CN202200545U - Transverse forming and processing equipment for corrugated plate made of glass fiber reinforced plastics - Google Patents
Transverse forming and processing equipment for corrugated plate made of glass fiber reinforced plastics Download PDFInfo
- Publication number
- CN202200545U CN202200545U CN2011203646703U CN201120364670U CN202200545U CN 202200545 U CN202200545 U CN 202200545U CN 2011203646703 U CN2011203646703 U CN 2011203646703U CN 201120364670 U CN201120364670 U CN 201120364670U CN 202200545 U CN202200545 U CN 202200545U
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- China
- Prior art keywords
- bracing frame
- cylinder
- roller
- live roller
- bearing block
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- Casting Or Compression Moulding Of Plastics Or The Like (AREA)
Abstract
Transverse forming and processing equipment for a corrugated plate made of glass fiber reinforced plastics comprises two bottom frames, eight supporting frames, rotary drums, flattening rollers, supporting plates, supports and chains, and is characterized in that the eight supporting frames are arranged on the two bottom frames, the supporting plates and adjusting handles are arranged on the second supporting frame, the third supporting frame, the fourth supporting frame, the fifth supporting frame, the sixth supporting frame and the seventh supporting frame, the supports are arranged on the first supporting frame and the eighth supporting frame, the rotary drums and the flattening rollers are fixed onto the supporting plates or the supports through shafts, bearing block sliders are arranged on the supporting plates and the supports, bearing blocks are arranged below the bearing block sliders, adjusting screws are arranged on the bearing block sliders, a transmission roller is arranged between the corresponding rotary drum and the corresponding supporting plate, the chains are arranged among the second supporting frame, the third supporting frame and the fourth supporting frame, a belt pulley is arranged at one end of a long shaft, protruding ribs are arranged on the surfaces of the first rotary drum, the third rotary drum and the fifth rotary drum, and grooves are arranged on the surfaces of the second rotary drum, the fourth rotary drum and the sixth rotary drum.
Description
Technical field
The utility model relates to a kind of fiberglass corrugated plating process equipment that laterally is shaped, and belongs to construction material process equipment field.
Background technology
The fiberglass corrugated plating have insulation, waterproof, fire-retardant, energy-conservation, corrosion-resistant, reduce good characteristic such as ultraviolet transmittance, be widely used in places such as large scale industry factory building, supermarket, stadiums, warmhouse booth, bicycle shed.The operation principle of conventional glass steel corrugated plating automatic production line is: after resin and various auxiliary agent are stirred in proportion; Utilize film formation up and down to have the fibre resin sandwich belt of film protection up and down, discharge bubble through the plastic squeeze axle then, and the qualification product thickness; Again under the draw of tractor; Realize preformed, moulding and curing through insulating box successively, at last through cut-to-length sizes machine with functions, on request with fiberglass corrugated plating cutting forming.Adopt the defective of this method processing fiberglass corrugated plating to be: because product receives tractive force direction and the stressed restriction of raw material self, the fiberglass corrugated plating all is vertical moulding; Need limit the product width scope of fiberglass corrugated plating production equipment in advance, thereby limit the scope of application of this equipment; For the ease of the needs that the fiberglass corrugated plating is deposited and transported, vertically the fiberglass corrugated plating must pass through custom-sized cutting process, thereby has limited the use length of fiberglass corrugated plating.
The utility model content
The purpose of the utility model is that a kind of fiberglass corrugated plating process equipment that laterally is shaped is provided in order to address the above problem; This equipment adopts the processing mode production and processing fiberglass corrugated plating of horizontal moulding; Through the fiberglass corrugated plating of laterally moulding can be as required its width of intercepting arbitrarily, but and the fiberglass corrugated plating rolling behind the curing molding place, when needs use; The user can arbitrarily cut out according to the size of own needs, for user's later stage deposits, transports, uses convenience is provided; This device structure is simple, and is easy to operate, can improve the production efficiency of production and processing fiberglass corrugated plating greatly.
