CN204010830U - Concentric type Double Motor Control winding machine - Google Patents
Concentric type Double Motor Control winding machine Download PDFInfo
- Publication number
- CN204010830U CN204010830U CN201420352828.9U CN201420352828U CN204010830U CN 204010830 U CN204010830 U CN 204010830U CN 201420352828 U CN201420352828 U CN 201420352828U CN 204010830 U CN204010830 U CN 204010830U
- Authority
- CN
- China
- Prior art keywords
- belt wheel
- band
- main shaft
- winding machine
- wheel
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Tension Adjustment In Filamentary Materials (AREA)
Abstract
The utility model concentric type Double Motor Control winding machine relates to a kind of coiling, coiling or places the device of byssaceous material, comprise main shaft and be located in from left to right the first belt wheel, the second belt wheel, rotating disk, the band dish on main shaft, on servomotor, variable-frequency motor, be respectively equipped with the 3rd, four-tape wheel, for drive respectively the first belt wheel, the second belt wheel to rotate by Timing Belt, also comprise travel(l)ing rest, travel(l)ing rest is provided with guide module, band forms spiral winding on guide module, finally evenly, is stably wrapped in the surface of cable.Its objective is for a kind of Stability Analysis of Structures is provided, be difficult for eccentric, be difficult for vibration, can obtain compared with small tension receiving coil also can adjust online tension value, installation accuracy requirement is low, maintenance cost is low, and can make band evenly, stably be wrapped in the surperficial concentric type Double Motor Control winding machine of cable.
Description
Technical field
The utility model relates to a kind of coiling, coiling or places the device of byssaceous material, particularly relate to a kind of material is wound up into or crossfeed to reel, axis, pipe or the similar device on package fuse or former.
Background technology
Winding machine is the equipment of producing the wrapped windings such as the wrapped and wrapped mica tape of strands of fire-resistant wire inner core, inhibiting tape, waterstop, polyester band, and the insulation core wire that is mainly used in electric wire, power cable, control cable, optical cable etc. is wrapped.It is wrapped that winding machine is divided into individual layer, bilayer, three layers, and band (mica tape, cotton paper band, aluminium foil, polyester film etc.) is by turntable rotation, wrapped on heart yearn.At present, common winding machine has centering type winding machine, concentric type to adopt winding machine, the concentric type Double Motor Control winding machine of hysteresis cluth control tension force.
Centering type winding machine adopts eccentric structure mode, two dish bands are placed on respectively the both sides of central shaft, band is directed to respectively the surface of cable through guider separately, then drive through main motor, band is wrapped in to the surface of cable, the tension force of band adopts the control of mechanical friction mode, belongs to Passive Control mode.In this centering type winding machine structure, easily produce bias, when rotation, inertia is larger, easily produces vibration, causes line speed to improve.In addition, the band tension force control of this winding machine adopts mechanical friction mode, the frictional force cannot abatement apparatus self producing, therefore can not obtain small tension receiving coil, and, the tension force of mechanical friction mode control cannot be adjusted online, can not adjust online tension value according to the service condition of band, makes tension force keep constant.
Concentric type adopts the winding machine of hysteresis cluth control tension force to adopt concentric type structure, and Yu Lan center, band Pan center is consistent, and band is directed to the surface of cable through guider, then drive through main motor, band is wrapped in to the surface of cable.Band tension force adopts brake control, belongs to Passive Control mode.But the frictional force that this winding machine equally can not abatement apparatus self produces, therefore can not obtain small tension receiving coil, and the installation accuracy of hysteresis cluth requires high, and maintenance cost is high.
Concentric type Double Motor Control winding machine, Yu Lan center, band Pan center is consistent, and band is directed to the surface of cable through guider, then drive through main motor, band is wrapped in to the surface of cable, the control of band tension force adopts AC Servo Motor Control, belongs to ACTIVE CONTROL mode.But the frame structure of this winding machine is simple, insecure, also easily produce vibration, and conduction band mode is unreasonable, make band inhomogeneous at the surface of cable parcel.In addition, in band process, cable is unstable, easily produces jitter phenomenon, affects band quality.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of Stability Analysis of Structures, difficult bias, is difficult for vibration, can obtains compared with small tension receiving coil and can adjusts online tension value, installation accuracy requirement is low, maintenance cost is low, and can make band evenly, stably be wrapped in the surperficial concentric type Double Motor Control winding machine of cable.
