CN205705242U - Mobile device for vacuum setting machine - Google Patents
Mobile device for vacuum setting machine Download PDFInfo
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- CN205705242U CN205705242U CN201620519957.1U CN201620519957U CN205705242U CN 205705242 U CN205705242 U CN 205705242U CN 201620519957 U CN201620519957 U CN 201620519957U CN 205705242 U CN205705242 U CN 205705242U
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- setting machine
- mobile device
- seat
- vacuum setting
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Abstract
The utility model discloses the mobile device for vacuum setting machine, including: rail mechanism, it includes two guide rails be arrangeding in parallel；Governor motion front and back, it is arranged on described rail mechanism, and can move along described rail mechanism；Supporting mechanism, it is arranged on described governor motion front and back；Lateral adjustment, it is arranged on described governor motion front and back, and is connected with described supporting mechanism, in order to regulate described supporting mechanism lateral attitude between two described guide rails；Up-down adjustment mechanism, it is arranged on described supporting mechanism, in order to regulate the described supporting mechanism height and position relative to described rail mechanism.This utility model is that vacuum setting machine provides a kind of mobile device, it is possible to make it the most mobile, it is simple to adjust the position of forming machine according to the actual requirements.
Description
Technical field
This utility model relates to Vacuum shaping apparatus field, is especially for the mobile device of vacuum setting machine.
Background technology
The method of tubing sizing has the outer sizing of compressed air, the outer sizing of vacuum and interior sizing, and wherein, the outer sizing of vacuum is to need
Will be in the environment of a negative pressure of vacuum, outer pipe wall is close to the inwall cooling of calibration sleeve by the absorption affinity utilizing vacuum to produce
Sizing, this kind equipment is referred to as vacuum setting machine, its effect be just to provide a stable subnormal ambient and one stable cold
But environment, coordinates the tube sizing sleeve device being contained in its front end, can be achieved with utilizing the outer sizing method of vacuum to produce tubing.
Vacuum setting machine, during tubing line is debugged, needs to carry out position adjustments, and these position adjustments include
Lower regulation, front and back regulation and left and right adjusting, say, that need Mobile vacuum forming machine so that it is reach suitable position with
Be easy to tubing produce, very early before vacuum setting machine be all use manpower to promote location, though current vacuum setting machine
So can move, but move to get up to bother very much, all inconvenience can be brought in actual use.
Such as disclosed in application number 201210285030.2 a kind of vacuum spray device, although be also used to tubing and produce neck
Territory, and it is found that it has the structure of similar guide rail from Figure of description, it is possible to realize front and back position regulation, but should
In application documents and undisclosed any technical scheme being capable of vacuum setting machine position adjustments, it solves the technical problem that also
Simply meet the cooling rotating tubing, so the technical problem of the application cannot be solved completely, in simple terms, it is simply that this dress
Put the beneficial effect of the regulation upper and lower, position around that still cannot realize vacuum setting machine.
In view of drawbacks described above, this utility model creator obtains this creation finally through research for a long time and practice.
Utility model content
The purpose of this utility model is, it is provided that for the mobile device of vacuum setting machine, in order to overcome above-mentioned technology to lack
Fall into.
For achieving the above object, the technical solution adopted in the utility model is, it is provided that for the movement of vacuum setting machine
Device, including:
Rail mechanism, it includes two guide rails be arrangeding in parallel；
Governor motion front and back, it is arranged on described rail mechanism, and can move along described rail mechanism；
Supporting mechanism, it is arranged on described governor motion front and back, for being connected with vacuum setting machine；
Lateral adjustment, it is arranged on described governor motion front and back, and is connected with described supporting mechanism, in order to adjust
Save described supporting mechanism lateral attitude between two described guide rails；
Up-down adjustment mechanism, it is arranged on described supporting mechanism, in order to regulate described supporting mechanism relative to described rail
The height and position of road mechanism.
Supporting mechanism is for being connected with vacuum setting machine, and front and back governor motion is used for regulating position before and after supporting mechanism,
Lateral adjustment is for regulating the right position of supporting mechanism, and up-down adjustment mechanism is used for regulating the height of supporting mechanism,
Under the effect of this mobile device, vacuum setting machine can carry out the most upper and lower position adjustment, when production application
Very convenient.