In order to achieve the above object, the utility model is realized through following technological means:
A kind of fiberglass corrugated plating process equipment that laterally is shaped; It partly is made up of first underframe, first bracing frame, gripper shoe, second bracing frame, first chain, the 3rd bracing frame, second chain, the 4th bracing frame, first cylinder, first live roller, second tin roller, second live roller, the 5th bracing frame, the 3rd cylinder, the 3rd live roller, the 4th cylinder, the 4th live roller, the 6th bracing frame, the 5th cylinder, the 5th live roller, the 6th cylinder, the 6th live roller, the 7th bracing frame, the first smooth roller, support, the second smooth roller, the 8th bracing frame, second underframe; It is characterized in that: first underframe is provided with first bracing frame, second bracing frame, the 3rd bracing frame and the 4th bracing frame, and second underframe is provided with the 5th bracing frame, the 6th bracing frame, the 7th bracing frame and the 8th bracing frame; On the upper cross plate of second bracing frame, the 3rd bracing frame, the 4th bracing frame, the 5th bracing frame, the 6th bracing frame and the 7th bracing frame, be respectively arranged with gripper shoe; On the upper cross plate of first bracing frame and the 8th bracing frame, be respectively arranged with support; First cylinder, the 3rd cylinder, the 4th cylinder, the 5th cylinder and the 6th cylinder are fixed on the gripper shoe of cylinder both sides through axle respectively, and second tin roller is fixed in the lower end of the gripper shoe of cylinder both sides through major axis; The first smooth roller and the second smooth roller are fixed on the support of roller both sides through axle respectively; Be respectively arranged with the bearing block slide block at the middle part of six gripper shoes, be provided with bearing block, be provided with first adjusting screw(rod), be provided with handle wheel in the upper end of first adjusting screw(rod) on bearing block slide block top in bearing block slide block lower end; Be respectively arranged with the bearing block slide block at the middle part of two supports, be provided with bearing block, be provided with second adjusting screw(rod) on bearing block slide block top in bearing block slide block lower end; Be respectively arranged with first live roller, second live roller, the 3rd live roller, the 4th live roller, the 5th live roller and the 6th live roller in the side of six cylinders; On the left side of the upper cross plate of second bracing frame, the 3rd bracing frame, the 4th bracing frame, the 5th bracing frame, the 6th bracing frame and the 7th bracing frame, be respectively arranged with regulating handle; Between second bracing frame and the 3rd bracing frame, be provided with first chain, between the 3rd bracing frame and the 4th bracing frame, be provided with second chain; End at major axis is provided with belt pulley.
Described first cylinder, the 3rd cylinder and the 5th cylinder surface are provided with fin; Be provided with groove at second tin roller, the 4th cylinder and the 6th cylinder surface, the fin of first cylinder, the 3rd cylinder and the 5th cylinder surface is meshed with the groove of second tin roller, the 4th cylinder and the 6th cylinder surface.
Operation principle:
Motor sends power to belt pulley through belt; Belt pulley drives major axis and rotates; And send power to second tin roller and second live roller, and major axis sends power in the 4th cylinder axis through second chain, and axis drives the 4th cylinder and the 4th live roller rotates; Axis in the 4th cylinder sends power in the 6th cylinder axis through first chain, and axis drives the 6th cylinder and the 6th live roller rotates; Second live roller through and first live roller between rubbing action drive first cylinder and rotate; The 4th live roller through and the 3rd live roller between rubbing action drive the 3rd cylinder and rotate; The 6th live roller through and the 5th live roller between rubbing action drive the 5th cylinder and rotate; Like this, six cylinders rotate simultaneously, can the glass epoxy after smooth be rolled into bellows-shaped through fin on the cylinder and groove.