The utility model concentric type Double Motor Control winding machine, comprise the protective cover that is positioned at top, be positioned at the base of below, between described protective cover and described base, be fixedly connected with by horizontal fixed head, in described protective cover, be provided with the main shaft of horizontal arrangement along its length and be located in the rotating disk on described main shaft, the right-hand member of described main shaft is vertically fixedly equipped with band dish, described band dish is positioned at the right side of described rotating disk, on the crossbeam of described base, be fixedly connected with motor fixing plate, on described motor fixing plate, variable-frequency motor is installed, the first output shaft of described variable-frequency motor stretches out left, parallel with described main shaft,
Wherein: the left end of described main shaft is vertically fixedly equipped with the first belt wheel, described the first belt wheel right side is equipped with the second belt wheel, described the first belt wheel, the second belt wheel is all positioned at the left side of described rotating disk, and the wheel footpath of described the first belt wheel is less than the wheel footpath of described the second belt wheel, on described main shaft, be also provided with inner bearing, outer bearing, and with described inner bearing, the inner pedestal that outer bearing coordinates, outer bearing carrier, described inner bearing, outer bearing, inner pedestal, outer bearing carrier is all between described the second belt wheel and described rotating disk, described outer bearing carrier is fixed on described fixed head, the two ends, left and right of described inner pedestal respectively with the second belt wheel, rotating disk is fixedly connected with,
On the fixed head of described rotating disk right back, be installed with servomotor support, on described servomotor support, servomotor is installed, the second output shaft of described servomotor is parallel with described main shaft, on described the second output shaft, be vertically fixedly equipped with three belt wheel identical with the wheel footpath of described the first belt wheel, between described the first belt wheel, the 3rd belt wheel, connect by the first Timing Belt, on described the first output shaft, be vertically fixedly equipped with the four-tape wheel identical with the wheel footpath of described the second belt wheel, between described the second belt wheel and four-tape wheel, be connected by the second Timing Belt.
The utility model concentric type Double Motor Control winding machine difference from prior art is, the utility model concentric type Double Motor Control winding machine is by arranging servomotor, variable-frequency motor and can mutually driving multiple belt wheels of rotation, rotated by servomotor and variable-frequency motor while ACTIVE CONTROL belt wheel, and then control is fixed on the rotating speed of the band dish on main shaft, the control of band tension force adopts driven by servomotor belt wheel transmission, overcome the frictional force that equipment self produces, can obtain compared with small tension receiving coil.And the structure that band disk center is consistent with the alignment of shafts, makes rotary speed high, has greatly improved line speed.Meanwhile, can also, according to band behaviour in service, in the winding machine course of work, adjust in real time the rotating speed of variable-frequency motor and servomotor, control in real time the rotating speed of band dish, so as to adjust according to demand band tension value, keep tension value constant.
The utility model concentric type Double Motor Control winding machine, position forward on wherein said rotating disk is provided with the first tape guide roller stretching out to the right along the circumferencial direction of described rotating disk, the second tape guide roller, also comprise travel(l)ing rest, the header board being arranged in parallel before and after described travel(l)ing rest comprises, rear plate, described main shaft is between described front and rear panels, the first connecting axle, the second connecting axle is through described header board, rear plate, by described header board, rear plate is fixed together, the two ends up and down of described travel(l)ing rest are respectively by the first rotating shaft, the second rotating shaft connection fixing base, described holder is fixedly connected with described rotating disk, on described header board, be fixedly connected with by the 3rd rotating shaft the 3rd tape guide roller stretching out to the right, described the 3rd tape guide roller can rotate around described the 3rd rotating shaft, described the second connecting axle is positioned at the below of described the 3rd tape guide roller, the middle part that Connection Block is positioned at the left-half in described the second connecting axle left side is provided with level towards left opening, be close to first set screws in described the second connecting axle left side vertically downward through described opening, described Connection Block is fixed on described the second connecting axle, on the right half part of described Connection Block, offer cylindrical groove vertically downward, extend to the right on the long limit of " L " type conduction band bar, minor face upwards stretches in described groove, the right half part of described Connection Block is provided with second screw of end towards described minor face, described the second screw is fixed on described minor face extruding in described groove,
Also comprise that the middle part that is positioned at described main shaft right side is the die holder of open circles tubular, the rear and front end of described die holder is fixedly connected on respectively described header board, on rear plate, the center line of described cylinder and the center line of described main shaft are point-blank, the inwall of described die holder is provided with position symmetry, top is all fixed on described inwall, the 3rd paired set screws that end all extends internally, described the 3rd set screws is clamped to the band shaping mould of oval column in described cylinder, the middle part of described band shaping mould is provided with runs through its length direction, and cross section is identical circular hollow bulb.
