CN208342724U - A kind of retainer-ring press mounting tooling - Google Patents
A kind of retainer-ring press mounting tooling Download PDFInfo
- Publication number
- CN208342724U CN208342724U CN201820852009.9U CN201820852009U CN208342724U CN 208342724 U CN208342724 U CN 208342724U CN 201820852009 U CN201820852009 U CN 201820852009U CN 208342724 U CN208342724 U CN 208342724U
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- China
- Prior art keywords
- retaining ring
- compression bar
- inner sleeve
- retainer
- block
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Abstract
The utility model discloses a kind of retainer-ring press mounting toolings, aim to ensure that retaining ring is completely forced into the circlip groove of bearing, and retaining ring is avoided to be crushed damage, its key points of the technical solution are that: a kind of retainer-ring press mounting tooling, including retaining ring pressing sleeve, retaining ring compression bar, the retaining ring channel that retaining ring is slid and compressed for retaining ring is equipped in retaining ring pressing sleeve, retaining ring compression bar includes the retaining ring compression bar housing for being arranged in retaining ring channel, several first for being fixed in retaining ring compression bar housing lower end surface and being connected to retaining ring upper surface abut block, the retaining ring compression bar inner sleeve for wearing and being slidably connected to retaining ring compression bar housing and flatten retaining ring, it is fixed in retaining ring compression bar inner sleeve lower end surface and is connected to the second of retaining ring and abut block, first abutting block abuts block with second and is distributed in distance, the lower end surface of several the first abutting blocks is twist arranged, second abuts block lower end surface in horizontally disposed.The utility model can ensure that retaining ring is completely forced into the circlip groove of bearing, and retaining ring is avoided to be crushed damage.
Description
Technical field
The utility model relates to bearing machining fields, more specifically, it relates to a kind of retainer-ring press mounting tooling.
Background technique
Existing many bearings are mounted on retaining ring 21, retaining ring 21 as shown in figure 4, many is all in circular ring shape, and annulus
Side offer a notch 22.In this way when retaining ring 21 is installed on corresponding 21 slot of retaining ring of bearing, first shrink retaining ring 21,
Then retaining ring 21 is caught in corresponding 21 slot of retaining ring, i.e., when retaining ring 21 is caught in 21 slot of retaining ring, the outer diameter of retaining ring 21 is less than gear
Enclose the outer diameter of 21 free states.
Existing retainer-ring press mounting tooling is as shown in figure 5, include retaining ring pressing sleeve 1, retaining ring compression bar 3, retaining ring pressing sleeve 1 is fixed on axis
It holds upper surface and is located at right above corresponding 21 slot of retaining ring, and be provided in retaining ring pressing sleeve 1 and slid into 21 slot of retaining ring for retaining ring 21
Retaining ring channel 2, shown retaining ring compression bar 3 is arranged in the retaining ring channel 2 and pushes the retaining ring 21 mobile towards 21 slot of retaining ring.
When retaining ring compression bar pushes retaining ring mobile, after extrusion deformation of the retaining ring by retaining ring channel, it is easy twist state,
In this way when retaining ring compression bar pushes retaining ring to move into circlip groove, it is not easy for retaining ring to be completely forced into circlip groove, leads to part retaining ring
On the outside of circlip groove.
Therefore it needs to propose the new scheme of one kind to solve this problem.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of retainer-ring press mounting tooling, it can
Ensure that retaining ring is completely forced into the circlip groove of bearing, and retaining ring is avoided to be crushed damage.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of retainer-ring press mounting work
It fills, including retaining ring pressing sleeve, retaining ring compression bar, is provided with the retaining ring channel that retaining ring is slid and compressed for retaining ring in the retaining ring pressing sleeve,
The retaining ring channel is in being vertically arranged, and the retaining ring channel diameter is less than retaining ring outer diameter, and retaining ring pressing sleeve upper surface is provided with
Retaining ring is facilitated to slide into the inclined surface in the retaining ring channel, the retaining ring compression bar includes the retaining ring compression bar for being arranged in the retaining ring channel
Housing, is worn several the first abutting blocks for being fixedly connected on the retaining ring compression bar housing lower end surface and being connected to retaining ring upper surface
And be slidably connected to the retaining ring compression bar housing and by retaining ring compression bar inner sleeve that retaining ring flattens, be fixedly connected on the retaining ring pressure
Bar inner sleeve lower end surface and the second abutting block for being connected to retaining ring, the first abutting block abut block with second and are distributed in distance, and if
The lower end surface of dry the first abutting block is twist arranged, and described second abuts block lower end surface in horizontally disposed.
