor is directly connected with each mechanism, and the lower end of screw mandrel elevating mechanism support frame 43, cylinder support 1, reduction motor I motor base support frame 29, reduction motor II motor base support frame 33 is welded as a whole in the same horizontal plane.

The thread trimming mechanism comprises a slide block 12, a thread trimming cylinder frame 13, a thread trimming cylinder arm 14, a thread trimming cylinder 15, a moving blade 16, a static blade 18, a static blade mounting platform 19, a control switch 23; a thread trimming cylinder frame 13 It is fixed on the slider 12 by screws, the thread trimming cylinder 15 is fixedly connected to the thread trimming cylinder frame 13, and the control switch 23 is fixed on the screw lift base 24 by screws to control the stroke of the screw mandrel 5 and decide whether to perform the thread trimming operation And the steering of the reduction motor I27; the moving blade 16 is connected to the trimming cylinder arm 14 of the trimming cylinder 15, the static blade mounting table 19 is welded on the slider 12, and the static blade 18 is installed in the groove of the static blade mounting table 19 , by moving up and down the line trimming cylinder arm 14, closing the moving blade 16 and the static blade 18 to perform the thread trimming operation, the static blade mounting table 19 is processed with grooves, which is convenient for the installation of the static blade 18 and prevents the static blade 18 from being cut Or cut the winding wire.

The screw lifting mechanism includes a column 4, a screw 5, a screw top plate seat 6, a screw lift base 24, a transmission rod 25, a shaft coupling I 26, a geared motor I motor base 28, a geared motor I motor base support frame 29 , screw mandrel lifting mechanism bracing frame 43; Column 4 and screw mandrel 5 are welded on the lower end of screw mandrel roof seat 6, for connecting screw mandrel lift machine base 24 and transmission rod 25. Two screw lift bases 24 are respectively welded on the left and right ends of the screw lift mechanism support frame 43, and the upper end of the screw lift base 24 is connected with the column 4 and the screw mandrel 5 on the screw top plate seat 6; the transmission of the screw lift mechanism The left end of the rod 25 is threaded to the screw rod 5, and the right end is connected to the movable coupling I26, and the coupling I26 is connected to the shaft of the reduction motor I27, and the reduction motor I motor seat 28 is connected to the reduction motor I motor seat support frame 29 by bolts .

The horizontal wire moving mechanism includes a mounting end 7, a shaft shoulder 8, a double bearing section 9, a stepped shaft 11, a slider 12, a lock 17, a horizontal wire moving device frame 22, a linear guide rail 39, a timing pulley I 34, a belt 35. Travel switch 36, linear guide rail installation hole 37, U-shaped groove 40, synchronous pulley Ⅱ 41, linear guide rail seat plate 42, linear guide rail seat plate installation hole 44; horizontal line shifting device frame 22 adopts three short squares with the same length The pipes form a plane to support the linear guide rail seat plate 42, and the three square pipes are fixed with two angle steels of the same length to form a stable structure. In order to facilitate the fixing and positioning of the positions of the three square tubes, four square tubes of the same length are used to support the two sides of the two angle steels. It is also convenient for the screw mandrel top plate seat 6 to be connected and installed. The bottom of the left and right ends of the horizontal wire moving device frame 22 is equipped with a screw top plate seat 6, and each screw screw top plate seat 6 is processed with two connecting holes for connecting the horizontal wire moving device frame 22, and the horizontal wire moving device The upper end of the frame 22 is connected with the linear guide rail seat plate 42 through bolts; the linear guide rail seat plate 42 is processed with a U-shaped groove 40 for adjusting the tightness of the belt 35, and seven linear guide rail mounting holes 37 for connecting the linear guide rail 39, located on the straight line The left and right ends of the guide rail seat plate 42 are used for the installation holes 44 of the linear guide rail seat plate connected with the frame 22 of the lateral wire moving device, and the timing belt pulley I34 and the timing belt pulley II41 are installed on the linear guide rail seat plate 42 through the stepped shaft 11; The stepped shaft 11 has three shaft sections, the first section is a double bearing section 9, the pulley and bearing are installed on the double bearing section 9; the second section is a shaft shoulder 8, which is used for the positioning of the bearing and the pulley; the third section It is the installation end 7, which is used to connect the linear guide rail seat plate 42 and adjust the tightness of the belt 35; the linear guide rail 39 is directly fixed on the linear guide rail seat plate 42 by seven screws, and the upper end of the linear guide rail 39 forms a moving pair with the slider 12, One side of the mobile pair is connected with the belt 35 by a side plate installed on the belt 35, and moves back and forth with the rotation of the belt 35. The synchronous pulley I34 and the synchronous pulley II41 are connected and driven by the belt 35, and the pulley diameters of the synchronous pulley I34 and the synchronous pulley II41 should be slightly larger than the width of the slide block 12. The travel switch 36 is fixed on the left and right ends of the travel range of the slider on the linear guide rail 39 by screws, and controls the steering of the synchronous pulley I34 and the synchronous pulley II41 by contacting the slider 12 . The lock catch 17 is welded on the slider 12 to ensure that the copper wire 38 is kept perpendicular to the reel 10 during the back and forth movement of the slider 12 .

