CN205456125U - Upright cotton cold and hot conversion chest cup forming machine of horizontal formula - Google Patents
Upright cotton cold and hot conversion chest cup forming machine of horizontal formula Download PDFInfo
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- CN205456125U CN205456125U CN201620068487.1U CN201620068487U CN205456125U CN 205456125 U CN205456125 U CN 205456125U CN 201620068487 U CN201620068487 U CN 201620068487U CN 205456125 U CN205456125 U CN 205456125U
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Abstract
The utility model relates to an upright cotton cold and hot conversion chest cup forming machine of horizontal formula, this kind of upright cotton cold and hot conversion chest cup forming machine of horizontal formula processes through the conversion that thermal finalization - cold was stereotyped, satisfies upright cotton special processing requirement, makes the chest cup after processing have stand vertically cotton distinctive compliance and gas permeability, and under the prerequisite that upper and lower thermal finalization mould platform and upper and lower cold stock mould platform were aimed at respectively, get the mechanism and guarantee that it can not take place the skew in the position during in cold and hot conversion to stand upright cotton chest cup at the in -process of finalizing the design as transporting the carrier, set up to collude through thermal finalization mould platform down, guarantee the quality that final chest cup finalized the design, messenger's product accords with the producer's requirements for quality.
Description
Technical field
This utility model relates to a kind of breast cup forming machine, particularly relates to a kind of transverse type upright cotton cold and hot conversion breast cup sizing
Machine.
Background technology
The main body packing material of existing bra breast cup uses polyurethane sponge mostly.Polyurethane sponge belongs to chemical products,
Likely can discharge during it uses and have zest and the sensitization even chemical substance of toxicity, its structure does not possesses
Gas and easily breed bacteria growth, bring potential safety hazard to health.
Upright cotton is a kind of non-woven cubic materials of novel environment-friendly type, is different from the parallel fiber of traditional non-woven materials
Web frame, upright cotton has the upright fibres web frame or cellular fibers web frame constructed such as spongiform 3 D stereo,
This structure makes upright cotton have numerous sponge and the incomparable advantage of other general fibre materials, as high resilience, high resistance to compression,
Highly-breathable, lightweight sense, dry in the sun easy to clean, easy, it is unlikely to deform, is difficult to grow noxious bacteria etc..Spy due to above-mentioned upright cotton
Point, upright cotton gradually replaces traditional polyurethane sponge becomes the main body packing material of bra breast cup, makes bra the most soft
Gas, wearing are the most healthy comfortable.
But, the physical arrangement of upright cotton determines upright cotton can not carry out hot press moulding sizing, if carried out high temperature mould
Pressure can destroy the distinctive physical arrangement of upright cotton and character, is allowed to lose the feel of peculiar softness and optimal breathability.Only need
Upright cotton is heated a little and is baked to specific softness, then carry out using low temperature to cold pressing and get final product molding, but existing mold pressing
The operation of equipment cannot ensure the alignment of mold pressing in transformation process for the cold and hot conversion of upright cotton breast cup, and that is produced is straight
Vertical cotton breast cup cannot meet the prescription of Producer.
