CN204773180U - Automatic drawing of patterns apparatus for producing of bellows dirt proof boot - Google Patents
Automatic drawing of patterns apparatus for producing of bellows dirt proof boot Download PDFInfo
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- CN204773180U CN204773180U CN201520324334.4U CN201520324334U CN204773180U CN 204773180 U CN204773180 U CN 204773180U CN 201520324334 U CN201520324334 U CN 201520324334U CN 204773180 U CN204773180 U CN 204773180U
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- proof boot
- core rod
- mould
- bellows dirt
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Abstract
The utility model provides an automatic drawing of patterns apparatus for producing of bellows dirt proof boot which characterized in that: the device has a support body, and this support body is propped up supporting beam and is even located two by two parallel arrangement's it constitutes to prop up the anterior crossbeam of supporting beam, two be equipped with the guide rail on the supporting beam to supply a slip roof beam structure establish and with prop up supporting beam at fore -and -aft direction sliding connection, set firmly a demoulding mechanism on the slip roof beam, this demoulding structure corresponds slip roof beam rear the mould sets up, demoulding mechanism includes a clamping device, the head of mold core is protruding stretching forward, clamping device is to head setting that should the mold core for the head of the bellows dirt proof boot on the head of this mold core of centre gripping, the utility model discloses comparing prior art, both can realizing the full -automatic drawing of patterns completely, bothersome hard, the inefficiency of having solved that traditional manual drawing of patterns exists and the problem that reduces the product quality can also reduce the equipment cost of the automation drawing of patterns through simple structural design, and it is also more convenient to maintain.
Description
Technical field
The utility model relates to the process units of bellows dirt-proof boot, and be specifically related to a kind of automatic demoulding process units of bellows dirt-proof boot, this device is simple to operate, and the demoulding is quick, can realize Full automatic unmanned.
Background technology
Bellows dirt-proof boot is a kind of common industrial products, often be used in some linear telescopic kinematic mechanisms, as oil cylinder and oil cylinder axle, screw rod and nut in screw mandrel, tie rod ball is turned in automobile steering device, CV joint for car, damper of motorcycle etc., its objective is to prevent dust and muddy water from entering in matching mechanism.
Bellows dirt-proof boot mostly is rubber and makes, and adopt mould molding, technique is rubber curing forming.Because dirt-proof boot is corrugated tube shape, two communicates, and two ends diameter is less than middle, and has certain length.In vulcanization process is produced, after the die sinking of sulfurizing mould upper die and lower die, ripple tube dustproof cover can be stayed on core rod, is difficult to throw off from core rod, brings very large difficulty to the demoulding.It is reported, the demoulding of current bellows dirt-proof boot has following two kinds: one, the completely artificial demoulding, by manually being clamp-oned between bellows dirt-proof boot and core rod by compressed air, makes bellows dirt-proof boot expand, is more manually taken off by bellows dirt-proof boot; Not only operate effort, and production efficiency is extremely low, demould time is long, causes curing temperature to run off too fast, affects product quality; Two, use the advanced CNC mechanical arm demoulding, although can solve release problems, expensive, input cost is too high.
Therefore, the deficiency how solving the existence of above-mentioned prior art just becomes problem to be solved in the utility model.
Summary of the invention
The utility model provides a kind of automatic demoulding process units of bellows dirt-proof boot, its object is to solve many deficiencies of the prior art artificial demoulding and the high problem of existing machinery arm demoulding cost.
For achieving the above object, the technical solution adopted in the utility model is: a kind of automatic demoulding process units of bellows dirt-proof boot, and the mould of the corresponding bellows dirt-proof boot of this device is arranged, and this mould comprises core rod, upper die and lower die; Described core rod is as die body in mould, and described patrix and described counterdie are as the outer die body of mould, and described bellows dirt-proof boot to be formed between described interior die body and outer die body and to be set on described core rod; The utility model is in order to depart from the core rod of bellows dirt-proof boot from mould; Described device has a support body, and this support body is made up of in a crossbeam of brace summer front portion described in two two brace summers be arranged in parallel and being connected with; Described in two, brace summer is provided with guide rail, sets up and be slidably connected at fore-and-aft direction with described brace summer for a sliding beam;
Described sliding beam is installed with a mould emptier, the described mould at the corresponding described sliding beam rear of this demolding structure is arranged; Described mould emptier comprises a clamping device, and the head of described core rod protrudes out forward; Described clamping device to should core rod head arrange, in order to clamp the head of the bellows dirt-proof boot on the head of this core rod;
During production, start, described clamping device is in and opens shape, and described sliding beam is backward towards described mold movement, until the head contraposition of described clamping device and described core rod; Then, described clamping device closes, with the head of described bellows dirt-proof boot on the head clamping described core rod; Subsequently, described sliding beam moves towards the direction away from described mould forward, is peeled off by described bellows dirt-proof boot from described core rod; Finally, described clamping device opens, and completes the demoulding.