Bearing is first installed on gear when needing for retaining ring to be pressed into bearing rib ring recess by using above-mentioned technical proposal
Pressing sleeve lower end surface is enclosed, while retaining ring is placed in retaining ring pressing sleeve upper surface, bearing, retaining ring channel and retaining ring center line are located at same
Then linear position drives retaining ring compression bar housing and retaining ring compression bar inner sleeve to move down, be connected to retaining ring by the first abutting block
And retaining ring is pushed to move down along retaining ring channel, so that stop portion is connected to the retaining ring groove bottom of bearing, and first abuts block
When pushing retaining ring mobile, retaining ring generates elastic deformation, and deformation is twist；Then driving retaining ring compression bar inner sleeve continues to moving down
It is dynamic, so that the second abutting block lower end surface be made to protrude from the first abutting block lower end surface, retaining ring is connected to by the second abutting block in this way,
And retaining ring is pressed into the circlip groove of bearing, and retaining ring is flattened.
The utility model is further arranged to: the retaining ring compression bar is additionally provided with driving retaining ring compression bar housing and the retaining ring
The driving assembly that compression bar inner sleeve moves down, the driving component include being fixedly connected on the retaining ring compression bar housing upper surface
Spring lower seat, the inner sleeve for being slidably connected to the spring lower seat along the vertical direction and the retaining ring compression bar inner sleeve being pushed to move down
Compression bar, is set to the spring at the spring seat of honour for being fixedly connected on the inner sleeve compression bar and being located at right above the spring lower seat
Between the seat of honour and the spring lower seat and the elastic component that pushes the spring lower seat to move down.
By using above-mentioned technical proposal, when driving retaining ring to move down, the driving spring seat of honour is moved down, on spring
While seat pushes retaining ring compression bar inner sleeve to move down by inner sleeve compression bar, pass through elastic component synchronous drive spring lower seat and retaining ring
Compression bar housing moves down, and the first abutting block is connected to retaining ring and drives retaining ring to move down and be connected to the circlip groove bottom of bearing
Face, so that the first abutting block of limitation and retaining ring compression bar housing move down, while spring seat of honour driving inner sleeve compression bar moves down,
And elastic component is compressed, make retaining ring compression bar inner sleeve relative to when circle compression bar housing moves down, the second abutting block is made to protrude from the
Retaining ring is simultaneously completely forced into the circlip groove of bearing by one abutting block, and retaining ring is flattened.
The utility model is further arranged to: retaining ring pressing sleeve upper surface offers retaining ring and places position identification slot, described
Retaining ring is placed position identification slot and is abutted between block positioned at longest first abutting block with shortest first, and retaining ring is placed in the retaining ring
When in channel, the notch of retaining ring places position identification slot towards retaining ring.
By using above-mentioned technical proposal, position identification slot is placed by retaining ring and facilitates worker that retaining ring is placed in retaining ring pressing sleeve
When upper, facilitated the notch placement location of control retaining ring.
The utility model is further arranged to: the retaining ring compression bar sleeve side wall offers the first installation position identification slot,
The first installation position identification slot is located at longest first abutting block and abuts between block with shortest first, the retaining ring pressing sleeve
Side wall offers the second installation position identification slot, the first installation position identification slot, the second installation position identification slot with it is described
Retaining ring places position identification slot and is located at same linear position.
