CN204955130U - Intelligence carbon brush groove cutting machine - Google Patents
Intelligence carbon brush groove cutting machine Download PDFInfo
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- CN204955130U CN204955130U CN201520598762.6U CN201520598762U CN204955130U CN 204955130 U CN204955130 U CN 204955130U CN 201520598762 U CN201520598762 U CN 201520598762U CN 204955130 U CN204955130 U CN 204955130U
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Abstract
The utility model discloses an intelligence carbon brush groove cutting machine, it includes: a workbench. Settle the transporting device on the workstation, have the guide rail that is used for transporting the carbon brush, set up and expect positioner in terminal the pushing away of guide rail for accept from the terminal carbon brush of exporting of guide rail and transport it to pressing from both sides tight station, set up in the tight transporting device of clamp who presss from both sides tight station department for the carbon brush of will waiting to slot presss from both sides tightly and transports to the fluting station, set up in the fluting device of fluting station department for carry out the side end face fluting to the carbon brush of fluting in the station and handle transporting. The utility model discloses an intelligence carbon brush groove cutting machine, convenient to use can be automatically, fast to the processing of slotting of the side end face of carbon brush, and degree of automation is high, and it is efficient slot, and the uniformity of the product that processing was come out is good, improves production efficiency, reduction in production cost, the economize on electricity reduction of discharging does benefit to the environmental protection.
Description
Technical field
The utility model relates to carbon brush processing technique field, particularly relates to a kind of intelligent slotter for slotting in carbon brush side end face.
Background technology
In the process of carbon brush processing, need to carry out slot treatment to its side end face according to the purposes of carbon brush, in the prior art, all adopt manually-operated method, as, an easy track installed by drilling machine, saw blade is arranged on the drill chuck of drilling machine, wait from manually sending in track one by one carbon brush of slotting, then slotted in carbon brush side end face by saw blade.
Adopt above-mentioned method, there is following shortcoming: 1, lose time with manually, production efficiency is low, and drilling machine power consumption makes greatly production cost high; 2, the physical dimension due to carbon brush is less, and in process, the labour intensity that there is workman is large, easy causes dangerous hidden danger to operator; 3, because process is manual operation, therefore easily there is the ropy shortcoming of consistent poor, the product of product, production cost is improved.
Summary of the invention
The purpose of this utility model is exactly to solve above-mentioned Problems existing, there is provided a kind of intelligent carbon brush slotter, its structure is simple, easy to use, slot treatment can be carried out automatically and quickly to the side end face of carbon brush, automaticity is high, and fluting efficiency is high, and the uniformity of the product processed is good, enhance productivity, reduce production cost, economize on electricity reduces discharging, and is beneficial to environmental protection.
For realizing above-mentioned purpose of the present utility model, intelligent carbon brush slotter of the present utility model comprises: workbench; Be placed in the transfer device on workbench, there is the guide rail for transporting carbon brush; Be arranged at the pusher positioner of guide rail end, for accept from guide rail end export carbon brush and be transported to clamping station; Be arranged at the clamping transfer device at clamping station place, for treating that fluting carbon brush clamps and is transported to grooving station; Be arranged at the grooving apparatus at grooving station place, for carrying out side end face slot treatment to the carbon brush be transported in grooving station.
Wherein, described clamping transfer device comprises: transfer supporting seat; Be installed on the clamp assemblies on transfer supporting seat, there is the fixing clamp arm for carbon brush of waiting described in clamping to slot and activity jig arm; Be placed in transfer supporting seat on and with activity jig arm connect for driving it relative to the jig arm driven unit of fixing clamp arm movement; Be connected with transfer supporting seat for driving it to move, so that waiting of being clamped by clamp assemblies is slotted, carbon brush is transported to the transport driven unit at grooving station place.
Wherein, described clamp assemblies also has: be fixedly installed in the holder on described transfer supporting seat; Be slidably mounted on the sliding seat on described transfer supporting seat; Described fixing clamp arm and described activity jig arm are dismountable to be respectively installed on the described holder surface relative with described sliding seat.