In the above-mentioned mobile device for vacuum setting machine, also include position-limit mechanism, its in order to limit described before and after
The stroke of governor motion.
Due to the limited length of guide rail, the contingency caused in order to avoid mobile device skids off guide rail, need front
The stroke of rear governor motion makes certain restriction, so this position-limit mechanism can front and back governor motion shift motion beyond setting
When location is put, mobile device is made to stop movable.
In the above-mentioned mobile device for vacuum setting machine, described before and after governor motion include the nut seat, OK of walking
Walking screw, walking leading screw, Hooks coupling universal coupling, connecting shaft and roller structure, described roller structure is arranged on two described guide rails
On, described walking nut seat is fixed on one end of described rail mechanism, and described walking screw is fixed on described walking nut seat,
Described walking threads of lead screw is connected in described walking screw, and it passes through described relative to the other end of described walking screw
Hooks coupling universal coupling is connected with described connecting shaft, and described connecting shaft is arranged on described roller structure, when described connecting shaft rotates,
Drive described walking leading screw to axially move on described walking screw, thus drive described roller structure at two described guide rails
Upper movement.
When connecting shaft rotates, driving screw turns of walking, owing to walking leading screw is with under the effect of walking screw, revolution is transported
Move and be converted into axially-movable, thus pull roller structure to advance along guide rail, when connecting shaft rotates with opposite direction, then make rolling
Wheel construction retreats along guide rail, and this governor motion front and back is the most simple and reliable, and transmission efficiency is high, easy to use.
In the above-mentioned mobile device for vacuum setting machine, described roller structure includes roller shaft, flat wheel and V-type
Wheel, described flat wheel and described V shaped wheel are separately positioned on the two ends of described roller shaft.
The length of guide rail matches with the length of roller shaft, and flat wheel and V shaped wheel are placed on two guide rails, and two are led
In rail, that of corresponding V shaped wheel be cross section be V-type, suitable with V shaped wheel, so can play location and spacing effect,
Roller structure is enable to move on guide rail reliably.
In the above-mentioned mobile device for vacuum setting machine, described governor motion front and back also includes reductor, described
Reductor is arranged on described roller shaft, and described reductor is connected with described connecting shaft, is used for driving described connecting shaft to rotate.
Carry out drive connection axle by reductor, it is possible to the shift position of governor motion before and after being easy to control, and make operation more
Add conveniently.
In the above-mentioned mobile device for vacuum setting machine, described supporting mechanism includes left support seat, right support seat
And case supports seat, described left support seat and described right support seat are respectively fitted over the both sides of described roller shaft, described casing
Supporting seat to be connected with described vacuum setting machine, described case supports seat is indirectly coupled to a described left side by described up-down adjustment mechanism
Support on seat and described right support seat.
Case supports seat is indirectly coupled to described left support seat and described right support seat by described up-down adjustment mechanism
On, case supports seat is in order to be connected with vacuum setting machine, and the supporting mechanism of this structure is the most reliable and the most stable.
In the above-mentioned mobile device for vacuum setting machine, described lateral adjustment include lateral adjustments leading screw,
Lateral adjustments seat and lateral adjustments screw, described lateral adjustments seat is fixed on described roller shaft, described lateral adjustments screw
Being fixed on described right support seat, described lateral adjustments leading screw is located on described lateral adjustments seat, and its with described laterally
Regulation screw is threaded, and when described lateral adjustments screw turns, it promotes described right support seat sliding on described roller shaft
Dynamic.
During practical adjustments, when lateral adjustments screw turns, lateral adjustments screw is promoted to the left, due to laterally
Regulation screw is integrally fixed on right support seat, so dynamic right support seat moves to left, drives supporting mechanism entirety to be moved to the left, works as horizontal stroke
When adjusting screw opposite direction rotates, then right support seat moves to right, and drives supporting mechanism entirety to move right.