Related content in technique scheme is explained as follows:
1., in such scheme, described clamping device is made up of left jaw and right jaw two parts, described left jaw and described right jaw by a jaw air cylinder driven, with realize clamping device open and closed.
2., in such scheme, the head of the corresponding described core rod of described mould emptier is also provided with a connection-peg, and the cross section of this connection-peg becomes circular; Between the head of described core rod and the head of described bellows dirt-proof boot, there is a gap; Described connection-peg inserts this gap in order to coordinate the head of bellows dirt-proof boot described in described gripping apparatus grips.When described clamping device closes, clamping device is by the head of the described bellows dirt-proof boot of clamping on described connection-peg, and after being convenient to, the core rod of bellows dirt-proof boot and described core rod departs from.
3. in such scheme, described mould emptier is also provided with an air flue, and the corresponding described connection-peg in gas outlet of this air flue and the head of described bellows dirt-proof boot are arranged, in order to inflate between described bellows dirt-proof boot and described core rod.Described air flue is located at the middle part of connection-peg along the axis of described connection-peg.The source of the gas of described air flue can adopt industrial air pump.
4., in such scheme, the head of the corresponding described bellows dirt-proof boot of described mould emptier is also provided with an ejecting mechanism, and this ejecting mechanism comprises one and ejects head, and this ejects head and ejects air cylinder driven by one.When described clamping device by described bellows dirt-proof boot from after described core rod is peeled off; clamping device is opened, then, described in eject head described bellows dirt-proof boot pushed from the connection-peg of described mould emptier; avoid manual delivery, complete whole automations of knockout course.
5. in such scheme; described one end ejecting head is connected with and ejects cylinder in described; the other end is the outer rim that the sheathed shape of annulus is located at described connection-peg, designs whereby, described in eject head and described bellows dirt-proof boot can be pushed from the connection-peg of described mould emptier more rapidly.
6. in such scheme, described sliding beam is driven by a driving mechanism and moves forward and backward on the guide rail of described brace summer, and this driving mechanism can be drive cylinder, also can be the driving mechanism that the functions such as leading screw screw mechanism are close.
Operation principle of the present utility model and advantage as follows:
The automatic demoulding process units of a kind of bellows dirt-proof boot of the utility model; comprise a support body; this support body is provided with a sliding beam by slip; sliding beam is installed with a mould emptier; the corresponding mould of this demolding structure is arranged, and mould emptier comprises a clamping device, and the head of the corresponding core rod of this clamping device is arranged; in order to clamp the head of the bellows dirt-proof boot on the head of core rod, finally complete the demoulding.Structural design whereby, make the utility model compared to existing technologies, both the full-automatic demoulding can be realized completely, solve the problem of bothersome effort, inefficiency and the reduction product quality that the traditional-handwork demoulding exists, also reduce the equipment cost of the automation demoulding by simple structural design, safeguard also convenient.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation (three-dimensional viewpoin) of the utility model embodiment;
Accompanying drawing 2 is the structural representation (depression angle) of the utility model embodiment;
Accompanying drawing 3 is the structural representation (partial cross) of the utility model embodiment mould emptier;
Accompanying drawing 4 is that the right side of Fig. 3 is to structural representation;
Accompanying drawing 5 is that the utility model embodiment air flue is to structural representation when inflating between bellows dirt-proof boot and core rod;
Accompanying drawing 6 is be structural representation when the utility model embodiment bellows dirt-proof boot departs from from core rod.