Further, described clamp assemblies also has stroke regulating structure, and it comprises: the slide bar be connected respectively with described sliding seat with described holder; Wherein, described slide bar and described holder matched in clearance, and slide bar one end stretches out in described holder.
Wherein, described grooving apparatus comprises: the grooving tool carrying out side end face slot treatment for the carbon brush in cross-notching station being arranged at grooving station place; The motor horizontally rotated for driving grooving tool, it is installed on motor cabinet; The Connection Block be connected with motor cabinet; Be connected with Connection Block and be positioned at the fluting supporting seat below motor cabinet; For motor cabinet being connected as one with Connection Block and the level adjusting structure of the horizontal level of the relative Connection Block of adjustable motor cabinet; Connection Block and fluting supporting seat are connected as one and the lifting adjusting structure of the vertical position of adjustable connecting base phase cross-notching supporting seat.
Wherein, described pusher positioner comprises: be arranged at described guide rail end and the pusher guide rail vertical with its bearing of trend, for accepting the carbon brush that guide rail end exports; Its piston rod, along the pusher cylinder of pusher guide rail bearing of trend stretching motion, pushes towards the direction clamping station for the carbon brush that will enter pusher guide rail; Be arranged at the detector at clamping station place, whether enter clamping station for the carbon brush detected on pusher guide rail; Be arranged at the binder assembly at clamping station place, for compressing the carbon brush entering clamping station.
Wherein, described binder assembly has binder cylinder, and its piston rod vertically stretching motion, its piston-rod end aims at clamping station downwards.
Further, the discharger for carrying out discharging process to the carbon brush after slot treatment be arranged near described grooving station is also comprised.
Wherein, described discharger comprises: for accepting the discharge track of the carbon brush through slot treatment; Its piston rod along the cylinder of discharge track bearing of trend stretching motion, for the carbon brush through slot treatment is pushed in discharge track.
Further, the bracing wire unbending device that the brush line for the carbon brush transported it be arranged at below described guide rail carries out stretching process is also comprised.
Compared with prior art, intelligent carbon brush slotter of the present utility model has following beneficial effect:
1) intelligent carbon brush slotter structure of the present utility model is simple, easy to use, automaticity is high, carbon brush only need be placed in hopper the carbon brush after can obtaining its grooved faces process by operator, therefore labor strength is low, and require low to the processing proficiency of operator, production efficiency is high, and the good product quality processed, machining accuracy is high;
2) intelligent carbon brush slotter of the present utility model, has clamping transfer device, and it integrates clamping and transfer function, and structure is simple, reliable in action, transmits steadily, improves the functional reliability of intelligent carbon brush slotter;
3) clamping transfer device of the present utility model has stroke regulating structure, the stroke of clamp assemblies can be regulated, when making clamp assemblies clamp carbon brush more firmly, stable, thus when grooving apparatus carries out slot treatment to carbon brush, carbon brush not easily rocks, the good product consistency processed, precision is high;
4) what the utility model clamp assemblies can clamp different size waits carbon brush of slotting, thus applicability is wide;
5) grooving apparatus of the present utility model can the height of cross-notching instrument and horizontal level regulate, thus the carbon brush of different size can be processed, thus improve the equipment scope of application, and compared to existing technology, save a large amount of electric energy, reduce environmental pollution, be beneficial to the load pressure alleviating electrical network, alleviate energy shortage situation, be beneficial to the quality improving economic growth, to obtain better economic benefit and social benefit.
Below in conjunction with accompanying drawing, the utility model is described in detail.
Accompanying drawing explanation
Fig. 1 is the three-dimensional perspective of intelligent carbon brush groover of the present utility model;
Fig. 2 is the structural representation adopting grooving apparatus of the present utility model to carry out the carbon brush before slot treatment;
Fig. 3 is the structural representation adopting grooving apparatus of the present utility model to carry out the carbon brush after slot treatment;
Fig. 4 is the structural representation of grooving apparatus of the present utility model;
Fig. 5 is the structural representation of clamping transfer device of the present utility model;
Fig. 6 is the partial enlarged drawing of stroke regulating structure of the present utility model;
Fig. 7 is the part A enlarged drawing shown in Fig. 1.
