CN209698456U - Molding machine hydraulic cuts auxiliary locator - Google Patents
Molding machine hydraulic cuts auxiliary locator Download PDFInfo
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- CN209698456U CN209698456U CN201920300426.7U CN201920300426U CN209698456U CN 209698456 U CN209698456 U CN 209698456U CN 201920300426 U CN201920300426 U CN 201920300426U CN 209698456 U CN209698456 U CN 209698456U
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- strut
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- hydraulic shear
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Abstract
The utility model discloses a kind of molding machine hydraulics to cut auxiliary locator, it applies in cold-bending forming machine field, its key points of the technical solution are that: including cold-bending mechanism and hydraulic shear mechanism, the first through slot worn for strut identical with the cross section of strut is offered in hydraulic shear mechanism, the output end of hydraulic shear mechanism is arranged in cold-bending mechanism, the side of the discharge end of the hydraulic shear mechanism is connected with the support frame for being used to support strut, support frame as described above is connected with fixed block far from one end of hydraulic shear mechanism, the second through slot is offered on the fixed block, the lower section of the fixed block is equipped with hydraulic cylinder, the output end of the hydraulic cylinder is connected with the block for stopping strut to be fed through hydraulic shear mechanism, end, one end, the second through slot that the block is fed through on fixed block and the top for extending to support frame；Strut is cut into identical length convenient for hydraulic shear mechanism by having the technical effect that for having.
Description
Technical field
The utility model relates to cold-bending forming machine field, in particular to a kind of molding machine hydraulic cuts auxiliary locator.
Background technique
Cold-bending forming machine is during shearing strut, the hydraulic shear that is usually fed through strut on cutter
On molding hole and cutting, but due to not cut off to the strut for being fed through hydraulic shear in shear history, so right
The length that strut is sheared can not be determined accurately, so that strut is easy to be sheared processing different in size, to product
Effect impacts.
Utility model content
The purpose of the utility model is to provide a kind of molding machine hydraulics to cut auxiliary locator, its advantage is that: it ensure that branch
Bar is cut into identical length, to ensure that the production and processing effect of product.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of molding machine hydraulic is cut
Auxiliary locator, including cold-bending mechanism and hydraulic shear mechanism offer in hydraulic shear mechanism identical with the cross section of strut
For the first through slot that strut is worn, the output end of hydraulic shear mechanism, the discharge end of the hydraulic shear mechanism is arranged in cold-bending mechanism
Side be connected with the support frame for being used to support strut, the lower section of support frame as described above is equipped with the support rod for being used to support support frame,
On the ground, support frame as described above is connected with fixed block, the fixed block far from one end of hydraulic shear mechanism for the support rod welding
On offer the second through slot, the lower section of the fixed block is equipped with hydraulic cylinder, and the output end of the hydraulic cylinder is connected with for stopping
Strut is fed through the block of hydraulic shear mechanism, end, one end, and the second through slot that the block is fed through on fixed block simultaneously extends to branch
The top of support.
Through the above technical solutions, defeated from cold-bending mechanism towards hydraulic shear mechanism by the strut of cold-bending mechanism cold roll forming
Send, until strut be fed through hydraulic shear mechanism one end and block it is inconsistent, then hydraulic shear mechanism by strut shearing break, it is hydraulic
The output end of cylinder shrinks and drives block mobile towards the lower section of fixed block, and operator removes the strut under being sheared at this time,
Continued to be conveyed towards hydraulic shear mechanism and sheared by hydraulic shear mechanism by the strut of cold-bending mechanism cold roll forming.In this way,
So that strut, before being sheared, strut is limited between block and hydraulic shear mechanism, so that strut protects the length being sheared
Fixation is held, to ensure that the length of the strut under being sheared keeps identical, advantageously ensures that the processing effect of product.
The utility model is further arranged to: the side of the fixed block towards the output end of hydraulic shear mechanism is connected with table
Face is coated with the steel plate of lubricating oil, and the steel plate is located at the edge of the notch for extending to the second through slot on one side of fixed block, the steel
Plate is downward and is directed away from the inclination of the direction of fixed block, and the steel plate extends fixed block far from the second through slot on one side.
Through the above technical solutions, the setting of steel plate, when strut is mobile towards fixed block, strut along steel plate inclination
It is mobile facing towards block until the end of strut and block are mobile, reduce strut and directly hit to contradict and be easy to hit change on block
The possibility of shape.Simultaneously because being coated with lubricating oil on steel plate, the lubricity of surface of steel plate is increased, is reduced between strut and steel plate
Frictional force, thus the possibility that the mantle friction for reducing strut and steel plate is prone to wear.
The utility model is further arranged to: the side on support frame as described above towards ground is equipped with for accepting the profit on steel plate
The swab case of lubricating oil, the bottom of the swab case offer oil outlet, and the oil outlet is closed by sealing-plug.
Through the above technical solutions, the setting of swab case subtracts so that being accepted from steel plate in the lubricating oil flow down
The lubricating oil for having lacked steel plate directly drops onto the possibility polluted on ground to ground from steel plate.Lubricating oil, which is collected in, to be connect
Be conducive to recycle in oil box, saved resource.
The utility model is further arranged to: the side on support frame as described above towards ground is connected with annulus, the swab case
Side wall on be connected with connecting rod, one end of the connecting rod towards annulus is hingedly connected with hook, described to hang over annulus
On.
Through the above technical solutions, operator is by the hook on swab case between hook and connecting rod when installation
Hinged place rotation, and hook is hung on annulus, so that swab case installation is on the support frame.Between swab case and support frame
By the way of being detachably connected, swab case is disassembled and installed convenient for operator.
The utility model is further arranged to: the side on support frame as described above towards ground is connected with installing frame, described hydraulic
Cylinder is fixedly connected on the lower section on installing frame and being suspended on support frame, and the support rod is connected with far from a side roll on ground
One idler wheel, support frame as described above are connected on the axial plane of the first idler wheel, and the lower section of the hydraulic shear mechanism is equipped with supporting block, the branch
The height of bracer is identical as support rod, and a side roll of the supporting block towards hydraulic shear mechanism is connected with the second idler wheel, described
The side of hydraulic shear mechanism towards supporting block offers guide rail along its length, and second idler wheel is limited in guide rail, described
Hydraulic shear mechanism is equipped with vertical plate far from the side of support frame, and there are two fixed pulley, two fixed pulleys for installation on the vertical plate
On together about be equipped with rope, the rope one end be fixedly connected on side of the hydraulic shear mechanism towards vertical plate, the rope is remote
One end of chaotropic compression shear mechanism is connected with counterweight.
Through the above technical solutions, work when strut by hydraulic shear mechanism until strut end and block it is inconsistent,
Support frame is moved along the axial plane of the first idler wheel under effect in strutting for strut at this time, and hydraulic shear mechanism is also by guide rail and second
The cooperation of idler wheel is moved under the length effect of supporting block, and hydraulic shear mechanism affects rope at this time, and rope is fixed sliding around two
Wheel lifts counterweight, and then hydraulic shear mechanism shears strut disconnected, and the output end of hydraulic cylinder is shunk, and block is moved to fixation
The lower section of block, operator remove the strut shear off, and the output end of hydraulic cylinder stretches out so that block reaches fixed block again
Top.Support is lost between hydraulic shear mechanism and support frame at this time, counterweight is fallen to the ground under gravity, and rope exists
It affects hydraulic shear mechanism and support frame to be moved to initial position under the pulling of counterweight, continues to shear in order to strut.It sets in this way
It sets, is conducive to the continuity of strut shearing work, improve the working efficiency of strut shearing work.
The utility model is further arranged to: the input terminal on the strut in hydraulic shear mechanism is covered with limit sleeve, institute
Limit sleeve is stated towards hydraulic shear mechanism, one side, side, the shape and branch of the limit sleeve inconsistent with the side wall at hydraulic shear mechanism
The shape of bar is adapted.
Through the above technical solutions, limit sleeve is fastened in strut close to the position of hydraulic shear mechanism, be conducive to increase strut
Close to the stability at place is sheared, so that the planarization of strut cut surface is advantageously ensured that, to ensure that strut is cut
Quality.
The utility model is further arranged to: a side roll of the limit sleeve towards strut is connected with third idler wheel, institute
Third idler wheel is stated to be in contact with the side wall of strut.
Through the above technical solutions, the setting of third idler wheel, so that the sliding friction between limit sleeve and strut is transformed into
Rolling friction reduces the frictional force between limit sleeve and strut, consequently facilitating operator moves limit sleeve along strut.
The utility model is further arranged to: the side of the limit sleeve towards strut is connected with alloy wear-resisting layer.
Through the above technical solutions, the setting of alloy wear-resisting layer, is conducive to increase limit sleeve towards the resistance to of the side of strut
Mill property, the side for reducing limit sleeve towards strut when limit sleeve rubs with strut for a long time towards the side of strut are easy to be worn
Possibility.
In conclusion the utility model has the following beneficial effects:
1. making strut be cut into identical length, to ensure the processing effect of product；
2. being conducive to improve the efficiency for shearing strut by the way of automating shearing.
Detailed description of the invention
Fig. 1 is the overall mechanism schematic diagram of the present embodiment.
Fig. 2 is the enlarged drawing in the portion A in Fig. 1.
Fig. 3 is the enlarged drawing in the portion B in Fig. 1.
Fig. 4 is in the present embodiment for embodying the mechanism of the second through slot on fixed block and the guide rail in hydraulic shear mechanism
Schematic diagram.
Fig. 5 is the enlarged drawing in the portion C in Fig. 4.
Fig. 6 is the enlarged drawing in the portion D in Fig. 4.
Fig. 7 is the enlarged drawing in the portion E in Fig. 4.
Fig. 8 is in the present embodiment for embodying the structural scheme of mechanism of limit sleeve.
Fig. 9 is the enlarged drawing in the portion F in Fig. 8.
Appended drawing reference: 1, cold-bending mechanism；2, hydraulic shear mechanism；3, the first through slot；4, strut；5, support frame；6, fixed block；
7, the second through slot；8, hydraulic cylinder；9, block；10, steel plate；11, swab case；12, oil outlet；13, sealing-plug；14, annulus；15,
Connecting rod；16, it links up with；17, installing frame；18, support rod；19, the first idler wheel；20, supporting block；21, the second idler wheel；22, guide rail；
23, vertical plate；24, fixed pulley；25, rope；26, counterweight；27, limit sleeve；28, third idler wheel；29, alloy wear-resisting layer.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment: a kind of molding machine hydraulic cuts auxiliary locator, with reference to Fig. 1 and Fig. 2, including cold-bending mechanism 1 and hydraulic
Shearing machine structure 2 offers the first through slot 3(Fig. 4 worn for strut 4 in hydraulic shear mechanism 2), the shape of the notch of the first through slot 3
It is identical as size with the shape of size and the cross section of strut 4.The output end of hydraulic shear mechanism 2 is arranged in cold-bending mechanism 1, hydraulic
The side of the discharge end of shearing machine structure 2 is welded with the support frame 5 for being used to support strut 4, support frame 5 far from hydraulic shear mechanism 2 one
End is welded with fixed block 6, and second through slot 7(Fig. 5 is offered on fixed block 6).Support frame 5 towards ground side and close to solid
The position for determining block 6 is connected with installing frame 17, the lower section of hydraulic cylinder 8 being fixedly connected on installing frame 17 and be suspended on support frame 5,
The output end of hydraulic cylinder 8 is welded with a block 9, and block 9 is fed through the second through slot 7 and extends to the top of support frame 5.
With reference to Fig. 1 and Fig. 2, when operator will be fed through in hydraulic shear mechanism 2 by the molded strut 4 of cold-bending mechanism 1
First through slot 3(Fig. 4) when, strut 4 is conveyed with cold-bending mechanism 1 towards hydraulic shear mechanism 2, strut 4 along support frame 5 length
Degree direction it is mobile until the end of strut 4 with to reach block 9 above fixed block 6 inconsistent, the then liquid in hydraulic shear mechanism 2
Compression shear cuts off strut 4, and the output end of hydraulic cylinder 8 is shunk so that block 9 is moved to the lower section of fixed block 6, and then operator will
Strut 4 under shearing is removed from support frame 5.The setting of block 9 ensure that so that the length that strut 4 is cut every time is fixed
Strut 4 is cut into uniform length.
With reference to Fig. 8 and Fig. 9, before shearing to strut 4, operator is by 27 cutting ferrule of limit sleeve made of steel
On strut 4, the shape of limit sleeve 27 is adapted with the shape of strut 4, and the side of limit sleeve 27 towards strut 4 is welded with one layer
Alloy wear-resisting layer 29 is conducive to the wearability for increasing limit sleeve 27.Then operator is by limit sleeve 27 along the length side of strut 4
To passage, until limit sleeve 27 is inconsistent towards 2 one end of hydraulic shear mechanism and the side wall at hydraulic shear mechanism 2, limit sleeve 27 blocks
Cover in strut 4 at hydraulic shear mechanism 2, increase first through slot 3(Fig. 4 that strut 4 is fed through hydraulic shear mechanism 2) at it is steady
It is qualitative, to advantageously ensure that the flatness for the end that strut 4 is sheared.Since limit sleeve 27 is towards a side roll of strut 4
It is connected with third idler wheel 28(Fig. 7), third idler wheel 28 is in contact with the side wall of strut 4, and the setting of third idler wheel 28 reduces limit
Frictional force between position set 27 and strut 4, moves limit sleeve 27 along strut 4 convenient for operator.
With reference to Fig. 4 and Fig. 5, the side of fixed block 6 towards the output end of hydraulic shear mechanism 2 is welded with the steel plate 10 of arc,
Steel plate 10 is located at the edge of the notch for extending to the second through slot 7 on one side of fixed block 6, and steel plate 10 is downward and is directed away from fixed block
6 direction inclination, steel plate 10 extend fixed block 6 far from the second through slot 7 on one side, and the upper surface of steel plate 10 is coated with one layer of lubrication
Oil.The setting of steel plate 10, when so that strut 4 is mobile towards block 9, when strut 4 is fed through hydraulic shear from cold-bending mechanism 1(Fig. 1)
The first through slot 3 in mechanism 2 and it is mobile towards block 9 when, strut 4 towards one end of block 9 end first from the table of steel plate 10
Face is increasingly towards the sliding of block 9, reduces and makes the end of strut 4 hit deformation in the end direct collision to block 9 of strut 4
It may.Simultaneously as the surface of steel plate 10 is coated with lubricating oil, the lubricity on 10 surface of steel plate is increased, to reduce strut 4
From the surface sliding past tense of steel plate 10, the friction between strut 4 and steel plate 10 is excessive and the surface of strut 4 is scratched
It may.
With reference to Fig. 4 and Fig. 5, the side on support frame 5 towards ground, which is equipped with, connects oil for accept the lubricating oil on steel plate 10
Box 11, the bottom of swab case 11 are equipped with oil outlet 12, and oil outlet 12 is sealed by sealing-plug 13.Support frame 5 towards ground one
Side is connected with annulus 14, and connecting rod 15 is welded on the side wall of swab case 11, and connecting rod 15 hingedly connects towards one end of annulus 14
It is connected to hook 16, swab case 11 hangs over the lower section that steel plate 10 is suspended on annulus 14 by hook 16.Swab case 11 is set
It sets, flows in swab case 11 and be collected from the lubricating oil flow down on steel plate 10, the lubricating oil reduced on steel plate 10 is straight
It connects to flow on ground and makes the contaminated possibility in ground.When the lubricating oil in swab case 11 save bit by bit it is more when, operator will be close
Blocking 13 is removed from the oil outlet 12 on swab case 11, so that the lubricating oil collected in swab case 11 is discharged to come and recycled
It utilizes, is conducive to economize on resources.
With reference to Fig. 1, the lower section of support frame 5 is equipped with the support rod 18 for being used to support support frame 5, and support rod 18 is welded on ground
On, support rod 18 is connected with the first idler wheel 19 far from a side roll on ground, and support frame 5 is connected to the axial plane of the first idler wheel 19
On.The lower section of hydraulic shear mechanism 2 is equipped with one piece of supporting block 20, and the height of supporting block 20 is identical as support rod 18,20 court of supporting block
The second idler wheel 21 is connected with to a side roll of hydraulic shear mechanism 2, and hydraulic shear mechanism 2 is towards a lateral edge length side of supporting block 20
To offering guide rail 22(Fig. 6), the second idler wheel 21 is limited in guide rail 22.Hydraulic shear mechanism 2 is equipped with far from the side of support frame 5
One piece of vertical plate 23, vertical plate 23 weld on the ground, on vertical plate 23 installation there are two fixed pulley 24, on two fixed pulleys 24 together about
Equipped with a rope 25, one end of rope 25 is fed through one of hydraulic shear mechanism 2 and tie-down in hydraulic shear mechanism 2 towards vertical plate 23
Side, rope 25 have fastened a counterweight 26 far from one end of hydraulic shear mechanism 2.
With reference to Fig. 1 and Fig. 2, when work, strut 4 is conveyed from cold-bending mechanism 1 towards hydraulic shear mechanism 2, until strut 4 is remote
One end and block 9 from cold-bending mechanism 1 is inconsistent, and support frame 5 is under the passage of strut 4 on the axial plane of the first idler wheel 19 at this time
Sliding, hydraulic shear mechanism 2 pass through the cooperation of guide rail 22 and the second idler wheel 21 along the length of supporting block 20 under the affecting of support frame 5
Degree direction is mobile until counterweight 26 is pulled to corresponding height.Then under hydraulic shear mechanism 2 shears strut 4, operator is removed
Strut 4 under being sheared, counterweight 26 is towards ground moving under the gravity of itself at this time, and hydraulic shear mechanism 2 is restricting at this time
Reset under the affecting of rope 25, to continue the shearing of strut 4.
The course of work: when work, strut 4 is by cold roll forming on cold-bending mechanism 1, and then operator makes strut 4 with hand
One end far from cold-bending mechanism 1 is corresponding with the notch of the first through slot 3 in hydraulic shear mechanism 2, and then strut 4 is in cold-bending mechanism
The first through slot 3 being fed through under 1 conveying in hydraulic shear mechanism 2 and end and block 9 towards the movement of block 9 up to strut 4
It is inconsistent.At this point, support frame 5 is moved in the promotion lower bracing frame 5 of strut 4 along the axial plane of the first idler wheel 19 on support rod 18
It is dynamic, hydraulic shear mechanism 2 under the drive of support frame 5 by the cooperation of guide rail 22 and the second idler wheel 21 along supporting block 20 towards remote
Direction from counterweight 26 is mobile.
At this point, hydraulic shear mechanism 2 affects rope 25, the lifting of counterweight 26 is got up until counterweight 26 is lifted to corresponding high
Degree, the length that strut 4 is sheared needed for reaching at this time.Then, limit sleeve 27 is fastened on strut 4 by operator, and will limit
Block is moved along strut 4, until limit sleeve 27 contradicts in hydraulic shear mechanism 2 towards the side of hydraulic shear mechanism 2.Finally, liquid
Compression shear mechanism 2 cuts off strut 4, and the output end of hydraulic cylinder 8 is shunk at this time, so that block 9 passes through the second through slot on fixed block 6
7 are brought to the lower section of fixed block 6, and the strut 4 under operator will be sheared is removed.Counterweight 26 falls under gravity at this time
Onto ground, hydraulic shear mechanism 2 and support frame 5 are affected into initial position, by cold-bending mechanism 1 by the strut 4 of cold roll forming
Continue to continue shearing work towards the conveying of hydraulic shear mechanism 2.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (8)
1. a kind of molding machine hydraulic cuts auxiliary locator, including cold-bending mechanism (1) and hydraulic shear mechanism (2), hydraulic shear mechanism
(2) the first through slot (3) worn for strut (4) identical with the cross section of strut (4), cold-bending mechanism (1) setting are offered on
Output end in hydraulic shear mechanism (2), it is characterised in that: the side of the discharge end of the hydraulic shear mechanism (2), which is connected with, to be used for
The support frame (5) of strut (4) is supported, the lower section of support frame as described above (5) is equipped with the support rod (18) for being used to support support frame (5),
On the ground, support frame as described above (5) is connected with fixed block far from the one end of hydraulic shear mechanism (2) for support rod (18) welding
(6), it is offered the second through slot (7) on the fixed block (6), the lower section of the fixed block (6) is equipped with hydraulic cylinder (8), the liquid
The output end of cylinder pressure (8) is connected with the block (9) for stopping strut (4) to be fed through hydraulic shear mechanism (2) one end end, described
The second through slot (7) that block (9) is fed through on fixed block (6) and the top for extending to support frame (5).
