CN205183443U - Gyro wheel actuating mechanism of carbon sliding plate bracket flanging machine - Google Patents
Gyro wheel actuating mechanism of carbon sliding plate bracket flanging machine Download PDFInfo
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- CN205183443U CN205183443U CN201520615757.1U CN201520615757U CN205183443U CN 205183443 U CN205183443 U CN 205183443U CN 201520615757 U CN201520615757 U CN 201520615757U CN 205183443 U CN205183443 U CN 205183443U
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Abstract
The utility model discloses a gyro wheel actuating mechanism of carbon sliding plate bracket flanging machine for it is rotatory to drive a pair of hem gyro wheel, include: the box, install in the box or outer motor and install the following component in the box: fixed transmission shaft with motor output shaft, the fixed roll axle of being connected with fixed transmission shaft, the adjustable roller shaft of being connected with fixed transmission shaft in position, a variable -spacing adjustment subassembly for adjusting interval between the adjustable roller shaft in fixed roll axle and position, wherein, fixed hem gyro wheel in a pair of hem gyro wheel is installed in fixed roll epaxially, and activity hem gyro wheel is installed on the adjustable roller shaft in position. The utility model discloses a gyro wheel actuating mechanism, simple structure, the transmission is steady, and the reliable operation is applicable to the carbon slide that the has different width processing of buckling, and application scope is wide, and the product uniformity after the hem is handled is good, and production efficiency is high, low in production cost, what last carries out the hem to the carbon slide and handles, and the economize on electricity reduces discharging, does benefit to the environmental protection.
Description
Technical field
The utility model relates to carbon slipper processing technique field, particularly relates to a kind of roller driving mechanism of carbon slipper bracket folding brake.
Background technology
Carbon slipper is widely used in the vehicle that motor-car, high ferro etc. run at high speed, and it comprises bracket and is placed in the carbon bar on bracket, in the prior art, adopt the method for artificial flanging that bracket two side edgefold is wrapped carbon bar to make bracket, adopt in this way, inefficiency, flanging difficulty, after flanging, the uniformity of product is poor, poor effect, and, artificial flanging, make operator's labour intensity large, and easily danger is caused to operator.
Summary of the invention
The purpose of this utility model is exactly to solve above-mentioned Problems existing, a kind of roller driving mechanism of carbon slipper bracket folding brake is provided, drive a conduplication side roller opposite direction rotating of carbon slipper bracket folding brake, can bending process automatically be carried out to carbon slipper bracket and transfer carbon slipper forward, automaticity is high, bending, transfer efficiency is high, and structure is simple, stable drive, reliable operation, spacing between one conduplication side roller is adjustable, be applicable to carry out bending process to the carbon slipper with different in width, make the applied widely of carbon slipper bracket folding brake, good product consistency after flanging process, production efficiency is high, production cost is low, continual flanging process is carried out to carbon slipper, economize on electricity reduces discharging, be beneficial to environmental protection.
For realizing above-mentioned purpose of the present utility model, the utility model provides a kind of roller driving mechanism of carbon slipper bracket folding brake, rotate for driving a conduplication side roller of described carbon slipper bracket folding brake, comprise casing and be installed on the motor in or beyond casing, in addition, also comprise be installed in casing with lower member: and the fixed conveyor axle that by first transmission component connected parallel with motor output shaft; And the fixed idler whell axle that by second transmission component connected parallel with fixed conveyor axle; And the position adjustable rolling wheel axle that by three transmission component connected parallel with fixed conveyor axle; Wherein, the fixing flanging roller in a described conduplication side roller is installed on described fixed idler whell axle, and movable flanging roller is installed on the adjustable rolling wheel axle of described position; Wherein, the direction of rotation of described fixed idler whell axle and described position adjustable rolling wheel axle is contrary, to drive a described conduplication side roller opposite direction rotating.
