CN204349725U - A kind of full-automatic rotor punching and commutator composite type pressing machine - Google Patents
A kind of full-automatic rotor punching and commutator composite type pressing machine Download PDFInfo
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- CN204349725U CN204349725U CN201420873539.3U CN201420873539U CN204349725U CN 204349725 U CN204349725 U CN 204349725U CN 201420873539 U CN201420873539 U CN 201420873539U CN 204349725 U CN204349725 U CN 204349725U
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Abstract
The utility model proposes a kind of full-automatic rotor punching and commutator composite type pressing machine, it comprises dividing and positioning mechanism, pressure punching mechanism, pressure commutator mechanism and fixture assembly; Described pressure punching mechanism and pressure commutator mechanism are separately positioned on oil cylinder fixed head both sides and mutually corresponding, and the described oil cylinder fixed head left and right sides is respectively arranged with left support plate and right support plate, and described left support plate is connected with base plate with the bottom of right support plate; The detent mechanism of described dividing and positioning mechanism is arranged on the top of base plate, and the indexing mechanism of dividing and positioning mechanism is arranged on the below of base plate, and its indexing rack is meshed with the dividing gear be enclosed within dividing spindle.The full-automatic rotor punching of one of the present utility model and commutator composite type pressing machine, compact conformation, automaticity is high and punching is first pressed onto above axle by same fixture by it, the station of pressure commutator is transferred to again by index dial, by index dial, rotor core is transferred to artificial loading and unloading station again after pressing commutator, so not only save the time, reduce operative's intensity, also substantially increase the fail safe of operative.
Description
Technical field
The utility model relates to machine field, refers to a kind of full-automatic rotor punching and commutator composite type pressing machine especially.
Background technology
At present motor manufacturing producer substantially to rotor pressure punching and commutator all adopt twice independently operation carry out.Punching is first pressed onto above axle by a fixture by it on common press, then the armature spindle pressed and punching is taken out being put on another one fixture again, then is pressed onto above axle by commutator.Such operation not only wastes time and energy, and also there is very large potential safety hazard, often has operative employee's staff to be gone by pressure.Novel rotor punching commutator one pressing machine well solves this problem.Punching is first pressed onto above axle by same fixture by it, the station of pressure commutator is transferred to again by index dial, by index dial, rotor core is transferred to artificial loading and unloading station again after pressing commutator, so not only save the time, reduce operative's intensity, also substantially increase the fail safe of operative.
Utility model content
For the deficiency that prior art exists, the purpose of this utility model is to provide a kind of compact conformation, automaticity is high and punching is first pressed onto above axle by same fixture by it, the station of pressure commutator is transferred to again by index dial, by index dial, rotor core is transferred to artificial loading and unloading station again after pressing commutator, so not only save the time, reduce operative's intensity, also substantially increase the full-automatic rotor punching of one and the commutator composite type pressing machine of the fail safe of operative.
The technical solution of the utility model is the full-automatic rotor punching of one and commutator composite type pressing machine that realize like this, it is characterized in that, it comprises dividing and positioning mechanism, pressure punching mechanism, pressure commutator mechanism and fixture assembly; Described pressure punching mechanism and pressure commutator mechanism are separately positioned on oil cylinder fixed head both sides and mutually corresponding, and the described oil cylinder fixed head left and right sides is respectively arranged with left support plate and right support plate, and described left support plate is connected with base plate with the bottom of right support plate; The detent mechanism of described dividing and positioning mechanism is arranged on the top of base plate, and the indexing mechanism of dividing and positioning mechanism is arranged on the below of base plate, and its indexing rack is meshed with the dividing gear be enclosed within dividing spindle.
As preferably, described pressure commutator mechanism comprises pressure commutator oil cylinder, the pressure commutator oil cylinder connecting axle be connected with pressure commutator oil cylinder, the commutator oil cylinder location-plate be connected with pressure commutator oil cylinder connecting axle, be arranged on the commutator holder below commutator oil cylinder location-plate, be arranged on the commutator material loading cylinder on oil cylinder fixed head, the commutator material loading connecting rod be connected with commutator material loading cylinder, be arranged on the loading guide in left support frame, the commutator delivery sheet be connected with loading guide, the translating rails be connected with commutator delivery sheet, the commutator seat be connected with translating rails, the commutator flat-removing air cyclinder be connected with commutator seat, be arranged on the commutator positioning sleeve on commutator seat.