2. molding machine hydraulic according to claim 1 cuts auxiliary locator, it is characterised in that: fixed block (6) court
It is connected with the steel plate (10) that surface is coated with lubricating oil to the side of the output end of hydraulic shear mechanism (2), the steel plate (10) is located at
The edge of the notch for extending to the second through slot (7) on one side of fixed block (6), the steel plate (10) is downward and is directed away from fixed block
(6) direction inclination, the steel plate (10) extend fixed block (6) far from the second through slot (7) on one side.
3. molding machine hydraulic according to claim 2 cuts auxiliary locator, it is characterised in that: support frame as described above (5) court
Side to the ground is equipped with the swab case (11) for accepting the lubricating oil on steel plate (10), and the bottom of the swab case (11) is opened
Equipped with oil outlet (12), the oil outlet (12) is closed by sealing-plug (13).
4. molding machine hydraulic according to claim 3 cuts auxiliary locator, it is characterised in that: support frame as described above (5) court
Side to the ground is connected with annulus (14), is connected with connecting rod (15), the connecting rod on the side wall of the swab case (11)
(15) it is hingedly connected with hook (16) towards one end of annulus (14), the hook (16) hangs on annulus (14).
5. molding machine hydraulic according to claim 1 cuts auxiliary locator, it is characterised in that: support frame as described above (5) court
Side to the ground is connected with installing frame (17), and the hydraulic cylinder (8) is fixedly connected on installing frame (17) and is suspended on support
The lower section of frame (5), the support rod (18) are connected with the first idler wheel (19) far from a side roll on ground, support frame as described above (5)
It is connected on the axial plane of the first idler wheel (19), the lower section of the hydraulic shear mechanism (2) is equipped with supporting block (20), the supporting block
(20) height is identical as support rod (18), and a side roll of supporting block (20) towards the hydraulic shear mechanism (2) is connected with
The side of second wheel (21), hydraulic shear mechanism (2) towards the supporting block (20) offers guide rail (22) along its length, described
Second idler wheel (21) is limited in guide rail (22), and the hydraulic shear mechanism (2) is equipped with vertical plate far from the side of support frame (5)
(23), on the vertical plate (23) there are two installations fixed pulley (24), together about equipped with rope on two fixed pulleys (24)
(25), one end of the rope (25) is fixedly connected on side of the hydraulic shear mechanism (2) towards vertical plate (23), the rope (25)
One end far from hydraulic shear mechanism (2) is connected with counterweight (26).
6. molding machine hydraulic according to claim 1 cuts auxiliary locator, it is characterised in that: on the strut (4)
The input terminal of hydraulic shear mechanism (2) is covered with limit sleeve (27), the limit sleeve (27) towards hydraulic shear mechanism (2) side on one side
Inconsistent with the side wall at hydraulic shear mechanism (2), the shape of the limit sleeve (27) is adapted with the shape of strut (4).
7. molding machine hydraulic according to claim 6 cuts auxiliary locator, it is characterised in that: limit sleeve (27) court
It is connected with third idler wheel (28) to a side roll of strut (4), the third idler wheel (28) is in contact with the side wall of strut (4).
8. molding machine hydraulic according to claim 7 cuts auxiliary locator, it is characterised in that: limit sleeve (27) court
Alloy wear-resisting layer (29) are connected with to the side of strut (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920300426.7U CN209698456U (en) | 2019-03-08 | 2019-03-08 | Molding machine hydraulic cuts auxiliary locator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920300426.7U CN209698456U (en) | 2019-03-08 | 2019-03-08 | Molding machine hydraulic cuts auxiliary locator |
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| Publication Number | Publication Date |
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| CN209698456U true CN209698456U (en) | 2019-11-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920300426.7U Active CN209698456U (en) | 2019-03-08 | 2019-03-08 | Molding machine hydraulic cuts auxiliary locator |
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| CN (1) | CN209698456U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111644856A (en) * | 2020-06-04 | 2020-09-11 | 新乡市合众鑫辉车业有限公司 | Carriage plate integrated door forming device and using method thereof |
-
2019
- 2019-03-08 CN CN201920300426.7U patent/CN209698456U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111644856A (en) * | 2020-06-04 | 2020-09-11 | 新乡市合众鑫辉车业有限公司 | Carriage plate integrated door forming device and using method thereof |
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