Further, the spacing adjusting part for regulating spacing between fixed idler whell axle and position adjustable rolling wheel axle be connected with position adjustable rolling wheel axle is also comprised.
Wherein, described 3rd transmission component comprises: the self adaptation power transmission shaft be arranged in parallel with described fixed conveyor axle; For by the power transmission of described fixed conveyor axle to the first gear transmission structure of self adaptation power transmission shaft; For the power transmission of self adaptation power transmission shaft being given the second gear transmission structure of described position adjustable rolling wheel axle.
Wherein, described spacing adjusting part comprises: the roller supporting frame be rotationally connected with adjustable rolling wheel axle two ends, described position; Connect the fastening bolt of roller supporting frame and described casing, for roller supporting frame is fixed on described casing; Being threaded with described casing and its end props up the adjusting bolt of roller supporting frame, regulating the position of the relatively described casing of roller carriage by turning adjusting bolt; The adaptive connection plate that its two ends are rotationally connected with self adaptation power transmission shaft and position adjustable rolling wheel axle respectively; Wherein, by regulating the position of the relatively described casing of roller carriage, the spacing between described self adaptation power transmission shaft and described position adjustable rolling wheel axle is regulated.
Wherein, described casing is arranged multiple for settling the slotted hole of fastening bolt, and the length bearing of trend of slotted hole is parallel to the bearing of trend of described adjusting bolt axis.
Compared with prior art, the roller driving mechanism tool of carbon slipper bracket folding brake of the present utility model has the following advantages:
1) roller driving mechanism of the present utility model can drive a conduplication side roller opposite direction rotating of carbon slipper bracket folding brake, thus bending process is automatically carried out to carbon slipper bracket and transfers carbon slipper forward, automaticity is high, bending, transfer efficiency high, enhance productivity, save artificial, reduce production cost;
2) each transmission component of the present utility model is gear drive, and drive mechanism is simple, stable drive, reliable operation, low cost of manufacture;
3) of the present utility model for settling the spacing between the roller shaft of a conduplication side roller adjustable, thus make the spacing of a conduplication side roller adjustable, bending process can be carried out to the carbon slipper with different in width, make the applied widely of carbon slipper bracket folding brake, and the good product consistency after flanging process, product quality is high, continually carries out flanging process to carbon slipper, can to economize on electricity reduction of discharging, to be beneficial to environmental protection.
Below in conjunction with accompanying drawing, the utility model is described in detail.
Accompanying drawing explanation
Fig. 1 has the three-dimensional perspective that roller of the present utility model drives the carbon slipper bracket folding brake of driving mechanism;
Fig. 2 is the structural representation of the carbon slipper cross section treating flanging;
Fig. 3 is the structural representation of the cross section of carbon slipper after flanging process;
Fig. 4 is the perspective view of flanging transfer device of the present utility model;
Fig. 5 is the perspective view that roller of the present utility model drives driving mechanism;
Fig. 6 is the perspective view of the roller driving driving mechanism after removing casing.
Detailed description of the invention
As shown in Figure 1, drive the three-dimensional perspective of the carbon slipper bracket folding brake of driving mechanism for having roller of the present utility model, as seen from the figure, this carbon slipper bracket folding brake comprises: the workbench 1 it being arranged flanging station; Be arranged on and workbench 1 lives bracing or strutting arrangement 4 bottom carbon slipper for support, there is first, second, third supporting component 41,42,43; To be arranged on workbench 1 and the material pressing device 3 be positioned at above flanging station, after the head of the carbon slipper on bracing or strutting arrangement 4 arrives flanging station, material pressing device 3 starts to press down, to press down described carbon slipper from the head of carbon slipper; Be arranged on the flanging transfer device 2 for extruding the carbon slipper bracket both sides being positioned at flanging station on workbench 1, its two sides to carbon slipper bracket apply relative extruding force and promote the thrust of described carbon slipper movement, thus make the various piece of two of carbon slipper bracket sides bend successively and wrap carbon bar.