Detailed description of the invention
As shown in Figure 1, be the three-dimensional perspective of intelligent carbon brush slotter of the present utility model, as seen from the figure, the of the present utility model intelligent carbon brush slotter of this intelligent carbon brush slotter comprises: workbench 1; Being placed in the transfer device 2 on workbench 1, having for transporting the guide rail 21 treating fluting carbon brush 81 (as shown in Figure 2); Be arranged at the pusher positioner 4 of guide rail end, for accept from guide rail 21 end export carbon brush and be transported to clamping station; Be arranged at the clamping transfer device 5 at clamping station place, for treating that fluting carbon brush 81 clamps and is transported to grooving station; Be arranged at the grooving apparatus 6 at grooving station place, for carrying out side end face slot treatment to the carbon brush be transported in grooving station, to process groove 82a (as shown in Figure 3) in carbon brush side end face, form the carbon brush 82 of the groove had for settling spring.In addition, also comprise for by the stretching brush line unbending device 3 of brush line until fluting carbon brush 81 that guide rail transports and the discharger 7 that the carbon brush 82 obtained after slot treatment is discharged.
Intelligent carbon brush slotter of the present utility model, by transfer device 2 treat fluting carbon brush 81 carry out automatic orientation sequence conveying, and by arrive clamping station treat fluting carbon brush clamp, be then transferred to grooving station, grooving apparatus is adopted automatically to carry out slot treatment to carbon brush, whole process is without the need to manual operation, and automaticity is high, and the labour intensity of operator is little, the reliable in quality of the product processed, precision is high, and production efficiency improves, and production cost reduces.
Concrete, transfer device 2 of the present utility model comprises: be arranged on the vibrating disk mechanism with hopper on workbench 1, wherein, helical orbit in hopper is the certain tracks suitable with carbon brush 81 structure of waiting to slot, thus when vibrating disk institution staff, multiple carbon brush in hopper by predetermined attitude automatic orientation proper alignment, and export from the discharging opening of hopper successively, enter in guide rail 21.Wherein, this guide rail is and has the inclined guide rails of certain angle between horizontal plane, and the carbon brush exported from the discharging opening of hopper enters inclined guide rails and glides voluntarily.
Wherein, inclined guide rails of the present utility model is made up of the rectangular tube of hollow, the inside of its hollow forms the track matched with the structure of carbon brush, and metallic channel is arranged on the bottom of inclined guide rails, when carbon brush inclination lead moved to the other end by one end in 31 time, the brush line of carbon brush can be protruding and be exposed at the below of inclined guide rails from metallic channel.
Vibrating disk mechanism of the present utility model can adopt the structure of vibrating disk in prior art, therefore, is not described in detail its structure.
When gliding voluntarily on inclined guide rails wait carbon brush 81 of slotting, the brush line of multiple carbon brush is protruding in metallic channel respectively, occur that the phenomenon of interfering appears in the brush line of adjacent carbon brush sometimes, thus cause carbon brush to block, can not move down smoothly, and then affect manufacturing schedule.In order to avoid the generation of above-mentioned situation, the utility model arranges bracing wire unbending device 3 below guide rail 21, for the wire of the multiple carbon brush glided in inclined guide rails is stretching downwards one by one.
Wherein, bracing wire unbending device 3 of the present utility model can adopt the structure of bracing wire unbending device of the prior art, is no longer described its structure at this.
During design, bracing wire unbending device 3 can be arranged on any place below inclined guide rails, preferably, stretching assembly 3 be arranged on the below close to hopper one end.
Due to when designing, the track of inclined guide rails and the structure matching of carbon brush, therefore, when bracing wire unbending device 3 is by after stretching for the brush line of carbon brush, the brush line of carbon brush and the lower surface of carbon brush are in vertical state.
