CN208513391U - A kind of automatic twisting regulation machine of cage guide - Google Patents
A kind of automatic twisting regulation machine of cage guide Download PDFInfo
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- CN208513391U CN208513391U CN201820795426.4U CN201820795426U CN208513391U CN 208513391 U CN208513391 U CN 208513391U CN 201820795426 U CN201820795426 U CN 201820795426U CN 208513391 U CN208513391 U CN 208513391U
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- cage guide
- rack
- oscillating rod
- support base
- head group
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Abstract
The utility model discloses a kind of automatic twisting regulation machines of cage guide, it include: rack, guide rail delivery platform is equipped in rack, before rack, both ends are respectively arranged with fixing head group afterwards, and it can be relative to the twisting head group of fixed head group rotation, it further include torsion resistance testing agency, its structure include: two respectively detect guide rail delivery platform on cage guides before, the torsion resistance detection unit of both ends torsion resistance afterwards, the structure of torsion resistance detection unit 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, inductive head is equipped on support base to abut against always The displacement sensor of the lower part of oscillating rod.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 a kind of cage guide adjusts torsion automatically
Machine.
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 a kind of cage guide is adjusted automatically
Torsion machine, comprising: rack is provided with the guide rail delivery platform that can be fed forward cage guide and energy automatic lifting in rack,
The front and rear ends of rack be respectively arranged with fixing head group and can relative to the twisting head group of fixed head group rotation, twisting head group with
Fixing head group can distinguish the front and rear ends of cage guide on clamping guide-rail delivery platform, be provided on the rack to examine automatically
Survey elevator guide rail twisting degree torsion resistance testing agency, the structure of the torsion resistance testing agency include: two respectively detection lead
The torsion resistance detection unit of cage guide front and rear ends torsion resistance on rail delivery platform, the knot of the torsion resistance detection unit
Structure includes: the mounting rack being installed in rack, is provided on mounting rack by the support base of lifting cylinder driving lifting, is being supported
The arranged on left and right sides of seat is respectively arranged with fixed link and oscillating rod, and fixed link and oscillating rod distinguish upward corresponding rails delivery platform
The left and right both ends at the fixed arm back side of the corresponding end of upper cage guide, the fixed link level are fixedly installed in support base
The middle part at top, the oscillating rod is hinged on support base by the pin shaft in left and right trend, the lower part and support in oscillating rod
It is connected with reset spring between seat, reset spring makes oscillating rod always, and there is the top for turning to oscillating rod top around pin shaft to be higher than
The trend of fixed link, is additionally provided with displacement sensor on support base, and the inductive head of institute's displacement sensors abuts against pendulum always
The lower part of lever.
Further, the automatic twisting regulation machine of a kind of cage guide above-mentioned, in which: the structure of twisting head group includes: to be installed on
First fixing seat of rear end of rack is provided with the through-hole of the first fixing seat of front and back perforation in the first fixing seat, fixed first
Expansion bearing has the turning collar that freely can axially rotate in the through-hole of seat, and the front end of turning collar is stretched out the first fixing seat and is equipped with
Rotation seat, rotation seat are provided with front and back in rotation seat and are penetrated through rotation seat by the driving mechanism driving rotation being installed in rack
And for the first ⊥ shape hole that cage guide passes through, it is provided in the vertical holes in the first ⊥ shape hole by the driving of the first compressed oil cylinder
First compact heap of lower movement, the first compressed oil cylinder, which can drive the first compact heap to move down, will protrude into the cage guide in the first ⊥ shape hole
Corresponding end be pressed abd fixed in the first ⊥ shape hole.
Further, the automatic twisting regulation machine of a kind of cage guide above-mentioned, in which: the structure of driving mechanism includes: to rotate
The left and right sides of seat is respectively arranged with an oil cylinder connector, and one is respectively arranged in the rack of rotation seat arranged on left and right sides
Rotational fuel tank, the tail portion of each rotational fuel tank are hingedly on the rack, ipsilateral on the piston rod and rotation seat of each rotational fuel tank
Oil cylinder connector is hinged.