In the above-mentioned mobile device for vacuum setting machine, described up-down adjustment mechanism includes a pair up-down adjustment silk
Mother and up-down adjustment leading screw, two described up-down adjustment screws are separately fixed at the opposite sides of described case supports seat, institute
State up-down adjustment leading screw to be connected in described up-down adjustment screw with the direction being perpendicular to described roller shaft, and two described on
The other end of the corresponding described up-down adjustment screw of lower adjusting screw is separately positioned on described left and right support seat, when described up and down
When adjusting screw rotates, it promotes described case supports seat moving axially along described up-down adjustment leading screw.
When two up-down adjustment screw turns, it promotes up-down adjustment screw to move upward, thus drives case supports
Move on seat, when two up-down adjustment leading screw opposite directions rotate, make up-down adjustment screw move downward, thus drive case supports
Seat moves down, thus realizes regulating the position adjustments purpose of the above-below direction of vacuum setting machine.
In the above-mentioned mobile device for vacuum setting machine, described position-limit mechanism includes that limit switch is spacing with a pair
Baffle plate, described limit switch is arranged on described roller shaft, and two described postive stop baffles are separately positioned on described rail mechanism
Two ends, and be positioned on the motion track of described limit switch.
When front and back's governor motion moves forward to maximum setting position, front end, the limiting block of front end encountered by limit switch
Plate, and control reductor stop motion so that front and back governor motion stops mobile, when front and back's governor motion rearward movement to after
During the maximum setting position of end, the postive stop baffle of rear end encountered by limit switch, so that front and back governor motion stops mobile.
Before and after described, governor motion also includes that motor, described motor are arranged on described reductor, subtracts described in driving
Speed machine.
Can be moved before and after controlling vacuum setting machine simply and easily by motor, when electric machine rotation, Vacuum shaping
Machine advances, and when motor opposite direction rotates, vacuum setting machine retreats.
The beneficial effects of the utility model are compared with the prior art: this utility model is that vacuum setting machine provides one
Plant mobile device, it is possible to make it the most mobile, it is simple to adjust the position of forming machine according to the actual requirements；By arranging position restrainer
Structure, it is possible to when front and back's governor motion shift motion is beyond setting position, makes mobile device stop movable, improves safety
Property；By connecting shaft with walking leading screw rotation, under the effect of screw of being expert at, pull roller structure along guide rail advance or
Retreating, this governor motion front and back is the most simple and reliable, and transmission efficiency is high, easy to use；By selecting V shaped wheel, roller is made to tie
Structure can move along guide rail reliably；By arranging lateral adjustments leading screw and lateral adjustments screw, supporting mechanism is promoted to exist
Transverse shifting on roller shaft, it is achieved thereby that the purpose of left and right adjusting；By rotating up-down adjustment leading screw, promote up-down adjustment
Screw, it is achieved thereby that the purpose of up-down adjustment.
Accompanying drawing explanation
Fig. 1 is the structural representation of mobile device of the present utility model；
Fig. 2 is the schematic rear view of mobile device of the present utility model；
Fig. 3 is the schematic front view of mobile device of the present utility model；
Fig. 4 is the left view of mobile device of the present utility model；
Fig. 5 is the top view of mobile device of the present utility model.
In figure: 100, rail mechanism；110, guide rail；200, front and back governor motion；210, walking nut seat；220, walking silk
Female；230, walking leading screw；240, Hooks coupling universal coupling；250, connecting shaft；260, roller structure；261, roller shaft；262, flat wheel；
263, V shaped wheel；270, reductor；300, supporting mechanism；310, left support seat；320, right support seat；330, case supports seat；
400, lateral adjustment；410, lateral adjustments leading screw；420, lateral adjustments seat；430, lateral adjustments screw；500, upper downward
Joint mechanism；510, up-down adjustment screw；520, up-down adjustment leading screw；530, motor；600, position-limit mechanism；610, limit switch；
620, postive stop baffle.
Detailed description of the invention
The following is specific embodiment of the utility model and combine accompanying drawing, the technical solution of the utility model is made further
Description, but this utility model is not limited to these embodiments.
