CN202463108U - Compound device for thermal insulation force-combination templates of high-rise buildings - Google Patents
Compound device for thermal insulation force-combination templates of high-rise buildings Download PDFInfo
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- CN202463108U CN202463108U CN2012200342128U CN201220034212U CN202463108U CN 202463108 U CN202463108 U CN 202463108U CN 2012200342128 U CN2012200342128 U CN 2012200342128U CN 201220034212 U CN201220034212 U CN 201220034212U CN 202463108 U CN202463108 U CN 202463108U
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Abstract
The utility model discloses a compound device for thermal insulation force-combination templates of high-rise buildings. The compound device for the thermal insulation force-combination templates of the high-rise buildings is characterized in that surface linings (such as aluminum-foil paper), templates or other strips and boards are compacted, arranged and straightened when passing through the lower parts of a lower gluing arrangement device 10 and an upper gluing arrangement device 11; colloids to be coated are respectively arranged on a lower gluing device 12 and an upper gluing device 13; the colloids are obtained when roller bodies of an upper gluing wheel set 5 and roller bodies of a lower gluing wheel set 9 respectively roll and scrape on the lower gluing device 12 and the upper gluing device 13; and the surface linings of the colloids to be coated and the templates are taped after reaching a compound pinch roller set 7 and a compound pinch roller set 8 at the same time together with thermal insulation materials, thus, various template compound veneers and the thermal insulation materials and other board compound veneers and the thermal insulation materials invented by the inventor are manufactured.
Description
Technical field: the utility model relates to the skyscraper insulation Composition plate set composite that a kind of sheet material composite surface and insulation material are used, and is suitable for processing and fabricating various template composite surface and insulation material and other sheet material composite surface and insulation materials by inventor's invention.
Background technology: at present; Also do not have the skyscraper insulation Composition plate set composite of this form, existing various composite surfaces are all made by hand, and efficient is low-cost high; And the hand paste quality is low; Be not easy to large-scale industrialized production,, be necessary to invent a kind of practical advanced skyscraper insulation Composition plate set composite in order to change the multinomial patented product of this disadvantageous situation and the inventor's invention that forms a complete production network.
Summary of the invention: the purpose of the utility model is that a kind of skyscraper insulation Composition plate set composite will be provided; It is the skyscraper insulation Composition plate set composite of a kind of compound insulating material and surface layer; Be suitable for processing and fabricating various template composite surface and insulation material and other sheet material composite surface and insulation materials by inventor's invention; Sticking efficiency is higher, quality is better, cost is lower, is convenient to production batch production, large-scale processing.
It is template one side composite surface and insulation material and other sheet material composite surface and insulation material in inventor's invention that the skyscraper insulation Composition plate set composite of the utility model is wanted the product of compound completion.Operation direction of advance when stipulating template by Compound Machining has last gluing wheels 5 for forward on the upper bracket 17, following glue coating wheel 9 is arranged on the lower carriage 15; Behind the last gluing wheels 5 on the upper bracket 17 last gluing collating unit 11 is arranged, following gluing collating unit 10 is arranged behind the following glue coating wheel 9 on the lower carriage 15; Pressing down on the lower carriage 15 has compound press nips 8 and compound press nips 7 before the rubber tire 3, after compound press nips 8 and the compound press nips 7 compound material passage 18 of feeding and compound material channel plate 16 arranged.Motor 1 utilizes chain or gear drive band to drive driving wheel 2 drives and presses down the last moulding wheels 4 on the rubber tire 3; Last moulding wheels 4 drive with chain or gear drive band and go up gluing wheels 5; Last moulding wheels 4 are used gear drive to the driven pulley of this group again with last gluing wheels 5; It also is under driving wheel 2 drives, to rotate that compound driving wheel 6 is connected with driving wheel 2 usefulness chains or gear drive band; Compound driving wheel 6 usefulness chains or gear drive band drive compound press nips 7 and compound press nips 8, and compound press nips 7 is used gear drive to the driven pulley of this group again with compound press nips 8, and following glue coating wheel 9 drives by pressing down rubber tire 3; Following gluing collating unit 10 and last gluing collating unit 11 be template, surface lining (like, aluminium-foil paper etc.) or other ribbon, sheet material from their bottoms through the time compress and put in order stretching effect; On following glue spreading apparatus 12 and the last glue spreading apparatus 13 colloid that is coated with is arranged; Rolling body on last gluing wheels 5 and the following glue coating wheel 9 rolls with last glue spreading apparatus 13 at following glue spreading apparatus 12 respectively and obtains the colloid that is coated with when scraping; The rolling of colloid through rolling body is coated on respectively on top and/or following surface lining (like, aluminium-foil paper etc.), template or other ribbon, the sheet material face; Last Frictioning device 14 is accepted glue spreading apparatus 13 and is rolled and scrape the colloid that falls; Lower carriage 15 support down gluing collating unit 10, down glue coating wheel 9, press down work such as rubber tire 3, play supporting and fixation; Upper bracket 17 support goes up gluing collating unit 11, go up gluing wheels 5, go up work such as moulding wheel 4, plays supporting and fixation; Compound material channel plate 16 is in compound material passage 18; Insulation material is from passing through to arrive compound press nips 7 and compound press nips 8 therebetween; By the composite surface material (as; Aluminium-foil paper etc.), template or other ribbon, sheet material pastes on the surface of surface lining (like, aluminium-foil paper etc.), template or other ribbon, sheet material by moulding in compound press nips 7 and compound press nips 8 jointly, surface lining volume 19 and insulation material volume 20 said apparatus in service involved to roll respectively emit surface lining and insulation material; Template 21 can also can drop into the template 21 that has processed by forming press 22 processing back inputs.Skyscraper insulation Composition plate set composite adopts split to make the aggregate erection mode and makes, do not do qualification at the mounting means between each parts, part shape, parts, distance, material therefor etc. under the prerequisite that guarantees the realization function.