The utility model concentric type Double Motor Control winding machine has obtained new conduction band mode by travel(l)ing rest, in travel(l)ing rest one side, band is first, second, the 3rd tape guide roller, conduction band bar, between the parts such as band shaping mould, produce spiral winding, make band be directed to the surface of cable by being arranged on tape guide roller on rotating disk and travel(l)ing rest and conduction band bar, make the contact of band and cable better, reduce band rotary course and suffered the resistance that wind produces band, thereby make in process of production band even, stably be wrapped in the surface of cable, greatly improve band quality.In addition, travel(l)ing rest has adopted retractable structure, and the second rotating shaft of travel(l)ing rest lower end is dismantled, and just travel(l)ing rest can be opened, and provides great convenience for changing band dish.
Preferably, at least 2 of the quantity of described the second screw, and distribute up and down along described minor face, the group number of described the 3rd set screws is at least one group.The quantity of the second screw is more, just better to the fixed effect of conduction band bar minor face, and same, the group number of the 3rd set screws is more, and band shaping mould is just held to be fixed more firmly, and in band process, band shaping mould is just more not easy shake.
The utility model concentric type Double Motor Control winding machine, the right side of wherein said band dish is provided with locking nut, and described locking nut wears and is fixed on described main shaft.Locking nut is set can avoid band dish in the winding machine course of work to skid off from main shaft right-hand member, improve the stability of band dish, and then improve the stationarity of band transmission, and, can there is not axial displacement in band dish, can therefore not affect the tension value of band, thereby further guarantee the constant of tension value.
The utility model concentric type Double Motor Control winding machine, on wherein said the first output shaft, be vertically fixedly equipped with brake disc, described brake disc is positioned at described four-tape wheel left side, cylinder brake gear is installed in the below of described variable-frequency motor, described cylinder brake gear is provided with brake block, and a part for described brake disc bottom stretches in described brake block.By cylinder brake gear, whether can control easily the rotation of four-tape wheel, and then control winding machine in case of emergency can quick shutdown, simple to operate, quick, provide a great convenience for producing.
In a word, the utility model concentric type Double Motor Control winding machine has solved band cannot be evenly on cable surface, stable parcel, thereby cannot improve the shortcoming of line speed, have fast, evenly, stable and feature that can on-line control band tension force, line speed is greatly improved, thereby has reduced production cost.
Below in conjunction with accompanying drawing, concentric type Double Motor Control winding machine of the present utility model is described further.
Brief description of the drawings
Fig. 1 is that the master of the utility model concentric type Double Motor Control winding machine looks partial sectional view;
Fig. 2 is the left view of the utility model concentric type Double Motor Control winding machine;
Fig. 3 is the right view of the utility model concentric type Double Motor Control winding machine.
