CN205291724U - Curved surface rigging machine - Google Patents
Curved surface rigging machine Download PDFInfo
- Publication number
- CN205291724U CN205291724U CN201520743657.7U CN201520743657U CN205291724U CN 205291724 U CN205291724 U CN 205291724U CN 201520743657 U CN201520743657 U CN 201520743657U CN 205291724 U CN205291724 U CN 205291724U
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- platform
- laminating
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- cylinder
- plate
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Abstract
The utility model discloses a curved surface rigging machine, it includes: the frame, material mechanism, it is including installing first physiosis axle, pay -off roller set, second physiosis axle, commentaries on classics roller and the coil stock sticky tape on the frame, and pay -off roller set side is equipped with the locating platform, and coil stock adhesive tape fits the locating platform up end, the material platform, it installs the side in feeding mechanism, auto sucking machine constructs, and it is including the first flitch of inhaling, peeling means, it is including installing in the stripping table of material platform below, and coil stock adhesive tape fits the stripping table up end, the laminating is the module down, and it is including installing Y axle moving platform on the frame, installing tool and automatic positioning mechanism on Y axle moving platform, module in the laminating, it inhales flitch and roll extrusion axle group including installing removal frame on the frame, installing in the second that removes the frame lower extreme. The utility model discloses a working process is automatic the completion, and its operating stability is high, the precision is high, work efficiency is high, and the quality of just laminating is good, in order to cause the utility model discloses high market competition has.
Description
Technical field:
This utility model relates to coating technique field, refers in particular to a kind of application of a surface machine.
Background technology:
Coating technique is the technology often applied to during modern industry produces, but, plane coating technique is only applicable to the laminating of flat board. Along with industrial expansion, some product has certain radian. Plane coating technique encounters the product (curved face product) having radian when fitting, and effect of often just cannot fitting or fit is undesirable. So, it is necessary to exploitation one is applicable to the device having radian product (curved face product) to fit.
In view of this, the present inventor proposes techniques below scheme.
Utility model content:
The purpose of this utility model is in that to overcome the deficiencies in the prior art, it is provided that a kind of application of a surface machine.
In order to solve above-mentioned technical problem, this utility model have employed following technical proposals: this application of a surface machine includes: a support; Feed mechanism, it first air-expanding shaft including being installed on support, feeding roller group, the second air-expanding shaft and some transfer rollers between first, second air-expanding shaft and walk around the coiled strip adhesive tape of the first air-expanding shaft, feeding roller group, the second air-expanding shaft and transfer roller, this feeding roller group side is provided with a locating platform, and this coiled strip adhesive tape gluing is in this locating platform upper surface; One material platform, it is installed on feed mechanism side, and is formed with the parking space for depositing diaphragm on this material platform; One adsorption mechanism, it includes one for drawing the diaphragm in the parking space being positioned over this material platform, and this diaphragm moves the first suction plate to the coiled strip adhesive tape being positioned at locating platform upper surface; One mechanism for stripping, it includes moving horizontally the stripping table that mode is installed on support, and this stripping table is positioned at below material platform, and described coiled strip adhesive tape gluing is in this stripping table upper surface; The lower module of one laminating, it includes a Y-axis mobile platform being installed on support, is installed on Y-axis mobile platform and for positioning the tool of curved-surface piece, being positioned at the automatic positioning mechanism at tool rear; Module in one laminating coordinated with module under described laminating, it movable stand including being installed on support and the second suction plate being installed on movable stand lower end and be positioned at the rolling shaft group in the second suction plate front, this second suction plate and rolling shaft group are positioned at above the lower module of laminating.
Furthermore, in technique scheme, described adsorption mechanism also includes the XZ axle mobile platform being installed on support, and described first suction plate is installed on this XZ axle mobile platform lower end.
Furthermore, in technique scheme, described XZ axle mobile platform includes: the first slide track seat of being installed on support, the X-axis being installed on the first slide track seat move platform, for drive this X-axis to move the first cylinder that platform moves along X-direction on the first slide track seat and be vertically arranged to the second cylinder that X-axis moves on platform and the Z axis being installed on the second cylinder piston rod lower end moves platform; Described first suction plate is installed on Z axis and moves platform lower end.
Furthermore, in technique scheme, described X-axis moves platform upper end and is also equipped with one first sliding sleeve; Described first slide track seat is arranged above one first slide rail, and the first sliding sleeve is socketed on this first slide rail.
Furthermore, in technique scheme, described tool coordinates the turntable of an adjustable rotating angle to be installed on Y-axis mobile platform by the XY axle Mobile base of an adjustable relative displacement.