Summary of the invention
Problem to be solved in the utility model is to provide a kind of transverse type upright cotton cold and hot conversion breast cup forming machine, this
Transverse type upright cotton cold and hot conversion breast cup forming machine is except disclosure satisfy that the special processing request of upright cotton, making the breast cup after processing
There is the distinctive flexibility of upright cotton and breathability, guarantee upright cotton breast cup position when cold and hot conversion during sizing simultaneously
Put and will not offset, it is ensured that the quality of breast cup sizing and quality meet the requirement of Producer.The technical scheme used is as follows:
A kind of transverse type upright cotton cold and hot conversion breast cup forming machine, including frame, it is characterised in that: also include guide rail, put down
Moving mechanism, upper thermal finalization die station, upper thermal finalization mould, upper thermal finalization die station elevating mechanism, lower thermal finalization die station, lower thermal finalization mould
Tool, upper cold formed die station, upper cold formed mould, upper cold formed die station elevating mechanism, under cold formed die station, under cold formed mould,
Under cold formed die station elevating mechanism and Gou Qu mechanism；Upper thermal finalization die station elevating mechanism, upper cold formed die station elevating mechanism are along left
Right direction is mounted side by side in described frame；Upper thermal finalization die station is arranged on the clutch end of thermal finalization die station elevating mechanism
On, upper thermal finalization mould is arranged in thermal finalization die station；Upper cold formed die station is arranged on cold formed die station elevating mechanism
On clutch end, upper cold formed mould is arranged in cold formed die station；Guide rail, translation mechanism are arranged in frame, guide rail
Extend and be in thermal finalization mould, the underface of upper cold formed mould in left-right direction；Lower thermal finalization die station is arranged on guide rail
Going up and can move along guide rail, lower thermal finalization die station is connected with the clutch end of translation mechanism, and lower thermal finalization mould is arranged on
On lower thermal finalization mould；Under cold formed die station elevating mechanism be arranged in frame and be in the lower section of guide rail；Under cold formed die station
Be arranged on down on the clutch end of cold formed die station elevating mechanism, under cold formed mould be arranged on down in cold formed die station and with
Upper cold formed die location is corresponding；Gou Qu mechanism is arranged in the circumference of cold formed die station.
Above-mentioned upper thermal finalization mould, lower thermal finalization mould are equipped with the heater element such as electrothermal tube or heating wire, by electricity
Upper thermal finalization mould, lower thermal finalization mould are heated by heat pipe or heating wire；Above-mentioned upper thermal finalization mould, lower thermal finalization mould
In circuitous configuration can also be set add hot channel, in adding hot channel, be passed through high-temperature steam or deep fat, to upper thermal finalization mould,
Lower thermal finalization mould heats.
Above-mentioned cold formed mould, under cold formed mould is typically provided with the cooling pipe of circuitous configuration, at cooling tube
Road is passed through cold air or coolant, to upper cold formed mould, under cold formed mould carry out cooling down.
Workflow: upright cotton breast cup to be shaped is positioned in lower thermal finalization mould, upper thermal finalization die station elevator
Structure drives upper thermal finalization die station to move downward, and upper thermal finalization mould, lower thermal finalization mould matched moulds, on lower thermal finalization mould matched moulds
Upright cotton breast cup carry out heat-shaping；After heat-shaping completes, upper thermal finalization die station elevating mechanism drives upper thermal finalization die station
Rising and make thermal finalization mould, lower thermal finalization mold releasability, then translation mechanism drives lower thermal finalization die station to move supreme cold
Sizing die station with under between cold formed die station and corresponding with upper cold formed die station；Now go up cold formed die station elevating mechanism to drive
Upper cold formed die station declines, and makes cold formed mould compress lower thermal finalization mould, thus by the upright cotton breast cup pressure of thermal finalization
Tightly, the Gou Qu mechanism that is arranged in cold formed die station hook take upright cotton breast cup leave lower thermal finalization mould and be attached to cold fixed
The lower surface of mould, then, upper cold formed die station elevating mechanism drives upper cold formed die station rising to make cold formed mould take off
From lower thermal finalization mould, then translation mechanism drives lower thermal finalization die station to return to original position；Then the lifting of cold formed die station is gone up
Mechanism drives upper cold formed die station to decline, under cold formed die station elevating mechanism drive under cold formed die station rise, make cold formed
Mould, under cold formed mould matched moulds, will be attached to upper cold formed mold bottom upright cotton breast cup compress, upright cotton breast cup is entered
Row cooling and shaping, then upright cotton breast cup unclamps in Gou Qu mechanism, completes the thermal finalization to upright cotton breast cup, cold formed.
This utility model transverse type upright cotton cold and hot conversion breast cup forming machine conversion by thermal finalization-cold formed,
Meet the processing request that upright cotton is special, make the breast cup after processing have the distinctive flexibility of upright cotton and breathability；And
On the premise of upper and lower thermal finalization die station and upper and lower cold formed die station are respectively aligned to, carried as transporting by lower thermal finalization die station
Body, arrange Gou Qu mechanism guarantee sizing during upright cotton breast cup cold and hot conversion time position will not offset, it is ensured that
The quality of final breast cup sizing, makes product meet the prescription of Producer.