Further, the automatic twisting regulation machine of a kind of cage guide above-mentioned, in which: the first fixing seat is stretched out in the rear end of turning collar
And it is set with dividing gear, it is provided with encoder mounting base at the top of the first fixing seat, is provided in encoder mounting base
Encoder is set with the pinion gear being meshed with dividing gear on the output shaft of encoder.
Further, the automatic twisting regulation machine of a kind of cage guide above-mentioned, in which: the structure of fixing head group includes: to be installed on
Second fixing seat of front end of rack is provided with front and back the second fixing seat of perforation in the second fixing seat and passes through for cage guide
2nd ⊥ shape hole is provided with the second compression moved up and down by the driving of the second compressed oil cylinder in the vertical holes in the 2nd ⊥ shape hole
Block, the second compressed oil cylinder can drive the second compact heap to move down and compress the corresponding end for protruding into the cage guide in the 2nd ⊥ shape hole admittedly
It is scheduled in the 2nd ⊥ shape hole.
Further, the automatic twisting regulation machine of a kind of cage guide above-mentioned, in which: the structure of guide rail delivery platform include:
The front and rear sides of rack are respectively arranged with by the tugboat of lifting cylinder driving lifting, and elevator is collectively formed in the upper surface of all tugboats
Guide rail delivery platform.
Further, the automatic twisting regulation machine of a kind of cage guide above-mentioned, in which: be provided at the top of fixed link to
The first contact block that cage guide is in contact, the upper end of oscillating rod be provided with to be in contact with cage guide second
Contact 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 a kind of structural schematic diagram of the automatic twisting regulation machine of cage guide described in the utility model.
Fig. 2 is the structural schematic diagram of the overlook direction of Fig. 1.
Fig. 3 is the enlarged diagram at the position A shown in Fig. 1.
Fig. 4 is the structural schematic diagram of X-X section shown in Fig. 1.
Fig. 5 is the structural schematic diagram of F-F section shown in Fig. 1.
Fig. 6 is the structural schematic diagram of the left view direction of Fig. 1.
Fig. 7 is the structural schematic diagram of E-E section shown in Fig. 6.
Fig. 8 is the structural representation of torsion resistance detection unit in a kind of automatic twisting regulation machine of cage guide described in the utility model
Figure.
Fig. 9 is the structural schematic diagram of the rear apparent direction of Fig. 8.
Figure 10 is the structural schematic diagram of the overlook direction of Fig. 8.
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, Fig. 8, Fig. 9, Figure 10, a kind of cage guide is automatic
Twisting regulation machine, comprising: rack 1, be provided in rack 1 can be fed forward cage guide 2 and can automatic lifting guide rail conveying it is flat
Platform is respectively arranged with fixing head group in the front and rear ends of rack 1 and can twist relative to the twisting head group of fixed head group rotation
Head group can distinguish the front and rear ends of cage guide 2 on clamping guide-rail delivery platform with fixing head group, be arranged in rack 1 useful
To detect the torsion resistance testing agency of elevator guide rail twisting degree automatically, the structure of the torsion resistance testing agency includes: two points
Not Jian Ce 2 front and rear ends torsion resistance of cage guide on guide rail delivery platform torsion resistance detection unit, in the present embodiment,
Since the structure of all torsion resistance detection units is all the same, below only by taking the structure of one of torsion resistance detection unit as an example into
Row explanation, the structure of the torsion resistance detection unit includes: the mounting rack 3 being installed in rack 1, is provided on mounting rack 3
By the support base 5 of the first lifting cylinder 4 driving lifting, fixed link 6 is respectively arranged in the arranged on left and right sides of support base 5 and is swung
Bar 7, fixed link 6 and oscillating rod 7 distinguish the fixed arm back side of the corresponding end of cage guide 2 on upward corresponding rails delivery platform
Left and right both ends, 6 level of fixed link is fixedly installed in the top of support base 5, and the middle part of the oscillating rod 7 passes through in a left side
The pin shaft 8 of right trend is hinged on support base 5, is connected with reset spring 9 between the lower part and support base 5 of oscillating rod 7, is resetted
