CN208304488U - Fixture for automobile air conditioner electromagnetic clutch friction plate drilling system - Google Patents
Fixture for automobile air conditioner electromagnetic clutch friction plate drilling system Download PDFInfo
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- CN208304488U CN208304488U CN201820339154.7U CN201820339154U CN208304488U CN 208304488 U CN208304488 U CN 208304488U CN 201820339154 U CN201820339154 U CN 201820339154U CN 208304488 U CN208304488 U CN 208304488U
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Abstract
The utility model provides a kind of fixture for automobile air conditioner electromagnetic clutch friction plate drilling system, comprising: pedestal inside offers the first cavity, and the first through hole of own centre line in y-direction is opened up in pedestal, and first through hole runs through the first cavity；First coaming plate is used to support friction plate from the direction x；Second coaming plate is used to support friction plate from the z direction vertical with the direction y and the direction x；The direction x accommodates component comprising x grip block, the first guide cylinder, the first guide rod, the first spring and the first pushing plate；The direction z accommodates component comprising z grip block, the first pressure ram, the first idler wheel, the first voussoir, second spring and the second mounting blocks.Fixture for automobile air conditioner electromagnetic clutch friction plate drilling system solves the problems, such as that the prior art needs multiple drivings could grip friction piece.
Description
Technical field
The utility model relates to the automobile air conditioner electromagnetic clutch friction plate plant-scale equipments, and in particular to one kind is used for automobile
The fixture of air-conditioning electromagnetic clutch friction plate drilling system.
Background technique
A kind of application No. is the friction plate automatic drilling machine of CN94209416.6, including indexing is disclosed in Chinese patent
Device, clamping device, drilling equipment.Clamping device is installed on protractor, mainly includes: axle bed；Upper and lower basal disc is in correspondence
Ground is arranged on axle bed, and is indexed device transmission rotation；The lift adjustment mechanism for adjusting upper and lower basal disc spacing is located on axle bed；
Clamping unit is distributed on the corresponding face of upper and lower basal disc, and around arrangement centered on axle bed；Synchronous adjustment clamping unit with
The synchronous adjusting mechanism of axle bed centre distance, is installed on axle bed；Drilling equipment has drill bit, respectively there is a power source, and
Shaft centre line of the drill bit to positive clamping device.Although the friction plate automatic drilling machine realizes the friction plate of clamping plurality of specifications simultaneously
Automation bore operation is imposed, but the shortcomings that the friction plate automatic drilling machine still has are as follows:
But the clamping device needs multiple drivings ability grip friction pieces, causes to waste driving device, increase is produced into
This, while the energy that also waste driving device uses.
Utility model content
The utility model will provide a kind of fixture for automobile air conditioner electromagnetic clutch friction plate drilling system, solve existing
There is the problem of technology needs multiple drivings ability grip friction pieces.