In above accompanying drawing: 1. bellows dirt-proof boot; 2. core rod; 3. patrix; 4. counterdie; 5. brace summer; 6. crossbeam; 7. guide rail; 8. sliding beam; 9. mould emptier; 10. the head of core rod; 11. left jaws; 12. right jaws; 13. jaw cylinders; The head of 14. bellows dirt-proof boots; 15. connection-pegs; 16. gaps; 17. air flues; 18. gas outlets; 19. eject head; 20. eject cylinder; 21. drive cylinder.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further described:
Embodiment: shown in accompanying drawing 1 ~ 6, a kind of automatic demoulding process units of bellows dirt-proof boot, the mould of the corresponding bellows dirt-proof boot 1 of this device is arranged, and this mould comprises core rod 2, patrix 3 and counterdie 4; Described core rod 2 is as die body in mould, and described patrix 3 and described counterdie 4 are as the outer die body of mould, and described bellows dirt-proof boot 1 to be formed between described interior die body and outer die body and to be set on described core rod 2; The utility model is in order to depart from the core rod 2 of bellows dirt-proof boot 1 from mould; Described device has a support body, and this support body is made up of two brace summers be arranged in parallel 5 and the crossbeam 6 be connected with in brace summer described in two 5 front portion; Described in two, brace summer 5 is provided with guide rail 7, sets up and be slidably connected at fore-and-aft direction with described brace summer 5 for a sliding beam 8;
Described sliding beam 8 is installed with a mould emptier 9, the described mould at corresponding described sliding beam 8 rear of this demolding structure 9 is arranged; Described mould emptier 9 comprises a clamping device, and the head 10 of described core rod protrudes out forward; Described clamping device is made up of left jaw 11 and right jaw 12 two parts, and described left jaw 11 and described right jaw 12 drive by a jaw cylinder 13, to realize opening and closing of clamping device.Described clamping device is to should the head 10 of core rod arrange, in order to clamp the head 14 of the bellows dirt-proof boot on the head 10 of this core rod;
Wherein, the head 10 of the corresponding described core rod of described mould emptier 9 is also provided with a connection-peg 15, and the cross section of this connection-peg 15 becomes circular; Between the head 10 of described core rod and the head 14 of described bellows dirt-proof boot, there is a gap 16; Described connection-peg 15 inserts this gap 16 in order to coordinate the head 14 of bellows dirt-proof boot described in described gripping apparatus grips.When described clamping device closes, clamping device is by the head 14 of the described bellows dirt-proof boot of clamping on described connection-peg 15, and after being convenient to, bellows dirt-proof boot 1 departs from the core rod 2 of described core rod.
As shown in Fig. 3,5,6; described mould emptier 9 is also provided with an air flue 17; the corresponding described connection-peg 15 in gas outlet 18 of this air flue 17 is arranged with the head 14 of described bellows dirt-proof boot; in order to inflate (see figure 5) between described bellows dirt-proof boot 1 and described core rod 2, so that described bellows dirt-proof boot 1 and described core rod 2 depart from.Described air flue 17 is located at the middle part of connection-peg 15 along the axis of described connection-peg 15.The high pressure draught that the source of the gas of described air flue 17 can adopt industrial air pump to produce.
The head 14 of the corresponding described bellows dirt-proof boot of described mould emptier 9 is also provided with an ejecting mechanism, and this ejecting mechanism comprises one and ejects head 19, and this ejects head 19 and ejects cylinder 20 by one and drive.When described clamping device by described bellows dirt-proof boot 1 from after described core rod 2 is peeled off; clamping device is opened, then, described in eject head 19 connection-peg 15 of described bellows dirt-proof boot 1 from described mould emptier 9 pushed; avoid manual delivery, complete whole automations of knockout course.Described one end ejecting head 19 is connected with and ejects cylinder 20 in described; the other end is the outer rim that the sheathed shape of annulus is located at described connection-peg 15; design whereby, described in eject head 19 and described bellows dirt-proof boot 1 can be pushed from the connection-peg 15 of described mould emptier 9 more rapidly.
Described sliding beam 8 is driven by a driving mechanism and moves forward and backward on the guide rail 7 of described brace summer 5, and this driving mechanism can be drive cylinder 21, also can be the driving mechanism that the functions such as leading screw screw mechanism are close.
During production, start, the left jaw 11 of described clamping device and right jaw 12 are in and open shape, and described sliding beam 8 moves (as Fig. 2 direction of arrow) towards the core rod 2 being arranged with described bellows dirt-proof boot 1 backward, until head 10 contraposition of described clamping device and described core rod; Then, the left jaw 11 of described clamping device and right jaw 12 close, with the head 14 of described bellows dirt-proof boot on the head 10 clamping described core rod; Then, (see figure 5) is inflated between described bellows dirt-proof boot 1 and described core rod 2 in the gas outlet 18 of described air flue 17, and described bellows dirt-proof boot 1 and described core rod 2 are departed from; Subsequently, described sliding beam 8 moves (as Fig. 6 direction of arrow) towards the direction away from described mould forward, is peeled off by described bellows dirt-proof boot 1 from described core rod 2; Finally, left jaw 11 and the right jaw 12 of described clamping device open, and the connection-peg 15 of described bellows dirt-proof boot 1 from described mould emptier 9 pushes by the head 19 that ejects of described ejecting mechanism, avoids manual delivery, completes the demoulding.
The automatic demoulding process units of a kind of bellows dirt-proof boot of the utility model; comprise a support body; this support body is provided with a sliding beam by slip; sliding beam is installed with a mould emptier; the corresponding mould of this demolding structure is arranged, and mould emptier comprises a clamping device, and the head of the corresponding core rod of this clamping device is arranged; in order to clamp the head of the bellows dirt-proof boot on the head of core rod, finally complete the demoulding.Structural design whereby, make the utility model compared to existing technologies, both the full-automatic demoulding can be realized completely, solve the problem of bothersome effort, inefficiency and the reduction product quality that the traditional-handwork demoulding exists, also reduce the equipment cost of the automation demoulding by simple structural design, safeguard also convenient.
Above-described embodiment, only for technical conceive of the present utility model and feature are described, its object is to person skilled in the art can be understood content of the present utility model and implement according to this, can not limit protection domain of the present utility model with this.All equivalences done according to the utility model Spirit Essence change or modify, and all should be encompassed within protection domain of the present utility model.
Claims (7)
1. an automatic demoulding process units for bellows dirt-proof boot, the mould of the corresponding bellows dirt-proof boot of this device is arranged, and this mould comprises core rod, upper die and lower die; Described core rod is as die body in mould, and described patrix and described counterdie are as the outer die body of mould, and described bellows dirt-proof boot to be formed between described interior die body and outer die body and to be set on described core rod; The utility model is in order to depart from the core rod of bellows dirt-proof boot from mould; It is characterized in that:
Described device has a support body, and this support body is made up of in a crossbeam of brace summer front portion described in two two brace summers be arranged in parallel and being connected with; Described in two, brace summer is provided with guide rail, sets up and be slidably connected at fore-and-aft direction with described brace summer for a sliding beam;
Described sliding beam is installed with a mould emptier, the described mould at the corresponding described sliding beam rear of this demolding structure is arranged; Described mould emptier comprises a clamping device, and the head of described core rod protrudes out forward; Described clamping device to should core rod head arrange, in order to clamp the head of the bellows dirt-proof boot on the head of this core rod;
During production, start, described clamping device is in and opens shape, and described sliding beam is backward towards described mold movement, until the head contraposition of described clamping device and described core rod; Then, described clamping device closes, with the head of described bellows dirt-proof boot on the head clamping described core rod; Subsequently, described sliding beam moves towards the direction away from described mould forward, is peeled off by described bellows dirt-proof boot from described core rod; Finally, described clamping device opens, and completes the demoulding.
2. device according to claim 1, is characterized in that: described clamping device is made up of left jaw and right jaw two parts, and described left jaw and described right jaw are by a jaw air cylinder driven.
3. device according to claim 1, is characterized in that: the head of the corresponding described core rod of described mould emptier is also provided with a connection-peg, and the cross section of this connection-peg becomes circular; Between the head of described core rod and the head of described bellows dirt-proof boot, there is a gap; Described connection-peg inserts this gap in order to coordinate the head of bellows dirt-proof boot described in described gripping apparatus grips.
4. device according to claim 3; it is characterized in that: described mould emptier is also provided with an air flue; the corresponding described connection-peg in gas outlet of this air flue and the head of described bellows dirt-proof boot are arranged, in order to inflate between described bellows dirt-proof boot and described core rod.
5. device according to claim 4, is characterized in that: described air flue is located at the middle part of connection-peg along the axis of described connection-peg.
6. device according to claim 3, is characterized in that: the head of the corresponding described bellows dirt-proof boot of described mould emptier is also provided with an ejecting mechanism, and this ejecting mechanism comprises one and ejects head, and this ejects head and ejects air cylinder driven by one.
7.
rootaccording to device according to claim 6, it is characterized in that: described in eject head one end be connected with and eject cylinder in described, the other end is the outer rim that the sheathed shape of annulus is located at described connection-peg.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520324334.4U CN204773180U (en) | 2015-05-20 | 2015-05-20 | Automatic drawing of patterns apparatus for producing of bellows dirt proof boot |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520324334.4U CN204773180U (en) | 2015-05-20 | 2015-05-20 | Automatic drawing of patterns apparatus for producing of bellows dirt proof boot |
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| CN204773180U true CN204773180U (en) | 2015-11-18 |
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| CN201520324334.4U Active CN204773180U (en) | 2015-05-20 | 2015-05-20 | Automatic drawing of patterns apparatus for producing of bellows dirt proof boot |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104827610A (en) * | 2015-05-20 | 2015-08-12 | 书元机械企业(昆山)有限公司 | Automatic de-molding production device of corrugated pipe dustproof sleeve |
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2015
- 2015-05-20 CN CN201520324334.4U patent/CN204773180U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104827610A (en) * | 2015-05-20 | 2015-08-12 | 书元机械企业(昆山)有限公司 | Automatic de-molding production device of corrugated pipe dustproof sleeve |
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