Embodiment
As shown in Figure 1, the utility model concentric type Double Motor Control winding machine, comprise the protective cover 1 that is positioned at top and the base 2 that is positioned at below, between protective cover 1 and base 2, be fixedly connected with by horizontal fixed head 3, in protective cover 1, be provided with the main shaft 4 of horizontal arrangement along its length, the left end of main shaft 4 is vertically fixedly equipped with the wheel footpath that wheel footpath that the first belt wheel 41, the first belt wheel 41 right sides are equipped with the second belt wheel 42, the first belt wheels 41 is less than the second belt wheel 42.On main shaft 4, be also provided with inner bearing 43, outer bearing 44, and the inner pedestal 431, the outer bearing carrier 441 that coordinate with inner bearing 43, outer bearing 44, inner bearing 43, outer bearing 44, inner pedestal 431, outer bearing carrier 441 are all between the second belt wheel 42 and rotating disk 5, outer bearing carrier 441 is fixed on fixed head 3, while ensureing winding machine work, all can there is not radial displacement in the inner bearing 43, inner pedestal 431, the outer bearing 44 that are positioned at the main shaft 4 of outer bearing carrier 441 and be successively set on from inside to outside on main shaft 4, above-mentioned parts have been played to good supporting role.The two ends, left and right of inner pedestal 431 are fixedly connected with the second belt wheel 42, rotating disk 5 respectively.On the right side of above-mentioned bearing assembly, rotating disk 5 is located on main shaft 4, and the band dish 6 that is positioned at rotating disk 5 right sides is vertically fixedly located on main shaft 4, and like this, the center of rotating disk 5, band dish 6 is all positioned on the center line of main shaft 4.When main shaft 4 rotates, can drive band dish 6 to rotate, the second belt wheel 42 drives inner pedestal 431 to rotate while rotation, and then driven rotary dish 5 rotates, because main shaft 4 is different with the rotating speed of the second belt wheel 42, therefore, between rotating disk 5 and band dish 6, there is speed discrepancy, can produce relative rotation.In addition, for preventing that band dish 6 from skidding off and coming off from main shaft 4, the right side of band dish 6 is also provided with locking nut 61, and locking nut 61 wears and is fixed on main shaft 4.
Again in conjunction with shown in Fig. 2, on the fixed head 3 of rotating disk 5 right backs, be installed with servomotor support 9, servomotor 10 is installed on servomotor support 9, the second output shaft 101 of servomotor 10 is parallel with main shaft 4, on the second output shaft 101, be vertically fixedly equipped with between the 3rd belt wheel 102, the first belt wheels 41 identical with the wheel footpath of the first belt wheel 41, the 3rd belt wheel 102 and connect by the first Timing Belt 11.When servomotor 10 drives the 3rd belt wheel 102 to rotate, drive the first belt wheel 41 to rotate through the first Timing Belt 11.
For another example Fig. 1, shown in Fig. 2, base 2 also comprises the crossbeam 21 of upper and lower two horizontal arrangement, the two ends up and down of motor fixing plate 7 are separately fixed on lower and upper cross-member 21, variable-frequency motor 8 is installed on motor fixing plate 7, the first output shaft 81 of variable-frequency motor 8 stretches out left, parallel with main shaft 4, on the first output shaft 81, be vertically fixedly equipped with the four-tape wheel 82 identical with the wheel footpath of the second belt wheel 42, between the second belt wheel 42 and four-tape wheel 82, be connected by the second Timing Belt 12, when variable-frequency motor 8 drives four-tape wheel 82 to rotate, drive through the second Timing Belt 12, the second belt wheel 42 also rotates thereupon.
The operation principle of the utility model concentric type Double Motor Control winding machine is, bi-motor rotates simultaneously, variable-frequency motor 8 drives four-tape wheel 82 to rotate, drive the second belt wheel 42 to rotate through the second Timing Belt 12, the second belt wheel 42 is fixed on inner pedestal 431, thereby inner pedestal 431 is along with variable-frequency motor 8 rotates together, and then driven rotary dish 5 rotates, servomotor 10 drives the 3rd belt wheel 102 to rotate, drive the first belt wheel 41 to rotate through the first Timing Belt 11, the first belt wheel 41 is fixed on main shaft 4, thereby main shaft 4 is along with servomotor 10 rotates together, and rotating disk 5, band dish 6 is separately fixed on inner pedestal 431 and main shaft 4, so, when inner pedestal 431 and main shaft 4 rotate, rotating disk 5, band dish 6 is also driven together and rotates, put band.