The reel driving mechanism includes a reel support 1, a bearing end cover 2, a reel 3, a reel 10, a positioning ring 21, a shaft coupling II 31, a geared motor II motor base 32, and a geared motor II motor base support frame 33; The rollers 3 are arranged side by side in the same horizontal plane. The positioning ring 21 on the roller 3 forms an axial positioning with the roller 10. The rotating shaft of the roller 3 is connected to the bearing through a transition fit. The cover 2 is connected to the roller bracket 1 by bolts; one end of the elastic coupling II31 is connected to the roller 3 by bolts, and the other end is connected to the shaft of the reduction motor II30; the roller 10 is placed between the two rollers 3, and the two rollers 3 Turning to the opposite direction, the reel 10 is driven by the friction between the drum 3 and the reel 10 to rotate the reel 10; the geared motor II motor base 32 is connected to the geared motor II motor base support frame 33 by bolts.

The installation frame includes a geared motor I motor base support frame 29, a geared motor II motor base support frame 33, a screw lifting mechanism support frame 43; a drum support 1, a geared motor I motor base support frame 29, a geared motor II motor base Support frame 33, screw mandrel lifting mechanism support frame 43 are connected as a whole by welding in the same horizontal plane. Roller support 1 has four supporting seats, and each supporting seat uses four square pipes as bearing supports, and at the same time, semicircular bearing seats are arranged on each supporting seat for roller 3 installation bearings; The left and right parts are composed of two parts with the same structure, each part is supported by four square tubes, and a steel plate is used to weld and fix and connect the screw lift base 24; the geared motor I motor base support frame 29, the geared motor II motor base support frame 33 Four square tubes are used as load-bearing supports, and a steel plate is used to weld, fix and connect the corresponding motor base.

Described drive motor comprises pulley drive motor 20, geared motor I27, geared motor II30; Geared motor I27 is installed on the geared motor I motor seat 28 by bolt, and geared motor II30 is installed on the geared motor II motor seat 32 by bolt, with The wheel drive motor 20 is installed on the horizontal line shifting device frame 22 by bolts, and the shaft of the pulley drive motor 20 is in transition fit with the synchronous pulley I34.

The working principle of the utility model is: the drum 3 rotates under the action of the reduction motor II30, the drum 10 is placed between the two drums 3, the two drums 3 rotate in opposite directions, and the drum relies on the contact between the drum 3 and the drum 10 Under the action of friction, the winding starts to rotate, and at the same time, the pulley drive motor 20 works to drive the synchronous pulley I34 to rotate. The synchronous pulley I34 drives the synchronous pulley II41 to rotate through the belt 35, and drives the slider 12 to move back and forth on the linear guide rail 39. Thereby driving the copper wire 38 to move back and forth. While the reduction motor II30 and the pulley drive motor 20 are working, the reduction motor I27 is working synchronously, and the power is transmitted to the transmission rod 25 through the coupling I26, and the rotation of the transmission rod 25 acts on the screw rod 5, which moves upward to drive the lateral movement Wire device moves upwards, thereby copper wire 38 moves upwards with the increase of the number of turns around. After the winding is completed, the control switch 23 is triggered to work, and the signal is transmitted to the thread trimming cylinder 15. The thread trimming cylinder 15 works to cut the thread, and completes the winding work of a tube of thread. The device is lowered to continue the next winding workflow.

The specific implementation of the utility model has been described in detail above in conjunction with the accompanying drawings, but the utility model is not limited to the above-mentioned implementation. Various changes are made.

Claims (6)

1. a kind of copper wire bobbin winder device, it is characterised in that: including thread cutting mechanism, screw lift structure, transverse direction Yi Xian mechanism, reel Driving mechanism, installation frame and driving motor；Thread cutting mechanism is mounted on the sliding block (12) of lateral Yi Xian mechanism, screw lift Structure is mounted on screw lift structure support frame (43), and lateral Yi Xian mechanism is mounted on screw lift structure, reel driving machine Structure is mounted on rolling stand (1), and driving motor is directly connect with each mechanism, screw lift structure support frame (43), roller branch Frame (1), I motor cabinet support frame (29) of decelerating motor, II motor cabinet support frame (33) of decelerating motor lower end in same level Inside it is welded as a whole.