When wait slot carbon brush 81 through guide rail free-falling to its end time, accepted the carbon brush exported from guide rail 21 end by the pusher positioner 4 being arranged at guide rail end, and carbon brush be transported to clamping station.
Wherein, as shown in Figure 7, pusher positioner 4 of the present utility model comprises: be arranged at guide rail 21 end and the pusher guide rail 41 vertical with its bearing of trend, for accepting the carbon brush 81 that guide rail 21 end exports; Its piston rod, along the pusher cylinder 42 of pusher guide rail 41 bearing of trend stretching motion, pushes towards the direction clamping station for the carbon brush 81 that will enter pusher guide rail 41; Be arranged at the detector 43 at clamping station place, whether enter clamping station for the carbon brush 81 detected on pusher guide rail 41; Be arranged at the binder assembly 44 of clamping station, for being pressed in clamping station by the carbon brush 81 arrived above clamping station.Wherein, binder assembly 44 has binder cylinder, and its piston rod vertically stretching motion, its piston-rod end aims at clamping station downwards.
Wherein, the utility model adopts clamping transfer device 5 as shown in Figure 5 to treat, and fluting carbon brush 81 carries out clamping process, and carbon brush for the treatment of after clamping being slotted is transported to grooving station place, to utilize grooving apparatus 6 treating that the side end face of slot treatment carbon brush 81 mills out groove 82a, form the reeded carbon brush 82 of tool.
As shown in Figure 5, clamping transfer device of the present utility model comprises: transfer supporting seat 51; Being installed on the clamp assemblies 52 on transfer supporting seat 51, having for clamping the fixing clamp arm 521 and activity jig arm 522 for the treatment of fluting carbon brush; Be placed in transfer supporting seat 51 on and with activity jig arm 522 connect for driving it relative to the jig arm driven unit 53 of fixing clamp arm 521 movement; Be connected with transfer supporting seat 51 for driving it to move, so that waiting of being clamped by clamp assemblies 52 is slotted, carbon brush 81 is transported to the transport driven unit 54 at grooving station place.
Clamping transfer device of the present utility model, will treat the clamping of fluting carbon brush by clamp assemblies, then, then the carbon brush after clamping will be transferred to grooving station, whole transfer process without the need to manually, the generation of dangerous accident when preventing from manually transferring.
Wherein, clamp assemblies 52 of the present utility model is except fixing clamp arm 521 and activity jig arm 522, also have: be fixedly installed in the holder 523 on transfer supporting seat 51, the top being installed on holder 523 of fixing clamp arm 521 detachable (as being bolted); Be slidably mounted on the sliding seat 524 on transfer supporting seat 51, the dismountable top being installed on sliding seat 524 of activity jig arm 522, and be oppositely arranged with fixing clamp arm 521.
When clamping transfer device receives after fluting carbon brush 81 has arrived the signal of clamping station, jig arm driven unit 53 works, sliding seat 524 is driven to move (fixed seating is in the side of clamping station) towards the direction near holder 523, thus activity jig arm 522 is moved towards the direction near fixing clamp arm 521, when activity jig arm 522 arrives precalculated position (namely clamping the opposite side of station), the clamping station for clamping carbon brush is defined between activity jig arm 522 and fixing clamp arm 521, now, by pusher positioner 4 by be positioned at clamping station above treating fluting carbon brush be pressed into clamping station, and utilize activity jig arm 522 and fixing clamp arm 521 to be clamped by carbon brush 81, then transport driven unit 54 to work, by mobile transfer supporting seat 51, to treat that fluting carbon brush is transferred to grooving station place.