As shown in Figure 3, on rotating disk 5, forward position is provided with the first tape guide roller 51, the second tape guide roller 52 that stretch out to the right along the circumferencial direction of rotating disk 5.Again in conjunction with shown in Fig. 1, the utility model concentric type Double Motor Control winding machine also comprises the travel(l)ing rest 13 that is fixed on rotating disk 5 right sides, the header board 131, the rear plate 132 that before and after travel(l)ing rest 13 comprises, are arranged in parallel, main shaft 4 is between header board 131 and rear plate 132, the first connecting axle 133, the second connecting axle 134, through header board 131, rear plate 132, are fixed together header board 131, rear plate 132.The two ends up and down of travel(l)ing rest 13 are respectively by the first rotating shaft 135, the second rotating shaft 136 connection fixing bases 14, and holder 14 is fixedly connected with rotating disk 5, can adopt screw or other common securing members to be fixedly connected with.Disassemble after the second rotating shaft 136, travel(l)ing rest 13 can be opened in the counterclockwise direction around the first rotating shaft 135, and unfolding mode is simple, quick, for the band dish 6 of changing travel(l)ing rest 13 inner sides provides great convenience.On header board 131, be fixedly connected with by the 3rd rotating shaft 137 the 3rd tape guide roller 53 stretching out to the right, the 3rd tape guide roller 53 can rotate around the 3rd rotating shaft 137, put before band, can be by swinging up and down the movable end of the 3rd tape guide roller 53, regulate the contact position of band 20 and the 3rd tape guide roller 53, and then adjust the angle that band 20 guides on the 3rd tape guide roller 53, band 20 is directed on following conduction band bar 16 with suitable angle.The second connecting axle 134 is positioned at the below of the 3rd tape guide roller 53, Connection Block 15 comprises a left side that lays respectively at the second connecting axle 134, the left-half of right both sides, right half part, the middle part of left-half is provided with towards left opening, be close to first set screws 151 in the second connecting axle 134 left sides vertically downward through this opening, Connection Block 15 is fixed on the second connecting axle 134, on the right half part of Connection Block 15, offer cylindrical groove vertically downward, extend to the right on the long limit of " L " type conduction band bar 16, minor face upwards stretches in groove, on the right half part of Connection Block 15, be also provided with second screw 152 of end towards minor face, the second screw 152 is fixed on minor face extruding in groove.The first set screws 151 is in order to prevent that Connection Block 15 from rotating on the second connecting axle 134, Connection Block 15 rotates, the position of conduction band bar 16 can change thereupon, band 20 just can not be wrapped in through conduction band bar 16 on the surface of cable with angle accurately, conduction band bar 16 has also just lost conduction band function, and this has just had a strong impact on puts belt tension and band quality.In addition, the second screw 152 is for being fixed on conduction band bar 16 in the groove on Connection Block 15, so that Connection Block 15 moves axially along the second connecting axle 134, while regulating conduction band position, conduction band bar 16 can not drop, and the second screw 152 is adjusted to pine, can regulate upper and lower, the left-right rotation position of conduction band bar 16, adjust the angle of band 20 at cable surface parcel, obtain better conduction band effect, further improve band quality.In the present embodiment, the quantity of the second screw 152 is 2, for obtaining better fixed clamp effect, can be also more than two.
Again in conjunction with shown in Fig. 3, main shaft 4 right sides are provided with the die holder 19 of middle part for open circles tubular, the rear and front end of die holder 19 is fixedly connected on respectively header board 131, on rear plate 132, the center line of the center line of cylinder and main shaft 4 point-blank, the inwall of die holder 19 is provided with position symmetry, top is all fixed on inwall, the 3rd paired set screws 191 that end all extends internally, the 3rd set screws 191 is clamped to the band shaping mould 17 of oval column in cylinder, the middle part of band shaping mould 17 is provided with runs through its length direction, and cross section is identical circular hollow bulb 171.When use, cable is put into hollow bulb 171, and band 20 forms spiral winding between the first tape guide roller 51, the second tape guide roller 52, the 3rd tape guide roller 53, conduction band bar 16, band shaping mould 17, is finally coated on the cable surface in hollow bulb 171.Wherein, be that two screws form for the 3rd set screws 191 of fixed clamp band shaping mould 17, stretch out relatively the end of two screws, to 17 spacing squeezing actions of band shaping mould, the quantity of the 3rd set screws 191 is not limited to 1 group in the present embodiment, can arrange many groups and strengthen chucking power, improve the stability of band shaping mould 17, avoid the shake of band shaping mould 17 in band 20 winding processes, in band process, cable can not be shaken, band 20 can evenly, stably be wrapped in the surface of cable, obtains higher band quality.And the internal diameter size of hollow bulb 171 can be done respective change according to the external diameter size of putting into cable wherein, to adapt to the producing different cable of all size, do not enumerate herein.
As shown in Figure 1, on the first output shaft 81, be vertically fixedly equipped with brake disc 83, brake disc 83 is positioned at the four-tape and takes turns 82 left sides, and cylinder brake gear 18 is installed in the below of variable-frequency motor 8, cylinder brake gear 18 is provided with brake block, and a part for brake disc 83 bottoms stretches between brake block.When winding machine normally moves; brake block inwall does not contact with brake disc 83, need to shut down time, presses the button on the cylinder 181 on lower cylinder brake gear 18; cylinder brake gear 18 initiating tasks; distance between brake block diminishes, and brake disc 83 is tightly clamped and cannot rotate, and also therefore stops operating with its first fixing output shaft 81; and then four-tape wheel 82 stops operating; by that analogy, have each other the belt wheel of drive connection, axle all to stop operating, final winding machine is out of service.In case of emergency quick shutdown control system is easy and simple to handle for such winding machine, and stop is quick, and installation accuracy requires low, provides a great convenience for producing.
To sum up, the utility model concentric type Double Motor Control winding machine at least has the following advantages:
1, adopt Double Motor Control to put band, control the rotating speed of band dish, make it put band more stable.Simultaneously, utilize the torque control voltage of AC servo motor 10 to become the principle of good linear relation with output torque, can be according to putting belt tension situation in band transport process, increase or reduce the rotating speed of servomotor, and then the rotating speed of control rotating disk, also can regulate servomotor, make its forward or reverse, and then the rotating speed of control band dish, eliminate the frictional force that equipment self produces, obtain less tension force, and can, to putting the adjustment of belt tension real-time online, keep quickly and easily the constant of tension value;
2, the stability of each parts and whole winding machine is high, is difficult for producing eccentric, vibration, has greatly improved line speed;
3, adopted rational conduction band mode, on rotating disk, installed travel(l)ing rest and above parts, position, the angle of the angle of tape guide roller and conduction band bar all can regulate, make the contact of band and cable better, reduce band rotary course and suffered the resistance that wind produces band, and made band at the surface of cable parcel evenly.Meanwhile, in band process, cable is more stable, is difficult for producing jitter phenomenon, has obtained better band quality;
4, the travel(l)ing rest that adopts retractable structure, has increased working space, makes the replacing of band dish more convenient, has greatly saved the replacing time, has improved production efficiency.
Above embodiment is described preferred implementation of the present utility model; not scope of the present utility model is limited; do not departing under the prerequisite of the utility model design spirit; various distortion and improvement that those of ordinary skill in the art make the technical solution of the utility model, all should fall in the definite protection range of the utility model claims.
Claims (5)
1. a concentric type Double Motor Control winding machine, comprise the protective cover (1) that is positioned at top, be positioned at the base (2) of below, between described protective cover (1) and described base (2), be fixedly connected with by horizontal fixed head (3), in described protective cover (1), be provided with along its length the main shaft of horizontal arrangement (4) and be located in the rotating disk (5) on described main shaft (4), the right-hand member of described main shaft (4) is vertically fixedly equipped with band dish (6), described band dish (6) is positioned at the right side of described rotating disk (5), on the crossbeam (21) of described base (2), be fixedly connected with motor fixing plate (7), variable-frequency motor (8) is installed on described motor fixing plate (7), first output shaft (81) of described variable-frequency motor (8) stretches out left, parallel with described main shaft (4),
It is characterized in that: the left end of described main shaft (4) is vertically fixedly equipped with the first belt wheel (41), described the first belt wheel (41) right side is equipped with the second belt wheel (42), described the first belt wheel (41), the second belt wheel (42) is all positioned at the left side of described rotating disk (5), and the wheel footpath of described the first belt wheel (41) is less than the wheel footpath of described the second belt wheel (42), on described main shaft (4), be also provided with inner bearing (43), outer bearing (44), and with described inner bearing (43), the inner pedestal (431) that outer bearing (44) coordinates, outer bearing carrier (441), described inner bearing (43), outer bearing (44), inner pedestal (431), outer bearing carrier (441) is all positioned between described the second belt wheel (42) and described rotating disk (5), described outer bearing carrier (441) is fixed on described fixed head (3), the two ends, left and right of described inner pedestal (431) respectively with described the second belt wheel (42), rotating disk (5) is fixedly connected with,
On the fixed head (3) of described rotating disk (5) right back, be installed with servomotor support (9), servomotor (10) is installed on described servomotor support (9), second output shaft (101) of described servomotor (10) is parallel with described main shaft (4), upper vertical three belt wheel (102) identical with the wheel footpath of described the first belt wheel (41) that be fixedly equipped with of described the second output shaft (101), described the first belt wheel (41), between the 3rd belt wheel (102), connect by the first Timing Belt (11), the upper vertical four-tape wheel (82) identical with the wheel footpath of described the second belt wheel (42) that be fixedly equipped with of described the first output shaft (81), between described the second belt wheel (42) and four-tape wheel (82), be connected by the second Timing Belt (12).
2. concentric type Double Motor Control winding machine according to claim 1, it is characterized in that: the upper forward position of described rotating disk (5) is provided with the first tape guide roller (51) stretching out to the right along the circumferencial direction of described rotating disk (5), the second tape guide roller (52), also comprise travel(l)ing rest (13), the header board (131) being arranged in parallel before and after described travel(l)ing rest (13) comprises, rear plate (132), described main shaft (4) is positioned between described header board (131) and described rear plate (132), the first connecting axle (133), the second connecting axle (134) is through described header board (131), rear plate (132), by described header board (131), rear plate (132) is fixed together, the two ends up and down of described travel(l)ing rest (13) are respectively by the first rotating shaft (135), the second rotating shaft (136) connection fixing base (14), described holder (14) is fixedly connected with described rotating disk (5), described header board (131) is upper is fixedly connected with by the 3rd rotating shaft (137) the 3rd tape guide roller (53) stretching out to the right, described the 3rd tape guide roller (53) can rotate around described the 3rd rotating shaft (137), described the second connecting axle (134) is positioned at the below of described the 3rd tape guide roller (53), the middle part that Connection Block (15) is positioned at the left-half in described the second connecting axle (134) left side is provided with level towards left opening, be close to first set screws (151) in described the second connecting axle (134) left side vertically downward through described opening, described Connection Block (15) is fixed on described the second connecting axle (134), on the right half part of described Connection Block (15), offer cylindrical groove vertically downward, extend to the right on the long limit of " L " type conduction band bar (16), minor face upwards stretches in described groove, the right half part of described Connection Block (15) is provided with second screw (152) of end towards described minor face, described the second screw (152) is fixed on described minor face extruding in described groove,
Also comprise that the middle part that is positioned at described main shaft (4) right side is the die holder (19) of open circles tubular, the rear and front end of described die holder (19) is fixedly connected on respectively described header board (131), on rear plate (132), the center line of the center line of described cylinder and described main shaft (4) point-blank, the inwall of described die holder (19) is provided with position symmetry, top is all fixed on described inwall, the 3rd paired set screws (191) that end all extends internally, described the 3rd set screws (191) is clamped to the band shaping mould (17) of oval column in described cylinder, the middle part of described band shaping mould (17) is provided with runs through its length direction, and cross section is identical circular hollow bulb (171).
3. concentric type Double Motor Control winding machine according to claim 2, it is characterized in that: at least 2 of the quantity of described the second screw (152), and distribute up and down along described minor face, the group number of described the 3rd set screws (191) is at least one group.
4. concentric type Double Motor Control winding machine according to claim 3, it is characterized in that: the right side of described band dish (6) is provided with locking nut (61), described locking nut (61) wears and is fixed on described main shaft (4).