As shown in Figure 1 and Figure 2, this utility model can be realized by following technical proposal, for the movement of vacuum setting machine
Device, including: rail mechanism 100, front and back governor motion 200, supporting mechanism 300, lateral adjustment 400 and up-down adjustment
Mechanism 500, wherein, rail mechanism 100 includes two guide rails be arrangeding in parallel 110, in actual application, in order to make track
Mechanism 100 is relatively reliable, it is also possible to two ends lateral connection cross tube before and after two guide rails 110 so that it is rail mechanism 100 becomes
Rectangular structure, thus make the spacing of two guide rails 110 keep stable；Front and back governor motion 200 is arranged on described rail mechanism 100
On, and can move along described rail mechanism 100；Supporting mechanism 300 is used to support vacuum setting machine, say, that
The lower surface of vacuum setting machine is connected on this supporting mechanism 300 so that vacuum setting machine and this mobile device to form one whole
Body, supporting mechanism 300 is arranged on described governor motion 200 front and back, it is possible to move along with the movement of front and back's governor motion 200
Dynamic such that it is able to realize vacuum setting machine and carry out the purpose of front and back position regulation along guide rail 110；Lateral adjustment 400 sets
Put before and after described on governor motion 200, and be connected with described supporting mechanism 300, exist in order to regulate described supporting mechanism 300
Article two, the lateral attitude between described guide rail 110, this makes it possible to the position realizing vacuum setting machine in the both direction of left and right
Regulation purpose；Up-down adjustment mechanism 500 is arranged on described supporting mechanism 300, in order to regulate described supporting mechanism 300 relative to
The height and position of described rail mechanism 100, thus realize vacuum setting machine position adjustments purpose in upper and lower both direction,
Under the effect of this mobile device, vacuum setting machine can carry out the most upper and lower position adjustment, when production application
Very convenient.
As shown in Figure 1, shown in Figure 5, also including position-limit mechanism 600, it is in order to limit the stroke of described governor motion 200 front and back,
Front and back governor motion 200 has along guide rail 110 advance and retrogressing the two moving direction, due to the limited length of guide rail 110,
The contingency caused in order to avoid mobile device skids off guide rail 110, needs the stroke of front and back's governor motion 200 is made one
Fixed restriction, so this position-limit mechanism 600 can make mobile when front and back's governor motion 200 shift motion is beyond setting position
Device stops movable.
As shown in Figure 1, Figure 4, Figure 5, before and after described, governor motion 200 includes walking nut seat 210, walking screw 220, OK
Walking leading screw 230, Hooks coupling universal coupling 240, connecting shaft 250 and roller structure 260, described roller structure 260 is that wheel is tied with axle
Structure after conjunction, it is arranged on two described guide rails 110, it is possible to roll along guide rail 110, and described walking nut seat 210 is solid
Being scheduled on described rail mechanism 100 foremost, described walking screw 220 is fixed on described walking nut seat 210, and walking silk
The hole of female 220 is connected in described walking screw 220 towards roller structure 260, the threaded one end of described walking leading screw 230, and
And it is connected with described connecting shaft 250 by described Hooks coupling universal coupling 240 relative to the other end of described walking screw 220, ten thousand
Being preferably universal coupling with spider 240 to shaft coupling 240, it can make walking leading screw 230 and connecting shaft 250 there is axle
In the case of wire clamp angle, it is achieved the connection of two axles and make two axle continuous rotaries, transmission torque and motion, described connection reliably
Axle 250 is arranged on described roller structure 260, when described connecting shaft 250 rotates, drives described walking leading screw 230 described
Axially move on walking screw 220, thus drive described roller structure 260 to move on two described guide rails 110, simply come
Say, it is simply that when connecting shaft 250 rotates, drive walking leading screw 230 to rotate, due to the work of walking leading screw 230 with walking screw 220
Under with, gyration is converted into axially-movable, thus pulls roller structure 260 to advance along guide rail 110, when connecting shaft 250
When rotating with opposite direction, then make roller structure 260 retreat along guide rail 110, and this governor motion 200 front and back is the simplest
Reliably, transmission efficiency is high, easy to use.