During use, raw material at first passing through in the middle of two smooth rollers up and down, carries out the smooth processing of hot pressing to glass-reinforced plastic material, through the roll extrusion effect of cylinder fin and groove, can the glass epoxy after smooth be rolled into bellows-shaped then.
The utility model mainly has following good effect and technical characterictic:
1, this equipment adopts the processing mode production and processing fiberglass corrugated plating of horizontal moulding; Through the fiberglass corrugated plating of laterally moulding can be as required its width of intercepting arbitrarily; And but the fiberglass corrugated plating rolling behind the curing molding is placed; When needs used, the user can arbitrarily cut out according to the size of own needs, for user's later stage deposits, transports, uses convenience is provided;
2, this device structure is simple, and is easy to operate, can improve the production efficiency of production and processing fiberglass corrugated plating greatly.
Description of drawings
Accompanying drawing is laterally the be shaped perspective view of process equipment of the utility model fiberglass corrugated plating.
As shown in the figure, the Arabic numerals among the figure are represented as follows:
1. first underframe; 2. first bracing frame; 3. gripper shoe; 4. second bracing frame; 5. first chain; 6. the 3rd bracing frame; 7. second chain; 8. the 4th bracing frame; 9. major axis; 10. belt pulley; 11. regulating handle; 12. bearing block; 13. axle; 14. bearing block slide block; 15. first adjusting screw(rod); 16. handle wheel; 17. first cylinder; 18. first live roller; 19. second tin roller; 20. second live roller; 21. the 5th bracing frame; 22. the 3rd cylinder; 23. the 3rd live roller; 24. the 4th cylinder; 25. the 4th live roller; 26. the 6th bracing frame; 27. the 5th cylinder; 28. the 5th live roller; 29. the 6th cylinder; 30. the 6th live roller; 31. the 7th bracing frame; 32. the first smooth roller; 33. second adjusting screw(rod); 34. support; 35. the second smooth roller; 36. the 8th bracing frame; 37. second underframe
Below in conjunction with embodiment and accompanying drawing the utility model is done further to specify:
The specific embodiment
Embodiment
As shown in the figure; A kind of fiberglass corrugated plating process equipment that laterally is shaped, it is made up of the smooth roller of the smooth roller of first underframe 1, first bracing frame 2, gripper shoe 3, second bracing frame 4, first chain 5, the 3rd bracing frame 6, second chain 7, the 4th bracing frame 8, first cylinder 17, first live roller 18, second tin roller 19, second live roller 20, the 5th bracing frame 21, the 3rd cylinder 22, the 3rd live roller 23, the 4th cylinder 24, the 4th live roller 25, the 6th bracing frame 26, the 5th cylinder 27, the 5th live roller 28, the 6th cylinder 29, the 6th live roller 30, the 7th bracing frame 31, first 32, support 34, second 35, the 8th bracing frame 36, second underframe, 37 parts.