As preferably, described pressure punching mechanism comprising pressure punching oil cylinder, the punching oil cylinder connecting axle with pressing punching oil cylinder to be connected, the punching oil cylinder location-plate be connected with punching oil cylinder connecting axle, being arranged on punching patrix below punching oil cylinder location-plate.
As preferably, described dividing and positioning mechanism comprises positioning cylinder, index dial, the A station be distributed on index dial, B station and C station, the dividing gear be enclosed within dividing spindle, the indexing rack be meshed with dividing gear, the calibration cylinder that is connected with indexing rack; Described calibration cylinder is arranged on calibration cylinder block.
As preferably, be in the first pressure punching overcoat of A station when described fixture assembly comprises static, be arranged on the first punching positioning seat put outside the first pressure punching, the first pressure punching mandrel be arranged in the first pressure punching overcoat; Be in the second pressure punching overcoat of B station time static, be arranged on the second punching positioning seat put outside the second pressure punching, the second pressure punching mandrel be arranged in the second pressure punching overcoat; Be in the 3rd pressure punching overcoat of C station time static, be arranged on the 3rd punching positioning seat put outside the 3rd pressure punching, the 3rd pressure punching mandrel be arranged in the 3rd pressure punching overcoat; Described first punching positioning seat, the second punching positioning seat and the 3rd punching positioning seat are provided with punching pilot pin.
As preferably, immediately below described C station, be provided with saddle cylinder, connecting rod and push rod; Described saddle cylinder drives push rod to make to be positioned at pressure punching overcoat on C station by connecting rod and punching positioning seat moves up to desired location.
The full-automatic rotor punching of one of the present utility model and commutator composite type pressing machine, compact conformation, automaticity is high and punching is first pressed onto above axle by same fixture by it, the station of pressure commutator is transferred to again by index dial, by index dial, rotor core is transferred to artificial loading and unloading station again after pressing commutator, so not only save the time, reduce operative's intensity, also substantially increase the fail safe of operative.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 be a kind of full-automatic rotor punching of the utility model and commutator composite type pressing machine face structural representation;
Fig. 2 is the partial structurtes schematic diagram of a kind of full-automatic rotor punching of the utility model and commutator composite type pressing machine;
Fig. 3 is the plan structure schematic diagram of Fig. 1.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
As shown in Figure 1, Figure 2 and Figure 3: a kind of full-automatic rotor punching and commutator composite type pressing machine, it comprises dividing and positioning mechanism, pressure punching mechanism, pressure commutator mechanism and fixture assembly, described pressure punching mechanism and pressure commutator mechanism are separately positioned on oil cylinder fixed head 24 both sides and mutually corresponding, the described oil cylinder fixed head left and right sides is respectively arranged with left support plate 15 and right support plate 22, and described left support plate 15 is connected with base plate 5 with the bottom of right support plate 22, the detent mechanism of described dividing and positioning mechanism is arranged on the top of base plate 5, and the indexing mechanism of dividing and positioning mechanism is arranged on the below of base plate 5, and its indexing rack 35 is meshed with the dividing gear 34 be enclosed within dividing spindle, described pressure commutator mechanism comprises pressure commutator oil cylinder 2, the pressure commutator oil cylinder connecting axle 26 be connected with pressure commutator oil cylinder 2, the commutator oil cylinder location-plate 28 be connected with pressure commutator oil cylinder connecting axle 26, be arranged on the commutator holder 29 below commutator oil cylinder location-plate 28, be arranged on the commutator material loading cylinder 4 on oil cylinder fixed head 24, the commutator material loading connecting rod 27 be connected with commutator material loading cylinder 4, be arranged on the loading guide 14 in left support frame 15, the commutator delivery sheet 13 be connected with loading guide 14, the translating rails 17 be connected with commutator delivery sheet 13, the commutator seat 18 be connected with translating rails 17, the commutator flat-removing air cyclinder 12 be connected with commutator seat 18, be arranged on the commutator positioning sleeve 19 on commutator seat 18, described pressure punching mechanism comprising pressure punching oil cylinder 1, the punching oil cylinder connecting axle 25 with pressing punching oil cylinder 1 to be connected, the punching oil cylinder location-plate 23 be connected with punching oil cylinder connecting axle 25, being arranged on punching patrix 39 below punching oil cylinder location-plate 23, described dividing and positioning mechanism comprises positioning cylinder 10, index dial 16, the A station be distributed on index dial 16, B station and C station, the dividing gear 34 be enclosed within dividing spindle 21, the indexing rack 35 be meshed with dividing gear 34, the calibration cylinder 37 that is connected with indexing rack 35, described calibration cylinder 37 is arranged on calibration cylinder block 36.
The full-automatic rotor punching of above-mentioned one and commutator composite type pressing machine, be in the first pressure punching overcoat 6a of A station, the first punching positioning seat 7a be arranged on the first pressure punching overcoat 6a, the first pressure punching mandrel 8a be arranged in the first pressure punching overcoat 6a when described fixture assembly comprises static; Be in the second pressure punching overcoat 6b of B station, the second punching positioning seat 7b be arranged on the second pressure punching overcoat 6b time static, the second pressure punching mandrel 8b be arranged in the second pressure punching overcoat 6b; Be in the 3rd pressure punching overcoat 6c of C station time static, the 3rd punching positioning seat 7c be arranged on the 3rd pressure punching overcoat 6c, the 3rd pressure punching mandrel 8c be arranged in the 3rd pressure punching overcoat 6c; Described first punching positioning seat 7a, the second punching positioning seat 7b and the 3rd punching positioning seat 7c are provided with punching pilot pin 38; Described first pressure punching overcoat 6a, the first punching positioning seat 7a, the first pressure punching mandrel 8a and second pressure punching overcoat 6b, the second punching positioning seat 7b, the second pressure punching mandrel 8b and the 3rd pressure punching overcoat 6c, the 3rd punching positioning seat 7c, the 3rd pressure punching mandrel 8c trisection are distributed on index dial 16, described index dial 16 and dividing spindle 21 can rotate round the center of circle, described pressure punching oil cylinder 1 and the first pressure punching overcoat 6a are on same axis, and described pressure commutator oil cylinder 2 and the second pressure punching overcoat 6b are on same axis.
Operation principle: first armature spindle and punching are put into successively on the 3rd punching positioning seat 7c, by start button, saddle cylinder 32 works, and drives push rod 31 downward by connecting rod 33, then calibration cylinder 37 works, dividing gear 34 and dividing spindle 21 is driven to rotate by indexing rack 35, thus make the 3rd pressure punching overcoat 6c, 3rd punching positioning seat 7c, 3rd pressure punching mandrel 8c rotates to A station by index dial 16, make to be placed on the below that armature spindle on the 3rd punching positioning seat 7c and punching are just positioned at punching patrix 39, first pressure punching overcoat 6a simultaneously, first punching positioning seat 7a, first pressure punching mandrel 8a rotates to B station, described second pressure punching overcoat 6b, second punching positioning seat 7b and second pressure punching mandrel 8b rotates to C station, then commutator flat-removing air cyclinder 12 works, drive the commutator horizontal movement be placed on above commutator positioning sleeve 19 below commutator holder 29 by commutator seat 18, then commutator material loading cylinder 4 works, and drives commutator positioning sleeve 19 to move upward to commutator holder 29 by commutator material loading connecting rod 27, commutator delivery sheet 13, commutator seat 18, then commutator material loading cylinder 4 does revert action, and then commutator flat-removing air cyclinder 12 does revert action, makes commutator positioning sleeve 19 get back to original position, meanwhile, saddle cylinder 32 works, and drives push rod 31 upwards the second pressure punching overcoat 6b, the second punching positioning seat 7b that are positioned on C station to be moved up to the position of setting by connecting rod 33, punching oil cylinder 1 and pressure commutator oil cylinder 2 is pressed successively to start working subsequently, punching oil cylinder 1 is wherein pressed to drive punching patrix 39 downward by punching oil cylinder connecting axle 25, when punching patrix 39 moves to the rotor punching be placed on the 3rd punching positioning seat 7c, the 3rd punching positioning seat 7c is driven under the effect of the downward pressure of pressure punching oil cylinder 1,3rd pressure punching overcoat 6c moves downward until till contacting with index dial 16, meanwhile rotor punching is also pressed into above armature spindle, then presses punching oil cylinder 1 to drive punching patrix 39 to move upward return, commutator oil cylinder 2 is pressed to drive commutator holder 29 also to move downward by pressure commutator oil cylinder connecting axle 26 in addition, also moved downward together by the commutator that commutator holder 29 clamps simultaneously, be pressed into place above the armature spindle of B station, then press commutator oil cylinder 2 to drive commutator holder 29 to move upward return.
While pressure punching oil cylinder 1 and pressure commutator oil cylinder 2 work, armature spindle and punching are put on the second punching positioning seat 7b by operator successively, are put into by commutator on commutator positioning sleeve 19; Press start button again, saddle cylinder 32 works, and drives push rod 31 downward by connecting rod 33; Then calibration cylinder 37 works, dividing gear 34 and dividing spindle 21 is driven to rotate by indexing rack 35, thus make the second pressure punching overcoat 6b, the second punching positioning seat 7b and the second pressure punching mandrel 8b rotate to A station by index dial 16, make to be placed on the below that armature spindle on the second punching positioning seat 7b and punching are just positioned at punching patrix 39,3rd pressure punching overcoat 6c, the 3rd punching positioning seat 7c and the 3rd pressure punching mandrel 8c rotate to B station simultaneously, and the first pressure punching overcoat 6a, the first punching positioning seat 7a and first pressure punching mandrel 8a rotate to C station; Then commutator flat-removing air cyclinder 12 works, drive the commutator horizontal movement be placed on above commutator positioning sleeve 19 below commutator holder 29 by commutator seat 18, then commutator material loading cylinder 4 works, drive the commutator be placed on commutator positioning sleeve 19 to move upward to inside commutator holder 29 by commutator material loading connecting rod 27, commutator delivery sheet 13, commutator seat 18, make commutator be clamped motionless by commutator holder 29; Then commutator material loading cylinder 4 does revert action, and then commutator flat-removing air cyclinder 12 does revert action, makes commutator positioning sleeve 19 get back to original position; Meanwhile, saddle cylinder 32 works, and drives push rod 31 upwards the first pressure punching overcoat 6a, the first punching positioning seat 7a that are positioned on C station to be moved up to the position of setting by connecting rod 33; Punching oil cylinder 1 and pressure commutator oil cylinder 2 is pressed successively to start working subsequently, punching oil cylinder 1 is wherein pressed to drive punching patrix 39 downward by punching oil cylinder connecting axle 25, when punching patrix 39 moves to the rotor punching be placed on the second punching positioning seat 7b, the second punching positioning seat 7b is driven under the effect of the downward pressure of pressure punching oil cylinder 1, second pressure punching overcoat 6b moves downward until till contacting with index dial 16, meanwhile rotor punching is also pressed into above armature spindle, then presses punching oil cylinder 1 to drive punching patrix 39 to move upward return; Commutator oil cylinder 2 is pressed to drive commutator holder 29 also to move downward by pressure commutator oil cylinder connecting axle 26 in addition, also moved downward together by the commutator that commutator holder 29 clamps simultaneously, be pressed into place above the armature spindle of B station, then press commutator oil cylinder 2 to drive commutator holder 29 to move upward return.
While pressure punching oil cylinder 1 and pressure commutator oil cylinder 2 work, armature spindle and punching are put on the first punching positioning seat 7a by operator successively, are put into by commutator on commutator positioning sleeve 19; Press start button again, saddle cylinder 32 works, and drives push rod 31 downward by connecting rod 33; Then calibration cylinder 37 works, dividing gear 34 and dividing spindle 21 is driven to rotate by indexing rack 35, thus make the first pressure punching overcoat 6a, the first punching positioning seat 7a and the first pressure punching mandrel 8a rotate to A station by index dial 16, make to be placed on the below that armature spindle on the first punching positioning seat 7a and punching are just positioned at punching patrix 39, second pressure punching overcoat 6b simultaneously, second punching positioning seat 7b, second pressure punching mandrel 8b rotates to B station, and the 3rd pressure punching overcoat 6c, the 3rd punching positioning seat 7c and the 3rd pressure punching mandrel 8c rotate to C station; Then commutator flat-removing air cyclinder 12 works, drive the commutator horizontal movement be placed on above commutator positioning sleeve 19 below commutator holder 29 by commutator seat 18, then commutator material loading cylinder 4 works, drive the commutator be placed on commutator positioning sleeve 19 to move upward to inside commutator holder 29 by commutator material loading connecting rod 27, commutator delivery sheet 13, commutator seat 18, make commutator be clamped motionless by commutator holder 29; Then commutator material loading cylinder 4 does revert action, and then commutator flat-removing air cyclinder 12 does revert action, makes commutator positioning sleeve 19 get back to original position; Meanwhile, saddle cylinder 32 works, and drives push rod 31 upwards the 3rd pressure punching overcoat 6c, the 3rd punching positioning seat 7c that are positioned on C station to be moved up to the position of setting by connecting rod 33; Punching oil cylinder 1 and pressure commutator oil cylinder 2 is pressed successively to start working subsequently, punching oil cylinder 1 is wherein pressed to drive punching patrix 39 downward by punching oil cylinder connecting axle 25, when punching patrix 39 moves to the rotor punching be placed on the first punching positioning seat 7a, the first punching positioning seat 7a is driven under the effect of the downward pressure of pressure punching oil cylinder 1, first pressure punching overcoat 6a moves downward until till contacting with index dial 16, meanwhile rotor punching is also pressed into above armature spindle, then presses punching oil cylinder 1 to drive punching patrix 39 to move upward return; Commutator oil cylinder 2 is pressed to drive commutator holder 29 also to move downward by pressure commutator oil cylinder connecting axle 26 in addition, also moved downward together by the commutator that commutator holder 29 clamps simultaneously, be pressed into place above the armature spindle of B station, then press commutator oil cylinder 2 to drive commutator holder 29 to move upward return.
While pressure punching oil cylinder 1 and pressure commutator oil cylinder 2 work, the rotor pressed be positioned on C station takes out by operator, then armature spindle and punching is put into successively on the 3rd punching positioning seat 7c, is put into by commutator on commutator positioning sleeve 19; Press start button again, saddle cylinder 32 works, and drives push rod 31 downward by connecting rod 33; Then calibration cylinder 37 works, dividing gear 34 and dividing spindle 21 is driven to rotate by indexing rack 35, thus make the 3rd pressure punching overcoat 6c, the 3rd punching positioning seat 7c and the 3rd pressure punching mandrel 8c rotates to A station by index dial 16, make to be placed on the below that armature spindle on the 3rd punching positioning seat 7c and punching are just positioned at punching patrix 39, first pressure punching overcoat 6a, the first punching positioning seat 7a and first pressure punching mandrel 8a rotate to B station simultaneously, and the second pressure punching overcoat 6b, the second punching positioning seat 7b and second pressure punching mandrel 8b rotate to C station; Then commutator flat-removing air cyclinder 12 works, drive the commutator horizontal movement be placed on above commutator positioning sleeve 19 below commutator holder 29 by commutator seat 18, then commutator material loading cylinder 4 works, drive the commutator be placed on commutator positioning sleeve 19 to move upward to inside commutator holder 29 by commutator material loading connecting rod 27, commutator delivery sheet 13, commutator seat 18, make commutator be clamped motionless by commutator holder 29; Then commutator material loading cylinder 4 does revert action, and then commutator flat-removing air cyclinder 12 does revert action, makes commutator positioning sleeve 19 get back to original position; Meanwhile, saddle cylinder 32 works, and drives push rod 31 upwards the second pressure punching overcoat 6b, the second punching positioning seat 7b that are positioned on C station to be moved up to the position of setting by connecting rod 33; Punching oil cylinder 1 and pressure commutator oil cylinder 2 is pressed successively to start working subsequently, punching oil cylinder 1 is wherein pressed to drive punching patrix 39 downward by punching oil cylinder connecting axle 25, when punching patrix 39 moves to the rotor punching be placed on the 3rd punching positioning seat 7c, the 3rd punching positioning seat 7c is driven under the effect of the downward pressure of pressure punching oil cylinder 1,3rd pressure punching overcoat 6c moves downward until till contacting with index dial 16, meanwhile rotor punching is also pressed into above armature spindle, then presses punching oil cylinder 1 to drive punching patrix 39 to move upward return; Commutator oil cylinder 2 is pressed to drive commutator holder 29 also to move downward by pressure commutator oil cylinder connecting axle 26 in addition, also moved downward together by the commutator that commutator holder 29 clamps simultaneously, be pressed into place above the armature spindle of B station, then press commutator oil cylinder 2 to drive commutator holder 29 to move upward return.
While pressure punching oil cylinder 1 and pressure commutator oil cylinder 2 work, the rotor pressed being positioned at station on C takes out by operator, then armature spindle and punching is put into successively on the second punching positioning seat 7b, is put into by commutator on commutator positioning sleeve 19; Press start button again, saddle cylinder 32 works, and drives push rod 31 downward by connecting rod 33; Then calibration cylinder 37 works, dividing gear 34 and dividing spindle 21 is driven to rotate by indexing rack 35, thus make the second pressure punching overcoat 6b, the second punching positioning seat 7b and the second pressure punching mandrel 8b rotate to A station by 16, make to be placed on the below that armature spindle on 7b and punching are just positioned at 39,3rd pressure punching overcoat 6c, the 3rd punching positioning seat 7c and the 3rd pressure punching mandrel 8c rotate to B station simultaneously, and the first pressure punching overcoat 6a, the first punching positioning seat 7a and first pressure punching mandrel 8a rotate to C station.Then commutator flat-removing air cyclinder 12 works, drive the commutator horizontal movement be placed on above commutator positioning sleeve 19 below commutator holder 29 by commutator seat 18, then commutator material loading cylinder 4 works, drive the commutator be placed on commutator positioning sleeve 19 to move upward to inside commutator holder 29 by commutator material loading connecting rod 27, commutator delivery sheet 13, commutator seat 18, make commutator be clamped motionless by commutator holder 29; Then commutator material loading cylinder 4 does revert action, and then commutator flat-removing air cyclinder 12 does revert action, makes commutator positioning sleeve 19 get back to original position; Meanwhile, saddle cylinder 32 works, and drives push rod 31 upwards the first pressure punching overcoat 6a, the first punching positioning seat 7a that are positioned on C station to be moved up to the position of setting by connecting rod 33; Punching oil cylinder 1 and pressure commutator oil cylinder 2 is pressed successively to start working subsequently, punching oil cylinder 1 is wherein pressed to drive punching patrix 39 downward by punching oil cylinder connecting axle 25, when punching patrix 39 moves to the rotor punching be placed on the second punching positioning seat 7b, the second punching positioning seat 7b is driven under the effect of the downward pressure of pressure punching oil cylinder 1, second pressure punching overcoat 6b moves downward until till contacting with index dial 16, meanwhile rotor punching is also pressed into above armature spindle, then presses punching oil cylinder 1 to drive punching patrix 39 to move upward return; Commutator oil cylinder 2 is pressed to drive commutator holder 29 also to move downward by pressure commutator oil cylinder connecting axle 26 in addition, also moved downward together by the commutator that commutator holder 29 clamps simultaneously, be pressed into place above the armature spindle of B station, then press commutator oil cylinder 2 to drive commutator holder 29 to move upward return.
So circulate always, constantly punching and commutator are pressed into above armature spindle.
The full-automatic rotor punching of one of the present utility model and commutator composite type pressing machine, compact conformation, automaticity is high and punching is first pressed onto above axle by same fixture by it, the station of pressure commutator is transferred to again by index dial, by index dial, rotor core is transferred to artificial loading and unloading station again after pressing commutator, so not only save the time, reduce operative's intensity, also substantially increase the fail safe of operative.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection range of the present utility model.
Claims (6)
1. full-automatic rotor punching and a commutator composite type pressing machine, is characterized in that, it comprises dividing and positioning mechanism, pressure punching mechanism, pressure commutator mechanism and fixture assembly; Described pressure punching mechanism and pressure commutator mechanism are separately positioned on oil cylinder fixed head both sides and mutually corresponding, and the described oil cylinder fixed head left and right sides is respectively arranged with left support plate and right support plate, and described left support plate is connected with base plate with the bottom of right support plate; The detent mechanism of described dividing and positioning mechanism is arranged on the top of base plate, and the indexing mechanism of dividing and positioning mechanism is arranged on the below of base plate, and its indexing rack is meshed with the dividing gear be enclosed within dividing spindle.
2. the full-automatic rotor punching of one according to claim 1 and commutator composite type pressing machine, it is characterized in that: described pressure commutator mechanism comprises pressure commutator oil cylinder, the pressure commutator oil cylinder connecting axle be connected with pressure commutator oil cylinder, the commutator oil cylinder location-plate be connected with pressure commutator oil cylinder connecting axle, be arranged on the commutator holder below commutator oil cylinder location-plate, be arranged on the commutator material loading cylinder on oil cylinder fixed head, the commutator material loading connecting rod be connected with commutator material loading cylinder, be arranged on the loading guide in left support frame, the commutator delivery sheet be connected with loading guide, the translating rails be connected with commutator delivery sheet, the commutator seat be connected with translating rails, the commutator flat-removing air cyclinder be connected with commutator seat, be arranged on the commutator positioning sleeve on commutator seat.
3. the full-automatic rotor punching of one according to claim 1 and commutator composite type pressing machine, is characterized in that: described pressure punching mechanism comprising pressure punching oil cylinder, the punching oil cylinder connecting axle with pressing punching oil cylinder to be connected, the punching oil cylinder location-plate be connected with punching oil cylinder connecting axle, being arranged on punching patrix below punching oil cylinder location-plate.
4. the full-automatic rotor punching of one according to claim 1 and commutator composite type pressing machine, is characterized in that: described dividing and positioning mechanism comprises positioning cylinder, index dial, the A station be distributed on index dial, B station and C station, the dividing gear be enclosed within dividing spindle, the indexing rack be meshed with dividing gear, the calibration cylinder that is connected with indexing rack; Described calibration cylinder is arranged on calibration cylinder block.
5. the full-automatic rotor punching of one according to claim 4 and commutator composite type pressing machine, is characterized in that: be in the first pressure punching overcoat of A station when described fixture assembly comprises static, be arranged on the first punching positioning seat put outside the first pressure punching, the first pressure punching mandrel be arranged in the first pressure punching overcoat; Be in the second pressure punching overcoat of B station time static, be arranged on the second punching positioning seat put outside the second pressure punching, the second pressure punching mandrel be arranged in the second pressure punching overcoat; Be in the 3rd pressure punching overcoat of C station time static, be arranged on the 3rd punching positioning seat put outside the 3rd pressure punching, the 3rd pressure punching mandrel be arranged in the 3rd pressure punching overcoat; Described first punching positioning seat, the second punching positioning seat and the 3rd punching positioning seat are provided with punching pilot pin.
6. the full-automatic rotor punching of one according to claim 5 and commutator composite type pressing machine, is characterized in that: be provided with saddle cylinder, connecting rod and push rod immediately below described C station; Described saddle cylinder drives push rod to make to be positioned at pressure punching overcoat on C station by connecting rod and punching positioning seat moves up to desired location.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420873539.3U CN204349725U (en) | 2014-12-31 | 2014-12-31 | A kind of full-automatic rotor punching and commutator composite type pressing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420873539.3U CN204349725U (en) | 2014-12-31 | 2014-12-31 | A kind of full-automatic rotor punching and commutator composite type pressing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204349725U true CN204349725U (en) | 2015-05-20 |
Family
ID=53232966
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420873539.3U Expired - Fee Related CN204349725U (en) | 2014-12-31 | 2014-12-31 | A kind of full-automatic rotor punching and commutator composite type pressing machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN204349725U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105743292A (en) * | 2016-04-22 | 2016-07-06 | 宁波恒特汽车零部件有限公司 | Device for automatically branching enamelled wires on rotor |
-
2014
- 2014-12-31 CN CN201420873539.3U patent/CN204349725U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105743292A (en) * | 2016-04-22 | 2016-07-06 | 宁波恒特汽车零部件有限公司 | Device for automatically branching enamelled wires on rotor |
| CN105743292B (en) * | 2016-04-22 | 2018-02-27 | 宁波恒特汽车零部件有限公司 | A kind of device for carrying out separated time to the enamel-covered wire on rotor automatically |
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