Carbon slipper bracket folding brake of the present utility model, for the process of carbon slipper bracket flanging, wherein, carbon slipper comprises bracket and is placed in the carbon bar in bracket.As shown in Figure 2, for treating the structural representation of the cross section of the carbon slipper 5a of flanging, as shown in Figure 2, treat that the bracket 51 ' dual-side of the carbon slipper 5a of flanging is vertically positioned at carbon bar 52 both sides, bracket 51 ' dual-side fail to be embedded into be arranged at carbon bar 52 both sides skewed slot in, thus carbon bar 52 can not to be wrapped.Adopt carbon slipper bracket folding brake of the present utility model, bracket 51 ' the dual-side of carbon slipper as shown in Figure 2 can be carried out flanging process, to form carbon slipper 5b as shown in Figure 3, as shown in Figure 3, the bracket 51 of the carbon slipper of flanging process two side edge bendings and wrap carbon bar 52.
Wherein, as shown in Figure 4, be the structural representation of flanging transfer device 2 of the present utility model, as seen from the figure, it comprises a conduplication side roller and the roller driving mechanism 23 for driving a conduplication side roller to rotate.
Concrete, from Fig. 4-Fig. 6, roller driving mechanism 23 of the present utility model comprises casing 231 and the motor 232 that is installed in or beyond casing 231 (in figure, motor body is positioned at outside casing, its output shaft stretches in casing 231), in addition, also comprise be installed on casing 231 with lower member: and the fixed conveyor axle 233 that by first transmission component connected parallel with the output shaft of motor 232; And the fixed idler whell axle 234 that by second transmission component connected parallel with fixed conveyor axle 233; And the position adjustable rolling wheel axle 235 that by three transmission component connected parallel with fixed conveyor axle 233; Wherein, the fixing flanging roller 21 in a conduplication side roller is installed on fixed idler whell axle 234, and movable flanging roller 22 is installed on position adjustable rolling wheel axle 235; Wherein, the direction of rotation of fixed idler whell axle 234 and position adjustable rolling wheel axle 235 is contrary, to drive a conduplication side roller opposite direction rotating.Further, the spacing adjusting part 24 for regulating spacing between fixed idler whell axle 234 and position adjustable rolling wheel axle 235 be connected with position adjustable rolling wheel axle 235 is also comprised.
Wherein, as shown in Figure 6, the 3rd transmission component comprises: the self adaptation power transmission shaft 236 be arranged in parallel with fixed conveyor axle 233; With fixed conveyor axle 233 and self adaptation power transmission shaft 236 be connected respectively for by the power transmission of fixed conveyor axle 233 to the first gear transmission structure of self adaptation power transmission shaft 236; With self adaptation power transmission shaft 236 and position adjustable rolling wheel axle 235 be connected respectively for by the power transmission of self adaptation power transmission shaft 236 to the second gear transmission structure of position adjustable rolling wheel axle 235.Preferably, the first transmission component and the second transmission component also adopt gear transmission structure to carry out the transmission of power respectively.Wherein, fixed idler whell axle 234, fixed conveyor axle 233, self adaptation power transmission shaft 236 are connected with body pivot by case supports respectively.
Roller driving mechanism 23 of the present utility model, a conduplication side roller opposite direction rotating of carbon slipper bracket folding brake can be driven, thus bending process is automatically carried out to carbon slipper bracket and transfers carbon slipper forward, automaticity is high, bending, transfer efficiency high, enhance productivity, save artificial, reduce production cost; And each transmission component is gear drive, drive mechanism is simple, stable drive, reliable operation, low cost of manufacture.