By using above-mentioned technical proposal, when retaining ring compression bar and retaining ring pressing sleeve are installed on stamping equipment, pass through the first peace
Dress orientation recognition slot, the second installation position identification slot are located at same linear position, determine longest first abutting block with it is shortest
First abuts the position of block.
The utility model is further arranged to: the spring lower seat flanged joint is in the retaining ring compression bar housing.
By using above-mentioned technical proposal, it is ensured that retaining ring compression bar housing and spring lower seat are located at same linear position.
The utility model is further arranged to: spring seat of honour lower end surface offers threaded hole, and the inner sleeve compression bar screw thread connects
It is connected to the threaded hole.
By using above-mentioned technical proposal so that it is convenient to which inner sleeve compression bar and the spring seat of honour are fixed, and facilitate in adjusting
Cover the position of compression bar and the spring seat of honour.
The utility model is further arranged to: the threaded hole is threaded with lock-screw, and the lock-screw is located at
Above the inner sleeve compression bar, spring washer is provided between the lock-screw and the inner sleeve compression bar.
By using above-mentioned technical proposal, lock-screw and inner sleeve compression bar are connected to by spring washer, can effectively be consolidated
Surely inner sleeve compression bar is lived, and it is mobile relative to the spring seat of honour to prevent inner sleeve compression bar, while by turning lock-screw, and makes locking screw
Nail is moved to threaded hole different location, can effectively adjust the stroke of inner sleeve compression bar, and then adjusts the second shunting power for abutting block.
The utility model is further arranged to: the retaining ring compression bar sidewall of the inside race is fixedly connected with inner sleeve position-limitting pin, institute
It states retaining ring compression bar sleeve side wall and offers the sliding slot worn for the inner sleeve position-limitting pin, the track length direction is in set vertically
It sets.
By using above-mentioned technical proposal, sliding slot is slidably connected to by position-limitting pin, it can be ensured that retaining ring compression bar inner sleeve
It is slidably connected to retaining ring compression bar housing along the vertical direction, and anti-Sealing shield ring compression bar inner sleeve is rotated relative to retaining ring compression bar housing.
In conclusion the utility model has the following beneficial effects:
When needing for retaining ring to be pressed into bearing rib ring recess, first by bearing installation and retaining ring pressing sleeve lower end surface, while will gear
Circle is placed in retaining ring pressing sleeve upper surface, and so that the notch of retaining ring is placed position identification slot with retaining ring and be aligned, then the driving spring seat of honour
It moves down, while the spring seat of honour pushes retaining ring compression bar inner sleeve to move down by inner sleeve compression bar, passes through elastic component synchronous belt
Dynamic spring lower seat and retaining ring compression bar housing move down, and the first abutting block is connected to retaining ring and retaining ring is driven to move down and abut
In the retaining ring groove bottom of bearing, so that the first abutting block of limitation and retaining ring compression bar housing move down, while the spring seat of honour is driven
Inner sleeve compression bar moves down, and compresses elastic component, makes retaining ring compression bar inner sleeve relative to when circle compression bar housing moves down, makes the
Two abutting blocks protrude from the first abutting block and retaining ring are completely forced into the circlip groove of bearing, and retaining ring is flattened.
Detailed description of the invention
Fig. 1 is the cross-sectional view of the present embodiment；
Fig. 2 is the structural schematic diagram of the present embodiment；
Fig. 3 is the structural schematic diagram that the present embodiment conceals retaining ring pressing sleeve；
Fig. 4 is existing retaining ring schematic diagram；
Fig. 5 is the cross-sectional view of existing retainer-ring press mounting tooling.
In figure: 1, retaining ring pressing sleeve；2, retaining ring channel；3, retaining ring compression bar；4, inclined surface；5, retaining ring compression bar housing；6, first
Abut block；7, retaining ring compression bar inner sleeve；8, second block is abutted；9, spring lower seat；10, inner sleeve compression bar；11, the spring seat of honour；12, screw thread
Hole；13, elastic component；14, retaining ring places position identification slot；15, the first installation position identification slot；16, the second installation position identification slot；
17, position-limitting pin；18, sliding slot；19, lock-screw；20, spring washer；21, retaining ring；22, notch.
Specific embodiment
With reference to the accompanying drawings and examples, the utility model is described in detail.
A kind of retainer-ring press mounting tooling, as depicted in figs. 1 and 2, including retaining ring pressing sleeve 1 and retaining ring compression bar 3, retaining ring pressing sleeve 1 are opened
Equipped with the retaining ring channel 2 slid vertically for retaining ring 21, retaining ring channel 2 is in be vertically arranged, and the diameter in retaining ring channel 2 is less than gear
21 outer diameters are enclosed, and 1 upper surface of retaining ring pressing sleeve is provided with the inclined surface 4 for facilitating retaining ring 21 to slide into retaining ring channel 2.Pass through gear in this way
Circle compression bar 3 by push retaining ring 21 move down, and due to 2 diameter of retaining ring channel be less than retaining ring 21 outer diameter, when retaining ring 21 to
When lower mobile, retaining ring 21 generates deformation, and deformation is twist.
As shown in figures 1 and 3, retaining ring compression bar 3 includes being arranged in the retaining ring compression bar housing 5 in retaining ring channel 2, outside retaining ring compression bar
Set 5 is arranged in tubular, and 5 lower end surface of retaining ring compression bar housing is integrally formed with several the first abutting blocks 6, several first abuttings
Block 6 is uniformly distributed around retaining ring compression bar housing 5, and the lower end surface of several the first abutting blocks 6 is twist arranged, i.e., several
A first to abut block 6 successively elongated, and longest first abutting block 6 adjacent, the first abutting block that with shortest first abuts block 6
6 lower end surfaces can be connected to 21 upper surface of retaining ring；Retaining ring compression bar inner sleeve 7, retaining ring compression bar inner sleeve 7 are equipped in retaining ring compression bar housing 5
Setting cylindrical, and 7 lower end surface of retaining ring compression bar inner sleeve is fixedly connected with several and second abuts block 8, and several second are supported
Block 8 is connect first to abut block 6 with several and be distributed in distance, several the second abutting 8 lower end surfaces of block are located at the same horizontal position, and
And second abutting 8 lower end surface of block be connected to 21 upper surface of retaining ring and retaining ring 21 be pressed into 21 slot of end ring, and by retaining ring 21
It flattens.In this way when needing for retaining ring 21 to be pressed into 21 slot of end ring, bearing is first installed on 1 lower end surface of retaining ring pressing sleeve,
Retaining ring 21 is placed in 1 upper surface of retaining ring pressing sleeve simultaneously, bearing, retaining ring channel 2 and 21 center line of retaining ring are located at same straight line position
It sets, then retaining ring compression bar housing 5 and retaining ring compression bar inner sleeve 7 is driven to move down, retaining ring 21 is connected to simultaneously by the first abutting block 6
It pushes retaining ring 21 to move down along retaining ring channel 2, so that 21 part of retaining ring is connected to 21 groove bottom of retaining ring of bearing, and first supports
When connecing the promotion movement of retaining ring 21 of block 6, retaining ring 21 generates elastic deformation, and deformation is twist；Then retaining ring compression bar inner sleeve 7 is driven
Continue to move down, so that 8 lower end surface of the second abutting block be made to protrude from 6 lower end surface of the first abutting block, be abutted in this way by second
Block 8 is connected to retaining ring 21, and retaining ring 21 is pressed into 21 slot of retaining ring of bearing, and retaining ring 21 is flattened.
It is moved down in order to facilitate driving retaining ring compression bar housing 5 and retaining ring compression bar inner sleeve 7, as shown in Figure 1, retaining ring compression bar 3
It is additionally provided with driving assembly, driving assembly includes the spring lower seat 9 for being fixedly connected on 5 upper surface of retaining ring compression bar housing, under spring
Seat 9 and 5 flanged joint of retaining ring compression bar housing ensure that retaining ring compression bar housing 5 and spring lower seat 9 are located at same linear position in this way；
Spring lower seat 9 is equipped with inner sleeve compression bar 10, and inner sleeve compression bar 10 is slidably connected to spring lower seat 9, and interior casing pressure along the vertical direction
10 lower end surface of bar is connected to retaining ring compression bar inner sleeve 7, and inner sleeve compression bar 10 is connected with the spring seat of honour 11,11 lower end surface of the spring seat of honour
Threaded hole 12 is offered, inner sleeve compression bar 10 is threadedly connected to threaded hole 12, and is arranged between the spring seat of honour 11 and spring lower seat 9
Flexible part 13, elastic component 13 can be spring, and elastic component 13 is sheathed on inner sleeve compression bar 10, and the upper and lower ends of elastic component 13
It is connected to the spring seat of honour 11 and spring lower seat 9 respectively.In this way when driving retaining ring 21 to move down, the driving spring seat of honour 11 is downward
It is mobile, it is synchronous by elastic component 13 while the spring seat of honour 11 pushes retaining ring compression bar inner sleeve 7 to move down by inner sleeve compression bar 10
Spring lower seat 9 and retaining ring compression bar housing 5 is driven to move down, the first abutting block 6 is connected to retaining ring 21 and drives retaining ring 21 downward
21 groove bottom of retaining ring of bearing is moved and is connected to, so that the first abutting block 6 of limitation and retaining ring compression bar housing 5 move down, together
When the spring seat of honour 11 drive inner sleeve compression bar 10 move down, and make elastic component 13 compress, make retaining ring compression bar inner sleeve relative to when circle
Compression bar housing moves down, and so that the second abutting block 8 is protruded from the first abutting block 6 and retaining ring 21 is completely forced into the retaining ring 21 of bearing
In slot, and retaining ring 21 is flattened.
When being placed in retaining ring pressing sleeve 1 in order to ensure retaining ring 21,21 notch of retaining ring, 22 position is located at longest first and abuts block 6
When abutting between block 6 with shortest first, and driving retaining ring 21 to move down by several the first abutting blocks 6, retaining ring 21 is in
Spiral shape.As depicted in figs. 1 and 2,1 upper surface of retaining ring pressing sleeve offers retaining ring and places position identification slot 14, and retaining ring places position identification
Slot 14 is located at longest first abutting block 6 and abuts between block 6 with shortest first；And 5 side wall of retaining ring compression bar housing offers
First installation position identification slot 15, the first installation position identification slot 15 are located at the first installation position identification slot 15 and are located at longest the
One abutting block 6 abuts between block 6 with shortest first, and 1 side wall of retaining ring pressing sleeve offers the second installation position identification slot 16, and first
Installation position identification slot 15, the second installation position identification slot 16 place position identification slot 14 with the retaining ring and are located at same straight line position
It sets.In this way when retaining ring compression bar 3 and retaining ring pressing sleeve 1 are installed on stamping equipment, pacified by the first installation position identification slot 15, second
Dress orientation recognition slot 16 is located at same linear position, determines the position that longest first abutting block 6 abuts block 6 with shortest first
When setting, while facilitating worker to be placed in retaining ring 21 on retaining ring pressing sleeve 1 by retaining ring placement position identification slot 14, facilitate control retaining ring
21 22 placement location of notch.
As shown in Figure 1,7 side wall of retaining ring compression bar inner sleeve is fixedly connected with position-limitting pin 17, and 5 side wall of retaining ring compression bar housing
The sliding slot 18 slid along the vertical direction for position-limitting pin 17 is offered, 18 length direction of sliding slot is in be vertically arranged.Pass through limit in this way
Position pin 17 is slidably connected to sliding slot 18, it can be ensured that retaining ring compression bar inner sleeve 7 is slidably connected to along the vertical direction outside retaining ring compression bar
Set 5, and anti-Sealing shield ring compression bar inner sleeve 7 is rotated relative to retaining ring compression bar housing 5.
Inner sleeve compression bar 10 is mobile relative to 11 spiral of the spring seat of honour in order to prevent, and threaded hole 12 is also threaded with locking screw
Nail 19, lock-screw 19 is located at 10 top of inner sleeve compression bar, and is equipped with spring pad between lock-screw 19 and inner sleeve compression bar 10
Circle 20, and spring washer 20 is connected to lock-screw 19 and inner sleeve compression bar 10.Locking is connected to by spring washer 20 in this way
Screw 19 and inner sleeve compression bar 10 can effectively fix inner sleeve compression bar 10, and prevent inner sleeve compression bar 10 relative to the spring seat of honour 11
It is mobile, at the same by turning lock-screw 19, and lock-screw 19 is made to be moved to 12 different location of threaded hole, it can effectively adjust
The stroke of inner sleeve compression bar 10, and then adjust the second shunting power for abutting block 8.
When needing for retaining ring 21 to be pressed into 21 slot of end ring, first by bearing installation and 1 lower end surface of retaining ring pressing sleeve, simultaneously
Retaining ring 21 is placed in 1 upper surface of retaining ring pressing sleeve, and so that the notch 22 of retaining ring 21 is placed position identification slot 14 with retaining ring and is aligned, then
The driving spring seat of honour 11 moves down, and the spring seat of honour 11 is moved down same by the promotion of inner sleeve compression bar 10 retaining ring compression bar inner sleeve 7
When, it is moved down by 13 synchronous drive spring lower seat 9 of elastic component and retaining ring compression bar housing 5, the first abutting block 6 is connected to retaining ring
It 21 and drives retaining ring 21 to move down and is connected to 21 groove bottom of retaining ring of bearing, so that limitation first abuts block 6 and retaining ring pressure
Bar housing 5 moves down, while the spring seat of honour 11 drives inner sleeve compression bar 10 to move down, and compresses elastic component 13, makes retaining ring
Compression bar inner sleeve 7 is moved down relative to when circle compression bar housing, and the second abutting block 8 is made to protrude from the first abutting block 6 and by retaining ring 21
It is completely forced into 21 slot of retaining ring of bearing, and retaining ring 21 is flattened.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (8)
1. a kind of retainer-ring press mounting tooling, including retaining ring pressing sleeve (1), retaining ring compression bar (3), the retaining ring pressing sleeve (1) is interior to be provided with confession
Retaining ring (21) slides and compresses the retaining ring channel (2) of retaining ring (21), and for the retaining ring channel (2) in being vertically arranged, the retaining ring is logical
Road (2) diameter is less than retaining ring (21) outer diameter, and retaining ring pressing sleeve (1) upper surface, which is provided with, facilitates retaining ring (21) to slide into the retaining ring
The inclined surface (4) in channel (2), it is characterised in that: the retaining ring compression bar (3) includes the retaining ring for being arranged in the retaining ring channel (2)
Compression bar housing (5), several for being fixedly connected on the retaining ring compression bar housing (5) lower end surface and being connected to retaining ring (21) upper surface
In one abutting block (6), the retaining ring compression bar for wearing and being slidably connected to the retaining ring compression bar housing (5) and flatten retaining ring (21)
Set (7) is fixedly connected on the retaining ring compression bar inner sleeve (7) lower end surface and is connected to the second abutting block (8) of retaining ring (21), and first
Abutting block (6) abuts block (8) with second and is distributed in distance, and several first lower end surfaces for abutting block (6) are twist set
It sets, described second abuts block (8) lower end surface in horizontally disposed.
2. a kind of retainer-ring press mounting tooling according to claim 1, it is characterised in that: the retaining ring compression bar (3) is additionally provided with
The driving assembly that driving retaining ring compression bar housing (5) and the retaining ring compression bar inner sleeve (7) move down, the driving component include solid
Surely it is connected to the spring lower seat (9) of retaining ring compression bar housing (5) upper surface, is slidably connected under the spring along the vertical direction
Seat (9) and push the retaining ring compression bar inner sleeve (7) to move down inner sleeve compression bar (10), be fixedly connected on the inner sleeve compression bar
(10) and be located at the spring lower seat (9) right above the spring seat of honour (11), be set to the spring seat of honour (11) and the bullet
Under spring between seat (9) and the elastic component (13) that pushes the spring lower seat (9) to move down.
3. a kind of retainer-ring press mounting tooling according to claim 1, it is characterised in that: open retaining ring pressing sleeve (1) upper surface
Position identification slot (14) are placed equipped with retaining ring, retaining ring placement position identification slot (14) is positioned at longest first abutting block (6) and most
Short first abuts between block (6), retaining ring (21) be placed in the retaining ring channel (2) it is interior when, notch (22) court of retaining ring (21)
Position identification slot (14) are placed to retaining ring.
4. a kind of retainer-ring press mounting tooling according to claim 3, it is characterised in that: retaining ring compression bar housing (5) side wall
The first installation position identification slot (15) is offered, the first installation position identification slot (15) is located at longest first and abuts block
(6) it being abutted between block (6) with shortest first, retaining ring pressing sleeve (1) side wall offers the second installation position identification slot (16),
The first installation position identification slot (15), the second installation position identification slot (16) and the retaining ring place position identification slot (14) position
In same linear position.
5. a kind of retainer-ring press mounting tooling according to claim 2, it is characterised in that: spring lower seat (9) flanged joint
In the retaining ring compression bar housing (5).
6. a kind of retainer-ring press mounting tooling according to claim 2, it is characterised in that: the spring seat of honour (11) lower end surface offers
Threaded hole (12), the inner sleeve compression bar (10) are threadedly connected to the threaded hole (12).
7. a kind of retainer-ring press mounting tooling according to claim 6, it is characterised in that: the threaded hole (12) is threaded with
Lock-screw (19), the lock-screw (19) are located above the inner sleeve compression bar (10), the lock-screw (19) with it is described
Spring washer (20) are provided between inner sleeve compression bar (10).
8. a kind of retainer-ring press mounting tooling according to claim 1, it is characterised in that: retaining ring compression bar inner sleeve (7) side wall
It is fixedly connected with inner sleeve position-limitting pin (17), retaining ring compression bar housing (5) side wall is offered for the inner sleeve position-limitting pin
(17) sliding slot (18) worn, sliding slot (18) length direction are in be vertically arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820852009.9U CN208342724U (en) | 2018-06-01 | 2018-06-01 | A kind of retainer-ring press mounting tooling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820852009.9U CN208342724U (en) | 2018-06-01 | 2018-06-01 | A kind of retainer-ring press mounting tooling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208342724U true CN208342724U (en) | 2019-01-08 |
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ID=64891928
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820852009.9U Active CN208342724U (en) | 2018-06-01 | 2018-06-01 | A kind of retainer-ring press mounting tooling |
Country Status (1)
| Country | Link |
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| CN (1) | CN208342724U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109605275A (en) * | 2019-01-28 | 2019-04-12 | 北京天地玛珂电液控制系统有限公司 | Hydraulic valve handles are pressed assembly and pressing method |
| CN110371619A (en) * | 2019-06-03 | 2019-10-25 | 浙江亚太机电股份有限公司 | A kind of circlip for hole self-feeding and press-loading device |
-
2018
- 2018-06-01 CN CN201820852009.9U patent/CN208342724U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109605275A (en) * | 2019-01-28 | 2019-04-12 | 北京天地玛珂电液控制系统有限公司 | Hydraulic valve handles are pressed assembly and pressing method |
| CN110371619A (en) * | 2019-06-03 | 2019-10-25 | 浙江亚太机电股份有限公司 | A kind of circlip for hole self-feeding and press-loading device |
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