Furthermore, in technique scheme, described turntable outer rim is provided with a projection; Being provided with first, second adjusting rod on Y-axis mobile platform, this first, second adjusting rod is symmetrically arranged on projection both sides, and the end of this first, second adjusting rod contacts with projection two sides respectively.
Furthermore, in technique scheme, described automatic positioning mechanism includes being installed on Y-axis mobile platform and by jet so that the jet plate that suspends of diaphragm and be installed on first, second location-plate outside jet plate and be installed on Y-axis mobile platform and be respectively used to the three, the 4th cylinders driving this first, second location-plate movable.
Furthermore, in technique scheme, described rolling shaft group includes first, second rolling shaft being installed on movable stand lower end side by side, this the first rolling shaft periphery has a cylindrical rolling surface, this the second rolling shaft periphery has an arc rolling surface caved inward, and this second rolling shaft is positioned at outside.
Furthermore, in technique scheme, in described laminating module also include a crane, for the 5th cylinder driving this crane to move up and down and the rotating mechanism being installed on crane lower end and the driving mechanism for driving this rotating mechanism to rotate, described movable stand is installed on rotating mechanism lower end.
Furthermore, in technique scheme, described rotating mechanism includes a rotating shaft and the rotation seat being installed in rotating shaft, and this roller end is installed on crane lower end by bearing, and described movable stand is installed on rotation seat; Described driving mechanism includes one the 6th cylinder, the cylinder body of the 6th cylinder and crane pivot joint, and in the 6th cylinder, the end of piston rod is articulated with an interlock plate, and this interlock plate is connected with described rotating shaft and interlocks.
After adopting technique scheme, this utility model has the advantages that work process of the present utility model is compared with prior art and automatically completes, its operation stability is high, precision is high, work efficiency is high, and laminating quality is good, to cause this utility model to have the high market competitiveness.
Accompanying drawing illustrates:
Fig. 1 is axonometric chart of the present utility model;
Fig. 2 is the installation diagram expecting platform and adsorption mechanism in this utility model;
Fig. 3 is the axonometric chart of the lower module of laminating in this utility model;
Fig. 4 is the axonometric chart of the upper module of laminating in this utility model;
Fig. 5 is the axonometric chart at upper another visual angle of module of laminating in this utility model.
Detailed description of the invention:
Below in conjunction with specific embodiments and the drawings, this utility model is further illustrated.
See shown in Fig. 1-5, for a kind of application of a surface machine, comprising: module 7 in a support 1, the feed mechanism 2 being installed on support 1, material platform 3, adsorption mechanism 4, mechanism for stripping 5, the lower module 6 of laminating and the laminating that coordinates with the lower module 6 of laminating.
The first air-expanding shaft 21 that described feed mechanism 2 includes being installed on support 1, feeding roller group the 22, second air-expanding shaft 23 and some transfer rollers 24 between first, second air-expanding shaft 23 and walk around the coiled strip adhesive tape of the first air-expanding shaft 21, feeding roller group the 22, second air-expanding shaft 23 and transfer roller 24, this feeding roller group 22 side is provided with a locating platform 25, and this coiled strip adhesive tape gluing is in this locating platform 25 upper surface. Described coiled strip adhesive tape constantly moves under the effect of the first air-expanding shaft 21, feeding roller group the 22, second air-expanding shaft 23 and transfer roller 24, to cause the function with conveyer belt.
Described material platform 3 is installed on feed mechanism 2 side, and is formed with the parking space for depositing diaphragm on this material platform 3; Specifically, this material platform 3 is to be installed on support 1 in assembling mode moving up and down, wherein, this material platform 3 is provided with the baffle plate of some adjustable relative positions, the described parking space for depositing diaphragm, the width adjustable of this parking space is formed between this baffle plate.
Described adsorption mechanism 4 includes one for drawing the diaphragm in the parking space being positioned over this material platform 3, and the first suction plate 41 moved by this diaphragm to the coiled strip adhesive tape being positioned at locating platform 25 upper surface; After diaphragm is fitted on coiled strip adhesive tape, diaphragm is transmitted by this coiled strip adhesive tape while rotating. It addition, this adsorption mechanism 4 also includes the XZ axle mobile platform 42 being installed on support 1, described first suction plate 41 is installed on this XZ axle mobile platform 42 lower end, and this first suction plate 41 realizes X-direction under the effect of XZ axle mobile platform 42 and Z-direction moves.
Described XZ axle mobile platform 42 includes: the X-axis be installed on the first slide track seat 421 on support 1, being installed on the first slide track seat 421 moves platform 422, for drive this X-axis to move the first cylinder 423 that platform 422 moves along X-direction on the first slide track seat 421 and be vertically arranged to the second cylinder 424 that X-axis moves on platform 422 and the Z axis being installed on the second cylinder 424 piston-rod lower end moves platform 425; Described first suction plate 41 is installed on Z axis and moves platform 425 lower end.
Described X-axis moves platform 422 upper end and is also equipped with one first sliding sleeve 426; Described first slide track seat 421 is arranged above one first slide rail 427, and the first sliding sleeve 426 is socketed on this first slide rail 427, and this structure can improve the stability that whole XZ axle mobile platform 42 runs.
Described mechanism for stripping 5 includes moving horizontally the stripping table 51 that mode is installed on support 1, this stripping table 51 is positioned at below material platform 3, described coiled strip adhesive tape gluing is in this stripping table 51 upper surface, and this coiled strip adhesive tape also fits with the side of stripping table 51, to form a corner, when the described diaphragm being fitted on coiled strip adhesive tape is through whole corner, diaphragm can constantly depart from coiled strip adhesive tape, to realize the purpose peeled off.
Under described laminating, module 6 includes a Y-axis mobile platform 61 being installed on support 1, is installed on Y-axis mobile platform 61 and for positioning the tool 62 of curved-surface piece, being positioned at the automatic positioning mechanism 63 at tool 62 rear.
Described tool 62 coordinates the turntable 65 of an adjustable rotating angle to be installed on Y-axis mobile platform 61 by the XY axle Mobile base 64 of an adjustable relative displacement.Wherein, described turntable 65 outer rim is provided with a projection 651; Being provided with first, second adjusting rod 652,653 on Y-axis mobile platform 61, this first, second adjusting rod 652,653 is symmetrically arranged on projection 651 both sides, and the end of this first, second adjusting rod 652,653 contacts with projection 651 two sides respectively. Described XY axle Mobile base 64 includes X-axis Mobile base and the Y-axis Mobile base that stacking is assemblied on Y-axis mobile platform 61, wherein, and the distance that between this X-axis Mobile base and Y-axis Mobile base, scalable is mutual.
Described automatic positioning mechanism 63 includes being installed on Y-axis mobile platform 61 and by jet so that the jet plate 631 that suspends of diaphragm and be installed on first, second location-plate 632,633 outside jet plate 631 and be installed on Y-axis mobile platform 61 and be respectively used to the three, the 4th cylinders 634,635 driving this first, second location-plate 632,633 movable. When described diaphragm is transferred on jet plate 631, this continuous jet of jet plate 631, to cause diaphragm above the jet plate 631 suspended, three, the 4th cylinders 634,635 drive this first, second location-plate 632,633 to move respectively subsequently, and promote diaphragm to move certain position by this first, second location-plate 632,633, diaphragm to be adjusted predetermined position, reach the purpose being automatically positioned.
In described laminating, module 7 and module 6 under described laminating cooperate work, so that being fitted in by diaphragm in the lower module 6 of laminating on tool 62 in the curved-surface piece of location.
Movable stand 71 that in described laminating, module 7 includes being installed on support 1 and the second suction plate 70 being installed on movable stand 71 lower end and be positioned at the rolling shaft group 72 in the second suction plate 70 front, this second suction plate 70 and rolling shaft group 72 are positioned at above the lower module 6 of laminating. Wherein, described rolling shaft group 72 includes first, second rolling shaft 721,722 being installed on movable stand 71 lower end side by side, this the first rolling shaft 721 periphery has a cylindrical rolling surface, this the second rolling shaft 722 periphery has an arc rolling surface caved inward, and this second rolling shaft 722 is positioned at outside.
In described laminating module 7 also include a crane 73, for the 5th cylinder 74 driving this crane 73 to move up and down and the rotating mechanism 75 being installed on crane 73 lower end and the driving mechanism 76 for driving this rotating mechanism 75 to rotate, described movable stand 71 is installed on rotating mechanism 75 lower end. Wherein, described rotating mechanism 75 includes a rotating shaft 751 and the rotation seat 752 being installed in rotating shaft 751, and this rotating shaft 751 end is installed on crane 73 lower end by bearing, and described movable stand 71 is installed on rotation seat 752; Described driving mechanism 76 includes one the 6th cylinder 761, the cylinder body of the 6th cylinder 761 and crane 73 pivot joint, and in the 6th cylinder 761, the end of piston rod is articulated with an interlock plate 762, and this interlock plate 762 is connected with described rotating shaft 751 and interlocks.
Described diaphragm is PSA film sheet.
During utility model works, first curved-surface piece is installed on the tool 62 in the lower module 6 of laminating, and coordinate turntable 65 to adjust this curved-surface piece to precalculated position by XY axle Mobile base 64, wherein, this jet plate 631 moves to described laminating the underface of the second suction plate 70 in module 7 by Y-axis mobile platform 61. Coiled strip adhesive tape is walked around successively the first air-expanding shaft 21, locating platform 25, feeding roller group 22, stripping table 51, transfer roller the 24, second air-expanding shaft 23 again, subsequently membrane wafer stack is positioned over the parking space of material platform 3.
Start whole machine, the first suction plate 41 in adsorption mechanism 4 carries out X-direction under XZ axle mobile platform 42 acts on and Z-direction moves, to cause this first suction plate 41 can hold the diaphragm on a sheet stock platform 3, and this diaphragm is moved to the coiled strip adhesive tape fitting in locating platform 25 upper surface, being positioned on this coiled strip adhesive tape then through feeding roller group 22 by diaphragm laminating, this coiled strip adhesive tape constantly rotates to realize transmitting the purpose of diaphragm.
When coiled strip adhesive tape being fitted chaffy part behind stripping table 51 upper surface and side, this diaphragm can constantly depart from coiled strip adhesive tape, with this simultaneously, in described laminating, the second suction plate 70 of module 7 holds the diaphragm after departing from coiled strip adhesive tape at once, in this laminating, this diaphragm is moved above jet plate 631 by module 7 subsequently, and second suction plate 70 stop suction, this jet plate 631 carries out jet, to cause this diaphragm above the jet plate 631 suspended, in automatic positioning mechanism 63 the 3rd subsequently, 4th cylinder 634, 635 drive respectively this first, second location-plate 632, 633 move, and by this first, second location-plate 632, 633 promote diaphragm to move certain position, diaphragm to be adjusted predetermined position, reach the purpose being automatically positioned.
Then, the second suction plate 70 air-breathing again in module 7 in laminating, and the diaphragm through being automatically positioned is picked up, meanwhile, Y-axis mobile platform 61 in the lower module 6 of laminating drive this curved-surface piece to this second suction plate 70 in lower section, subsequently, in this laminating, diaphragm is positioned in curved-surface piece by the second suction plate 70 in module 7, rolling shaft group 72 in the upper module 7 of laminating simultaneously constantly rolls on this diaphragm, to cause this diaphragm to fit on the curved surface of this curved-surface piece.
In sum, work process of the present utility model is and automatically completes, and its operation stability is high, precision is high, work efficiency is high, and laminating quality is good, to cause this utility model to have the high market competitiveness.
Certainly, the foregoing is only specific embodiment of the utility model, not being limit this utility model practical range, all equivalences done according to structure, feature and principle described in this utility model claim change or modify, and all should be included in this utility model claim.
Claims (10)
1. application of a surface machine, it is characterised in that: including:
One support (1);
Feed mechanism (2), it includes the first air-expanding shaft (21), feeding roller group (22), the second air-expanding shaft (23) and the some transfer rollers (24) being positioned between first, second air-expanding shaft (23) that are installed on support (1) and the coiled strip adhesive tape walking around the first air-expanding shaft (21), feeding roller group (22), the second air-expanding shaft (23) and transfer roller (24), this feeding roller group (22) side is provided with a locating platform (25), and this coiled strip adhesive tape gluing is in this locating platform (25) upper surface;
One material platform (3), it is installed on feed mechanism (2) side, and is formed with the parking space for depositing diaphragm on this material platform (3);
One adsorption mechanism (4), it includes one for drawing the diaphragm in the parking space being positioned over this material platform (3), and the first suction plate (41) moved by this diaphragm to the coiled strip adhesive tape being positioned at locating platform (25) upper surface;
One mechanism for stripping (5), it includes moving horizontally the stripping table (51) that mode is installed on support (1), this stripping table (51) is positioned at material platform (3) lower section, and described coiled strip adhesive tape gluing is in this stripping table (51) upper surface;
The one lower module (6) of laminating, it includes a Y-axis mobile platform (61) being installed on support (1), is installed on Y-axis mobile platform (61) above and for positioning the tool (62) of curved-surface piece, being positioned at the automatic positioning mechanism (63) at tool (62) rear;
Module (7) in one laminating coordinated with module (6) under described laminating, it movable stand (71) including being installed on support (1) and the second suction plate (70) being installed on movable stand (71) lower end and be positioned at the rolling shaft group (72) in the second suction plate (70) front, this second suction plate (70) and rolling shaft group (72) are positioned at lower module (6) top of laminating.