Spring 9 makes oscillating rod 7 always, and there is the top for turning to 7 top of oscillating rod around pin shaft 8 to be higher than the trend of fixed link 6, support
It is additionally provided with displacement sensor 10 on seat 5, the inductive head of institute's displacement sensors 10 abuts against the lower part of oscillating rod 7 always；
In the present embodiment, the structure for twisting head group includes: to be installed on the first fixing seat 11 of 1 rear end of rack, first
The through-hole of the first fixing seat 11 of front and back perforation is provided in fixing seat 11, have can for expansion bearing in the through-hole of the first fixing seat 11
The turning collar 12 freely axially rotated, the front end of turning collar 12 stretch out the first fixing seat 11 and are equipped with rotation seat 13, rotation seat
The 13 driving mechanism driving rotation by being installed in rack 1 is provided with front and back perforation rotation seat 13 and is powered in rotation seat 13
The first ⊥ shape hole 14 that terraced guide rail 2 passes through, is provided in the vertical holes in the first ⊥ shape hole 14 and is driven by the first compressed oil cylinder 15
The first compact heap 16 moved up and down, the first compressed oil cylinder 15, which can drive the first compact heap 16 to move down, will protrude into the first ⊥ shape hole 14
The corresponding end of cage guide 2 be pressed abd fixed in the first ⊥ shape hole 14, above-mentioned twisting head group structure is simple, installation and maintenance side
Just；In the present embodiment, the structure of driving mechanism includes: to be respectively arranged with an oil cylinder connection in the left and right sides of rotation seat 13
Part 17 is respectively arranged with a rotational fuel tank 18, the tail of each rotational fuel tank 18 in the rack 1 of 13 arranged on left and right sides of rotation seat
Portion is hinged in rack 1, and piston rod and the oil cylinder connector 17 ipsilateral on rotation seat 13 of each rotational fuel tank 18 are hinged, on
It is simple to state driving mechanism structure, it is convenient to install and maintain；In the present embodiment, the first fixing seat 11 is stretched out simultaneously in the rear end of turning collar 12
It is set with dividing gear 19, the top of the first fixing seat 11 is provided with encoder mounting base 20, in encoder mounting base 20
It is provided with encoder 21, the pinion gear 22 being meshed with dividing gear 19 is set on the output shaft of encoder 21, passes through volume
Code device, pinion gear match with dividing gear and PLC control system are enable to accurately control the angle that rotation seat rotates, structure letter
It is single, it is convenient to install and maintain；
In the present embodiment, the structure of fixing head group includes: to be installed on the second fixing seat 23 of 1 front end of rack, second
The 2nd ⊥ shape hole 24 for being provided with front and back the second fixing seat 23 of perforation in fixing seat 23 and passing through for cage guide 2, in the 2nd ⊥
It is provided in the vertical holes in shape hole 24 and the second compact heap 26 moved up and down, the second compressed oil cylinder is driven by the second compressed oil cylinder 25
25, which can drive the second compact heap 26 to move down, is pressed abd fixed on second for the corresponding end for protruding into the cage guide 2 in the 2nd ⊥ shape hole 24
In ⊥ shape hole 24, above-mentioned fixing head group structure is simple, convenient to install and maintain；In the present embodiment, the structure of guide rail delivery platform
It include: to be respectively arranged in the front and rear sides of rack 1 by the tugboat 28 of the second lifting cylinder 27 driving lifting, all tugboats 28
Cage guide delivery platform is collectively formed in upper surface, and above-mentioned guide rail delivery platform structure is simple, convenient to install and maintain；In this implementation
In example, the top of fixed link 6 is provided with the first contact block 29 to be in contact with cage guide 2, on the top of oscillating rod 7
Top is provided with the second contact block 30 to be in contact with cage guide 2, the in this way process in detection elevator guide rail twisting degree
In can preferably protect cage guide 2；
The working principle of the utility model is as follows:
Cage guide 2 is placed on guide rail delivery platform in ⊥ shape first, guide rail delivery platform is then made to be fed forward electricity
Terraced guide rail 2, until the rear end position of the 2nd ⊥ shape hole 24 of the second fixing seat 23 and cage guide 2 is protruded into the front end of cage guide 2