As preferred version of the present utility model, described Gou Qu mechanism includes that hook takes bearing, hook takes retractable driving device, hook
Take lifting drive and multiple hook takes parts；Hook takes lifting drive and is fixedly mounted in cold formed die station, hooks to take and props up
Seat is arranged on hook and takes on the clutch end of lifting drive；Hook takes retractable driving device and is fixedly mounted on hook and takes on bearing；
Multiple hooks take parts be arranged on hook take on the clutch end of retractable driving device and be uniformly arranged on the week of cold formed die station
Upwards.
When the lower thermal finalization die station being mounted with upright cotton breast cup mould moves to below upper cold formed die station, upper cold formed
Die station elevating mechanism drives upper cold formed die station to decline, and makes cold formed mould compress lower thermal finalization mould, thus by the hottest fixed
The upright cotton breast cup of type compresses；Now hook and take retractable driving device and drive hook to take parts and stretch out, hook and take lifting drive and drive
Hook takes bearing and declines, and makes hook take parts and is completely in lower thermal finalization die station outer circumferential, then hooks and takes retractable driving device and drive
Dynamic hook takes parts and retracts, and makes hook take parts and is adjacent to upright cotton breast cup and catches on upright cotton breast cup, then hooks and takes lifting drive
Drive hook to take bearing to rise, make hook take parts and hook and take upright cotton breast cup and leave lower thermal finalization mould and be attached to cold formed mould
Lower surface；When upright cotton breast cup complete cold formed after, hook take retractable driving device drive hook take parts unclamp upright cotton breast cup,
Hook takes lifting drive and drives hook to take bearing rising return.
As the further preferred version of this utility model, described Gou Qu mechanism also includes two connecting rods；Connecting rod is pacified
Being contained in hook and take on the clutch end of retractable driving device, multiple hooks take parts and are the most uniformly fixedly mounted in connecting rod.Arrange
Connecting rod makes a connecting rod can install multiple hook and takes parts, increases and hooks power taking degree.
As preferred version of the present utility model, described Gou Qu mechanism includes that hook takes bearing, hooks and take driving means and multiple
Hook takes parts；Hook takes bearing and is fixedly mounted in cold formed die station, hooks and takes driving means and be fixedly mounted on hook and take on bearing；Hook
Take parts uniformity to be arranged in the circumference of cold formed die station；Hook takes parts and includes vertical component effect and hook part, and the top of vertical component effect is even
Being connected on and hook the clutch end taking driving means, hook part is rotatably coupled to the bottom of vertical component effect.
When the lower thermal finalization die station being mounted with upright cotton breast cup mould moves to below upper cold formed die station, upper cold formed
Die station elevating mechanism drives upper cold formed die station to decline, and makes cold formed mould compress lower thermal finalization mould, thus by the hottest fixed
The upright cotton breast cup of type compresses；Now hook and take driving means and drive to hook and take the hook part of parts and rotate upright cotton breast cup from bottom to top
Catch on and be progressively rotated up, so that upright cotton breast cup leaves lower thermal finalization mould and is attached to the following table of cold formed mould
Face；When upright cotton breast cup complete cold formed after, hook and take driving means and drive again to hook and take the hook part of parts and from up to down rotate, unclamp
Upright cotton breast cup.
As preferred version of the present utility model, also including clamping apparatus, clamping apparatus is arranged in frame and is in institute
State below guide rail, clamping apparatus with described under the position of cold formed die station corresponding.By arranging clamping apparatus, the most cold formed
Die station elevating mechanism drive under cold formed die station rise arrive specific bit postpone, clamping apparatus by under cold formed die station be locked in machine
On frame, it is to avoid under cold formed die station situation about sinking occurred by upper pressing down of cold formed die station, cold formed mould in increase, under
The stability of matched moulds between cold formed mould.
As preferred version of the present utility model, described upper thermal finalization die station elevating mechanism, upper cold formed die station elevator
Structure, under cold formed die station elevating mechanism and translation mechanism be cylinder；Upper thermal finalization die station, lower thermal finalization die station, upper cold formed
Die station, under cold formed die station be separately mounted on the piston rod of corresponding cylinder.It is of course also possible to use other driving dresses such as motor
Put.
This utility model compared with prior art, has the advantage that
This utility model transverse type upright cotton cold and hot conversion breast cup forming machine conversion by thermal finalization-cold formed,
Meet the processing request that upright cotton is special, make the breast cup after processing have the distinctive flexibility of upright cotton and breathability；And
On the premise of upper and lower thermal finalization die station and upper and lower cold formed die station are respectively aligned to, carried as transporting by lower thermal finalization die station
Body, arrange Gou Qu mechanism guarantee sizing during upright cotton breast cup cold and hot conversion time position will not offset, it is ensured that
The quality of final breast cup sizing, makes product meet the prescription of Producer.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model preferred implementation embodiment one.
Fig. 2 is the structural representation of this utility model preferred implementation embodiment two Zhong Gouqu mechanism.
Detailed description of the invention
It is described further with preferred implementation of the present utility model below in conjunction with the accompanying drawings.
Embodiment one
As it is shown in figure 1, a kind of transverse type upright cotton cold and hot conversion breast cup forming machine, including frame 1, guide rail 2, translation mechanism
3, upper thermal finalization die station 4, upper thermal finalization mould 5, upper thermal finalization die station elevating mechanism 6, lower thermal finalization die station 7, lower thermal finalization mould
Tool 8, upper cold formed die station 9, upper cold formed mould 10, upper cold formed die station elevating mechanism 11, under cold formed die station 12, under cold fixed
Mould 13, under cold formed die station elevating mechanism 14 and Gou Qu mechanism 15；Translation mechanism 3, upper thermal finalization die station elevating mechanism 6,
Upper the most cold formed die station elevating mechanism 11 and under cold formed die station elevating mechanism 14 all use cylinder.
Above-mentioned upper thermal finalization mould 5, lower thermal finalization mould 8 are equipped with the heater element such as electrothermal tube or heating wire, pass through
Upper thermal finalization mould 5, lower thermal finalization mould 8 are heated by electrothermal tube or heating wire；Above-mentioned upper thermal finalization mould 5, lower heat are fixed
Can also arrange circuitous configuration in mould 8 adds hot channel, is passed through high-temperature steam or deep fat in adding hot channel, fixed to upper heat
Mould 5, lower thermal finalization mould 8 heat.
Above-mentioned cold formed mould 10, under cold formed mould 13 is typically provided with the cooling pipe of circuitous configuration, cold
Pipeline is but passed through cold air or coolant, to upper cold formed mould 10, under cold formed mould 13 carry out cooling down.
As it is shown in figure 1, upper thermal finalization die station elevating mechanism 6, upper cold formed die station elevating mechanism 11 are the most side by side
It is arranged in frame 1；Upper thermal finalization die station 4 is arranged on thermal finalization die station elevating mechanism 6(cylinder) piston rod on, upper heat is fixed
Mould 5 is arranged in thermal finalization die station 4；Upper cold formed die station 9 is arranged on cold formed die station elevating mechanism 11(cylinder)
Piston rod on, upper cold formed mould 10 is arranged in cold formed die station 9；Guide rail 2, translation mechanism 3 are arranged in frame 1,
Guide rail 2 extends and is in thermal finalization mould 5, the underface of upper cold formed mould 10 in left-right direction；Lower thermal finalization die station 7 is pacified
Be contained on guide rail 2 and can move along guide rail 2, lower thermal finalization die station 7 and translation mechanism 3(cylinder) piston rod be connected, lower heat
Shaper 8 is arranged in lower thermal finalization die station 7；Under cold formed die station elevating mechanism 14 be arranged in frame 1 and be in guide rail 2
Lower section；Under cold formed die station 12 be arranged on down cold formed die station elevating mechanism 14(cylinder) piston rod on, under cold formed mould
Tool 13 is arranged on down in cold formed die station 14 and corresponding with upper cold formed mould 10 position；Gou Qu mechanism 15 is arranged on cold fixed
In the circumference of pattern platform 9.
As it is shown in figure 1, described Gou Qu mechanism 15 includes that hook takes bearing 1501, hook takes lifting drive 1502, hooks to take and stretch
1503, two connecting rods 1504 of contracting driving means and multiple hook take parts 1505；Hook takes lifting drive 1502 and hook takes and stretches
Contracting driving means 1503 the most all uses cylinder；Hook takes lifting drive 1502 and is fixedly mounted in cold formed die station 7, and hook takes
Bearing 1501 is arranged on hook and takes lifting drive 1502(cylinder) piston rod on；Hook takes the fixing peace of retractable driving device 1503
It is contained in hook to take on bearing 1501；Article two, connecting rod 1504 takes retractable driving device 1503(cylinder with hook) piston rod be connected；Many
Individual hook takes parts 1505 and is the most uniformly fixedly mounted in two connecting rods 1504 and is in the circumference of cold formed die station 9.
As it is shown in figure 1, also include clamping apparatus 20, clamping apparatus 20 is arranged in frame 1 and is in below guide rail 2, lock
Die device 20 with under the position of cold formed die station 12 corresponding.By arranging clamping apparatus 20, the most cold formed die station elevator
Structure 14 drive under cold formed die station 12 rise arrive specific bit postpone, clamping apparatus 20 by under cold formed die station 12 be locked in frame
On 1, it is to avoid under cold formed die station 12 occurred by upper cold formed pressing down of die station 9 sink situation, cold formed mould in increase
5, the stability of matched moulds between cold formed mould 13 under.
Upright cotton breast cup to be shaped is positioned in lower thermal finalization mould 8, in the driving of upper thermal finalization die station elevating mechanism 6
Thermal finalization die station 4 moves downward, upper thermal finalization mould 5, lower thermal finalization mould 8 matched moulds, straight on lower thermal finalization mould 8 matched moulds
Vertical cotton breast cup carries out heat-shaping；After heat-shaping completes, upper thermal finalization die station elevating mechanism 6 drives in upper thermal finalization die station 4
Rising and make thermal finalization mould 5, the demoulding of lower thermal finalization mould 8, then translation mechanism 3 drives lower thermal finalization die station 7 to move supreme
Cold formed die station 9 with under between cold formed die station 12 and corresponding with upper cold formed die station 9；Now go up cold formed die station elevator
Structure 11 drives upper cold formed die station 9 to decline, and makes cold formed mould 10 compress lower thermal finalization mould 8, thus by thermal finalization
Upright cotton breast cup compresses；Then hook and take retractable driving device 1503 and drive two connecting rods 1504 to stretch out, hook and take lifting and drive dress
Put 1502 drivings to hook and take bearing 1501 and decline, make hook take parts 1505 and be completely in the outer circumferential of lower thermal finalization die station 7, then
Hook takes retractable driving device 1503 drive connection bar 1504 and retracts, and makes hook take parts 1505 and is adjacent to upright cotton breast cup and catches on upright
Cotton breast cup, then hooks and takes lifting drive 1502 and drive hook to take bearing 1501 to rise, and makes hook take parts 1505 and hooks and take upright cotton
Breast cup leaves lower thermal finalization mould 8 and is attached to the lower surface of cold formed mould 10；Then translation mechanism 3 drives lower thermal finalization
Die station 7 returns to original position；Then going up cold formed die station elevating mechanism 11 drives upper cold formed die station 9 to decline, under cold formed mould
Platform elevating mechanism 14 drive under cold formed die station 12 rise, make cold formed mould 10, under cold formed mould 13 matched moulds, will attach
Upright cotton breast cup bottom upper cold formed mould 10 compresses, and upright cotton breast cup is carried out cooling and shaping；When upright cotton breast cup is complete
Become cold formed after, hook and take retractable driving device 1503 drive connection bar 1504 and stretch out and make hook take parts 1505 to unclamp upright cotton breast
Cup, hooks and takes lifting drive 1502 and drive hook to take bearing 1501 to rise return, so far complete the thermal finalization to upright cotton breast cup,
Cold formed.