As shown in the figure, first underframe 1 is provided with first bracing frame 2, second bracing frame 4, the 3rd bracing frame 6 and the 4th bracing frame 8, the second underframes 37 and is provided with the 5th bracing frame 21, the 6th bracing frame 26, the 7th bracing frame 31 and the 8th bracing frame 36; On the upper cross plate of second bracing frame 4, the 3rd bracing frame 6, the 4th bracing frame 8, the 5th bracing frame 21, the 6th bracing frame 26 and the 7th bracing frame 31, be respectively arranged with gripper shoe 3; On the upper cross plate of first bracing frame 2 and the 8th bracing frame 36, be respectively arranged with support 34; First cylinder 17, the 3rd cylinder 22, the 4th cylinder 24, the 5th cylinder 27 and the 6th cylinder 29 are fixed on the gripper shoe 3 of cylinder both sides through axle 13 respectively, and second tin roller 19 is fixed in the lower end of the gripper shoe 3 of cylinder both sides through major axis 9; The first smooth roller 32 and the second smooth roller 35 are fixed on the support 34 of roller both sides through axle 13 respectively; Be respectively arranged with bearing block slide block 14 at the middle part of six gripper shoes 3, be provided with bearing block 12, be provided with first adjusting screw(rod) 15, be provided with handle wheel 16 in the upper end of first adjusting screw(rod) 15 on bearing block slide block 14 tops in bearing block slide block 14 lower ends; Be respectively arranged with bearing block slide block 14 at the middle part of two supports 34, be provided with bearing block 12, be provided with second adjusting screw(rod) 33 on bearing block slide block 14 tops in bearing block slide block 14 lower ends; Be respectively arranged with first live roller 18, second live roller 20, the 3rd live roller 23, the 4th live roller 25, the 5th live roller 28 and the 6th live roller 30 in the side of six cylinders; On the left side of the upper cross plate of second bracing frame 4, the 3rd bracing frame 6, the 4th bracing frame 8, the 5th bracing frame 21, the 6th bracing frame 26 and the 7th bracing frame 31, be respectively arranged with regulating handle 11; Between second bracing frame 4 and the 3rd bracing frame 6, be provided with first chain 5, between the 3rd bracing frame 6 and the 4th bracing frame 8, be provided with second chain 7; End at major axis 9 is provided with belt pulley 10.
As shown in the figure; Described first cylinder 17, the 3rd cylinder 22 and the 5th cylinder 27 surfaces are provided with fin; Be provided with groove on second tin roller 19, the 4th cylinder 24 and the 6th cylinder 29 surfaces, the fins on first cylinder 17, the 3rd cylinder 22 and the 5th cylinder 27 surfaces are meshed with second tin roller 19, the 4th cylinder 24 and the 6th cylinder 29 surperficial grooves.
As shown in the figure; Operation principle: motor sends power to belt pulley 10 through belt; Belt pulley 10 drives major axis 9 and rotates; And send power to second tin roller 19 and second live roller 20, and major axis 9 sends power in the 4th cylinder 24 axis through second chain 7, and axis drives the 4th cylinder 24 and 25 rotations of the 4th live roller; Axis in the 4th cylinder 24 sends power in the 6th cylinder 29 axis through first chain 5, and axis drives the 6th cylinder 29 and the 6th live roller 30 rotates; Second live roller 20 through and the rubbing action of 18 of first live rollers drive first cylinder 17 and rotate; The 4th live roller 25 through and the rubbing action of 23 of the 3rd live rollers drive the 3rd cylinder 22 and rotate; The 6th live roller 30 through and the rubbing action of 28 of the 5th live rollers drive the 5th cylinder 27 and rotate; Like this, six cylinders 22 rotate simultaneously, can the glass epoxy after smooth be rolled into bellows-shaped through fin on the cylinder and groove.During use, raw material at first passing through in the middle of two smooth rollers up and down, carries out the smooth processing of hot pressing to glass-reinforced plastic material, through the roll extrusion effect of cylinder fin and groove, can the glass epoxy after smooth be rolled into bellows-shaped then.