Wherein, clamp assemblies 52 of the present utility model is except above-mentioned each component, also there is stroke regulating structure, as shown in Figure 6, it comprises: the slide bar 525 be connected respectively with holder and sliding seat, and it axially extends (as shown in the direction of arrow in Fig. 6) along the direction of motion of sliding seat.Wherein, slide bar 525 and holder matched in clearance, and slide bar 525 one end stretches out in holder, and the other end of slide bar is inserted in sliding seat.In addition, the trip adjustment structure also comprises the adjusting nut 526 of the described one end being installed on slide bar, regulates slide bar to stretch out in the length of holder, to regulate sliding seat relative to the stroke of holder movement by adjusting nut.Further, stroke regulating structure also comprises and being set on slide bar and locking nut 527 between holder and sliding seat, accordingly, the described other end of slide bar is provided with the external screw thread matched with this locking nut.
Wherein, in order to ensure the moving direction of sliding seat 524, the utility model is provided with guide rail on transfer supporting seat 51, is provided with the slide block with guide rail bottom sliding seat 524.Certainly, also can be provided with slide block on transfer supporting seat 51, bottom sliding seat 524, be provided with the guide rail mated with slide block.And driving the jig arm driven unit 53 of sliding seat movement to be air cylinder driven assembly, its cylinder body is fixedly installed on transfer supporting seat 51, and the end of its piston rod is connected with sliding seat 524.
Wherein, transfer supporting seat 51 slides and is placed on workbench 1, as arranged guide rail 11 on workbench 1, transfer supporting seat 51 bottom is provided with the slide block with guide rail; And for driving the transport driven unit 54 of transfer supporting seat movement to be air cylinder driven assembly, its cylinder body is fixedly installed on workbench 1, the end of its piston rod is connected with transfer supporting seat 51.
Clamping transfer device of the present utility model is adopted to carry out clamping to carbon brush and transfer, automaticity is high, and the labour intensity of operator is little, and clamping firmly, the carbon brush being transferred to grooving station place can not be produced in process rock, thus the reliable in quality of the product processed.
When adopting clamping transfer device will be transferred to grooving station place (grooving station is positioned at the front of clamping transfer device transfer direction) wait carbon brush 81 of slotting, the utility model adopts grooving apparatus as shown in Figure 4 to carry out slot treatment to carbon brush 81.
As shown in Figure 4, grooving apparatus of the present utility model comprises: the grooving tool 61 for carrying out slot treatment to the side end face of the carbon brush 81 being positioned at grooving station being arranged at grooving station place, it is be fixedly installed in the saw blade on the output shaft of motor 62, and the outward flange of this saw blade can aim at the side end face of the carbon brush 81 being positioned at grooving station; The motor 62 horizontally rotated for driving grooving tool 61, it is installed on motor cabinet 63; The Connection Block 64 be connected with motor cabinet 63; Be connected with Connection Block 64 and be positioned at the fluting supporting seat 67 below motor cabinet 63; For motor cabinet 63 being connected as one with Connection Block 64 and the level adjusting structure 65 of the horizontal level of the relative Connection Block 64 of adjustable motor cabinet 63; Connection Block 64 and fluting supporting seat 67 are connected as one and the lifting adjusting structure 66 of the vertical position of adjustable connecting base 64 phase cross-notching supporting seat 67.
Grooving apparatus of the present utility model, slot treatment is carried out in the side end face by saw blade, automatic orientation being transported to the carbon brush 81 at grooving station place, does not need manual operation, thus prevents the generation of dangerous accident, and, by regulating the horizontal level of the relative Connection Block 64 of motor cabinet 63, the horizontal range between saw blade and grooving station can be regulated, and by regulating the vertical position of Connection Block 64 phase cross-notching supporting seat 67, the vertical distance between saw blade and grooving station can be regulated, thus can according to treating the different size of slot treatment carbon brush and the required degree of depth offering groove on carbon brush side end face, width, regulate the relative position between saw blade and carbon brush, thus make grooving apparatus of the present utility model be suitable for the wider of the carbon brush processed, for enterprise, the purchase cost of equipment can be reduced.