2. application of a surface machine according to claim 1, it is characterized in that: described adsorption mechanism (4) also includes XZ axle mobile platform (42) being installed on support (1), and described first suction plate (41) is installed on this XZ axle mobile platform (42) lower end.
3. application of a surface machine according to claim 2, it is characterized in that: described XZ axle mobile platform (42) including: the first slide track seat (421) being installed on support (1), the X-axis being installed on the first slide track seat (421) moves platform (422), platform (422) moves along X-direction on the first slide track seat (421) for driving this X-axis to move the first cylinder (423) and be vertically arranged to the second cylinder (424) that X-axis moves on platform (422) and the Z axis being installed on the second cylinder (424) piston-rod lower end moves platform (425), described first suction plate (41) is installed on Z axis and moves platform (425) lower end.
4. application of a surface machine according to claim 3, it is characterised in that: described X-axis moves platform (422) upper end and is also equipped with one first sliding sleeve (426); Described first slide track seat (421) is arranged above one first slide rail (427), and the first sliding sleeve (426) is socketed on this first slide rail (427).
5. application of a surface machine according to claim 1, it is characterised in that: described tool (62) coordinates the turntable (65) of an adjustable rotating angle to be installed on Y-axis mobile platform (61) by XY axle Mobile base (64) of an adjustable relative displacement.
6. application of a surface machine according to claim 5, it is characterised in that: described turntable (65) outer rim is provided with a projection (651); Y-axis mobile platform is provided with first, second adjusting rod on (61), this first, second adjusting rod is symmetrically arranged on projection (651) both sides, and the end of this first, second adjusting rod contacts with projection (651) two sides respectively.
7. the application of a surface machine according to claim 1-6 any one, it is characterised in that: described automatic positioning mechanism (63) include being installed on Y-axis mobile platform (61) upper and by jet so that diaphragm the jet plate (631) and first, second location-plate (632,633) being installed on jet plate (631) outside that suspend and to be installed on Y-axis mobile platform (61) upper and be respectively used to the three, the 4th cylinders (634,635) driving this first, second location-plate (632,633) to move forward and backward.
8. the application of a surface machine according to claim 1-6 any one, it is characterized in that: described rolling shaft group (72) includes being installed on side by side first, second rolling shaft (721,722) of movable stand (71) lower end, this the first rolling shaft (721) periphery has a cylindrical rolling surface, this the second rolling shaft (722) periphery has an arc rolling surface caved inward, and this second rolling shaft (722) is positioned at outside.
9. the application of a surface machine according to claim 1-6 any one, it is characterized in that: in described laminating module (7) also include a crane (73), the 5th cylinder (74) and the rotating mechanism (75) being installed on crane (73) lower end that are used for driving this crane (73) to move up and down and be used for the driving mechanism (76) driving this rotating mechanism (75) to rotate, described movable stand (71) is installed on rotating mechanism (75) lower end.
10. application of a surface machine according to claim 9, it is characterized in that: described rotating mechanism (75) includes a rotating shaft (751) and the rotation seat (752) being installed in rotating shaft (751), this rotating shaft (751) end is installed on crane (73) lower end by bearing, and described movable stand (71) is installed on rotation seat (752); Described driving mechanism (76) includes one the 6th cylinder (761), the cylinder body of the 6th cylinder (761) and crane (73) pivot joint, in 6th cylinder (761), the end of piston rod is articulated with an interlock plate (762), and this interlock plate (762) is connected with described rotating shaft (751) and interlocks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520743657.7U CN205291724U (en) | 2015-09-23 | 2015-09-23 | Curved surface rigging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520743657.7U CN205291724U (en) | 2015-09-23 | 2015-09-23 | Curved surface rigging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205291724U true CN205291724U (en) | 2016-06-08 |
Family
ID=56463108
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520743657.7U Withdrawn - After Issue CN205291724U (en) | 2015-09-23 | 2015-09-23 | Curved surface rigging machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205291724U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105172217A (en) * | 2015-09-23 | 2015-12-23 | 东莞东聚电子电讯制品有限公司 | Curved surface laminating machine |
-
2015
- 2015-09-23 CN CN201520743657.7U patent/CN205291724U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105172217A (en) * | 2015-09-23 | 2015-12-23 | 东莞东聚电子电讯制品有限公司 | Curved surface laminating machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160608 Effective date of abandoning: 20170609 |