Claims (1)
1. fiberglass corrugated plating process equipment that laterally is shaped; It is made up of first underframe (1), first bracing frame (2), gripper shoe (3), second bracing frame (4), first chain (5), the 3rd bracing frame (6), second chain (7), the 4th bracing frame (8), first cylinder (17), first live roller (18), second tin roller (19), second live roller (20), the 5th bracing frame (21), the 3rd cylinder (22), the 3rd live roller (23), the 4th cylinder (24), the 4th live roller (25), the 6th bracing frame (26), the 5th cylinder (27), the 5th live roller (28), the 6th cylinder (29), the 6th live roller (30), the 7th bracing frame (31), the first smooth roller (32), support (34), the second smooth roller (35), the 8th bracing frame (36), second underframe (37) part; It is characterized in that: first underframe (1) is provided with first bracing frame (2), second bracing frame (4), the 3rd bracing frame (6) and the 4th bracing frame (8), and second underframe (37) is provided with the 5th bracing frame (21), the 6th bracing frame (26), the 7th bracing frame (31) and the 8th bracing frame (36); On the upper cross plate of second bracing frame (4), the 3rd bracing frame (6), the 4th bracing frame (8), the 5th bracing frame (21), the 6th bracing frame (26) and the 7th bracing frame (31), be respectively arranged with gripper shoe (3); On the upper cross plate of first bracing frame (2) and the 8th bracing frame (36), be respectively arranged with support (34); First cylinder (17), the 3rd cylinder (22), the 4th cylinder (24), the 5th cylinder (27) and the 6th cylinder (29) are fixed on the gripper shoe (3) of cylinder both sides through axle (13) respectively, and second tin roller (19) is fixed in the lower end of the gripper shoe (3) of cylinder both sides through major axis (9); The first smooth roller (32) and the second smooth roller (35) are fixed on the support (34) of roller both sides through axle (13) respectively; Be respectively arranged with bearing block slide block (14) at the middle part of six gripper shoes (3); Be provided with bearing block (12) in bearing block slide block (14) lower end; Be provided with first adjusting screw(rod) (15) on bearing block slide block (14) top, be provided with handle wheel (16) in the upper end of first adjusting screw(rod) (15); Be respectively arranged with bearing block slide block (14) at the middle part of two supports (34), be provided with bearing block (12), be provided with second adjusting screw(rod) (33) on bearing block slide block (14) top in bearing block slide block (14) lower end; Be respectively arranged with first live roller (18), second live roller (20), the 3rd live roller (23), the 4th live roller (25), the 5th live roller (28) and the 6th live roller (30) in the side of six cylinders; On the left side of the upper cross plate of second bracing frame (4), the 3rd bracing frame (6), the 4th bracing frame (8), the 5th bracing frame (21), the 6th bracing frame (26) and the 7th bracing frame (31), be respectively arranged with regulating handle (11); Between second bracing frame (4) and the 3rd bracing frame (6), be provided with first chain (5), between the 3rd bracing frame (6) and the 4th bracing frame (8), be provided with second chain (7); End at major axis (9) is provided with belt pulley (10); Be provided with fin on first cylinder (17), the 3rd cylinder (22) and the 5th cylinder (27) surface; Be provided with groove on second tin roller (19), the 4th cylinder (24) and the 6th cylinder (29) surface, the fin on first cylinder (17), the 3rd cylinder (22) and the 5th cylinder (27) surface is meshed with the groove on second tin roller (19), the 4th cylinder (24) and the 6th cylinder (29) surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203646703U CN202200545U (en) | 2011-09-15 | 2011-09-15 | Transverse forming and processing equipment for corrugated plate made of glass fiber reinforced plastics |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203646703U CN202200545U (en) | 2011-09-15 | 2011-09-15 | Transverse forming and processing equipment for corrugated plate made of glass fiber reinforced plastics |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202200545U true CN202200545U (en) | 2012-04-25 |
Family
ID=45964682
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203646703U Expired - Fee Related CN202200545U (en) | 2011-09-15 | 2011-09-15 | Transverse forming and processing equipment for corrugated plate made of glass fiber reinforced plastics |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202200545U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102764792A (en) * | 2012-07-19 | 2012-11-07 | 太原华欣诚机电设备有限公司 | Production unit and method for machining stainless steel spiral corrugated pipe |
-
2011
- 2011-09-15 CN CN2011203646703U patent/CN202200545U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102764792A (en) * | 2012-07-19 | 2012-11-07 | 太原华欣诚机电设备有限公司 | Production unit and method for machining stainless steel spiral corrugated pipe |
| CN102764792B (en) * | 2012-07-19 | 2015-12-02 | 太原华欣诚机电设备有限公司 | A kind of production unit of processing stainless steel helical bellows and processing method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120425 Termination date: 20120915 |