CN208527761U - The automatic twisting regulation machine of cage guide - Google Patents
The automatic twisting regulation machine of cage guide Download PDFInfo
- Publication number
- CN208527761U CN208527761U CN201820795236.2U CN201820795236U CN208527761U CN 208527761 U CN208527761 U CN 208527761U CN 201820795236 U CN201820795236 U CN 201820795236U CN 208527761 U CN208527761 U CN 208527761U
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- China
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- cage guide
- head group
- guide rail
- oscillating rod
- support base
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Abstract
The utility model discloses the automatic twisting regulation machines of cage guide, including the guide rail material loading platform and retainer centering body being set in rack, it is relatively set with the Mobile base that can be moved left and right respectively in the rack at left and right sides of guide rail material loading platform, fixing head group is set on a Mobile base, setting on another Mobile base can be relative to the twisting head group of fixed head group rotation, it further include hold-down mechanism and testing agency, the structure of testing agency includes: mounting rack, it is equipped on mounting rack by the support base of lifting cylinder driving lifting, fixed link and oscillating rod are respectively arranged in the front and rear sides of support base, fixed link level is fixedly installed in the top of support base, the middle part of oscillating rod is hinged on support base by pin shaft, reset spring is connected between the lower part and support base of oscillating rod, the displacement that inductive head abuts against the lower part of oscillating rod always is equipped on support base Sensor.The utility model has the advantages that work efficiency is high.
Description
Technical field
The utility model relates to cage guide production equipment technologies, and in particular to the automatic twisting regulation machine of cage guide.
Background technique
The carriage of cage type elevator is to realize stable vertical lift by sliding up and down along T shape cage guide.T shape electricity
The structure of terraced guide rail are as follows: including the T-shaped guide rail body in cross section, guide rail body by fixed arm and perpendicular to fixed arm just
The leading arm of Middle face forms.T shape cage guide is to consolidate the fixed arm of T shape cage guide with building when installing and using
It is fixed, so that the leading arm of T shape cage guide is slidably matched with carriage, therefore, the quality of T shape cage guide directly influences van-type electricity
The operational safety of ladder.The quality of evaluation cage guide mainly has straightness and two parameters of torsion resistance, and wherein straightness refers to electricity
The flatness of terraced guide rail surface profile, torsion resistance refer to the windup-degree of cage guide plane spatially.Since elevator is led
Rail can more or less have certain distortion along its length in process of production, and traditional tune, which turns round method, is: being operated by two
Personnel clamp the both ends of cage guide with pliers respectively and firmly reverse, and then whether artificial observation cage guide adjusts torsion in place；
This artificial tune turns round mode and has the disadvantage in that labor intensity of workers is big, working efficiency is low, and cannot accurately control to elevator
The tune torsional angle degree of guide rail, leverages the product quality of cage guide.
Utility model content
It can detect automatically whether cage guide is distorted the purpose of the utility model is to provide a kind of, and can be to distortion
The automatic twisting regulation machine of cage guide of cage guide progress automatic straightening.
To achieve the above object, the utility model adopts the technical scheme that the automatic twisting regulation machine of cage guide,
Include: rack, is provided with the guide rail material loading platform to place cage guide on the rack and can be by cage guide centering simultaneously
It is lifted away from the retainer centering body of guide rail material loading platform upwards, it is opposite respectively in the rack of guide rail material loading platform arranged on left and right sides to set
Be equipped with the Mobile base that can be moved left and right in rack, be provided on one of Mobile base of two Mobile bases fixing head group,
Being provided on another Mobile base can clamp respectively relative to the twisting head group of fixed head group rotation, twisting head group with fixing head group
The left and right ends of the cage guide held up by retainer centering body further include the elevator will be located on guide rail material loading platform
The hold-down mechanism and an inspection to detect elevator guide rail twisting degree automatically that guide rail is pressed abd fixed on guide rail material loading platform
Mechanism is surveyed, the structure of the testing agency includes: mounting rack, is provided on mounting rack by the support of lifting cylinder driving lifting
Seat is respectively arranged with fixed link and oscillating rod in the front and rear sides of support base, fixed link with oscillating rod is corresponding upwards respectively is located at
The rear and front end at the fixed arm back side of the cage guide on guide rail material loading platform or be fixed head group with twisting head group clamped
Cage guide the fixed arm back side rear and front end, the fixed link level is fixedly installed in the top of support base, the pendulum
The middle part of lever is hinged on support base by the pin shaft in front and back trend, is connected between the lower part and support base of oscillating rod
Reset spring, reset spring makes oscillating rod always, and there is the top for turning to oscillating rod top around pin shaft to be higher than becoming for fixed link
Gesture, is additionally provided with displacement sensor on support base, and the inductive head of institute's displacement sensors abuts against the lower part of oscillating rod always.
Further, the automatic twisting regulation machine of cage guide above-mentioned, in which: hold-down mechanism is installed on the shifting where fixing head group
On dynamic seat, testing agency is installed on the Mobile base where twisting head group.
Further, the automatic twisting regulation machine of cage guide above-mentioned, in which: the structure of twisting head group includes: to be installed on correspondence
Fixing seat on Mobile base, expansion bearing has the turning collar that freely can axially rotate in fixing seat, and turning collar is by driving assembly
Driving rotation, one end of turning collar stretch out fixing seat and are equipped with rotation seat, be provided in rotation seat and pass through for cage guide
The first ⊥ shape location hole, be provided in the vertical holes of the first ⊥ shape location hole and to be moved up and down by the driving of the first lifting cylinder
First compact heap, the first lifting cylinder, which can drive the first compact heap to move down, will protrude into pair of the cage guide of the first ⊥ shape location hole
End is answered to be pressed abd fixed in the first ⊥ shape location hole.
Further, the automatic twisting regulation machine of cage guide above-mentioned, in which: the structure of driving assembly includes: to be set in rotation
Gear wheel outside circle, is equipped with the speed reducer driven by servo motor in fixing seat, be set on the output shaft of speed reducer with
The pinion gear that gear wheel is meshed.
Further, the automatic twisting regulation machine of cage guide above-mentioned, in which: the structure of fixing head group includes: to be installed on correspondence
Pressing head seat on Mobile base is provided with the 2nd ⊥ shape location hole passed through for cage guide in pressing head seat, fixed in the 2nd ⊥ shape
It is provided in the vertical holes in position hole and the second compact heap moved up and down is driven by the second lifting cylinder, the second lifting cylinder can drive
Second compact heap, which is moved down, is pressed abd fixed on the positioning of the 2nd ⊥ shape for the corresponding end for protruding into the cage guide of the 2nd ⊥ shape location hole
Kong Zhong.
Further, the automatic twisting regulation machine of cage guide above-mentioned, in which: the structure of hold-down mechanism includes: to be installed on correspondence
On Mobile base and top surface and the contour mounting base of guide rail material loading platform, in the front and rear sides vertical installation respectively of mounting base
There is a rotation and lifting cylinder, is separately installed with a block pressur plate on the piston rod of each rotation and lifting cylinder, two pressure plates exist
It will can be located at the rear and front end of the cage guide fixed arm on guide rail material loading platform under the driving of corresponding rotation and lifting cylinder respectively
It is pressed in mounting base downwards, so that the cage guide being located on guide rail material loading platform be fixed.
Further, the automatic twisting regulation machine of cage guide above-mentioned, in which: be provided at the top of fixed link to elevator
The first contact block that guide rail is in contact, the upper end of oscillating rod be provided with to cage guide is in contact second contacts
Block.
Through the implementation of the above technical solution, the beneficial effects of the utility model are: cage guide can be detected whether automatically
It is distorted along its longitudinal direction, and automatic and accurate correction can be carried out to the cage guide being distorted, not only reduce worker's labour
Intensity improves work efficiency, and ensure that the product quality of cage guide.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the automatic twisting regulation machine of cage guide described in the utility model.
Fig. 2 is the structural schematic diagram that head group is twisted shown in Fig. 1.
Fig. 3 is the structural schematic diagram of A-A section in Fig. 2.
Fig. 4 is the structural schematic diagram of fixing head group shown in Fig. 1.
Fig. 5 is the structural schematic diagram of testing agency shown in Fig. 1.
Fig. 6 is the structural schematic diagram of the overlook direction of Fig. 5.
Fig. 7 is the structural schematic diagram of B-B section shown in Fig. 6.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, the automatic twisting regulation machine of the cage guide, comprising: rack
1, be provided in rack 1 the guide rail material loading platform 3 to place cage guide 2 and can will in 2 pairs of cage guide and upwards
It is lifted away from the retainer centering body 4 of guide rail material loading platform 3, left and right trend is provided in the rack 1 on 3 right side of guide rail material loading platform
Right sliding rail 51, sliding, which is provided with, on right sliding rail 51 moves right seat 5, moves right seat 5 in the right push action cylinder 52 being installed in rack 1
The right sliding rail 51 of driving lower edge moved left and right in rack 1, fixing head group 6 is provided on moving right seat 5 and to by position
It is pressed abd fixed on the hold-down mechanism 7 on guide rail material loading platform 3 in the cage guide 2 on guide rail material loading platform 3, it is flat in guide rail feeding
The left sliding rail 81 of left and right trend is provided in the rack in 3 left side of platform, sliding, which is provided with, on left sliding rail 81 moves left seat 8, moves left
Seat 8 moves left and right in rack 1 in the left sliding rail 81 of driving lower edge for the left push action cylinder 82 being installed in rack 1, is moving left
The twisting head group 9 that can be rotated relative to fixed head group 6 is provided on seat 8, twisting head group 9 can clamp respectively with fixing head group 6 is held in the palm
The left and right ends for the cage guide 2 that material centering body 4 is held up, are additionally provided with one to detect automatically on moving left seat 8
The testing agency 10 of 2 torsion resistance of cage guide, the structure of the testing agency 10 includes: mounting rack 101, on mounting rack 101
It is provided with by the support base 103 of the driving lifting of lifting cylinder 102, the front side of support base 103 is provided with fixed link 104, it is fixed
104 level of bar is fixedly installed in the top of support base 103, and the rear side of support base 103 is provided with oscillating rod 105, fixed link 104
With the front and rear ends at the fixed arm back side of the upward corresponding cage guide 2 on guide rail material loading platform 3 of the difference of oscillating rod 105
Or it is fixed head group 6 and twists the rear and front end at the fixed arm back side for the cage guide 2 that head group 9 is clamped, the oscillating rod
105 middle part is hinged on support base 103 by the pin shaft 106 in front and back trend, the lower part and support base in oscillating rod 105
It is connected with reset spring 107 between 103, reset spring 107 has oscillating rod 105 always to turn to oscillating rod around pin shaft 106
The top on 105 tops is higher than the trend of fixed link 104, and displacement sensor 108, the displacement are additionally provided on support base 103
The inductive head of sensor 108 abuts against the lower part of oscillating rod 105 always；
In the present embodiment, the structure for twisting head group 9 includes: the fixing seat 91 for being installed on and moving left on seat 8, in fixing seat
Expansion bearing has the turning collar 92 that freely can axially rotate in 91, and turning collar 92 is driven by driving assembly and rotated, turning collar 92
One end stretches out fixing seat 91 and is equipped with rotation seat 93, and the first ⊥ shape passed through for cage guide 2 is provided in rotation seat 93
Location hole 94 is provided with first moved up and down by the driving of the first lifting cylinder 95 in the vertical holes of the first ⊥ shape location hole 94
Compact heap 96, the first lifting cylinder 95, which can drive the first compact heap 96 to move down, will protrude into the cage guide of the first ⊥ shape location hole 94
2 corresponding end is pressed abd fixed in the first ⊥ shape location hole 94, and above-mentioned twisting head group structure is simple, convenient to install and maintain；?
In the present embodiment, the structure of driving assembly includes: the gear wheel 97 being set in outside turning collar 92, be equipped in fixing seat 91 by
The speed reducer 99 that servo motor 98 drives is set with the pinion gear 910 being meshed with gear wheel 97 on the output shaft of speed reducer 99,
Above-mentioned driving assembly structure is simple, operate with it is convenient to install and maintain；
In the present embodiment, the structure of fixing head group 6 includes: the pressing head seat 61 for being installed on and moving right on seat 5, in pressing head seat
It is provided with the 2nd ⊥ shape location hole 62 passed through for cage guide 2 in 61, is arranged in the vertical holes of the 2nd ⊥ shape location hole 62
Have and the second compact heap 64 moved up and down is driven by the second lifting cylinder 63, second, which goes up and down oily 63 cylinders, can drive the second compact heap 64
It moves down and the corresponding end for protruding into the cage guide 2 of the 2nd ⊥ shape location hole 62 is pressed abd fixed in the 2nd ⊥ shape location hole 62,
The structure of above-mentioned fixing head group is simple and convenient to install and maintain；
In the present embodiment, the structure of hold-down mechanism 7 includes: and is installed on to move right on seat 5 and on top surface and guide rail
Expect the contour mounting base 71 of platform 3, one rotation and lifting cylinder 72 be vertically installed respectively in the front and rear sides of mounting base 71,
A block pressur plate 73 is separately installed on the piston rod of each rotation and lifting cylinder 72, two pressure plates 73 are in corresponding rotation and lifting gas
The rear and front end for 2 fixed arm of cage guide being located on guide rail material loading platform 3 can be pressed on downwards respectively under the driving of cylinder 72
In mounting base 71, to be fixed to the cage guide 2 being located on guide rail material loading platform 3；
In the present embodiment, it is provided at the top of fixed link 104 to the fixed arm back side front end phase with cage guide 2
First contact block 11 of contact, is provided in the upper end of oscillating rod 105 to the fixed arm back side rear end with cage guide 2
The second contact block 12 being in contact can preferably protect elevator during elevator guide rail twisting degree detects in testing agency in this way
Guide rail 2；
The working principle of the utility model is as follows:
First cage guide 2 is placed on guide rail material loading platform 3 in ⊥ shape, then material drag centering body 4 is by cage guide 2
Centering is carried out, then starts two rotation and lifting cylinders 72 of hold-down mechanism 7 simultaneously, makes two pieces on two rotation and lifting cylinders
The rear and front end for 2 fixed arm of cage guide being located on guide rail material loading platform 3 is pressed on downwards mounting base 71 respectively by pressing plate 73
On, so that cage guide 2 is pressed abd fixed on guide rail material loading platform 3；
Then make the lifting cylinder 102 of testing agency 10 that support base 103 be driven to move up, on synchronous drive support base 103
Fixed link 104 and oscillating rod 105 move up, and during fixed link 104 and oscillating rod 105 move up, second on oscillating rod 105 is connect
Contact block 12 can first be in contact with the fixed arm back side rear end of cage guide 2, as support base 103 continues to move up, oscillating rod 105
Top can gradually rotate down to the left around pin shaft 106, while the lower part of oscillating rod 105 can gradually turn upwards to the right around pin shaft 106
Dynamic, when the lower part of oscillating rod 105 is rotated up to the right around pin shaft 106, the lower part of oscillating rod 105, which can synchronize, pushes displacement sensing
The inductive head of device 108 moves right, until support base 103 drives consolidating for the first contact block and the cage guide 2 in fixed link 104
When fixed arm back side front end is in contact, stop lifting cylinder 102 movement, at this point, displacement sensor 108 will record it is lower by inductive head
Mobile actual displacement, and (theoretical level is displaced is defined as: oscillating rod by actual displacement and the displacement of preset theoretical level
105 turn to the second contact block 12 around pin shaft 106 under original state and when the first contact block 11 is located at same level, displacement
The inductive head of sensor is pushed mobile displacement by oscillating rod 105) it is compared, to detect the distortion journey of cage guide
It spends and twisting head group 9 is calculated according to degreeof tortuosity and need relative to the direction and angle for fixing the rotation of head group 6；Then it opens again
Two rotation and lifting cylinders 72 of dynamic hold-down mechanism 7 keep the two pressure plates 73 on two rotation and lifting cylinders outside upwards respectively
The cage guide 2 being located on guide rail material loading platform 3 is left, then moving up material drag centering body 4 will be on guide rail material loading platform 3
Cage guide 2 is held up upwards, so that the left drive of push action cylinder 82 is moved left seat 8 and is twisted head group 9 and is moved right, until mobile
When the left end of cage guide is located in the first ⊥ shape location hole 94 of twisting head group 9 on to guide rail material loading platform 3, stop left thrust
The movement of oil cylinder 82, while making that the drive of right push action cylinder 52 moves right seat 5 and fixing head group 6 is moved to the left, it is led until being moved to
When the right end of cage guide is located in the 2nd ⊥ shape location hole 62 of fixing head group 6 on rail material loading platform 3, stop right push action cylinder
52 movement；Then make the first lifting cylinder 95 for twisting head group 9 that the first compact heap 96 be driven to move down the left end of cage guide 2
It is pressed abd fixed in the first ⊥ shape location hole 94, and makes the second of fixing head group 6 to go up and down oily 63 cylinders and drive under the second compact heap 64
The right end of cage guide 2 is pressed abd fixed in the 2nd ⊥ shape location hole 62 by shifting, at this point, held up by retainer centering body 4
Cage guide 2 is fixed head group 6 and is clamped with twisting head group 9；Then retainer centering body 4 is displaced downwardly to initial position, so
Starting servo motor 98 afterwards, servo motor 98 drives turning collar 92 to rotate by speed reducer 99, pinion gear 910 and gear wheel 97,
Synchronous drive rotation seat 93 rotate, to rotation seat 93 turn to the calculated twisting head group 9 of displacement sensor 108 need it is relatively solid
Determine head group 6 rotation angle after, stop servo motor 98 movement, then make again servo motor 98 drive twisting head group 9 and by
The cage guide 2 that twisting head group 9 is clamped rights reset；The lifting cylinder 102 of testing agency 10 is set to drive support base 103 again
It moves up, the fixed link 104 and oscillating rod 105 on synchronous drive support base 103 move up, and move up in fixed link 104 and oscillating rod 105
In the process, the second contact block 12 on oscillating rod 105 can first be in contact with the fixed arm back side rear end of cage guide 2, with branch
Support seat 103 continues to move up, and the top of oscillating rod 105 can gradually rotate down to the left around pin shaft 106, while under oscillating rod 105
Portion can be gradually rotated up to the right around pin shaft 106, when the lower part of oscillating rod 105 is rotated up to the right around pin shaft 106, oscillating rod
105 lower part, which can synchronize, to be push the inductive head of displacement sensor 108 and moves right, until support base 103 drives in fixed link 104
The first contact block when being in contact with the fixed arm back side front end of cage guide 2, stop the movement of lifting cylinder 102, at this point, position
Displacement sensor 108 will record the mobile actual displacement of lower inductive head, and actual displacement and the displacement of preset theoretical level are carried out
Compare, to detect the degreeof tortuosity of cage guide, when detection obtains cage guide there is also when distortion, repetition is above-mentioned dynamic
Make, until completing the correction of cage guide；
After cage guide 2 is corrected, retainer centering body 4 is first made to move up to hold again and be twisted head group 9 and fixed
The cage guide 2 that head group 6 is clamped, then makes the first lifting cylinder 95 for twisting head group 9 that the first compact heap 96 be driven to move up pine
The left end of cage guide 2 is opened, while making the second of fixing head group 6 to go up and down oily 63 cylinders and the second compact heap 64 is driven to move up release elevator
The right end of guide rail 2 then makes the left drive of push action cylinder 82 move left seat 8 and twist head group 9 and is moved to the left, until being moved to guide rail
After the left end of cage guide removes the first ⊥ shape location hole 94 for twisting head group 9 on material loading platform 3, stop left push action cylinder 82
Movement, while making that the drive of right push action cylinder 52 moves right seat 5 and fixing head group 6 moves right, until it is flat to be moved to guide rail feeding
On platform 3 after the 2nd ⊥ shape location hole 62 of the right end removal fixing head group 6 of cage guide, stop the movement of right push action cylinder 52；
Then move down retainer centering body 4, until the cage guide 2 corrected held up by retainer centering body 4 falls in again and leads
On rail material loading platform 3；
By aforesaid operations, that is, complete the automatic tune torsion to cage guide.
The utility model has the advantages that: it can detect whether cage guide is distorted along its longitudinal direction automatically, and can be to generation
The cage guide of distortion carries out automatic and accurate correction, not only reduces labor intensity of workers, improves work efficiency, and guarantees
The product quality of cage guide.
Claims (7)
1. the automatic twisting regulation machine of cage guide, comprising: rack is provided with the guide rail feeding to place cage guide on the rack and puts down
Platform and the retainer centering body that guide rail material loading platform can be lifted away from by cage guide centering and upwards, guide rail material loading platform it is left,
The Mobile base that can be moved left and right in rack is relatively set in the rack of right two sides respectively, in one of them of two Mobile bases
It is provided with that fixing head group, be provided on another Mobile base can be relative to the twisting head group of fixed head group rotation, twisting on Mobile base
Head group can clamp the left and right ends of the cage guide held up by retainer centering body with fixing head group respectively, it is characterised in that:
It further include the hold-down mechanism to be pressed abd fixed on the cage guide being located on guide rail material loading platform on guide rail material loading platform, with
And a testing agency to detect elevator guide rail twisting degree automatically, the structure of the testing agency includes: mounting rack, is being pacified
It shelves and is provided with by the support base of lifting cylinder driving lifting, be respectively arranged with fixed link and pendulum in the front and rear sides of support base
Lever, the front and back of fixed link and the fixed arm back side of the upward corresponding cage guide on guide rail material loading platform of oscillating rod difference
Both ends are fixed head group and twist the rear and front end at the fixed arm back side for the cage guide that head group is clamped, the fixed link
Level is fixedly installed in the top of support base, and the middle part of the oscillating rod is hinged on support base by the pin shaft in front and back trend
On, reset spring is connected between the lower part and support base of oscillating rod, reset spring, which makes oscillating rod always, to be had around pin shaft turn
It moves to the top on oscillating rod top and is higher than the trend of fixed link, displacement sensor is additionally provided on support base, the displacement passes
The inductive head of sensor abuts against the lower part of oscillating rod always.
2. the automatic twisting regulation machine of cage guide according to claim 1, it is characterised in that: hold-down mechanism is installed on fixing head group
On the Mobile base at place, testing agency is installed on the Mobile base where twisting head group.
3. the automatic twisting regulation machine of cage guide according to claim 1 or 2, it is characterised in that: twisting head group structure include:
The fixing seat being installed on corresponding Mobile base, expansion bearing has the turning collar that freely can axially rotate, turning collar in fixing seat
It is driven and is rotated by driving assembly, one end of turning collar stretches out fixing seat and is equipped with rotation seat, and power supply is provided in rotation seat
The first ⊥ shape location hole that terraced guide rail passes through is provided in the vertical holes of the first ⊥ shape location hole and is driven by the first lifting cylinder
The first compact heap moved up and down, the first lifting cylinder, which can drive the first compact heap to move down, will protrude into the electricity of the first ⊥ shape location hole
The corresponding end of terraced guide rail is pressed abd fixed in the first ⊥ shape location hole.
4. the automatic twisting regulation machine of cage guide according to claim 3, it is characterised in that: the structure of driving assembly includes: set
Gear wheel outside loaded on turning collar is equipped with the speed reducer driven by servo motor, on the output shaft of speed reducer in fixing seat
It is set with the pinion gear being meshed with gear wheel.
5. the automatic twisting regulation machine of cage guide according to claim 1 or 2, it is characterised in that: the structure of fixing head group includes:
The pressing head seat being installed on corresponding Mobile base is provided with the 2nd ⊥ shape location hole passed through for cage guide in pressing head seat,
It is provided in the vertical holes of 2nd ⊥ shape location hole and the second compact heap moved up and down, the second lifting is driven by the second lifting cylinder
Oil cylinder can drive the second compact heap to move down and the corresponding end for protruding into the cage guide of the 2nd ⊥ shape location hole is pressed abd fixed on
In two ⊥ shape location holes.
6. the automatic twisting regulation machine of cage guide according to claim 1 or 2, it is characterised in that: the structure of hold-down mechanism includes:
It is installed on corresponding Mobile base and top surface and the contour mounting base of guide rail material loading platform, in the front and rear sides point of mounting base
One rotation and lifting cylinder is not installed vertically, is separately installed with a block pressur plate on the piston rod of each rotation and lifting cylinder,
Two pressure plates will can be located at the cage guide fixed arm on guide rail material loading platform respectively under the driving of corresponding rotation and lifting cylinder
Rear and front end be pressed in mounting base downwards, thus to be located at guide rail material loading platform on cage guide be fixed.
7. the automatic twisting regulation machine of cage guide according to claim 1 or 2, it is characterised in that: be arranged at the top of fixed link
There is the first contact block to be in contact with cage guide, is provided in the upper end of oscillating rod to connect with cage guide
Second contact block of touching.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820795236.2U CN208527761U (en) | 2018-05-25 | 2018-05-25 | The automatic twisting regulation machine of cage guide |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820795236.2U CN208527761U (en) | 2018-05-25 | 2018-05-25 | The automatic twisting regulation machine of cage guide |
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| Publication Number | Publication Date |
|---|---|
| CN208527761U true CN208527761U (en) | 2019-02-22 |
Family
ID=65394671
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820795236.2U Active CN208527761U (en) | 2018-05-25 | 2018-05-25 | The automatic twisting regulation machine of cage guide |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108772439A (en) * | 2018-05-25 | 2018-11-09 | 张家港市张运机械制造有限公司 | The automatic twisting regulation machine of cage guide |
| CN111136130A (en) * | 2019-12-30 | 2020-05-12 | 燕山大学 | Shaft tube part straightening device and process method |
| CN111389967A (en) * | 2020-03-05 | 2020-07-10 | 福耀汽车铝件(福建)有限公司 | Bright trim orthopedic equipment |
-
2018
- 2018-05-25 CN CN201820795236.2U patent/CN208527761U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108772439A (en) * | 2018-05-25 | 2018-11-09 | 张家港市张运机械制造有限公司 | The automatic twisting regulation machine of cage guide |
| CN111136130A (en) * | 2019-12-30 | 2020-05-12 | 燕山大学 | Shaft tube part straightening device and process method |
| CN111136130B (en) * | 2019-12-30 | 2021-04-27 | 燕山大学 | Shaft tube part straightening device and process method |
| CN111389967A (en) * | 2020-03-05 | 2020-07-10 | 福耀汽车铝件(福建)有限公司 | Bright trim orthopedic equipment |
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