2. copper wire bobbin winder device according to claim 1, it is characterised in that: the thread cutting mechanism includes sliding block (12), cuts Line cylinder frame (13), trimming cylinder arm (14), trimming cylinder (15), cutting blade (16), fixed blade (18), fixed blade erecting bed (19), control switch (23)；Trimming cylinder frame (13) is fixed on sliding block (12), and trimming cylinder (15) is fixedly connected on trimming gas On cylinder frame (13), control switch (23) is fixed on screw lift seat (24), and cutting blade (16) is connected to trimming cylinder (15) Trimming cylinder arm (14) on, fixed blade erecting bed (19) is welded on sliding block (12), fixed blade (18) mounted in fixed blade install In the groove of platform (19), fixed blade erecting bed (19) processing is fluted.

3. copper wire bobbin winder device according to claim 1, it is characterised in that: the screw lift structure include column (4), Screw rod (5), screw rod top plate seat (6), screw lift seat (24), drive rod (25), shaft coupling I (26), I motor cabinet of decelerating motor (28), I motor cabinet support frame (29) of decelerating motor, screw lift structure support frame (43)；Column (4) and screw rod (5) are welded on The lower end of screw rod top plate seat (6), two screw lift seats (24) are respectively welded at a left side for screw lift structure support frame (43) Right both ends, screw lift seat (24) upper end on screw rod top plate seat (6) column (4) and screw rod (5) connect；Screw lift Drive rod (25) left end connection wire rod (5) of structure, right end connection movable coupling I (26), shaft coupling I (26) connection are slowed down electric The axis of machine I (27), I motor cabinet of decelerating motor (28) are connected on I motor cabinet support frame (29) of decelerating motor.

4. copper wire bobbin winder device according to claim 1, it is characterised in that: the transverse direction Yi Xian mechanism includes installation end (7), the shaft shoulder (8), duplex bearing section (9), multi-diameter shaft (11), sliding block (12), lock (17), laterally move line apparatus rack (22), be straight Line guide rail (39), synchronous pulley I (34), belt (35), travel switch (36), linear guide mounting hole (37), U-lag (40), Synchronous pulley II (41), linear guide seat board (42), linear guide seat board mounting hole (44)；

It laterally moves below the left and right ends of line apparatus rack (22) and screw rod top plate seat (6), each screw rod top plate seat (6) is installed There are two for connecting the connecting hole for laterally moving line apparatus rack (22), laterally move line apparatus rack (22) upper end and straight for upper processing Line guide rail seat board (42) connection；It is machined on linear guide seat board (42) for adjusting the elastic U-lag (40) of belt (35), using In connection linear guide (39) seven linear guide mounting holes (37), be located at linear guide seat board (42) left and right ends be used for Laterally move the linear guide seat board mounting hole (44) of line apparatus rack (22) connection, synchronous pulley I (34), synchronous pulley II (41) It is mounted on linear guide seat board (42) by multi-diameter shaft (11)；There are three shaft parts for the multi-diameter shaft (11), and first segment is twin shaft It holds section (9), belt wheel and bearing are mounted on duplex bearing section (9)；Second segment is the shaft shoulder (8), the positioning for bearing and belt wheel；The Three sections are installation end (7), for connecting linear guide seat board (42) and adjusting the tightness of belt (35)；Linear guide (39) It is fixed on linear guide seat board (42), linear guide (39) upper end and sliding block (12) form prismatic pair, and prismatic pair side passes through The side plate being mounted on belt (35) is connect with belt (35), and synchronous pulley I (34) and synchronous pulley II (41) pass through belt (35) connection transmission, travel switch (36) are fixed on linear guide (39)；Lock (17) is welded on sliding block (12).

5. copper wire bobbin winder device according to claim 1, it is characterised in that: the reel drive mechanism includes rolling stand (1), bearing (ball) cover (2), roller (3), reel (10), positioning ring (21), shaft coupling II (31), II motor cabinet of decelerating motor (32), II motor cabinet support frame (33) of decelerating motor；Two rollers (3) are arranged in parallel in same level, on roller (3) Positioning ring (21) and reel (10) form axially position, and the shaft of roller (3) is connected on bearing by transition fit, bearing and Rolling stand (1) is bolted in the bearing block clearance fit of rolling stand (1), bearing (ball) cover (2)；Yielding coupling II (31) one end be connected on roller (3), the axis connection of the other end and decelerating motor II (30)；Reel (10) is placed on two rollers (3) between, the steering of two rollers (3) is on the contrary, II motor cabinet of decelerating motor (32) is connected to II motor seat supports of decelerating motor On frame (33).

6. copper wire bobbin winder device according to claim 1, it is characterised in that: the driving motor includes belt wheel driving motor (20), decelerating motor I (27), decelerating motor II (30)；Decelerating motor I (27) is mounted on I motor cabinet of decelerating motor (28), is subtracted Speed motor II (30) is mounted on II motor cabinet of decelerating motor (32), and belt wheel driving motor (20), which is mounted on, laterally moves line apparatus machine On frame (22), the axis and synchronous pulley I (34) transition fit of belt wheel driving motor (20).