In the first ⊥ shape hole 14 of rotation seat 13, then make first liter in torsion resistance testing agency in each torsion resistance detection unit
Sending down abnormally ascending cylinder 4 drives corresponding support base 5 to move up, and synchronous drive corresponds to fixed link 6 on support base 5 and oscillating rod 7 moves up, in fixation
During bar 6 and oscillating rod 7 move up, the second contact block 30 on oscillating rod 7 can the first fixed arm with 2 corresponding end of cage guide
Back side right end is in contact, and as support base 5 continues to move up, the top of oscillating rod 7 can rotate gradually downward around pin shaft 8, puts simultaneously
The lower part of lever 7 can be gradually rotated up around pin shaft 8, when the lower part of oscillating rod 7 is rotated up around pin shaft 8, under oscillating rod 7
Portion can synchronize push displacement sensor 10 inductive head it is mobile, until support base 5 drive the first contact block 29 in fixed link 6 with
When the fixed arm back side left end of the corresponding end of cage guide 2 is in contact, stop the movement of all first lifting cylinders 4, at this point,
Displacement sensor 10 in the torsion resistance detection unit of 1 front end of rack will record the lower actual displacement that inductive head is mobile,
And (theoretical level is displaced is defined as: oscillating rod 7 is under original state around pin by actual displacement and the displacement of preset theoretical level
Axis 8 turns to the second contact block 30 and when the first contact block 29 is located at same level, and the inductive head of displacement sensor 10 is put
Lever 7 pushes mobile displacement) it is compared, to detect the degreeof tortuosity of cage guide front end, while after rack 1
Displacement sensor 10 in the torsion resistance detection unit at end will record the lower actual displacement that inductive head is mobile, and by actual displacement
With the displacement of preset theoretical level (theoretical level displacement is defined as: oscillating rod 7 turns to the around pin shaft 8 under original state
When two contact blocks 30 and the first contact block 29 are located at same level, the inductive head of displacement sensor 10 is pushed by oscillating rod 7 to be moved
Dynamic displacement) it is compared, to detect the degreeof tortuosity of cage guide rear end, PLC control system can be according to elevator at this time
The degreeof tortuosity of guide rail front and rear ends calculates the torsion resistance of cage guide, and calculates twisting head group need according to degreeof tortuosity
It will be relative to the direction that fixed head group rotates and angle；
Then the first lifting cylinder 4 in torsion resistance testing agency in each torsion resistance detection unit is made to drive corresponding support
Seat 5 moves down, and synchronous drive corresponds to the fixed link 6 on support base 5 and is displaced downwardly to initial position with oscillating rod 7, then conveys guide rail
All second lifting cylinders 27 drive corresponding tugboat 28 to be displaced downwardly to the position for not interfering cage guide adjust torsion operation in platform；
Then make the first compressed oil cylinder 15 in twisting head group that the first compact heap 16 be driven to move down to be fixed the rear end of cage guide 2
In the first ⊥ shape hole 14, and make the second compressed oil cylinder 25 in fixing head group that the second compact heap 26 be driven to move down cage guide
2 front end is pressed abd fixed in the 2nd ⊥ shape hole 24, is clamped at this point, cage guide 2 is fixed head group with twisting head group；It connects
Make rotational fuel tank 18 push rotation seat 13 rotate, make twist head group rotated relative to fixed head group, turn to PLC to rotation seat 13
Control system is calculated according to degreeof tortuosity to be needed behind the direction and angle for fixing the rotation of head group, and stop operating oil cylinder 18
Movement；
Then making to twist the first compressed oil cylinder 15 in head group drives the first compact heap 16 to move up release cage guide 2
Rear end, and make the second compressed oil cylinder 25 in fixing head group that the second compact heap 26 be driven to move up the front end for unclamping cage guide 2, so
All second lifting cylinders 27 drive corresponding tugboats 28 to move up and hold up cage guide 2 in rear rail delivery platform, then by torsion resistance
The first lifting cylinder 4 in testing agency in each torsion resistance detection unit drives corresponding support base 5 to move up, and synchronous drive is corresponding
Fixed link 6 and oscillating rod 7 on support base 5 move up, during fixed link 6 and oscillating rod 7 move up, on oscillating rod 7 second
Contact block 30 can first be in contact with the fixed arm back side right end of 2 corresponding end of cage guide, as support base 5 continues to move up, pendulum
The top of lever 7 can rotate gradually downward around pin shaft 8, while the lower part of oscillating rod 7 can be gradually rotated up around pin shaft 8, put
When the lower part of lever 7 is rotated up around pin shaft 8, the lower part of oscillating rod 7 can synchronize the inductive head movement that push displacement sensor 10,
Until support base 5 drives the first contact block 29 and the fixed arm back side left end phase of the corresponding end of cage guide 2 in fixed link 6
When contact, stop the movement of all first lifting cylinders 4, at this point, being located at the displacement in the torsion resistance detection unit of 1 front end of rack
Sensor 10 will record the lower actual displacement that inductive head is mobile, and actual displacement and the displacement of preset theoretical level is (theoretical
Horizontal displacement is defined as: oscillating rod 7 turns to the second contact block 30 and the first contact block 29 around pin shaft 8 under original state
When same level, the inductive head of displacement sensor 10 is pushed mobile displacement by oscillating rod 7) it is compared, to detect
The degreeof tortuosity of cage guide front end out, while 10 meeting of displacement sensor being located in the torsion resistance detection unit of 1 rear end of rack
The actual displacement that inductive head is mobile is recorded, and (theoretical level is displaced by actual displacement and the displacement of preset theoretical level
Is defined as: oscillating rod 7 turns to the second contact block 30 around pin shaft 8 under original state and the first contact block 29 is located at same level
When face, the inductive head of displacement sensor 10 is pushed mobile displacement by oscillating rod 7) it is compared, to detect cage guide
The degreeof tortuosity of rear end, PLC control system can calculate cage guide according to the degreeof tortuosity of cage guide front and rear ends at this time
Torsion resistance, and according to degreeof tortuosity calculate twisting head group need relative to fix head group rotation direction and angle；Work as detection
Cage guide is obtained there is also when distortion, above-mentioned movement is repeated, until completing the correction of cage guide；
After cage guide 2 is corrected, the cage guide moving frame 1 for finishing guide rail delivery platform by correction, and
Again it will be corrected wait adjust torsion cage guide 2 to be sent into rack；
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. a kind of automatic twisting regulation machine of cage guide, comprising: rack, cage guide and energy can be fed forward certainly by being provided in rack
The guide rail delivery platform of dynamic lifting is respectively arranged with fixing head group in the front and rear ends of rack and can fix head group turn relatively
Dynamic twisting head group, twisting head group and fixing head group can distinguish the front and rear ends of cage guide on clamping guide-rail delivery platform,
It is characterized in that: being provided with the torsion resistance testing agency to detect elevator guide rail twisting degree automatically, the torsion resistance on the rack
The structure of testing agency includes: two distortions for detecting the cage guide front and rear ends torsion resistance on guide rail delivery platform respectively
Detection unit is spent, the structure of the torsion resistance detection unit includes: the mounting rack being installed in rack, is provided on mounting rack
By the support base of lifting cylinder driving lifting, fixed link and oscillating rod, fixed link are respectively arranged in the arranged on left and right sides of support base
The left and right both ends at the fixed arm back side of the corresponding end of cage guide on upward corresponding rails delivery platform are distinguished with oscillating rod,
The fixed link level is fixedly installed in the top of support base, and the middle part of the oscillating rod passes through hinged in the pin shaft of left and right trend
On support base, it is connected with reset spring between the lower part and support base of oscillating rod, reset spring has oscillating rod always
It is higher than the trend of fixed link around the top that pin shaft turns to oscillating rod top, displacement sensor is additionally provided on support base, institute
The inductive head of displacement sensors abuts against the lower part of oscillating rod always.
2. the automatic twisting regulation machine of a kind of cage guide according to claim 1, it is characterised in that: the structure packet of twisting head group
It includes: being installed on the first fixing seat of rear end of rack, the through-hole of the first fixing seat of front and back perforation is provided in the first fixing seat,
Expansion bearing has the turning collar that freely can axially rotate in the through-hole of first fixing seat, and the first fixing seat is stretched out in the front end of turning collar
And rotation seat is installed, rotation seat is provided with front and back in rotation seat and is passed through by the driving mechanism driving rotation being installed in rack
Logical rotation seat and for the first ⊥ shape hole that cage guide passes through, is provided in the vertical holes in the first ⊥ shape hole and compresses oil by first
Cylinder drives the first compact heap moved up and down, and the first compressed oil cylinder, which can drive the first compact heap to move down, will protrude into the first ⊥ shape hole
The corresponding end of cage guide is pressed abd fixed in the first ⊥ shape hole.
3. the automatic twisting regulation machine of a kind of cage guide according to claim 2, it is characterised in that: the structure packet of driving mechanism
It includes: being respectively arranged with an oil cylinder connector at left and right sides of rotation seat, set respectively in the rack of rotation seat arranged on left and right sides
Be equipped with a rotational fuel tank, the tail portion of each rotational fuel tank hingedly on the rack, the piston rod and rotation seat of each rotational fuel tank
Upper ipsilateral oil cylinder connector is hinged.
4. the automatic twisting regulation machine of a kind of cage guide according to claim 3, it is characterised in that: the rear end of turning collar stretches out the
One fixing seat is simultaneously set with dividing gear, encoder mounting base is provided at the top of the first fixing seat, in encoder mounting base
On be provided with encoder, the pinion gear being meshed with dividing gear is set on the output shaft of encoder.
5. the automatic twisting regulation machine of a kind of cage guide according to claim 1, it is characterised in that: the structure packet of fixing head group
It includes: being installed on the second fixing seat of front end of rack, front and back the second fixing seat of perforation is provided in the second fixing seat and for elevator
The 2nd ⊥ shape hole that guide rail passes through is provided in the vertical holes in the 2nd ⊥ shape hole and is moved up and down by the driving of the second compressed oil cylinder
Second compact heap, the second compressed oil cylinder, which can drive the second compact heap to move down, will protrude into the corresponding end of the cage guide in the 2nd ⊥ shape hole
Portion is pressed abd fixed in the 2nd ⊥ shape hole.
6. the automatic twisting regulation machine of a kind of cage guide according to claim 1, it is characterised in that: the structure of guide rail delivery platform
It include: to be respectively arranged in the front and rear sides of rack by the tugboat of lifting cylinder driving lifting, the upper surface of all tugboats is common
Form cage guide delivery platform.
7. the automatic twisting regulation machine of a kind of cage guide according to claim 1, 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.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820795426.4U CN208513391U (en) | 2018-05-25 | 2018-05-25 | A kind of automatic twisting regulation machine of cage guide |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820795426.4U CN208513391U (en) | 2018-05-25 | 2018-05-25 | A kind of automatic twisting regulation machine of cage guide |
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| Publication Number | Publication Date |
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| CN208513391U true CN208513391U (en) | 2019-02-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820795426.4U Active CN208513391U (en) | 2018-05-25 | 2018-05-25 | A kind of automatic twisting regulation machine of cage guide |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108787790A (en) * | 2018-05-25 | 2018-11-13 | 张家港市张运机械制造有限公司 | A kind of automatic twisting regulation machine of cage guide |
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2018
- 2018-05-25 CN CN201820795426.4U patent/CN208513391U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108787790A (en) * | 2018-05-25 | 2018-11-13 | 张家港市张运机械制造有限公司 | A kind of automatic twisting regulation machine of cage guide |
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