Concrete, as shown in Figure 4, Connection Block 64 of the present utility model comprises vertical seat 641 and is fixedly installed in the horizontal base 642 on vertical seat 641 top, motor cabinet 63 and fluting supporting seat 67 is connected as one by Connection Block 64.Wherein, level adjusting structure 65 comprises: be arranged at the circular hole 651 on motor cabinet 63; To be arranged on horizontal base 642 and the slotted hole (not shown) extended in the horizontal direction; Be fed through the bolt 652 of the slotted hole of motor cabinet 63 circular hole and horizontal base 642; Wherein, by regulating the position of motor cabinet 63 circular hole relative level seat 642 slotted hole, the horizontal level (moving direction of motor cabinet relative level seat is as shown in the direction of arrow horizontal in Fig. 4) of motor cabinet 63 relative level seat 642 is regulated.
When needing to regulate the horizontal level of motor cabinet 63 relative level seat 642, making motor cabinet relative level seat towards during near the motion of the direction of grooving station, manual adjustment motor cabinet, circular hole on motor cabinet is aimed at the relevant position of the slotted hole on horizontal base, then to screw on bolt 652, by motor cabinet and Connection Block fastening.
Further, for the ease of regulating the horizontal level of motor cabinet 63 relative level seat 642, level adjusting structure 65 can also comprise the horizontal boost assemblies for the movement of pushing motor seat 63 relative level seat 642 be connected with the side end face of motor cabinet 63.This horizontal boost assemblies comprises: the horizontal fixed block 653 removably connected with the side end face of motor cabinet 63; The horizontal adjustment bolt 654 be threaded with horizontal fixed block in the horizontal direction; Wherein, horizontal fixed block 653 has the extension stretching out in motor cabinet 63 bottom face down; Wherein, horizontal adjustment bolt 654 is placed on the extension of horizontal fixed block 653, and its end contacts with the side end face of horizontal base 642.
When needing horizontal level (as the making motor cabinet relative level seat move towards near the direction of grooving station) regulating motor cabinet 63 relative level seat 642, bolt 652 is backed out, clockwise (or counterclockwise) turn horizontal adjustment bolt 654, the side end face propping up horizontal base endwise of stretching out after making the horizontal fixed block 653 of horizontal adjustment bolt 654 precession, can be moved forward by horizontal adjustment bolt pushing motor seat 63 relative level seat 642 after continuing to turn horizontal adjustment bolt 654, when motor cabinet relative level seat arrives preposition, again bolt 652 is screwed on, motor cabinet can be made to be anchored on horizontal base.
Wherein, stability when moving in order to ensure motor cabinet relative level seat, the utility model arranges guide groove 643 at the top end face of horizontal base 642, and motor cabinet is placed in guide groove 643, thus motor cabinet can move along guide groove 643.
Wherein, lifting adjusting structure 66 of the present utility model comprises: be arranged at the circular hole (not shown) on vertical seat 641; Be arranged at fluting supporting seat 67 on and the slotted hole (not shown) vertically extended; Be fed through the bolt 662 of the circular hole of vertical seat 641 and the slotted hole of fluting supporting seat 67; Wherein, by regulating the position of the slotted hole of the circular hole phase cross-notching supporting seat 67 of vertical seat 641, regulate the vertical position (moving direction of vertical seat phase cross-notching supporting seat is as shown in the direction of arrow vertical in Fig. 4) of vertical seat 641 phase cross-notching supporting seat 67.
Equally, when needing to regulate the vertical position of vertical seat phase cross-notching supporting seat, making motor cabinet phase cross-notching supporting seat move upward so that when making saw blade arrive predetermined altitude, the height of vertical seat is regulated by artificial mode, namely, circular hole on vertical seat is aimed at the relevant position of the slotted hole on fluting supporting seat, then to screw on bolt 662, vertical seat is fastening with fluting supporting seat.