Since the utility model skyscraper insulation Composition plate set composite adopt surface lining (like, aluminium-foil paper etc.), template or other ribbon, sheet material from gluing collating unit 10 and last gluing collating unit 11 their bottoms down through compacted and put in order stretching; Be gummed the shape body on following glue spreading apparatus 12 and the last glue spreading apparatus 13; Rolling body on last gluing wheels 5 and the following glue coating wheel 9 rolls with last glue spreading apparatus 13 at following glue spreading apparatus 12 respectively and obtains colloid when scraping; Above the rolling of colloid through rolling body is coated on respectively with following surface lining (like, aluminium-foil paper etc.), template or other ribbon, sheet material on; Compound material channel plate 16 in compound material passage 18 insulation material from passing through therebetween; Insulation material and by compound surface lining (as; Aluminium-foil papers etc.), template or other ribbon, sheet material arrive jointly in compound press nips 7 and the compound press nips 8 and are pasted on its surface by moulding; Surface lining and the template folder that just is applied colloid adds insulation material and together arrives in compound press nips 7 and the compound press nips 8 by moulding; Thereby realize processing and fabricating various template composite surface and insulation material and other sheet material composite surface and insulation materials by inventor's invention; Sticking efficiency is higher, quality is better, cost is lower, is convenient to product batch production production, large-scale processing.
Description of drawings: the utility model is done further to describe below in conjunction with accompanying drawing.Fig. 1 is a kind of basic production line principle view of the utility model, and Fig. 2 is a kind of principle view of the set composite part in the utility model skyscraper insulation Composition plate set composite, all is merely an one of which special case.Skyscraper insulation Composition plate set composite is mainly by motor 1; Driving wheel 2; Press down rubber tire 3; Last moulding wheels 4; Last gluing wheels 5; Compound driving wheel 6; Compound press nips 7; Compound press nips 8; Following glue coating wheel 9; Following gluing collating unit 10; Last gluing collating unit 11; Following glue spreading apparatus 12; Last glue spreading apparatus 13; Last Frictioning device 14; Lower carriage 15; Compound material channel plate 16; Upper bracket 17; Compound material passage 18; Surface lining volume 19; Insulation material volume 20; Template 21; Forming press 22 is formed.
The specific embodiment: with reference to Fig. 1, Fig. 2, surface lining (like, aluminium-foil paper etc.), template or other ribbon, sheet material from gluing collating unit 10 down and/or the bottom of going up gluing collating unit 11 through the time compacted and put in order stretching; Be sent to gluing in gluing wheels 5 and the following glue coating wheel 9 respectively; On following glue spreading apparatus 12 and the last glue spreading apparatus 13 colloid that is coated with is arranged; Rolling body on last gluing wheels 5 and the following glue coating wheel 9 rolls with last glue spreading apparatus 13 at following glue spreading apparatus 12 respectively and obtains colloid when scraping; The rolling of colloid through rolling body is coated on respectively on top and/or following surface lining (like, aluminium-foil paper etc.), template or other ribbon, the sheet material face; Last Frictioning device 14 is accepted glue spreading apparatus 13 and is rolled and scrape the colloid that falls.Motor 1 utilizes chain or gear drive band to drive driving wheel 2 drives and presses down rubber tire 3 and last moulding wheels 4; Last moulding wheels 4 drive with chain or gear drive band and go up gluing wheels 5; Last moulding wheels 4 are used gear drive with the driven pulley of this group roller follower body again with last gluing wheels 5; Compound driving wheel 6 also is connected driving wheel 2 with chain or gear drive band with driving wheel 2 and drives rotation down; Compound driving wheel 6 usefulness chains or gear drive band drive compound press nips 7 and compound press nips 8, and compound press nips 7 and compound press nips 8 use gear drive with the driven pulley of the roller follower body of this group again, and following glue coating wheel 9 is by pressing down rubber tire 3 drives; Under above-mentioned driving; Surface lining (as; Aluminium-foil paper etc.), template or other ribbon, sheet material from last gluing wheels 5 and/or down on the glue coating wheel 9 through after be sent to again to press down and be uniformly distributed with gluing once more rubber tire 3 and the last moulding wheels 4 and roll out; Surface lining (as; Aluminium-foil paper etc.), template or other ribbon, sheet material rolls out the insulation materials that come with the compound material channel plate from compound material passage 18 16 back and is sent to that pressure activated cohesive connects in compound press nips 7 and the compound press nips 8, insulation material is just sticked on surface lining (like, aluminium-foil paper), template or other ribbon, the plate surface by moulding; Lower carriage 15 support down gluing collating unit 10, down glue coating wheel 9, press down work such as rubber tire 3, play supporting and fixation; Upper bracket 17 support goes up gluing collating unit 11, go up gluing wheels 5, go up work such as moulding wheel 4; Play supporting and fixation; Surface lining volume 19 and insulation material volume 20 said apparatus in service involved to roll respectively emit surface lining and insulation material; Template 21 can also can drop into the template 21 that has processed by forming press 22 processing back inputs.Skyscraper insulation Composition plate set composite adopts split to make parts aggregate erection apparatus for converting, does not do qualification at the mounting distance between each parts, part shape, parts, material therefor etc. under the prerequisite that guarantees each component function.
Claims (4)
1. the skyscraper insulation Composition plate set composite used of sheet material composite surface and insulation material; Mainly by motor (1), driving wheel (2), press down rubber tire (3), go up moulding wheels (4), go up gluing wheels (5), compound driving wheel (6), compound press nips (7), compound press nips (8), down glue coating wheel (9), down gluing collating unit (10), go up gluing collating unit (11), down glue spreading apparatus (12), go up glue spreading apparatus (13), go up Frictioning device (14), lower carriage (15), compound material channel plate (16), upper bracket (17), compound material passage (18), surface lining volume (19), insulation material volume (20), template (21) form; It is characterized in that: last gluing wheels (5) are arranged on the upper bracket (17), following glue coating wheel (9) is arranged on the lower carriage (15).
2. skyscraper insulation Composition plate set composite according to claim 1 is characterized in that: behind the last gluing wheels (5) on the upper bracket (17) last gluing collating unit (11) is arranged, behind the following glue coating wheel (9) on the lower carriage (15) following gluing collating unit (10) is arranged.
3. skyscraper according to claim 1 insulation Composition plate set composite is characterized in that: press down that rubber tire (3) is preceding to have compound press nips (8) and a compound press nips (7) on the lower carriage (15).
4. skyscraper insulation Composition plate set composite according to claim 1 is characterized in that: compound material passage of feeding (18) and compound material channel plate (16) are arranged after compound press nips (8) and the compound press nips (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200342128U CN202463108U (en) | 2012-01-19 | 2012-01-19 | Compound device for thermal insulation force-combination templates of high-rise buildings |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200342128U CN202463108U (en) | 2012-01-19 | 2012-01-19 | Compound device for thermal insulation force-combination templates of high-rise buildings |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202463108U true CN202463108U (en) | 2012-10-03 |
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ID=46911299
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200342128U Expired - Fee Related CN202463108U (en) | 2012-01-19 | 2012-01-19 | Compound device for thermal insulation force-combination templates of high-rise buildings |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202463108U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102582203A (en) * | 2012-01-19 | 2012-07-18 | 安徽鸿路钢结构(集团)股份有限公司 | High-rise building insulation force combination template compound device |
-
2012
- 2012-01-19 CN CN2012200342128U patent/CN202463108U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102582203A (en) * | 2012-01-19 | 2012-07-18 | 安徽鸿路钢结构(集团)股份有限公司 | High-rise building insulation force combination template compound device |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121003 Termination date: 20160119 |
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| EXPY | Termination of patent right or utility model |