Wherein, the spacing between position of the present utility model adjustable rolling wheel axle 235 and fixed idler whell axle 234 is adjustable, and as shown in Figure 5, Figure 6, the spacing adjusting part 24 of spacing comprises: the roller supporting frame 241 be rotationally connected with adjustable rolling wheel axle 235 two ends, position; Connect multiple fastening bolts 242 (adopting 4 fastening bolts in figure) of roller supporting frame 241 and casing 231, for roller supporting frame 241 is fixed on casing 231; To be threaded with casing 231 and its end stretches out in casing and props up the adjusting bolt 244 of roller supporting frame 241, by turning adjusting bolt 244, to make it change to stretch out the length of casing 231, the position of roller carriage 241 opposite case 231 can be regulated; The adaptive connection plate 245 that its two ends are rotationally connected with self adaptation power transmission shaft 236 and position adjustable rolling wheel axle 235 respectively.In addition, also comprise the fixed connecting plate 246 that its two ends are rotationally connected with self adaptation power transmission shaft 236 and fixed conveyor axle 233 respectively, and adaptive connection plate 245 can rotate relative to the axis of fixed connecting plate 246 around self adaptation power transmission shaft 236.
By turning adjusting bolt 244, as adjusting bolt 244 is screwed in casing, make adjusting bolt 244 stretch out in the length elongation of casing 231, then, under the promotion of adjusting bolt 244, the direction that roller supporting frame 241 is extended along adjusting bolt 244 is moved; Because position adjustable rolling wheel axle 235 is installed on roller supporting frame 241, therefore, along with the reach of roller supporting frame 241, the position of position adjustable rolling wheel axle 235 also can change; And position adjustable rolling wheel axle 235 is connected with self adaptation power transmission shaft 236 by connecting plate 245, namely, spacing between self adaptation power transmission shaft 236 and position adjustable rolling wheel axle 235 is constant, therefore, when the position of position adjustable rolling wheel axle 235 changes, the track of motion is for radius carries out rotating the circular arc track formed centered by the axle center of self adaptation power transmission shaft 236, with the spacing between self adaptation power transmission shaft 236 and position adjustable rolling wheel axle 235; Because the position of position adjustable rolling wheel axle 235 changes, thus the spacing between itself and fixed idler whell axle 234 is changed, thus the spacing of the conduplication side roller be installed on two roller shafts is changed.Preferably, casing 231 is arranged multiple for settling the slotted hole 243 of fastening bolt 242, and the length bearing of trend of slotted hole 243 is parallel to the bearing of trend of adjusting bolt 244 axis, accordingly, roller supporting frame 241 arranges multiple installing hole (not shown) of mating with fastening bolt, by regulating the position of fastening bolt 242, reaching the roller supporting frame 241 after by spacing and being anchored on object on casing.
Below, composition graphs 6, describes the course of work of roller driving mechanism of the present utility model.
When motor 232 works, the gear 23a be fixed on its output shaft is driven to rotate; When gear 23a rotates, drive and reversely rotate with the gear 23b of its external toothing, and drive the fixed conveyor axle 233 be fixedly connected with gear 23b to rotate, thus drive the gear 23c be installed on fixed conveyor axle 233 to rotate.When gear 23c rotates, drive on the one hand and rotate with the gear 23d of its external toothing, by gear 23d by power transmission to gear 23e, because gear 23e is fixedly installed on position adjustable rolling wheel axle 235, make along with gear 23e rotates on position adjustable rolling wheel axle 235, thus drive the position adjustable flanging roller 22 be installed on the adjustable rolling wheel axle of position to rotate along the direction identical with gear 23c direction of rotation; On the other hand, gear 23c is connected with gear 23f external toothing simultaneously, thus when gear 23c rotates, driven gear 23f rotates, gear 23f is fixedly installed on fixed idler whell axle 234, therefore, fixed idler whell axle 234 rotates along with gear 23f, thus drives the fixing flanging roller 21 be installed on fixed idler whell axle 234 to rotate along the direction contrary with gear 23c.Namely, roller driving mechanism drives conduplication side roller synchronous rotary in the opposite direction, thus under the effect of a conduplication side roller, relative extruding force applied to two sides of carbon slipper bracket and promotes the thrust of carbon slipper movement, thus making the various piece of two of carbon slipper bracket sides bend successively and wrap carbon bar.