5. according to the concentric type Double Motor Control winding machine described in any one in claim 1 to 4, it is characterized in that: the upper brake disc (83) that is vertically fixedly equipped with of described the first output shaft (81), described brake disc (83) is positioned at described four-tape wheel (82) left side, cylinder brake gear (18) is installed in the below of described variable-frequency motor (8), described cylinder brake gear (18) is provided with brake block, and a part for described brake disc (83) bottom stretches in described brake block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420352828.9U CN204010830U (en) | 2014-06-27 | 2014-06-27 | Concentric type Double Motor Control winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420352828.9U CN204010830U (en) | 2014-06-27 | 2014-06-27 | Concentric type Double Motor Control winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204010830U true CN204010830U (en) | 2014-12-10 |
Family
ID=52050793
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420352828.9U Withdrawn - After Issue CN204010830U (en) | 2014-06-27 | 2014-06-27 | Concentric type Double Motor Control winding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204010830U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104036879A (en) * | 2014-06-27 | 2014-09-10 | 中国电子科技集团公司第八研究所 | Concentric type double-motor control wrapping machine |
| CN104609265A (en) * | 2015-01-23 | 2015-05-13 | 国家电网公司 | Electric winder for two rolls of aluminum armour tape |
| CN107089557A (en) * | 2017-06-12 | 2017-08-25 | 漯河恒丰机械制造科技有限公司 | Mesohigh wrapping machine sebific duct conveyer |
-
2014
- 2014-06-27 CN CN201420352828.9U patent/CN204010830U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104036879A (en) * | 2014-06-27 | 2014-09-10 | 中国电子科技集团公司第八研究所 | Concentric type double-motor control wrapping machine |
| CN104609265A (en) * | 2015-01-23 | 2015-05-13 | 国家电网公司 | Electric winder for two rolls of aluminum armour tape |
| CN104609265B (en) * | 2015-01-23 | 2016-03-23 | 国家电网公司 | A kind of electrodynamic type two volume aluminium armor tape wrapping head |
| CN107089557A (en) * | 2017-06-12 | 2017-08-25 | 漯河恒丰机械制造科技有限公司 | Mesohigh wrapping machine sebific duct conveyer |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104036879B (en) | Concentric type Double Motor Control winding machine | |
| CN103050193B (en) | The polydisc stranding machine of a kind of cable preparation method and enforcement the method | |
| CN204010830U (en) | Concentric type Double Motor Control winding machine | |
| CN213170847U (en) | Cable winding machine | |
| CN105665586B (en) | A kind of automatic coil winding machine of spring wire | |
| CN103170560A (en) | Steel wire ring winding machine | |
| CN203134557U (en) | Numerical control winding machine of voltage transformer | |
| CN104934216A (en) | Special-shaped coil numerical control winding machine | |
| CN103111556A (en) | Steel wire ring positioning clamping rotating device of steel wire ring winding machine | |
| CN203877644U (en) | Locking layer winder | |
| CN202796430U (en) | Pay-off tensioning device used for winding of transformer coil | |
| CN103151164B (en) | Numerical control coil winder for voltage transformer | |
| CN206544841U (en) | A kind of circle, flat filament one-step method band twist winder | |
| CN107720424A (en) | A kind of take-up of braider | |
| CN104444580B (en) | A kind of double-deck superfine wrapping machine | |
| CN103771172A (en) | Continuous horizontal tension control device | |
| CN204369199U (en) | Pipeline wrap-up | |
| CN208530936U (en) | A kind of packaging bag conveying apparatus for leveling | |
| CN202805638U (en) | Large-aperture low-pressure rubber tube numerical control winding machine special for engineering machinery | |
| CN204938555U (en) | A kind of steel wire coil winding apparatus | |
| CN203806766U (en) | Unreeling machine | |
| CN203127888U (en) | Rewinding machine of sealing tape | |
| CN204020079U (en) | A kind of flat volume squash type paper square tube shaped device | |
| CN206184929U (en) | Single wire drawing structure 's metal wire wire drawing machine | |
| CN210594672U (en) | Tire scrap steel wire ring recovery device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141210 Effective date of abandoning: 20160615 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |