CN205438796U - Full -automatic multilayer is back to back and is expected hot press unit - Google Patents
Full -automatic multilayer is back to back and is expected hot press unit Download PDFInfo
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- CN205438796U CN205438796U CN201620224898.5U CN201620224898U CN205438796U CN 205438796 U CN205438796 U CN 205438796U CN 201620224898 U CN201620224898 U CN 201620224898U CN 205438796 U CN205438796 U CN 205438796U
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Abstract
The utility model provides a full -automatic multilayer is back to back and is expected hot press unit, is including pass in and out material system, full -automatic continuous hot press gluing system, conveying system and PLC electrical control system automatically, and the material system is passed in and out in the automation and conveying system establishes respectively in full -automatic hot press gluing system both sides, full -automatic hot press gluing system includes elevating system and hot press mechanism, and hot press mechanism has the four layers hot pressboard to constitute, and the four layers hot pressboard is on the guide shaft in the frame is installed to the slider, and hot press mechanism is whole to be placed in elevating system's main part frame, and the hot press mechanism hydraulic cylinder with elevating system is connected through the flange seat. This device the whole structure is compact, and the operation is reliable, easy to maintain, but pressure, pressing time, heating temperature can adjust also automatically regulated according to production by oneself, easy operation, but conitnuous production, greatly reduced intensity of labour, improved the work efficiency, fundamentally has solved crude manual work and has assembled group by group, has suppressed the veneer group by group, and the hot press gluing time is inconsistent, the uneven problem of veneer quality.
Description
Technical field
This utility model relates to, in a kind of production process of plate, to realize the device of sheet material full-automatic feeding-discharging continuous hot-press, a kind of device realizing multi-layered board continuous feeding and discharging hot pressing.
Background technology
Along with the composite multi-layer door market demand, the yield of sheet material are consequently increased by people's door, compacting gluing is indispensable step in current production process, and the current technique used is employing multiple stage press, manually concentrate charging, concentrate compacting gluing, manually concentrate discharging.This raw technique not only operates that complexity, production efficiency is low but also the gluing time of each sheet material differs to, unstable product quality, the most, labor intensity is big, and production cost is high, is unfavorable for automated production, make enterprise competitiveness decline, hinder the development of enterprise to a certain extent.Therefore, use advanced person's to suppress requirement and the inexorable trend that gluing equipment is enterprise development.
Summary of the invention
Problem to be solved in the utility model is: can Automatic continuous charging, continuous hot-press be glued, the full-automatic multi-layer continuous feeding and discharging hot-press arrangement of continuous discharge in providing a kind of sheet material to produce, guarantee that sheet material produces continuously, improve product quality, overcome the series of problems that prior art exists.
Solve the technical scheme that this utility model problem is used: this device includes automatic feed/discharge system, full-automatic continuous hot-press glue system, induction system and PLC electrical apparatus control system, and automatic feed/discharge system and induction system are respectively provided at full-automatic continuous hot-press glue system charging aperture and discharging opening rear and front end；Full-automatic continuous hot-press glue system includes elevating mechanism and hot pressing mechanism, elevating mechanism is made up of main stand, Hydraulic Station, hot pressing mechanism lifting hydraulic cylinder, heating platen lifting hydraulic cylinder, heating platen lifting hydraulic cylinder seat, equalizer bar, rotating hydraulic cylinder and photoelectric control switch, main stand is frame structure, and Hydraulic Station is loaded on main stand upper end；Hot pressing mechanism lifting hydraulic cylinder is arranged on main stand corner straight up, is fixed on the hot pressing mechanism lifting hydraulic cylinder seat of main stand corner；Heating platen lifting hydraulic cylinder seat has two, for plank frame, is arranged on the main stand left and right sides, and bottom is articulated with on main stand base through bearing pin；Heating platen lifting hydraulic cylinder divides equally two groups, is separately fixed on the heating platen lifting hydraulic cylinder seat of both sides；Two equalizer bars are loaded on the flange of heating platen lifting hydraulic cylinder piston rod end of both sides respectively, are evenly equipped with heating platen saddle inside equalizer bar；Rotating hydraulic cylinder divides equally two groups, is separately mounted to outside heating platen lifting hydraulic cylinder seat, and bottom is by hinge at main stand, and the piston rod of upper end is hinged on heating platen lifting hydraulic cylinder seat top；Photoswitch is separately mounted in corresponding frame；Hot pressing mechanism includes frame, hot pressing mechanism lifting hydraulic cylinder flange seat, pressing hydraulic cylinder, upper hot pressboard, heating platen, lower hot pressing board, slide block, guide shaft, heating system；Frame is frame structure, pressing hydraulic cylinder is arranged in the middle of frame top, upper hot pressboard is connected to pressing hydraulic cylinder piston rod end portion, lower hot pressing board is fixed in gantry base, heating platen is made up of polylith, every piece of heating platen is equipped with a strip boss on two sides, and all heating platens are in slide block is arranged on frame on the guide shaft of corner；Hot pressing mechanism is integrally placed in main stand, the hot pressing mechanism lifting hydraulic cylinder of hot pressing mechanism lifting hydraulic cylinder flange seat correspondence elevating mechanism, and is fixed on the flange seat of hot pressing mechanism lifting hydraulic cylinder piston rod end；The conveyer frame lower plane of automatic feed/discharge system is corresponding with plane on the ground floor heating platen of full-automatic hot-pressing glue system with the conveying cylinder top of induction system.
Steady for ensureing when hot pressing mechanism rises overally, it is respectively mounted a tooth bar at four vertical framework uppers of main stand；One bascule is installed at hot pressing mechanism top, bascule is made up of two horizontal balance axles, two longitudinal balance axles and four spur gears, eight bevel gears, balance axle is located at hot pressing mechanism top surrounding, it is fixed on hot pressing mechanism top through bearing block, by bevel gear transmission between the balance axle that each two is connected, it is equipped with a synchronous transmission gear, four tooth bars on four the most corresponding transmission main stands of synchronous transmission gear balancing axle two ends longitudinally in each.
Automatic feed/discharge system, induction system and heating system use routine techniques to make, and PLC electrical apparatus control system does the colleague technical staff automatically controlled and all can design, and are not required to protection, are not described further at this.
Good effect of the present utility model is: (1) compact integral structure, and floor space is few, reliable, economical and practical, it is easy to safeguard；Pressure, pressing time, heating-up temperature can regulate voluntarily according to production and also can be automatically adjusted；(2) simple to operate, it is achieved that PLC automatically controls, can consecutive production, all-weather operation, greatly reduce labor intensity, be a kind of full-automatic equipment, it is not necessary to manual operation, production process only need 1 people make an inspection tour, decrease operator, improve work efficiency；(3) fundamentally solving and original artificial assemble the most in batch, suppress gluing, hot-press gluing Time Inconsistency, the uneven problem of bonding quality in batch, compared with the current mode of production, efficiency can carry more than three times higher, and bonding quality is safe and reliable;(4) applied widely, be not only suitable to an industry and produce, the most applicable to various plate object hot pressing.
Accompanying drawing explanation
Accompanying drawing 1 is the example structure schematic diagram of the present utility model of continuous hot-press five laminate material；Accompanying drawing 2 is schematic diagram on the left of full-automatic hot-pressing glue system of the present utility model；Accompanying drawing 3 is the schematic top plan view of accompanying drawing 2；Accompanying drawing 4 is elevating mechanism schematic front view of the present utility model；Accompanying drawing 5 is the left view schematic diagram of accompanying drawing 4；Schematic diagram when accompanying drawing 6 rises for equalizer bar；Accompanying drawing 7 is the heating platen postrotational schematic diagram of lifting hydraulic cylinder seat；Accompanying drawing 8 is hot pressing mechanism schematic front view of the present utility model；Accompanying drawing 9 is the left view schematic diagram of accompanying drawing 8；Accompanying drawing 10 is the schematic top plan view of accompanying drawing 8.
Detailed description of the invention
As shown in Figure 1, it is can the hot-press arrangement of the glued five laminate materials of continuous hot-press, mainly including automatic feed/discharge system A, full-automatic continuous hot-press glue system B, induction system C and PLC electrical apparatus control system, automatic feed/discharge system A and induction system C are respectively provided at full-automatic hot-pressing glue system B and import and export two ends.
Automatic feed/discharge system A: include conveyer, mainframe 14, guide rail chain 10, photoswitch 1, 8, 9, conveyer is by power rod 2, walking sprocket wheel 3, movable motor 4, conveyer belt 5, conveying frame 6, road wheel chain 11, conveyer belt chain 12, conveyer belt motor 13 forms, power rod 2 is transversely mounted on conveying frame 6 two ends, conveyer belt 5 is arranged on power rod 2, conveyer belt motor 13 drives live roll 2 and conveyer belt 5 to move by chain 12, sheet material 7 is placed on the conveyer belt 5 in conveying frame 6 by last process equipment, conveyer belt 5 drives sheet material 7 to move to photoswitch 8 stop motion；Walking dynamo-electric 4 drives walking sprocket wheel 3 to rotate along the guide rail chain 10 being arranged on mainframe 14 by road wheel chain 11, and walking sprocket wheel 3 is installed in conveying frame 6, drives conveyer to move together；Transmission is stopped during walking sprocket wheel 3 to photoswitch 9, movable motor 4 inverts, conveyer is driven to return in situ, conveyer belt motor 13 starts driving conveying belt 5 and rotates forward simultaneously, the linear velocity of conveyer belt 5 is identical with conveying frame 6 opening speed, realize the relative full-automatic hot-pressing glue system of sheet material 7 and keep static, sheet material 7 is sent into full-automatic hot-pressing glue system B.
Full-automatic hot-pressing glue system such as accompanying drawing 2, 3, 4, 5, 6, shown in 7, including elevating mechanism and hot pressing mechanism, elevating mechanism such as accompanying drawing 4, 5, 6, shown in 7, including main stand 21, Hydraulic Station 22, four hot pressing mechanism lifting hydraulic cylinders 23, eight heating platen lifting hydraulic cylinders 17, four rotating hydraulic cylinders 18, two heating platen lifting hydraulic cylinder seats 19, two equalizer bars 20, photoswitch 24, 25, 29, 49 and tooth bar 32, main stand 21 is frame structure, Hydraulic Station 22 is loaded on main stand 21 upper end, power is provided for each hydraulic means by high-pressure oil pipe；Four hot pressing mechanism lifting hydraulic cylinders 23 are arranged on main stand 21 4 jiaos straight up, are fixed on 21 4 jiaos of hot pressing mechanism lifting hydraulic cylinder seats of main stand；Heating platen lifting hydraulic cylinder seat 19 is plank frame, is arranged on main stand 21 left and right sides, and bottom is articulated with on main stand 21 base through bearing pin 19-1, as shown in Figure 5；Eight heating platen lifting hydraulic cylinders 17 are divided equally on two groups of heating platen lifting hydraulic cylinder seats 19 being the most uniformly fixed on both sides, as shown in Figure 4；Two equalizer bars 20 are loaded on the flange of heating platen lifting hydraulic cylinder 17 piston rod end of both sides respectively, are evenly equipped with heating platen saddle 20-1, as shown in Figure 5 inside equalizer bar 20；Rotating hydraulic cylinder 18 divides equally two groups, it is separately mounted to outside heating platen hydraulic cylinder seat 19, bottom is hinged on main stand 21 base by bearing pin 18-1, the piston rod of upper end is hinged on heating platen hydraulic cylinder seat 19 top, can realize heating platen hydraulic cylinder seat 19 both sides forwards, backwards are rotated a fixed angle, as shown in accompanying drawing 5,7；Photoswitch 24,25 is installed on mainframe 21, and photoswitch 24 is corresponding with plane on the first heating platen 34, and photoswitch 25 is arranged on above photoswitch 24 at 250 millimeters, and the stroke limiting every piece of heating platen is 250 millimeters.
Hot pressing mechanism such as accompanying drawing 8, 9, shown in 10, including frame 27, hot pressing mechanism lifting hydraulic cylinder flange seat 26, pressing hydraulic cylinder 28, upper hot pressboard 30, first heating platen 34, second heating platen 35, 3rd heating platen 36, 4th heating platen 37, lower hot pressing board 28, slide block 15, guide shaft 16, circulating pump 39, recirculation heater 40, conduction oil turnover header 47, regulation valve 46, oil pipe 48, frame 27 is frame structure, pressing hydraulic cylinder 28 is arranged on frame 27 crown center, upper hot pressboard 30 is connected to pressing hydraulic cylinder 28 piston rod end, lower hot pressing board 38 is fixed on frame 27 base, intermediate heat pressing plate has four layers, every layer of heating platen 34, 35, 36, a strip boss t(such as accompanying drawing 6 it is equipped with on 37 two sides, shown in 9)；Four guide shafts 16 are separately fixed at corner in frame 27, and guide shaft 16 is connected with frame 27 top, bottom by bolt；Every layer of heating platen corner is respectively mounted a slide block 15, four layers of heating platen 34,35,36,37, respectively on sliding 15 pieces of guide shafts being arranged in frame 27 16, makes heating platen 34,35,36,37 along guide shaft about 16 easy motion and not offset (as shown in Figure 8) by sliding sleeve 15.Conduction oil turnover header 47 is fixed on frame 27, connects each heating platen by oil pipe 48, regulation valve 46 regulate the conduction oil entering each heating platen；Four pieces of heating platens 34,35,36,37 all use integral plate to make, in using, circulating heat conduction oil heating improves the efficiency of heating surface, four pieces of heating platens 34,35,36,37 are arranged in order, it is arranged between upper hot pressboard 30 and lower hot pressing board 38, during hot pressing, sheet material is between two pieces of heating platens, makes sheet material upper and lower surface be heated simultaneously, accelerate the compacting gluing speed of sheet material, to improve production efficiency；Heater 40 is loaded on hot pressing mechanism one end, oil pipe 48, oil circulating pump 39 and conduction oil turnover header 47, regulation valve 46, heating platen 30,34,35,36,37,38 connect into a closed circuit, by the regulation valve 46 in conduction oil turnover header 47, temperature according to each heating platen, heating oil quantity is done secondary distribution, for each heated platen on-demand offer conduction oil, it is ensured that each hot plate homogeneous heating, to improve compacting bonding quality and efficiency.Hot pressing mechanism is integrally placed in main stand 21, the hot pressing mechanism lifting hydraulic cylinder 23 of the corresponding elevating mechanism of hot pressing mechanism lifting hydraulic cylinder flange seat 26, and is fixed on the flange seat of hot pressing mechanism lifting hydraulic cylinder 23 piston rod end；Steady for ensureing when hot pressing mechanism rises overally, it is respectively mounted a tooth bar 32 at 21 4 vertical framework uppers of main stand；One bascule is installed at hot pressing mechanism top, bascule is made up of 50, two longitudinal balance axles 51 of two horizontal balance axles and four Synchronous Transmission straight-tooth gears 33, balance axle 50,51 is located at hot pressing mechanism top surrounding, it is fixed on hot pressing mechanism top through bearing block 53, by bevel gear 52 transmission between the balance axle that each two is connected, Synchronous Transmission straight-tooth gear 33 is located at the two ends balancing axle 51 longitudinally in each, four tooth bars 32 on four the most corresponding also transmission main stands 21 of Synchronous Transmission straight-tooth gear 33.
Induction system C includes carrying frame 45, buncher 43, driving chain 44,42 and conveying cylinder 41, its main effect is to drive conveying cylinder 41 to rotate as power by driving chain 44,42 using buncher 43, and sheet material 31 good for hot-press gluing transports appointment position.Buncher 43 can arbitrarily adjust output speed according to hot speed of production for stepless speed-change motor.
Work process of the present utility model and operation principle be: first starts recirculation heater 40 during work, and each heating platen is heated by oil circulating pump 39 to by conduction oil circulation, after each heating platen reaches operating temperature, starts remaining whole each device.The each machine of this device is automatically into position shown in Fig. 1, and now heating platen lifting hydraulic cylinder seat 19 is in deployed position (as shown in Figure 7), and rotating hydraulic cylinder 18 is in state of entirely stretching out.Heating platen lifting hydraulic cylinder 17, pressing hydraulic cylinder 28 are in full contraction state, and hot pressing mechanism lifting hydraulic cylinder 23 is in the state of stretching out.nullWhen last process sheet material 7 moves to photoswitch 1，Photoswitch 1 passes information to PLC control centre，Conveyer belt motor 13 is started by PLC control centre by the information obtained，By chain 12、Power rod 2 driving conveying belt 5 rotates，Sheet material 7 is driven to move to hot pressing mechanism，When sheet material 7 moves to photoswitch 8，Photoswitch 8 passes information to PLC control centre，Conveyer belt motor 13 cuts out by PLC control centre by the information obtained，Start movable motor 4，Driven the walking sprocket wheel 3 being contained in conveying frame 6 to move along the track chain 10 being contained on mainframe 14 to hot pressing mechanism by walking chain 11，Walking sprocket wheel 3 drives conveyer and sheet material 7 to enter in hot pressing mechanism，When conveyer moves to photoswitch 9，Photoswitch 9 passes information to PLC control centre，Conveyer belt motor 13 is started by PLC control centre by the information obtained，Movable motor 4 inverts，Conveyer is along backtracking，Conveyer belt 5 drives sheet material 7 to travel forward.Now the proal speed of sheet material 7 is in opposite direction with conveyer return speed, numerical value is identical, sheet material 7 relative thermal press mechanism transfixion, completes sheet material 7 is sent into hot pressing mechanism, sheet material 31 is pushed out to induction system C, and sheet material 31 is transported to specify position by induction system C.Conveyer is back to reset switch 1-1, reset switch 1-1 by original route and passes information to PLC control centre, PLC control centre by the information that obtains by movable motor 4, carry charged 13 and close；Start four pressing hydraulic cylinders to press for 28 times simultaneously, make upper hot pressboard 30 and the first heating platen 34 is compressed by sheet material 7 until predetermined pressure, start four hot pressing mechanism lifting hydraulic cylinders 23 and upwards hot pressing mechanism entirety is risen.When heating platen 35 rises to photoswitch 24, photoswitch 24 passes information to PLC control centre, PLC control centre closes four hot pressing mechanism lifting hydraulic cylinders 23 by the information obtained, hot pressing mechanism stops rise action, open four rotating hydraulic cylinders 18 simultaneously, by both sides heating platen lifting hydraulic cylinder seat 19 closed reduction to Fig. 2 position, i.e. complete the sheet material hot-press gluing action between upper hot pressboard 30 and the first heating platen 34.When second sheet material of last process moves to photoswitch 1, photoswitch 1 passes information to PLC control centre, conveyer belt motor 3 is started by PLC control centre by the information obtained, rotated by chain 12, power rod 2 driving conveying belt 5, second sheet material is driven to move to hot pressing mechanism, when sheet material moves to photoswitch 8, photoswitch 8 passes information to PLC control centre, conveyer belt motor 13 cuts out by PLC control centre by the information obtained, being opened by the heating platen lifting hydraulic cylinder 17 of both sides, four pressing hydraulic cylinders 28 are in quick condition.Heating platen lifting hydraulic cylinder 17 withstands the strip boss t of heating platen 35 both sides by the saddle 20-1 on two equalizer bars 20, the sheet material jack-up together heating platen 35 and upper hot pressboard 30, first entered；nullWhen heating platen 35 rises to photoswitch 25，Photoswitch 25 passes information to PLC control centre，Movable motor 4 is started by PLC control centre by the information obtained，Driven the walking sprocket wheel 3 being contained in conveying frame 6 to move along the guide rail chain 10 being contained on mainframe 14 to hot pressing mechanism by walking chain 11，Walking sprocket wheel 3 drives conveyer and second sheet material to enter in hot pressing mechanism，When conveyer moves to photoswitch 9，Photoswitch 9 passes information to PLC control centre，Conveyer belt motor 13 is started by PLC control centre by the information obtained，Movable motor 4 inverts，Conveyer is along backtracking，Conveyer belt 5 drives second sheet material to travel forward，Now the sheet material speed that travels forward is in opposite direction with conveyer return speed，Numerical value is identical，Sheet material relative thermal press mechanism transfixion.Completing to press sheet material to release, hot pressing mechanism sent into by second sheet material.Conveyer is back to reset switch 1-1, reset switch 1-1 and passes information to PLC control centre, PLC control centre by the information that obtains by movable motor 4, carry charged 13 and close；nullStart eight heating platen lifting hydraulic cylinders 17 simultaneously、Four pressing hydraulic cylinders 28，Four pressing hydraulic cylinders are pressed for 28 times and are compressed second sheet material until predetermined pressure stops pressure automatically with each heating platen，Heating platen lifting hydraulic cylinder 17 shrinks and drives equalizer bar 20 to reset，Equalizer bar lower plane is corresponding with the photoswitch 29 being arranged on heating platen lifting hydraulic cylinder seat 19，After reset, reset photoswitch 29 passes information to PLC control centre，Four rotating hydraulic cylinders 18 are started by PLC control centre by the information obtained，Rotating hydraulic cylinder 18 drives the heating platen lifting hydraulic cylinder seat 19 of both sides and the heating platen lifting hydraulic cylinder 17 being fixed thereon、Equalizer bar 20 rotates and is returned to home position，Photoswitch 49 is corresponding with heating platen lifting hydraulic cylinder seat 19，Photoswitch 49 passes information to PLC control centre，PLC control centre will start four hot pressing mechanism lifting hydraulic cylinders 23 by the information obtained and upwards hot pressing mechanism entirety be risen.When heating platen 36 rises to photoswitch 24, photoswitch 24 passes information to PLC control centre, PLC control centre is by the information obtained, close four hot pressing mechanism lifting hydraulic cylinders 23, hot pressing mechanism stops rise action, open four rotating hydraulic cylinders 18 simultaneously, both sides heating platen lifting hydraulic cylinder seat 19 is closed to accompanying drawing 3 position, i.e. completes the sheet material hot-press gluing action between heating platen 34 and heating platen 35.Third and fourth, five blocks of sheet materials turnover repeat second block of sheet material process.Complete to 5 pieces of whole heat pressing action of sheet material, instruction is sent by plc data logical operations, make four hot pressing mechanism lifting hydraulic cylinders 23 open to shrink, drive hot pressing mechanism entire lowering, when heating platen 34 drops to photoswitch 24, photoswitch 24 passes information to PLC control centre, and PLC control centre carries out next round circulation by the information obtained, instruction.
Claims (2)
1. a full-automatic multi-layer continuous feeding and discharging hot-press arrangement, it is characterized in that: it includes automatic feed/discharge system, full-automatic continuous hot-press glue system, induction system and PLC electrical apparatus control system, automatic feed/discharge system and induction system are respectively provided at full-automatic continuous hot-press glue system charging aperture and discharging opening two ends；Full-automatic continuous hot-press glue system includes elevating mechanism and hot pressing mechanism, elevating mechanism is made up of main stand, Hydraulic Station, hot pressing mechanism lifting hydraulic cylinder, heating platen lifting hydraulic cylinder, heating platen lifting hydraulic cylinder seat, equalizer bar, rotating hydraulic cylinder and photoelectric control switch, main stand is frame structure, and Hydraulic Station is loaded on main stand upper end；Hot pressing mechanism lifting hydraulic cylinder is arranged on main stand corner straight up, is fixed on the hot pressing mechanism lifting hydraulic cylinder seat of main stand corner；Heating platen lifting hydraulic cylinder seat has two, for plank frame, is arranged on the main stand left and right sides, and bottom is articulated with on main stand base through bearing pin；Heating platen lifting hydraulic cylinder divides equally two groups, is separately fixed on the heating platen lifting hydraulic cylinder seat of both sides；Two equalizer bars are loaded on the flange of heating platen lifting hydraulic cylinder piston rod end of both sides respectively, are evenly equipped with heating platen saddle inside equalizer bar；Rotating hydraulic cylinder divides equally two groups, is separately mounted to outside heating platen lifting hydraulic cylinder seat, and bottom is by hinge at main stand, and the piston rod of upper end is hinged on heating platen lifting hydraulic cylinder seat top；Photoswitch is separately mounted in corresponding frame；Hot pressing mechanism includes frame, hot pressing mechanism lifting hydraulic cylinder flange seat, pressing hydraulic cylinder, upper hot pressboard, heating platen, lower hot pressing board, slide block, guide shaft, heating system；Frame is frame structure, pressing hydraulic cylinder is arranged in the middle of frame top, upper hot pressboard is connected to pressing hydraulic cylinder piston rod end portion, lower hot pressing board is fixed in gantry base, heating platen is made up of polylith, every piece of heating platen is equipped with a strip boss on two sides, and all heating platens are in slide block is arranged on frame on the guide shaft of corner；Hot pressing mechanism is integrally placed in main stand, the hot pressing mechanism lifting hydraulic cylinder of hot pressing mechanism lifting hydraulic cylinder flange seat correspondence elevating mechanism, and is fixed on the flange seat of hot pressing mechanism lifting hydraulic cylinder piston rod end；The conveyer frame lower plane of automatic feed/discharge system is corresponding with plane on the ground floor heating platen of full-automatic hot-pressing glue system with the conveying cylinder top of induction system.
Full-automatic multi-layer continuous feeding and discharging hot-press arrangement the most according to claim 1, it is characterised in that: it is respectively mounted a tooth bar at four vertical framework uppers of main stand；One bascule is installed at hot pressing mechanism top, bascule is made up of two horizontal balance axles, two longitudinal balance axles and four spur gears, eight bevel gears, balance axle is located at hot pressing mechanism top surrounding, it is fixed on hot pressing mechanism top through bearing block, by bevel gear transmission between the balance axle that each two is connected, it is equipped with a synchronous transmission gear, four tooth bars on four the most corresponding transmission main stands of synchronous transmission gear balancing axle two ends longitudinally in each.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620224898.5U CN205438796U (en) | 2016-03-23 | 2016-03-23 | Full -automatic multilayer is back to back and is expected hot press unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620224898.5U CN205438796U (en) | 2016-03-23 | 2016-03-23 | Full -automatic multilayer is back to back and is expected hot press unit |
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| Publication Number | Publication Date |
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| CN205438796U true CN205438796U (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620224898.5U Expired - Fee Related CN205438796U (en) | 2016-03-23 | 2016-03-23 | Full -automatic multilayer is back to back and is expected hot press unit |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105599071A (en) * | 2016-03-23 | 2016-05-25 | 河南天成智能装备有限公司 | Full-automatic multi-layer continuous feed/discharge hot-press device |
| CN107053813A (en) * | 2017-01-12 | 2017-08-18 | 江苏欧圣木业有限公司 | Hot press for work strengthening floor |
| CN107471342A (en) * | 2017-09-30 | 2017-12-15 | 鹤山市吉鼎机械有限公司 | Full-automatic multi-layer hot press enters ejecting plate system |
| CN109049182A (en) * | 2018-07-16 | 2018-12-21 | 漳州鑫华成机械制造有限公司 | A kind of continuous smoothly cold press |
-
2016
- 2016-03-23 CN CN201620224898.5U patent/CN205438796U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105599071A (en) * | 2016-03-23 | 2016-05-25 | 河南天成智能装备有限公司 | Full-automatic multi-layer continuous feed/discharge hot-press device |
| CN107053813A (en) * | 2017-01-12 | 2017-08-18 | 江苏欧圣木业有限公司 | Hot press for work strengthening floor |
| CN107471342A (en) * | 2017-09-30 | 2017-12-15 | 鹤山市吉鼎机械有限公司 | Full-automatic multi-layer hot press enters ejecting plate system |
| CN109049182A (en) * | 2018-07-16 | 2018-12-21 | 漳州鑫华成机械制造有限公司 | A kind of continuous smoothly cold press |
| CN109049182B (en) * | 2018-07-16 | 2021-03-05 | 漳州鑫华成机械制造有限公司 | Continuous and smooth cold press |
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| 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: 20160810 Termination date: 20190323 |
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| CF01 | Termination of patent right due to non-payment of annual fee |