To sum up, the utility model passes through the spacing between the roller shaft of adjustment one conduplication side roller, make the spacing of a conduplication side roller adjustable, therefore, adopt folding brake of the present utility model can carry out bending process to the carbon slipper with different in width, make the applied widely of carbon slipper bracket folding brake, and the good product consistency after flanging process, product quality is high, continually carries out flanging process to carbon slipper, can to economize on electricity reduction of discharging, to be beneficial to environmental protection.
Although be explained in detail the utility model above; but the utility model is not limited thereto; those skilled in the art can modify according to principle of the present utility model; therefore, all various amendments carried out according to principle of the present utility model all should be understood to fall into protection domain of the present utility model.
Claims (5)
1. a roller driving mechanism for carbon slipper bracket folding brake, for driving a conduplication side roller of described carbon slipper bracket folding brake to rotate, comprising casing and being installed on motor in or beyond casing, it is characterized in that, also comprise be installed in casing with lower member:
And the fixed conveyor axle that by first transmission component connected parallel with motor output shaft;
And the fixed idler whell axle that by second transmission component connected parallel with fixed conveyor axle;
And the position adjustable rolling wheel axle that by three transmission component connected parallel with fixed conveyor axle;
Wherein, the fixing flanging roller in a described conduplication side roller is installed on described fixed idler whell axle, and movable flanging roller is installed on the adjustable rolling wheel axle of described position.
2. roller driving mechanism according to claim 1, is characterized in that, also comprises: the spacing adjusting part for regulating spacing between fixed idler whell axle and position adjustable rolling wheel axle be connected with position adjustable rolling wheel axle.
3. roller driving mechanism according to claim 2, is characterized in that, described 3rd transmission component comprises:
The self adaptation power transmission shaft be arranged in parallel with described fixed conveyor axle;
For by the power transmission of described fixed conveyor axle to the first gear transmission structure of self adaptation power transmission shaft;
For the power transmission of self adaptation power transmission shaft being given the second gear transmission structure of described position adjustable rolling wheel axle.
4. roller driving mechanism according to claim 3, is characterized in that, described spacing adjusting part comprises:
The roller supporting frame be rotationally connected with adjustable rolling wheel axle two ends, described position;
Connect the fastening bolt of roller supporting frame and described casing, for roller supporting frame is fixed on described casing;
Being threaded with described casing and its end props up the adjusting bolt of roller supporting frame, regulating the position of the relatively described casing of roller carriage by turning adjusting bolt;
The adaptive connection plate that its two ends are rotationally connected with self adaptation power transmission shaft and position adjustable rolling wheel axle respectively;
Wherein, by regulating the position of the relatively described casing of roller carriage, the spacing between described self adaptation power transmission shaft and described position adjustable rolling wheel axle is regulated.
5. roller driving mechanism according to claim 4, is characterized in that, described casing is arranged multiple for settling the slotted hole of fastening bolt, and the length bearing of trend of slotted hole is parallel to the bearing of trend of described adjusting bolt axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520615757.1U CN205183443U (en) | 2015-08-14 | 2015-08-14 | Gyro wheel actuating mechanism of carbon sliding plate bracket flanging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520615757.1U CN205183443U (en) | 2015-08-14 | 2015-08-14 | Gyro wheel actuating mechanism of carbon sliding plate bracket flanging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205183443U true CN205183443U (en) | 2016-04-27 |
Family
ID=55776474
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520615757.1U Active CN205183443U (en) | 2015-08-14 | 2015-08-14 | Gyro wheel actuating mechanism of carbon sliding plate bracket flanging machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205183443U (en) |
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2015
- 2015-08-14 CN CN201520615757.1U patent/CN205183443U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |