CN208468893U - The improvement of Process Technology of Polymer device constructs - Google Patents
The improvement of Process Technology of Polymer device constructs Download PDFInfo
- Publication number
- CN208468893U CN208468893U CN201820880899.4U CN201820880899U CN208468893U CN 208468893 U CN208468893 U CN 208468893U CN 201820880899 U CN201820880899 U CN 201820880899U CN 208468893 U CN208468893 U CN 208468893U
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- China
- Prior art keywords
- rotating member
- seat
- arm
- mold
- improvement
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Abstract
The improvement of Process Technology of Polymer device provided by the utility model constructs; be by it is most hold under the arm mold mechanism with a raw material feed unit centered on an imaginary axis, radial arrange and fixed; and enable to carry out angular displacement centered on the rotating member imaginary axis; and it enables being able to hold under the arm at those to the mold for be molded processing and be moved between mold mechanism and the rotating member; or it is moved between the raw material feed unit and the rotating member; and via the angular displacement of the rotating member to move moulds; its position is changed without making those hold mold mechanism under the arm, to overcome the missing of known technology.
Description
Technical field
The utility model is related with Process Technology of Polymer technology, especially with regard to a kind of improvement structure of Process Technology of Polymer device
It makes.
Background technique
For the purpose of automation and effective utilization in space, using disk as mold and the skill of mold mechanism load-carrying unit is held under the arm
Art is the known Process Technology of Polymer technology contents as disclosed in case before TaiWan, China M440869 new patent, still, institute
Stating known disk forming technique, no matter Suo Peihe raw material feed unit is to be arranged in disk spindle central or disk outer rim, due to
There is the variations of the relative position of angular displacement between disk and raw material feed unit, therefore, are implementing macromolecule moulding processing and forming
The pipelines such as electric power, hydraulic oil and cooling water that Shi Suoxu is used, i.e., need to by such as TaiWan, China notification number the 89575th,
Electric power, flow distribution techniques disclosed by the patent cases such as No. 116141 are allowed to be able to use shape what position intermittence changed
Under state, the supply of the liquid such as electric power and grease is maintained.
Although liquid, electric distribution technique are satisfied the required of known disc type forming processing technology, its it is high it is hydraulic with
Under the use of high current, the demand of the very easily derivative maintenance of relevant machine components, and have inconvenience.
Utility model content
The purpose of the utility model is to provide a kind of improvement of Process Technology of Polymer device construction, make to configure along disk circumference
Majority hold the supply pipeline of mold mechanism under the arm, the rotation in response to disk is not required to, to avoid the derivative missing such as the prior art.
To achieve the above object, the utility model takes following technical scheme:
For reach make mold the rotating member and those hold under the arm between mold mechanism or between the rotating member and the raw material feed unit
It is moved, can be held under the arm between mold mechanism and the rotating member by an advance and retreat unit on the rotating member, driven mold at those
Mobile or driven mold moves between the raw material feed unit and the rotating member.
Wherein, which has a connecting piece, sets one into seat and one moves back seat and sets a shift reciprocately, a driving
Part is then to provide required power when the connecting piece carries out shift reciprocately.
Furthermore it is the exchange efficiency of raising mold, the quantity for the advance and retreat unit being set on the rotating member can be made most,
And those advance and retreat units is made mutually to be separated with a preset angle respectively to each other, to be able to carry out the same of angular displacement in the rotating member
When, drive those advance and retreat units to be synchronously carried out the angular displacement of equal angular, and different molds can be moved respectively simultaneously
It is dynamic.
Wherein, the connecting piece can along the imaginary axis radial direction and set into seat that move back between seat is set with this be reciprocal at this
Straight-line displacement, and to provide guidance to the connecting piece, can make the advance and retreat seat unit further included one it is linearly extended lead portion, be situated between
In this set into seat with this move back seat set between and one be slidedly arranged on this and lead the sliding part in portion, with the setting for the connecting piece, from
And enable the connecting piece this set into seat with this move back seat set between linearly shift reciprocately.
Specifically, the improvement construction of a kind of Process Technology of Polymer device, it includes:
One rotating member can carry out angular displacement centered on an imaginary axis；
Most holds mold mechanism and a raw material feed unit under the arm, and the week of the rotating member is respectively in centered on the imaginary axis
Side；
Most molds, can receive the raw material supplied by the raw material feed unit, and can divide and be held under the arm mold mechanism institute by described
The clamp force of offer carries out holding mould under the arm, and the received raw material of institute is made to be molded type；
The mold mechanism of holding under the arm can apply clamp force to the mold outside the rotating member；
And it further includes:
One advance and retreat unit is set on the rotating member and can carry out angular displacement with the rotating member, and has a connecting piece, can be
One sets to move back between seat is set with one into seat and reciprocally moves, and an actuator provides the connecting piece and move needed for shift reciprocately
Power；
Whereby, when the connecting piece, which is located at, to set upper into seat, from rotating member projection outward, to protrude into raw material supply
Unit or it is described hold under the arm in mold mechanism, and be located in conjunction with the raw material feed unit or the mold held under the arm in mold mechanism, and make to be tied
The mold of conjunction, which is able to be moved to this with the connecting piece, to move back seat and sets, and removes the raw material feed unit or described from former position
It holds under the arm outside mold mechanism, and obtains and carry out angular displacement with the rotating member with the advance and retreat unit.
The advance and retreat unit includes to lead portion, extends described set into seat and moves back between seat sets with described, a sliding part
Be slidedly arranged on it is described lead in portion, set into seat with being led the guiding in portion by this at this and move back seat with this and set a shift reciprocately, and make institute
Connecting piece is stated on the sliding part, in conjunction with the other predetermined position of the mold.
The advance and retreat unit further includes a portions, is fixedly arranged on the rotating member, and the setting of the portion of leading described in confession.
The portion of leading has two parallel rails, is separated by and is divided into the portions with coming.
The sliding part has two sliding blocks, is slidedly arranged on the rail bar respectively, and a slide bridge is set on the sliding block.
The connecting piece has a card body, is protrudingly placed on the sliding part, to be mutually clamped with mold.
The connecting piece does the past of straight line with described move back between seat is set in described set into seat along the radial of the imaginary axis
Complex displacement.
The actuator is fluid pressure cylinder.
The quantity of the advance and retreat unit is plural number, and the advance and retreat unit distinguishes phase centered on the imaginary axis to each other
Every a scheduled angle.
The rotating member has a turntable, carries the advance and retreat unit, and angle position can be carried out centered on the imaginary axis
It moves.
The beneficial effects of the utility model are: the improvement of Process Technology of Polymer device provided by the utility model constructs, it will
It is most hold under the arm mold mechanism with a raw material feed unit centered on an imaginary axis, it is radial arrange and fixed, and make one turn
Moving part is able to carry out angular displacement centered on the imaginary axis, and enables and be able to hold under the arm at those be molded the mold of processing
It moves, or is moved between the raw material feed unit and the rotating member, and via the angle of the rotating member between mold mechanism and the rotating member
Displacement changes its position without making those hold mold mechanism under the arm, to overcome the missing of known technology to move moulds.
Detailed description of the invention
Fig. 1 is the perspective view of one preferred embodiment of the utility model.
Fig. 2 is the top view of one preferred embodiment of the utility model.
Fig. 3 is the perspective view of one preferred embodiment local element of the utility model.
Fig. 4 is the exploded view (one) of one preferred embodiment local element of the utility model.
Fig. 5 is the exploded view (two) of one preferred embodiment local element of the utility model.
Fig. 6 is the cross-sectional view of one preferred embodiment of the utility model, and display connecting piece is located to be set and raw material into seat
Mold mechanism of holding under the arm in feed unit is located on die-closed position.
Fig. 7 is the cross-sectional view of one preferred embodiment of the utility model, and display connecting piece is located to be set and raw material into seat
Mold mechanism of holding under the arm in feed unit is located on die sinking position.
Fig. 8 is the cross-sectional view of one preferred embodiment of the utility model, and display connecting piece, which is located at, to move back seat and set.
Fig. 9 is one preferred embodiment of the utility model using schematic diagram, shows that those advance and retreat units are located at the raw material
State centered on feed unit.
Figure 10 is one preferred embodiment of the utility model using schematic diagram, shows the mould carried out on position shown in Fig. 8
Tool movement.
Figure 11 is one preferred embodiment of the utility model using schematic diagram, shows that the rotating member carries out 30 clockwise
The angular displacement of degree.
Figure 12 is one preferred embodiment of the utility model using schematic diagram, is shown in the mould carried out on position shown in Figure 10
Tool movement.
Drawing reference numeral: 10: the improvement construction of Process Technology of Polymer device；20: rotating member；21: turntable；22: base；23: empty
Quasi- axis；30: raw material feed unit；31: ejaculator；32: holding mold mechanism under the arm；40: holding mold mechanism under the arm；50,50 ', 50 ", 50 " ': mold；
51: die holder；52: matrix；53: clamping space；60,60 ', 60 ", 60 " ': advance and retreat unit；61: portions；611: portions；612: side
Plate；613: rolling element；62: leading portion；621: rail bar；63: sliding part；631: sliding block；632: slide；64: connecting piece；641: card
Body；Sin: material feeding work station；S1~S11: moulding station.
Specific embodiment
Firstly, please referring to shown in Fig. 1 to Fig. 5, the Process Technology of Polymer provided in one preferred embodiment of the utility model
The improvement construction 10 of device, has mainly contained a rotating member 20, a raw material feed unit 30, majority and has held mold mechanism 40, more under the arm
The advance and retreat unit 60 that several molds 50 and quantity are three, in which:
The rotating member 20 has a circular turntable 21, is set up on a base 22, and be able to the curvature of annulus shape
The imaginary axis 23 at center is that shaft is rotated, and can controllably carry out angular displacement, but the control of angular displacement is carried out about the disk
System and driving, both published technology contents in category known technology are to be herein no longer separately superfluous old.
The raw material feed unit 30 is an ejecting device, and there is an ejaculator 31 and one to hold mould machine under the arm for the purpose of material feeding
Structure 32, and those hold under the arm mold mechanism 40 then for the purpose of being molded known to hold mould technology under the arm, but about the ejaculator 31 with
Those are held mold mechanism 32,40 under the arm and have belonged to known technology, and are the utility model those of ordinary skill in the art
Already know in the present utility model application, therefore its specific technology contents is also omitted and is not sayed, but it should be special
Itd is proposed expositor then are as follows: it is with the imaginary axis 23 that those, which hold mold mechanism 40 and the mold mechanism 32 of holding under the arm of the raw material feed unit 30 under the arm,
Centered on, it is equiangularly spaced to be arranged on the outside of the turntable 21 radially, and receive fixation respectively, and be bonded to institute
Position on.
Those molds 50 are respectively provided with the die holder 51 of a plate, and majority (please join figure to form the matrix 52 in mould room space
6) then repeatedly ground connection is set on the die holder 51 each other, and two provide in poroid clamping space 53 on the plate body of 51 one end of the die holder.
Those advance and retreat units 60 are with the adjacent distance for being separated by 30 degree of angles to each other, the radial upside for being divided into the turntable 21
In disk, be respectively provided with one be in rectangular plate-like portions 61, make what long axis was parallel to the imaginary axis 23 to be radially fixedly arranged on this turn
On disk 21, one leads portion 62 is fixedly arranged in the portions 61 with extending along the long axis of the portions 61, and a sliding part 63 is slidedly arranged on this and leads portion
On 62, and the guiding that portion 62 can be led by this is the shift reciprocately of straight line, and a connecting piece 64 is set on the sliding part 63, and can be with this
Sliding part 63 this lead the sliding in portion 62 and one set into seat and one move back seat set between linearly shift reciprocately, one with fluid
Pressure is fixedly arranged on the turntable 21 for the actuator 65 of power source, and with axis connection sliding part 63 of contributing, to provide the cunning
Dynamic portion 63 power required when being shift reciprocately；
More specifically, the portions 61 have a rectangle seat board 611, be fixedly arranged on the turntable 21, two side plates 612 that
This is parallel and is spaced on the short axle both ends for being divided into the seat board 611 nextly, as most rolling elements 613 of bearing are pivoted respectively
In on the plate side of those side plates toward each other；
This, which leads portion 62, then there are two vertical bar shape rail bars 621 parallel to each other to be separated by be divided into the seat board 611 with coming
Upside plate face on, and between those side plates 612；
The sliding part 63 then has two sliding blocks 631, is slidedly arranged on those rail bars respectively, a plate-like slide 632 then bridge
On those sliding blocks 631；
The connecting piece 64 has two card bodies 641, is respectively arranged on the slide 632, and protrude from the slide 632 with one end
On the seat surface of top side, and it is tapered, and be able to be mutually clamped with the clamping space 53 being set on those 50 die holders 51 of mold, accordingly will
The die holder 51 is incorporated on the sliding part 63, so that the die holder 51 be enable to change its position with the movement of the advance and retreat unit 60
It sets.
It when the present embodiment is in use, is that mold mechanism under the arm is held mold 50 with those in the rotating member 20 with the advance and retreat unit 60
40, moved between 32, lifted by taking Fig. 6 to that shown in Figure 8 as an example, when it is quasi- will be via the raw material feed unit with advance and retreat unit 60
It is to stretch out the force-output shaft 651 of the actuator 65, via this as elder generation is as shown in Figure 6 when 30 molds 50 for completing material feedings remove
Sliding part 63 drives the connecting piece 64 from this to move back seat set and move to this and sets into seat, and the connecting piece 64 is made to be stretched on this turn
Outside disk 21, and the corresponding lower section for being located at those clamping spaces 52；
Followed by then as shown in Figure 7 as, open the mold 50 that 32 pairs of mold mechanism are held under the arm of holding under the arm of the raw material feed unit 30
Mould so that the die holder 51 be made to be reduced down by top, and then enables those clamping spaces 52 and those 641 inlay cards of card body, makes mold
50 can carry out the displacement of horizontal direction with the advance and retreat unit 60；
It later, can be as shown in figure 8, retracting the force-output shaft 651 of the actuator 65, to be somebody's turn to do via the sliding part 63 drive
Connecting piece 64 is set from should set into seat to be retracted into this and move back seat, while the die holder 51 of institute's inlay card being driven to hold mould machine under the arm locating for the original
Structure 32 is horizontally moved to 611 top of seat board, and the upper limb of those rolling elements 613 is connected to the rolling of bottom side seat surface, thus de-
Mold mechanism 32 is held under the arm from the raw material feed unit, and the position where it can be changed with the angular displacement of the turntable 21.
And by above-mentioned technology contents, the improvement construction 10 of the Process Technology of Polymer device is implementing when progress for industry
It flexibly is molded processing operation, and about its specific application method, then referring again to shown in Fig. 9 to Figure 12, joining
It is the mold mechanism 32 of holding under the arm of the raw material feed unit 30 to be defined as material feeding work station Sin, and those hold mold mechanism under the arm in the schema examined
40 be with the material feeding work station Sin for begin, 20 side of rotating member along clockwise direction, be positioned as 11 in order
Moulding station S1~S11, accordingly, the angle that each adjoining workstation is separated by each other are ten angle bisections of circumference, are
30 degree, meanwhile, the angle that those advance and retreat units 60 ', 60 ", 60 " ' are separated by each other is also all 30 degree of angles, accordingly, when the rotation
When part 20 carries out 30 degree of angles or its integral multiple angle, those advance and retreat units 60 ', 60 ", 60 " ' can be made while being corresponded respectively to
Three adjacent work stations, such as in Fig. 9, that is, correspond respectively to moulding station S1, material feeding work station Sin and shaping work
Stand S11, and the process that can be moved moulds respectively to each corresponding work station.
It is when mold 50 ' as shown in figure 9, complete in material feeding work station Sin and for the process shown in Fig. 9 to Figure 12
After material feeding, can via corresponding advance and retreat unit 60 " as shown in Figure 9 as by it by being pulled out in material feeding work station Sin, then drive
The rotating member 20 carries out the angular displacement at 30 degree of angles clockwise, so that advance and retreat unit 60 " is made to correspond to moulding station S1,
And make advance and retreat unit 60 " ' correspond to material feeding work station Sin, hereat, can as shown in figure 11 as, can exist for industry
Standby mold process sequence, material feeding the program processing program different from molding process three are carried out on difference processing erect-position simultaneously, and is carried out such as
Under operation:
Molding process: the mold 50 ' that material feeding is completed is moved into moulding station S1 with advance and retreat unit 60 ", makes mould
Raw material in tool 50 ' is in moulding station S1 by the processing being molded.
Empty mold 50 ": being sent into material feeding work station Sin by material feeding program with advance and retreat unit 60 " ', and by the raw material
Feed unit is fed injection into mold 50 ", to complete material feeding program.
Standby mold process sequence: it will be cleaned and completed and available mold in moulding station S2 with advance and retreat unit 60 '
50 ", by being drawn out in moulding station S2 on the rotating member 20, it is allowed to be able to change its position with the angular displacement of the rotating member 20
It sets.
In conclusion the improvement construction 10 of the Process Technology of Polymer device removes can hold mold mechanism 40 and raw material supply under the arm by those
The structure kenel of the fixed positioning of unit 30, and electric power needed for each work station can respectively be matched with fluid with independent pipeline
Set, reduce such as known technology need to the demand of disk rotational, outside the damage probability to reduce spare part, furthermore, for example, by
Operating instruction shown in Fig. 9 to Figure 12 can more be such that disc type Process Technology of Polymer device adds in progress macromolecule moulding on the implementation
When the industry that works, modulus selectively can be carried out to the mold at different operating station and send mould in response to the variation of practical operation condition
Program, it is more on turntable to being bonded to so as to be not only restricted to be only capable of as traditional disc type Process Technology of Polymer technology
Digital-to-analogue tool is processed according to its sequence arranged, is conducive to the flexibility of producing line.
Claims (10)
1. a kind of improvement of Process Technology of Polymer device constructs, it includes:
One rotating member can carry out angular displacement centered on an imaginary axis；
Most holds mold mechanism and a raw material feed unit under the arm, and the side of the rotating member is respectively in centered on the imaginary axis；
Most molds, can receive the raw material supplied by the raw material feed unit, and can divide and be provided by the mold mechanism of holding under the arm
Clamp force carry out holding mould under the arm, so that the received raw material of institute is being molded type；
It is characterized by:
The mold mechanism of holding under the arm can apply clamp force to the mold outside the rotating member；
And it further includes:
One advance and retreat unit, be set to the rotating member on and can with the rotating member carry out angular displacement, and have a connecting piece, can one into
Seat is set to move back between seat is set with one and reciprocally be moved, and an actuator provides power needed for the connecting piece carries out shift reciprocately；
Whereby, when the connecting piece, which is located at, to set upper into seat, from rotating member projection outward, to protrude into the raw material feed unit
Or it is described hold under the arm in mold mechanism, and be located in conjunction with the raw material feed unit or the mold held under the arm in mold mechanism, and make to be combined
Mold, which is able to be moved to this with the connecting piece, to move back seat and sets, and removes the raw material feed unit from former position or described hold mould under the arm
Outside mechanism, and obtains and carry out angular displacement with the rotating member with the advance and retreat unit.
2. the improvement of Process Technology of Polymer device as described in claim 1 constructs, which is characterized in that the advance and retreat unit includes one
Lead portion, extend described set into seat and moved back between seat sets with described, a sliding part be slidedly arranged on it is described lead in portion, to be led portion by this
Guiding and set into seat and to move back seat with this and set a shift reciprocately at this, and be set to the connecting piece on the sliding part, with
The other predetermined position of the mold combines.
3. the improvement of Process Technology of Polymer device as claimed in claim 2 constructs, which is characterized in that the advance and retreat unit further includes one
Portions are fixedly arranged on the rotating member, and the setting of the portion of leading described in confession.
4. the improvement of Process Technology of Polymer device as claimed in claim 3 constructs, which is characterized in that the portion of leading has two parallel rails
Item is separated by and is divided into the portions with coming.
5. the improvement of Process Technology of Polymer device as claimed in claim 4 constructs, which is characterized in that the sliding part has two to slide
Block is slidedly arranged on respectively on the rail bar, and a slide bridge is set on the sliding block.
6. the improvement of Process Technology of Polymer device as claimed in claim 2 constructs, which is characterized in that the connecting piece has a card
Body is protrudingly placed on the sliding part, to be mutually clamped with mold.
7. the improvement of Process Technology of Polymer device as described in claim 1 constructs, which is characterized in that the connecting piece is along described virtual
Radial set described into seat of axis does the shift reciprocately of straight line with described move back between seat is set.
8. the improvement of Process Technology of Polymer device as described in claim 1 constructs, which is characterized in that the actuator is Fluid pressure
Cylinder.
9. the improvement of Process Technology of Polymer device as described in claim 1 constructs, which is characterized in that the quantity of the advance and retreat unit is
Plural number, the advance and retreat unit are separated by a scheduled angle respectively centered on the imaginary axis to each other.
10. the improvement of Process Technology of Polymer device as described in claim 1 constructs, which is characterized in that the rotating member has one turn
Disk is carried the advance and retreat unit, and can be carried out angular displacement centered on the imaginary axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820880899.4U CN208468893U (en) | 2018-06-07 | 2018-06-07 | The improvement of Process Technology of Polymer device constructs |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820880899.4U CN208468893U (en) | 2018-06-07 | 2018-06-07 | The improvement of Process Technology of Polymer device constructs |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208468893U true CN208468893U (en) | 2019-02-05 |
Family
ID=65216689
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820880899.4U Withdrawn - After Issue CN208468893U (en) | 2018-06-07 | 2018-06-07 | The improvement of Process Technology of Polymer device constructs |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208468893U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110576559A (en) * | 2018-06-07 | 2019-12-17 | 钜钢机械股份有限公司 | Improved structure of polymer processing device |
-
2018
- 2018-06-07 CN CN201820880899.4U patent/CN208468893U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110576559A (en) * | 2018-06-07 | 2019-12-17 | 钜钢机械股份有限公司 | Improved structure of polymer processing device |
| CN110576559B (en) * | 2018-06-07 | 2021-08-24 | 钜钢机械股份有限公司 | Improved structure of polymer processing device |
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Granted publication date: 20190205 Effective date of abandoning: 20210824 |
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| AV01 | Patent right actively abandoned |
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| AV01 | Patent right actively abandoned |