Further, conveniently regulate the vertical position of vertical seat phase cross-notching supporting seat, lifting adjusting structure 66 can also comprise the lifting boost assemblies for promoting the movement of Connection Block 64 phase cross-notching supporting seat 67 be connected with the bottom face of vertical seat 641.This lifting boost assemblies comprises: removably connect with the side end face of fluting supporting seat 67 and be positioned at the lifting fixed block 663 below vertical seat 641; The lift adjustment bolt 664 be threaded with lifting fixed block; Wherein, the end of lift adjustment bolt 664 contacts with the bottom face of vertical seat 641.
When needing vertical position (as the making motor cabinet phase cross-notching supporting seat move) regulating motor cabinet 63 phase cross-notching supporting seat upward, bolt 662 is backed out, clockwise (or counterclockwise) turn lift adjustment bolt 664, the endways of stretching out after making lift adjustment bolt 664 precession be elevated fixed block 663 prop up the bottom face of vertical seat, vertical seat phase cross-notching supporting seat can be promoted by lift adjustment bolt 664 after continuing to turn lift adjustment bolt 664 move upward, thus drive motor seat phase cross-notching supporting seat moves upward, when motor cabinet arrives predetermined height, again bolt 662 is screwed on, vertical seat can be made to be anchored on fluting supporting seat, thus make saw blade be positioned at desired height.
Wherein, in order to ensure stability during vertical seat phase cross-notching supporting seat motion, fluting supporting seat 67 of the present utility model is provided with the guide groove 671 vertically extended, and vertically seat 641 is placed in guide groove 671, thus makes vertical seat along guide groove elevating movement.
Adopt grooving apparatus of the present utility model to carry out slot treatment to carbon brush side end face, automaticity is high, and the labour intensity of operator is little, the reliable in quality of the product processed, and precision is high, and production efficiency improves, and production cost reduces.
Compared to prior art, grooving apparatus of the present utility model, saves a large amount of electric energy, thus minimizing environmental pollution, be beneficial to the load pressure alleviating electrical network, alleviate energy shortage situation, be beneficial to the quality improving economic growth, to obtain better economic benefit and social benefit.
When employing grooving apparatus 6 will after until fluting, carbon brush 81 be processed into the reeded carbon brush 82 of tool, the utility model adopts and is arranged at discharger 7 near grooving station and the carbon brush 82 after slot treatment is carried out discharge processes.Wherein, discharger 7 comprises: for accepting the discharge track of the carbon brush through slot treatment, and the direction that its bearing of trend transfers carbon brush with clamping transfer device 5 is perpendicular; Its piston rod, along the cylinder of discharge track bearing of trend stretching motion, for being pushed in discharge track by the carbon brush 82 through slot treatment, and is transported to next manufacturing procedure via discharge track.
In sum, compared to prior art, adopt intelligent carbon brush slotter of the present utility model, the carbon brush can treating slot treatment carries out full-automatic conveying and fluting, reduce artificial, avoid injuring operator, whole flow process can save a large amount of electric energy, reduces environmental pollution, be beneficial to the load pressure alleviating electrical network, alleviate energy shortage situation, be beneficial to the quality improving economic growth, to obtain better economic benefit and social benefit.
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 (10)
1., for carrying out an intelligent carbon brush slotter for slot treatment to carbon brush, it is characterized in that, comprising:
Workbench;
Be placed in the transfer device on workbench, there is the guide rail for transporting carbon brush;
Be arranged at the pusher positioner of guide rail end;
Be arranged at the clamping transfer device at clamping station place;
Be arranged at the grooving apparatus at grooving station place.
2. intelligent carbon brush slotter according to claim 1, is characterized in that, described clamping transfer device comprises:
Transfer supporting seat;
Being installed on the clamp assemblies on transfer supporting seat, having for clamping the fixing clamp arm and activity jig arm for the treatment of fluting carbon brush;
Be placed in transfer supporting seat on and with activity jig arm connect for driving it relative to the jig arm driven unit of fixing clamp arm movement;
Be connected with transfer supporting seat for driving it to move, so that waiting of being clamped by clamp assemblies is slotted, carbon brush is transported to the transport driven unit at grooving station place.
3. intelligent carbon brush slotter according to claim 2, it is characterized in that, described clamp assemblies also has:
Be fixedly installed in the holder on described transfer supporting seat;
Be slidably mounted on the sliding seat on described transfer supporting seat;
Wherein, described fixing clamp arm and described activity jig arm are dismountable is respectively installed on the described holder surface relative with described sliding seat.
4. intelligent carbon brush slotter according to claim 3, it is characterized in that, described clamp assemblies also has stroke regulating structure, and it comprises:
The slide bar be connected respectively with described sliding seat with described holder;
Wherein, described slide bar and described holder matched in clearance, and slide bar one end stretches out in described holder.
5. intelligent carbon brush slotter according to claim 1, it is characterized in that, described grooving apparatus comprises:
Be arranged at the grooving tool carrying out side end face slot treatment for the carbon brush in cross-notching station at grooving station place;
The motor horizontally rotated for driving grooving tool, it is installed on motor cabinet;
The Connection Block be connected with motor cabinet;
Be connected with Connection Block and be positioned at the fluting supporting seat below motor cabinet;
For motor cabinet being connected as one with Connection Block and the level adjusting structure of the horizontal level of the relative Connection Block of adjustable motor cabinet;
For Connection Block and fluting supporting seat are connected as one and the lifting adjusting structure of the vertical position of adjustable connecting base phase cross-notching supporting seat.
6. intelligent carbon brush slotter according to claim 1, is characterized in that, described pusher positioner comprises:
Be arranged at described guide rail end and the pusher guide rail vertical with its bearing of trend, for accepting the carbon brush that guide rail end exports;
Its piston rod, along the pusher cylinder of pusher guide rail bearing of trend stretching motion, pushes towards the direction clamping station for the carbon brush that will enter pusher guide rail;
Be arranged at the detector at clamping station place, whether enter clamping station for the carbon brush detected on pusher guide rail;
Be arranged at the binder assembly at clamping station place, for compressing the carbon brush entering clamping station.
7. intelligent carbon brush slotter according to claim 6, is characterized in that, described binder assembly has binder cylinder, and its piston rod vertically stretching motion, its piston-rod end aims at clamping station downwards.
8. intelligent carbon brush slotter according to claim 1, is characterized in that, also comprises the discharger for carrying out discharging process to the carbon brush after slot treatment be arranged near described grooving station.
9., according to intelligent carbon brush slotter according to claim 8, it is characterized in that, described discharger comprises:
For accepting the discharge track of the carbon brush through slot treatment;
Its piston rod along the cylinder of discharge track bearing of trend stretching motion, for the carbon brush through slot treatment is pushed in discharge track.
10. intelligent carbon brush slotter according to claim 1, is characterized in that, also comprises the bracing wire unbending device that the brush line for the carbon brush transported it be arranged at below described guide rail carries out stretching process.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520598762.6U CN204955130U (en) | 2015-08-11 | 2015-08-11 | Intelligence carbon brush groove cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520598762.6U CN204955130U (en) | 2015-08-11 | 2015-08-11 | Intelligence carbon brush groove cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204955130U true CN204955130U (en) | 2016-01-13 |
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ID=55050222
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520598762.6U Active CN204955130U (en) | 2015-08-11 | 2015-08-11 | Intelligence carbon brush groove cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204955130U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106393446A (en) * | 2015-08-11 | 2017-02-15 | 苏州瑞本智能科技有限公司 | Intelligent carbon brush slot milling machine |
| CN107186552A (en) * | 2017-06-08 | 2017-09-22 | 浙江硕和机器人科技有限公司 | A kind of saw chain blade knife sharpener |
-
2015
- 2015-08-11 CN CN201520598762.6U patent/CN204955130U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106393446A (en) * | 2015-08-11 | 2017-02-15 | 苏州瑞本智能科技有限公司 | Intelligent carbon brush slot milling machine |
| CN107186552A (en) * | 2017-06-08 | 2017-09-22 | 浙江硕和机器人科技有限公司 | A kind of saw chain blade knife sharpener |
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