As shown in Figure 1, Figure 2, Figure 3 shows, described roller structure 260 includes roller shaft 261, flat wheel 262 and V shaped wheel 263, institute
State flat wheel 262 and described V shaped wheel 263 is separately positioned on the two ends of described roller shaft 261, and flat wheel 262 and V shaped wheel 263
It is all the two ends being connected to roller shaft 261 by deep groove ball bearing, say, that this roller shaft 261 does not rotates, flat wheel
262 and V shaped wheel 263 rotated by deep groove ball bearing；The length of guide rail 110 matches with the length of roller shaft 261, flat
Wheel 262 and V shaped wheel 263 are placed on two guide rails 110, and in two guide rails 110, that of corresponding V shaped wheel 263 is transversal
Face is V-type, suitable with V shaped wheel 263, so can play location and spacing effect, makes the roller structure 260 can be reliable
Guide rail 110 moves.
Before and after described, governor motion 200 also includes that reductor 270, described reductor 270 are arranged on described roller shaft 261
On, and described reductor 270 is connected with described connecting shaft 250, is used for driving described connecting shaft 250 to rotate, by reductor 270
Carry out drive connection axle 250, it is possible to the shift position of governor motion 200 before and after being easy to control, and make more convenient to operate.
As shown in Figure 1, Figure 2, Figure 3 shows, described supporting mechanism 300 includes left support seat 310, right support seat 320 and casing
Supporting seat 330, described left support seat 310 and described right support seat 320 are respectively fitted over the both sides of described roller shaft 261, described
Case supports seat 330 is indirectly coupled to described left support seat 310 and described right support seat by described up-down adjustment mechanism 500
On 320, case supports seat 330 is in order to be connected with vacuum setting machine, and the supporting mechanism 300 of this structure is the most reliable and the most stable,
And along with the slip on roller shaft 261 of the left and right support seat 320, it is also possible to play certain position adjustment effect.
As shown in Fig. 2, Fig. 4, Fig. 5, described lateral adjustment 400 includes lateral adjustments leading screw 410, lateral adjustments seat
420 and lateral adjustments screw 430, described lateral adjustments seat 420 is fixed on described roller shaft 261, described lateral adjustments silk
Female 430 are fixed on described right support seat 320, it is worthy of note, it may be preferred at left and right support seat 320 and roller herein
One lining is set between axle 261, in order to reduce friction, protects left and right support seat 320；Described lateral adjustments leading screw 410 wears
On described lateral adjustments seat 420, preferably can arrange one between lateral adjustments leading screw 410 and lateral adjustments seat 420 herein
Individual thrust ball bearing, thrust ball bearing can bear the thrust load of lateral adjustments leading screw 410, lateral adjustments leading screw in the running
410 threaded with described lateral adjustments screw 430, and when described lateral adjustments leading screw 410 rotates, it promotes described right support
Seat 320 slides on described roller shaft 261, during practical adjustments, when lateral adjustments leading screw 410 rotates, and lateral adjustments
Screw 430 is promoted to the left, owing to lateral adjustments screw 430 is integrally fixed on right support seat 320, so dynamic right support seat
320 move to left, and drive supporting mechanism 300 entirety to be moved to the left, when lateral adjustments leading screw 410 opposite direction rotates, then and right support seat
320 move to right, and drive supporting mechanism 300 entirety to move right.
As shown in Figure 2, Figure 3, Figure 4, described up-down adjustment mechanism 500 includes a pair up-down adjustment screw 510 and up and down
Adjusting screw 520, two described up-down adjustment screws 510 are separately fixed at the left and right sides of described case supports seat 330, described
Up-down adjustment leading screw 520 is connected in described up-down adjustment screw 510 with the direction being perpendicular to described roller shaft 261, namely
Say that up-down adjustment leading screw 520 is vertically arranged in up-down adjustment screw 510, and two described up-down adjustment leading screws 520 are corresponding
The other end of described up-down adjustment screw 510 is separately positioned on described left and right support seat 320, herein can be preferably up and down
The lower end of adjusting screw 520 arranges thrust ball bearing, is arranged on left support seat 310 or right support seat by thrust ball bearing
In 320, like this, thrust ball bearing can bear the axle that up-down adjustment leading screw 520 is subject to when promoting case supports seat 330
To motive force, when described up-down adjustment leading screw 520 rotates, it promotes described case supports seat 330 along described up-down adjustment
Moving axially of leading screw 520, when two up-down adjustment leading screws 520 rotate, it promotes up-down adjustment screw 510 to move upward,
Thus drive and move on case supports seat 330, when two up-down adjustment leading screw 520 opposite directions rotate, make up-down adjustment screw 510
Move downward, thus drive case supports seat 330 to move down, thus realize regulating the position adjustments of the above-below direction of vacuum setting machine
Purpose.
As shown in Figure 1, shown in Figure 5, described position-limit mechanism 600 includes that limit switch 610 is with a pair postive stop baffle 620, described limit
Bit switch 610 is arranged on described roller shaft 261, and two described postive stop baffles 620 are separately positioned on described rail mechanism 100
Rear and front end, can arrange a montant being parallel to guide rail 110 preferably on rail mechanism 100 herein, and its two ends are at two
Two postive stop baffles 620 are arranged on before and after this cross bar on two ends, it is also possible to make two postive stop baffles by the midpoint of cross bar
620 two ends being positioned at rail mechanism 100, and be placed exactly on the motion track of limit switch 610, when front and back's governor motion
200 when moving forward to maximum setting position, front end, and limit switch 610 is encountered the postive stop baffle 620 of front end, and controlled reductor
270 stop motions, so that front and back governor motion 200 stops mobile, when front and back's governor motion 200 rearward movement to rear end is maximum
During setting position, the postive stop baffle 620 of rear end encountered by limit switch 610, so that front and back governor motion 200 stops mobile.
As Figure 1 and Figure 4, before and after described, also to include that motor 530, described motor 530 are arranged on described for governor motion 200
On reductor 270, motor 530 drive reductor 270, drive the connecting shaft 250 being arranged on reductor 270 so that it is rotate,
Then connecting shaft 250 is by Hooks coupling universal coupling 240, thus drives walking leading screw 230 to rotate, by rotate walking leading screw 230 with
Static walking screw 220 interacts, and be in line motion by convert rotational motion, thus drives vacuum setting machine at track machine
Move forward and backward on structure 100.
Specific embodiment described herein is only to this utility model spirit explanation for example.This utility model institute
Belong to those skilled in the art described specific embodiment to make various amendment or supplement or use similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Claims (10)
1. for the mobile device of vacuum setting machine, it is characterised in that including:
Rail mechanism, it includes two guide rails be arrangeding in parallel；
Governor motion front and back, it is arranged on described rail mechanism, and can move along described rail mechanism；
Supporting mechanism, it is arranged on described governor motion front and back, for being connected with vacuum setting machine；
Lateral adjustment, it is arranged on described governor motion front and back, and is connected with described supporting mechanism, in order to regulate
State supporting mechanism lateral attitude between two described guide rails；
Up-down adjustment mechanism, it is arranged on described supporting mechanism, in order to regulate described supporting mechanism relative to described track machine
The height and position of structure.
2. as described in claim 1 for the mobile device of vacuum setting machine, it is characterised in that: also include position-limit mechanism,
It is in order to limit the stroke of described governor motion front and back.
3. as described in claim 2 for the mobile device of vacuum setting machine, it is characterised in that: governor motion before and after described
Including walking nut seat, walking screw, walking leading screw, Hooks coupling universal coupling, connecting shaft and roller structure, described roller structure sets
Putting on two described guide rails, described walking nut seat is fixed on one end of described rail mechanism, and described walking screw is fixed on
On described walking nut seat, described walking threads of lead screw is connected in described walking screw, and it is relative to described walking silk
Female other end is connected with described connecting shaft by described Hooks coupling universal coupling, and described connecting shaft is arranged on described roller structure,
When described connecting shaft rotates, drive described walking leading screw to axially move on described walking screw, thus drive described rolling
Wheel construction moves on two described guide rails.
4. as described in claim 3 for the mobile device of vacuum setting machine, it is characterised in that: described roller structure bag
Including roller shaft, flat wheel and V shaped wheel, described flat wheel and described V shaped wheel are separately positioned on the two ends of described roller shaft.
5. as described in claim 4 for the mobile device of vacuum setting machine, it is characterised in that: governor motion before and after described
Also include that reductor, described reductor are arranged on described roller shaft, and described reductor is connected with described connecting shaft, is used for driving
Dynamic described connecting shaft rotates.
6. as described in claim 5 for the mobile device of vacuum setting machine, it is characterised in that: described supporting mechanism includes
Left support seat, right support seat and case supports seat, described left support seat and described right support seat are respectively fitted over described roller
The both sides of axle, described case supports seat is connected with described vacuum setting machine, and described case supports seat is by described up-down adjustment machine
Structure is indirectly coupled on described left support seat and described right support seat.
7. as described in claim 6 for the mobile device of vacuum setting machine, it is characterised in that: described lateral adjustment
Including lateral adjustments leading screw, lateral adjustments seat and lateral adjustments screw, described lateral adjustments seat is fixed on described roller shaft,
Described lateral adjustments screw is fixed on described right support seat, and described lateral adjustments leading screw is located on described lateral adjustments seat,
And it is threadeded with described lateral adjustments screw, when described lateral adjustments screw turns, it promotes described right support seat
Described roller shaft slides.
8. as described in claim 7 for the mobile device of vacuum setting machine, it is characterised in that: described up-down adjustment mechanism
Including a pair up-down adjustment screw and up-down adjustment leading screw, two described up-down adjustment screws are separately fixed at described casing and prop up
The opposite sides of support seat, described up-down adjustment leading screw is connected to described up-down adjustment screw with the direction being perpendicular to described roller shaft
In, and the other end of the corresponding described up-down adjustment screws of two described up-down adjustment leading screws is separately positioned on described left support seat
And on described right support seat, when described up-down adjustment screw turns, its promote described case supports seat along described up and down
Moving axially of adjusting screw.
9. as described in claim 4 for the mobile device of vacuum setting machine, it is characterised in that: described position-limit mechanism includes
Limit switch is with a pair postive stop baffle, and described limit switch is arranged on described roller shaft, and two described postive stop baffles set respectively
Put the two ends at described rail mechanism, and be positioned on the motion track of described limit switch.
10. as described in claim 8 for the mobile device of vacuum setting machine, it is characterised in that: regulate machine before and after described
Structure also includes that motor, described motor are arranged on described reductor, in order to drive described reductor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620519957.1U CN205705242U (en) | 2016-05-31 | 2016-05-31 | Mobile device for vacuum setting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620519957.1U CN205705242U (en) | 2016-05-31 | 2016-05-31 | Mobile device for vacuum setting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205705242U true CN205705242U (en) | 2016-11-23 |
Family
ID=57299597
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620519957.1U Expired - Fee Related CN205705242U (en) | 2016-05-31 | 2016-05-31 | Mobile device for vacuum setting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205705242U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107160655A (en) * | 2016-05-31 | 2017-09-15 | 宁波方力科技股份有限公司 | Mobile device for vacuum setting machine |
| CN111300797A (en) * | 2019-12-20 | 2020-06-19 | 安徽巴瑞挤出设备有限公司 | Tubular product vacuum forming machine with regulatory function |
| CN113803532A (en) * | 2021-09-03 | 2021-12-17 | 柳州酸王泵制造股份有限公司 | Moving mechanism for water outlet pipeline of large centrifugal pump performance test |
-
2016
- 2016-05-31 CN CN201620519957.1U patent/CN205705242U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107160655A (en) * | 2016-05-31 | 2017-09-15 | 宁波方力科技股份有限公司 | Mobile device for vacuum setting machine |
| CN111300797A (en) * | 2019-12-20 | 2020-06-19 | 安徽巴瑞挤出设备有限公司 | Tubular product vacuum forming machine with regulatory function |
| CN113803532A (en) * | 2021-09-03 | 2021-12-17 | 柳州酸王泵制造股份有限公司 | Moving mechanism for water outlet pipeline of large centrifugal pump performance test |
| CN113803532B (en) * | 2021-09-03 | 2022-11-29 | 柳州酸王泵制造股份有限公司 | Moving mechanism for water outlet pipeline of large centrifugal pump performance test |
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Granted publication date: 20161123 Termination date: 20200531 |