To achieve the above object, the utility model uses the following technical solution:
Fixture for automobile air conditioner electromagnetic clutch friction plate drilling system, comprising:
Pedestal inside offers the first cavity, and the first through hole of own centre line in y-direction is opened up in pedestal, and first is logical
The first cavity is run through in hole；
First coaming plate is used to support friction plate from the direction x, the friction plate bottom surface being mounted on fixture and the first coaming plate
In parallel, the first coaming plate offers the first perforation passed through for perforating device drill on perforating device, the first coaming plate；
Second coaming plate is used to support friction plate from the z direction vertical with the direction y and the direction x；
The direction x accommodates component comprising x grip block, the first guide cylinder, the first guide rod, the first spring and first push away
Movable plate, x grip block is parallel with the first coaming plate, and x grip block one end stretches in the first cavity, is offered on pedestal for x grip block
The x sliding groove of sliding, x sliding groove are connected to the first cavity and first through hole, and the first support plate and the second support plate are close to x
The face of sliding groove, which is recessed, forms a notch, so that the first support plate and the second support plate do not hinder the movement of x grip block, in x
The end that grip block is located in the first cavity is fixed with one first guide cylinder, and the first guide cylinder prolongs to away from drilling equipment direction
It stretches, first guide cylinder one end is inserted into for first guide rod one end, and the first guide rod other end is fixed to one first mounting blocks, the
It is fixed with the first spring one end on one mounting blocks, the first spring other end is fixed to the first guide rod, and the first mounting blocks are away from the
One guide rod side is provided with one first pushing plate；
The direction z accommodate component comprising z grip block, the first pressure ram, the first idler wheel, the first voussoir, second spring and
Second mounting blocks, z grip block is parallel with the second coaming plate, and the z for being connected to first through hole with the first cavity is offered on pedestal
Sliding groove, z grip block stretch in the first cavity from z sliding groove, and z grip block is fixed with one away from the face of the second coaming plate and is located at the
The first pressure ram in one cavity, the first pressure ram are equipped with the first idler wheel being able to rotate, and mutually cut with first wedge with the first idler wheel
Block, the first voussoir are the first compressive plane with the first idler wheel phase section, and angle is acute angle between the first compressive plane and perpendicular,
Z grip block is provided with away from the side of the first pressure ram and is fixed with the second mounting blocks with the first cavity inner wall, and the second mounting blocks connect
It is connected to second spring one end, the second spring other end is connected to z grip block；
Second cylinder is mounted on pedestal far from drilling equipment side, and the second cylinder piston rod stretches in the first cavity,
Second Telescopic-cylinder direction is the direction x, is fixed to the first pushing plate, the second cylinder piston boom end in the middle part of the second cylinder piston rod
It is fixed to a link block, the first voussoir big end is connected to link block, and the first voussoir small end prolongs to away from the second cylinder direction
It stretches, when x grip block pressing friction piece, the second cylinder can make the first compressive plane of the first voussoir big end and the first idler wheel tangent
And z grip block pressing friction piece；When x grip block malcompression friction plate, the second cylinder makes the first of the first voussoir small end to squeeze
Face is tangent with the first idler wheel and z grip block unclamps friction plate under second spring elastic force.
Preferably, aid component in the direction x further includes support rod and the first sliding rail, and the first guiding drum outer wall is fixed to branch
Strut one end, the support rod other end can be slidably mounted in the first sliding rail, and the first sliding rail is mounted on the first cavity inner wall, branch
Glide direction of the strut under the first sliding rail guiding and the first guide rod with respect to the first guide cylinder glide direction with second
The telescopic direction of cylinder is parallel.
Preferably, aid component in the direction z further includes the second sliding rail, and the second sliding rail, z clamping are provided in the first cavity
Plate one end can be slidably mounted on the second sliding rail, and the guide direction of the second sliding rail is the direction z.
It preferably, further include the direction y aid component；
The direction y aid component includes: the second voussoir, the second idler wheel, the second pressure ram, third mounting blocks, third spring, the
Two guide cylinders, the second guide rod, articulation piece, cursor, mounting rod and y grip block, the second voussoir big end are fixed with link block,
Second voussoir small end extends to away from link block direction, mutually cuts with the second idler wheel with the second voussoir top surface, the second voussoir top surface with
Angle is acute angle between horizontal plane, and the second idler wheel is mounted on one second pressure ram bottom end with being able to rotate, and the second pressure ram bottom end is solid
Surely there are third mounting blocks, third mounting blocks are fixed to third spring one end, and the third spring other end is fixed to the first cavity inner wall,
It being pierced by pedestal at the top of second pressure ram and is fixed to the second guiding drum outer wall, the second guide cylinder is passed through for the second guide rod, and second
Guide rod can opposite second guide cylinder move upwards z is counter, second guide rod one end is hinged to articulation piece one end, and articulation piece is another
End is hinged to cursor one end, is rotatably installed in mounting rod top in the middle part of cursor, and mounting rod bottom end is fixed on the first coaming plate,
The cursor other end is equipped with y grip block, and when the second voussoir big end and the second idler wheel are tangent, y grip block can be pressed on friction plate
Top；When the second voussoir small end and tangent the second idler wheel under third spring force at the top of y grip block release friction plate.
Compared with the prior art, the utility model has the following beneficial effects:
When the original state that fixture does not clamp, the second cylinder retraction, the first pushing plate is not contacted with the first mounting blocks, can
X grip block is moved manually, so that x grip block is put into friction plate to distance between the first coaming plate enough, is put into the height of rear friction plate
Parallel with the direction x, the small end of the first voussoir and the first idler wheel are tangent at this time, are able to maintain z folder under the elastic force of second spring at this time
It holds plate to be at a distance sufficiently large between the second coaming plate, is able to maintain friction plate insertion, at this time also the small end of the second voussoir and the second idler wheel
It is tangent, upwarp y grip block, friction plate can be put by only moving x grip block, be put into conveniently.When
It puts well when needing to clamp after friction plate, starting the second cylinder elongation starts pushing plate and slowly contacts with the first mounting blocks, so that x
The trend of the oriented first coaming plate movement of grip block, x grip block and the first coaming plate are from grip friction piece on the direction x, due to the first bullet
The effect of spring, the trend for enabling to x grip block increasingly to move to the first coaming plate, the first pushing plate also can be with respect to x grip blocks
Mobile, the first voussoir becomes big end from small end and the first idler wheel is tangent, and the first pressure ram drives z folder under the compressing of the first voussoir
Plate is held to move to the second coaming plate, it is final to realize that the second coaming plate clamps friction plate from the direction z with z grip block, at the same time, second
Voussoir becomes big end from small end and the second idler wheel is tangent, and the second pressure ram moves up upwards under the compressing of the second voussoir, drives hinge
Fitting raises the one end of cursor far from y grip block, and y grip block pushes, and realizes that y grip block clamps friction plate from the direction y,
It avoids causing rotation section smooth because cursor has componental movement in a z-direction when the effect of the second guide cylinder and the second guide rod.
The further advantage, target and feature of the utility model will be partially reflected by the following instructions, and part will also pass through
Research and practice to the utility model and be understood by the person skilled in the art.
Detailed description of the invention
Fig. 1 is the cross-sectional view for automobile air conditioner electromagnetic clutch friction plate drilling system；
Fig. 2 is the A-A cross-sectional view in Fig. 1.
Appended drawing reference: friction plate 3, pedestal 21, the first coaming plate 22, the second coaming plate 23, the direction x accommodate component 24, x grip block
241, the first guide cylinder 242, the first guide rod 243, the first spring 244, the first pushing plate 245, the direction z aid component 25, z folder
Hold plate 251, the first pressure ram 252, the first idler wheel 253, the first voussoir 254, second spring 255, the second mounting blocks 256, second
Cylinder 26, connecting plate 261, support rod 246, the first sliding rail 247, the second sliding rail 257, the direction y accommodate component 27, the second voussoir
271, the second idler wheel 272, the second pressure ram 273, third mounting blocks 274, third spring 275, the second guide cylinder 276, second are led
To bar 277, articulation piece 278, cursor 279, mounting rod 270, y grip block 280.
Specific embodiment
In order to make technological means of the utility model, creation characteristic, reach purpose and effect is more clear and is easy to
Understand, the utility model be further elaborated with reference to the accompanying drawings and detailed description:
As shown in Figure 1 and Figure 2, the utility model proposes a kind of punchings of automobile air conditioner electromagnetic clutch friction plate is
System, comprising:
Pedestal 21 inside offers the first cavity, and the first through hole of own centre line in y-direction is opened up in pedestal 21, the
One through-hole runs through the first cavity；
First coaming plate 22 is used to support friction plate 3 from the direction x, is mounted on 3 bottom surface of friction plate on fixture 2 and the
One coaming plate 22 is parallel, and the first coaming plate 22 offers on perforating device 4, the first coaming plate 22 to be passed through for 4 drill of perforating device
First perforation；
Second coaming plate 23 is used to support friction plate 3 from the direction z vertical with the direction y and the direction x；
The direction x accommodates component 24 comprising x grip block 241, the first guide cylinder 242, the first guide rod 243, the first spring
244 and first pushing plate 245, x grip block 241 is parallel with the first coaming plate 22, and 241 one end of x grip block stretches to the first cavity
It is interior, the x sliding groove slided for x grip block 241 is offered on pedestal 21, x sliding groove is connected to the first cavity and first through hole,
And first support plate 51 and the second support plate 52 be recessed close to the face of x sliding groove and form a notch so that the first support plate 51
The movement for not hindering x grip block 241 with the second support plate 52 is located at the end in the first cavity in x grip block 241 and is fixed with one
First guide cylinder 242, the first guide cylinder 242 extend to away from drilling equipment direction, and 242 one end of the first guide cylinder is for the first guiding
The insertion of 243 one end of bar, 243 other end of the first guide rod are fixed to one first mounting blocks, are fixed with first on the first mounting blocks
244 one end of spring, 244 other end of the first spring are fixed to the first guide rod 243, and the first mounting blocks deviate from the first guide rod 243
Side is provided with one first pushing plate 245；
The direction z accommodates component 25 comprising z grip block 251, the first pressure ram 252, the first idler wheel 253, the first voussoir
254, second spring 255 and the second mounting blocks 256, z grip block 251 is parallel with the second coaming plate 23, offers on pedestal 21
The z sliding groove that first through hole is connected to the first cavity, z grip block 251 stretch in the first cavity from z sliding groove, z clamping
Plate 251 is fixed with first pressure ram 252 being located in the first cavity, the first pressure ram 252 peace away from the face of the second coaming plate 23
Equipped with the first idler wheel 253 being able to rotate, first wedge block 254, the first voussoir 254 and the first idler wheel are cut with 253 phase of the first idler wheel
253 phase sections are the first compressive plane, and angle is acute angle between the first compressive plane and perpendicular, deviate from first in z grip block 251
The side of pressure ram 252, which is provided with, is fixed with the second mounting blocks 256 with the first cavity inner wall, and the second mounting blocks 256 are connected to
Two springs, 255 one end, 255 other end of second spring are connected to z grip block 251；
Second cylinder 26 is mounted on pedestal 21 far from drilling equipment side, and 26 piston rod of the second cylinder stretches to first
In cavity, 26 telescopic direction of the second cylinder is the direction x, is fixed to the first pushing plate 245 in the middle part of the second cylinder 26 piston rod, second
26 piston rod end of cylinder is fixed to a link block, and 254 big end of the first voussoir is connected to link block, 254 small end of the first voussoir to
Extend away from 26 direction of the second cylinder, when 241 pressing friction piece 3 of x grip block, the second cylinder 26 can make the first voussoir
First compressive plane of 254 big ends and the first idler wheel 253 is tangent and 251 pressing friction piece 3 of z grip block；When x grip block 241 is not pressed
Second cylinder 26 makes the first compressive plane of 254 small end of the first voussoir and the first idler wheel 253 tangent and second when friction-tight piece 3
Z grip block 251 unclamps friction plate 3 under 255 elastic force of spring.
As shown in Figure 1 and Figure 2, in order to guarantee x grip block 241 under the premise of movable in the x direction to x grip block
241 are supported, and it further includes support rod 246 and the first sliding rail 247,242 outer wall of the first guide cylinder that the direction x, which accommodates component 24,
It is fixed to 246 one end of support rod, 246 other end of support rod can be slidably mounted in the first sliding rail 247, the first sliding rail 247 peace
On the first cavity inner wall, glide direction and first guide rod 243 phase of the support rod 246 under the first sliding rail 247 guiding
It is parallel with the telescopic direction of the second cylinder 26 to the glide direction of the first guide cylinder 242.
As shown in Figure 1 and Figure 2, in order to guarantee z grip block 251 under the premise of movable in a z-direction to z grip block
251 are supported, and it further includes the second sliding rail 257 that the direction z, which accommodates component 25, and the second sliding rail 257, z is provided in the first cavity
251 one end of grip block can be slidably mounted on the second sliding rail 257, and the guide direction of the second sliding rail 257 is the direction z.
As shown in Figure 1 and Figure 2, in order to realize when reversely being clamped from z simultaneously from the direction y grip friction piece 3, further include
The direction y accommodates component 27；
It includes: the second voussoir 271, the second idler wheel 272, the second pressure ram 273, third mounting blocks that the direction y, which accommodates component 27,
274, third spring 275, the second guide cylinder 276, the second guide rod 277, articulation piece 278, cursor 279, mounting rod 270 and
Y grip block 280,271 big end of the second voussoir are fixed with link block, and 271 small end of the second voussoir extends to away from link block direction, with
Second voussoir, 271 top surface mutually cuts with the second idler wheel 272, and angle is acute angle, the second rolling between 271 top surface of the second voussoir and horizontal plane
Wheel 272 is mounted on one second pressure ram, 273 bottom end with being able to rotate, and 273 bottom end of the second pressure ram is fixed with third mounting blocks 274,
Third mounting blocks 274 are fixed to 275 one end of third spring, and 275 other end of third spring is fixed to the first cavity inner wall, and second squeezes
It is pierced by pedestal 21 at the top of compression bar 273 and is fixed to 276 outer wall of the second guide cylinder, the second guide cylinder 276 is passed through for the second guide rod,
Second guide rod can opposite second guide cylinder 276 move upwards z is counter, second guide rod one end is hinged to 278 one end of articulation piece,
278 other end of articulation piece is hinged to 279 one end of cursor, and 270 top of mounting rod is rotatably installed in the middle part of cursor 279, installation
270 bottom end of bar is fixed on the first coaming plate 22, and 279 other end of cursor is equipped with y grip block 280, when 271 big end of the second voussoir
Y grip block 280 can be pressed on 3 top of friction plate when tangent with the second idler wheel 272；When 271 small end of the second voussoir and the second idler wheel
272 it is tangent when under 275 elastic force of third spring y grip block 280 discharge the top of friction plate 3.
The working principle of fixture 2: when the original state that fixture 2 does not clamp, the second cylinder 26 retraction, the first pushing plate 245
It is not contacted with the first mounting blocks, x grip block 241 can be moved manually, so that distance between the 241 to the first coaming plate of x grip block 22
It is put into friction plate 3 enough, the height for being put into rear friction plate 3 is parallel with the direction x, at this time the small end and the first idler wheel of the first voussoir 254
253 is tangent, is at a distance sufficiently large at this time being able to maintain between the 251 to the second coaming plate of z grip block 23 under the elastic force of second spring 255,
It is able to maintain the insertion of friction plate 3, also the small end of the second voussoir 271 and the second idler wheel 272 are tangent at this time, in 275 elastic force of third spring
Lower so that y grip block 280 upwarps, friction plate 3 can be put by only moving x grip block 241, be put into conveniently.After putting friction plate 3 well
When needing to clamp, starting the second cylinder 26 elongation starts pushing plate and slowly contacts with the first mounting blocks, so that x grip block 241 has
The trend moved to the first coaming plate 22, x grip block 241 and the first coaming plate 22 are from grip friction piece 3 on the direction x, due to the first bullet
The effect of spring 244, the trend for enabling to x grip block 241 increasingly to move to the first coaming plate 22, the first pushing plate 245 also can
Mobile relative to x grip block 241, the first voussoir 254 becomes big end from small end and the first idler wheel 253 is tangent, in the first voussoir 254
Oppressing lower first pressure ram 252 drives z grip block 251 to move to the second coaming plate 23, final to realize the second coaming plate 23 and z grip block
251 clamp friction plate 3 from the direction z, and at the same time, the second voussoir 271 becomes big end from small end and the second idler wheel 272 is tangent,
Second pressure ram 273 moves up upwards under the compressing of the second voussoir 271, drives articulation piece 278 to raise cursor 279 and presss from both sides far from y
One end of plate 280 is held, y grip block 280 pushes, and realizes that y grip block 280 clamps friction plate 3 from the direction y, the second guide cylinder
276 with the effect of the second guide rod when avoid causing rotation section smooth because cursor 279 has componental movement in a z-direction.
Finally, it is stated that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, those skilled in the art should understand that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover in the scope of the claims of the utility model.
Claims (4)
1. being used for the fixture of automobile air conditioner electromagnetic clutch friction plate drilling system characterized by comprising
Pedestal inside offers the first cavity, and the first through hole of own centre line in y-direction is opened up in pedestal, and first through hole is passed through
Wear the first cavity；
First coaming plate is used to support friction plate from the direction x, and the friction plate bottom surface being mounted on fixture and the first coaming plate are flat
Row, the first coaming plate offer the first perforation passed through for perforating device drill on perforating device, the first coaming plate；
Second coaming plate is used to support friction plate from the z direction vertical with the direction y and the direction x；
The direction x accommodates component comprising x grip block, the first guide cylinder, the first guide rod, the first spring and the first pushing plate,
X grip block is parallel with the first coaming plate, and x grip block one end stretches in the first cavity, is offered on pedestal for the sliding of x grip block
X sliding groove, x sliding groove are connected to the first cavity and first through hole, and the first support plate and the second support plate are close to x sliding groove
Face be recessed formed a notch so that the first support plate and the second support plate do not hinder the movement of x grip block, in x grip block
End in the first cavity is fixed with one first guide cylinder, and the first guide cylinder extends to away from drilling equipment direction, and first
Guide cylinder one end is inserted into for first guide rod one end, and the first guide rod other end is fixed to one first mounting blocks, in the first installation
The first spring one end is fixed on block, the first spring other end is fixed to the first guide rod, and the first mounting blocks are away from the first guiding
Bar side is provided with one first pushing plate；
The direction z accommodates component comprising z grip block, the first pressure ram, the first idler wheel, the first voussoir, second spring and second
Mounting blocks, z grip block is parallel with the second coaming plate, and the z sliding for being connected to first through hole with the first cavity is offered on pedestal
Slot, z grip block stretch in the first cavity from z sliding groove, and z grip block is fixed with one away from the face of the second coaming plate and is located at the first sky
The first intracavitary pressure ram, the first pressure ram are equipped with the first idler wheel being able to rotate, and mutually cut with first wedge block with the first idler wheel, the
One voussoir is the first compressive plane with the first idler wheel phase section, and angle is acute angle between the first compressive plane and perpendicular, is clamped in z
Side of the backboard from the first pressure ram, which is provided with, is fixed with the second mounting blocks with the first cavity inner wall, and the second mounting blocks are connected to
Two spring one ends, the second spring other end are connected to z grip block；
Second cylinder is mounted on pedestal far from drilling equipment side, and the second cylinder piston rod stretches in the first cavity, and second
Telescopic-cylinder direction is the direction x, is fixed to the first pushing plate in the middle part of the second cylinder piston rod, the second cylinder piston boom end is fixed
To a link block, the first voussoir big end is connected to link block, and the first voussoir small end extends to away from the second cylinder direction, when
The second cylinder can make the first compressive plane of the first voussoir big end when x grip block pressing friction piece and the first idler wheel is tangent and z is pressed from both sides
Hold plate pressing friction piece；When x grip block malcompression friction plate the second cylinder make the first compressive plane of the first voussoir small end with
First idler wheel is tangent and z grip block unclamps friction plate under second spring elastic force.
2. the fixture according to claim 1 for automobile air conditioner electromagnetic clutch friction plate drilling system, feature exist
In the direction x aid component further includes support rod and the first sliding rail, and the first guiding drum outer wall is fixed to support rod one end, supports
The bar other end can be slidably mounted in the first sliding rail, and the first sliding rail is mounted on the first cavity inner wall, and support rod is sliding first
Rail guiding under glide direction and the first guide rod with respect to the first guide cylinder glide direction with the flexible side of the second cylinder
To parallel.
3. the fixture according to claim 2 for automobile air conditioner electromagnetic clutch friction plate drilling system, feature exist
In it further includes the second sliding rail that the direction z, which accommodates component, the second sliding rail is provided in the first cavity, z grip block one end can be slidably
It is mounted on the second sliding rail, the guide direction of the second sliding rail is the direction z.
4. the fixture according to claim 3 for automobile air conditioner electromagnetic clutch friction plate drilling system, feature exist
In, further include the direction y aid component；
The direction y aid component includes: the second voussoir, the second idler wheel, the second pressure ram, third mounting blocks, third spring, second leads
To cylinder, the second guide rod, articulation piece, cursor, mounting rod and y grip block, the second voussoir big end is fixed with link block, and second
Voussoir small end extends to away from link block direction, mutually cuts with the second idler wheel, the second voussoir top surface and level with the second voussoir top surface
Angle is acute angle between face, and the second idler wheel is mounted on one second pressure ram bottom end with being able to rotate, and the second pressure ram bottom end is fixed with
Third mounting blocks, third mounting blocks are fixed to third spring one end, and the third spring other end is fixed to the first cavity inner wall, and second
It is pierced by pedestal at the top of pressure ram and is fixed to the second guiding drum outer wall, the second guide cylinder is passed through for the second guide rod, the second guiding
Bar can opposite second guide cylinder move upwards z is counter, second guide rod one end is hinged to articulation piece one end, articulation piece other end hinge
It is connected to cursor one end, is rotatably installed in mounting rod top in the middle part of cursor, mounting rod bottom end is fixed on the first coaming plate, rotation
The arm other end is equipped with y grip block, and when the second voussoir big end and the second idler wheel are tangent, y grip block can be pressed on friction plate top
Portion；When the second voussoir small end and tangent the second idler wheel under third spring force at the top of y grip block release friction plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820339154.7U CN208304488U (en) | 2018-03-13 | 2018-03-13 | Fixture for automobile air conditioner electromagnetic clutch friction plate drilling system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820339154.7U CN208304488U (en) | 2018-03-13 | 2018-03-13 | Fixture for automobile air conditioner electromagnetic clutch friction plate drilling system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208304488U true CN208304488U (en) | 2019-01-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820339154.7U Expired - Fee Related CN208304488U (en) | 2018-03-13 | 2018-03-13 | Fixture for automobile air conditioner electromagnetic clutch friction plate drilling system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208304488U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113477975A (en) * | 2021-07-24 | 2021-10-08 | 湖北龙运汽车配件有限公司 | Drilling equipment of drum-type friction disc |
| CN114571051A (en) * | 2022-04-06 | 2022-06-03 | 深圳市亿科晶电子有限公司 | Quartz wafer processing sealing device with cooling and heat dissipation functions |
-
2018
- 2018-03-13 CN CN201820339154.7U patent/CN208304488U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113477975A (en) * | 2021-07-24 | 2021-10-08 | 湖北龙运汽车配件有限公司 | Drilling equipment of drum-type friction disc |
| CN114571051A (en) * | 2022-04-06 | 2022-06-03 | 深圳市亿科晶电子有限公司 | Quartz wafer processing sealing device with cooling and heat dissipation functions |
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