Embodiment two
In the case of other parts are all identical with embodiment one, its difference is: described Gou Qu mechanism 15 includes that hook takes
Bearing 1501 ', hook take driving means 1502 ' and multiple hooks take parts 1503 '；Hook takes driving means 1502 ' and uses cylinder；Hook
Take bearing 1501 ' to be fixedly mounted in cold formed die station 9 ', hook and take driving means 1502 ' and be fixedly mounted on hook and take bearing
On 1501 '；Hook takes parts 1503 ' and is uniformly arranged in the circumference of cold formed die station 9；Hook takes parts 1503 ' and includes vertical component effect
15031 ' and hook part 15032 ', the top of vertical component effect 15031 ' is connected to hook and takes on the piston rod of driving means 1502 ' (cylinder),
Hook part 15032 ' is rotatably coupled to the bottom of vertical component effect 15031 '.
When the lower thermal finalization die station 7 being mounted with upright cotton breast cup mould moves to below upper cold formed die station 9, upper cold fixed
Pattern platform elevating mechanism 11 drives upper cold formed die station 9 to decline, and makes cold formed mould 10 compress lower thermal finalization mould 8, thus
The upright cotton breast cup of thermal finalization is compressed；Now hook takes driving means 1502 ' driving hook and takes the hook part 15032 ' of parts 1503 '
Rotate from bottom to top and upright cotton breast cup is caught on and is progressively rotated up, so that upright cotton breast cup leaves lower thermal finalization mould 8
And it is attached to the lower surface of cold formed mould 10；When upright cotton breast cup complete cold formed after, hook and take driving means 1502 ' and drive again
Dynamic hook takes the hook part 15032 ' of parts 1503 ' and from up to down rotates, and unclamps upright cotton breast cup.
This utility model transverse type upright cotton cold and hot conversion breast cup forming machine conversion by thermal finalization-cold formed,
Meet the processing request that upright cotton is special, make the breast cup after processing have the distinctive flexibility of upright cotton and breathability；And
On the premise of upper and lower thermal finalization die station and upper and lower cold formed die station are respectively aligned to, carried as transporting by lower thermal finalization die station
Body, arrange Gou Qu mechanism guarantee sizing during upright cotton breast cup cold and hot conversion time position will not offset, it is ensured that
The quality of final breast cup sizing, makes product meet the prescription of Producer.
Furthermore, it is necessary to illustrate, the specific embodiment described in this specification, its each several part title etc. can not
With, all equivalences done according to structure, feature and the principle described in this utility model inventional idea or simple change, all it is included in this
In the protection domain of utility model patent.This utility model person of ordinary skill in the field can be to described concrete reality
Execute example make various amendment or supplement or use similar mode to substitute, without departing from structure of the present utility model or
Surmount scope defined in the claims, protection domain of the present utility model all should be belonged to.
Claims (6)
1. a transverse type upright cotton cold and hot conversion breast cup forming machine, including frame, it is characterised in that: also include guide rail, translation
Mechanism, upper thermal finalization die station, upper thermal finalization mould, upper thermal finalization die station elevating mechanism, lower thermal finalization die station, lower thermal finalization mould
Tool, upper cold formed die station, upper cold formed mould, upper cold formed die station elevating mechanism, under cold formed die station, under cold formed mould,
Under cold formed die station elevating mechanism and Gou Qu mechanism；Upper thermal finalization die station elevating mechanism, upper cold formed die station elevating mechanism are along left
Right direction is mounted side by side in described frame；Upper thermal finalization die station is arranged on the clutch end of thermal finalization die station elevating mechanism
On, upper thermal finalization mould is arranged in thermal finalization die station；Upper cold formed die station is arranged on cold formed die station elevating mechanism
On clutch end, upper cold formed mould is arranged in cold formed die station；Guide rail, translation mechanism are arranged in frame, guide rail
Extend and be in thermal finalization mould, the underface of upper cold formed mould in left-right direction；Lower thermal finalization die station is arranged on guide rail
Going up and can move along guide rail, lower thermal finalization die station is connected with the clutch end of translation mechanism, and lower thermal finalization mould is arranged on
On lower thermal finalization mould；Under cold formed die station elevating mechanism be arranged in frame and be in the lower section of guide rail；Under cold formed die station
Be arranged on down on the clutch end of cold formed die station elevating mechanism, under cold formed mould be arranged on down in cold formed die station and with
Upper cold formed die location is corresponding；Gou Qu mechanism is arranged in the circumference of cold formed die station.
2. according to the transverse type upright cotton cold and hot conversion breast cup forming machine described in claim 1, it is characterised in that: described hook takes machine
Structure includes that hook takes bearing, hook takes retractable driving device, hook takes lifting drive and multiple hook takes parts；Hook takes lifting and drives dress
Put and be fixedly mounted in cold formed die station, hook take bearing be arranged on hook take on the clutch end of lifting drive；Hook takes
Retractable driving device is fixedly mounted on hook and takes on bearing；Multiple hooks take parts be arranged on hook take retractable driving device power output
On end and be uniformly arranged in the circumference of cold formed die station.
3. according to the transverse type upright cotton cold and hot conversion breast cup forming machine described in claim 2, it is characterised in that: described hook takes machine
Structure also includes two connecting rods；Connecting rod is arranged on hook and takes on the clutch end of retractable driving device, and it is equal that multiple hooks take parts
Uniformly it is fixedly mounted in connecting rod.
4. according to the transverse type upright cotton cold and hot conversion breast cup forming machine described in claim 1, it is characterised in that: described hook takes machine
Structure includes that hook takes bearing, hook takes driving means and multiple hook takes parts；Hook takes bearing and is fixedly mounted in cold formed die station, hooks
Take driving means to be fixedly mounted on hook and take on bearing；Hook takes parts uniformity and is arranged in the circumference of cold formed die station；Hook takes portion
Part includes vertical component effect and hook part, and the top of vertical component effect is connected to hook the clutch end taking driving means, the rotating company in hook part
It is connected on the bottom of vertical component effect.
5. according to the transverse type upright cotton cold and hot conversion breast cup forming machine described in claim 1, it is characterised in that: also include locked mode
Device, clamping apparatus is arranged in frame and is in below described guide rail, clamping apparatus with described under the position of cold formed die station
Corresponding.
6. according to the transverse type upright cotton cold and hot conversion breast cup forming machine described in claim 1, it is characterised in that: described upper heat is fixed
Pattern platform elevating mechanism, upper cold formed die station elevating mechanism, under cold formed die station elevating mechanism and translation mechanism be cylinder；On
Thermal finalization die station, lower thermal finalization die station, upper cold formed die station, under cold formed die station be separately mounted to the piston rod of corresponding cylinder
On.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620068487.1U CN205456125U (en) | 2016-01-25 | 2016-01-25 | Upright cotton cold and hot conversion chest cup forming machine of horizontal formula |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620068487.1U CN205456125U (en) | 2016-01-25 | 2016-01-25 | Upright cotton cold and hot conversion chest cup forming machine of horizontal formula |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205456125U true CN205456125U (en) | 2016-08-17 |
Family
ID=56639498
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620068487.1U Active CN205456125U (en) | 2016-01-25 | 2016-01-25 | Upright cotton cold and hot conversion chest cup forming machine of horizontal formula |
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| Country | Link |
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| CN (1) | CN205456125U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107361414A (en) * | 2017-06-29 | 2017-11-21 | 嘉兴依诗曼内衣科技有限公司 | A kind of Gou Qu mechanisms of upright cotton forming machine |
-
2016
- 2016-01-25 CN CN201620068487.1U patent/CN205456125U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107361414A (en) * | 2017-06-29 | 2017-11-21 | 嘉兴依诗曼内衣科技有限公司 | A kind of Gou Qu mechanisms of upright cotton forming machine |
| CN107361414B (en) * | 2017-06-29 | 2018-12-25 | 嘉兴依诗曼内衣科技有限公司 | A kind of Gou Qu mechanism of upright cotton forming machine |
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