CN208558560U - Automated, multi-level cellular board composite production line - Google Patents
Automated, multi-level cellular board composite production line Download PDFInfo
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- CN208558560U CN208558560U CN201820809938.1U CN201820809938U CN208558560U CN 208558560 U CN208558560 U CN 208558560U CN 201820809938 U CN201820809938 U CN 201820809938U CN 208558560 U CN208558560 U CN 208558560U
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Abstract
The utility model discloses automated, multi-level cellular board composite production lines, including the A plate and B plate feeding station, automatic optical grating length-metering device, automatic glue-spraying room and A plate that are connected in turn on compound transmission device and B plate multi-procedure, composite production line further includes the Heat preservation compression chamber being connected on A plate and B plate multi-procedure by blanking transmitting device；A plate and B plate feeding station, which use, is located at compound transmission device wherein side at least two support posts two crossbeams of support；Two crossbeams across and extend beyond compound transmission device, pass through the sliding type cross beam with sliding power source between two crossbeams and connect automatic material-absorbing device；A plate and B plate multi-procedure include the material-pulling device and material stirring-up mechanism, compound table for being fixed on automatic glue-spraying room discharge end.It is higher to realize the compound automatic charging of cellular board, transmission, automatic glue-spraying, automatic turning, the continuous automatic transmission of compound and drying and processing, working efficiency for the composite production line of the utility model.
Description
Technical field
The utility model relates to cellular board processing technique fields, more particularly to automated, multi-level cellular board composite production line.
Background technique
Honeycomb composite plate is to be pressurizeed and a kind of molding lightweight material by honeycomb and surface layer by heating, and American-European science and technology is flourishing
It is more early that country develops starting, and has formed batch mechanization production degree, but the device is complicated, involves great expense, difficult in maintenance.
In the A plate and B plate recombination process of honeycomb composite plate, many steps need manual operation, and intermediate link
It also needs to wait, the overall processing period is longer, and production efficiency is relatively low.
Utility model content
In order to overcome the above-mentioned deficiencies of the prior art, the utility model, which provides, develops that equipment is simple, operation is easy, dimension
Protect simplicity, high degree of automation, cheap production line.
The technical scheme adopted by the utility model is automated, multi-level cellular board composite production line, including be connected in turn
A plate and B plate feeding station, automatic optical grating length-metering device, automatic glue-spraying room and A plate and B plate on compound transmission device is multiple
Station is closed, composite production line further includes the Heat preservation pressurization being connected on A plate and B plate multi-procedure by blanking transmitting device
Room, and it is A plate and B plate feeding station, automatic glue-spraying room and A plate and B plate multi-procedure, Heat preservation compression chamber, compound
Transmitting device and blanking transmitting device are all connected with PLC control panel；Wherein:
A plate and B plate feeding station, using compound transmission device is located at, wherein side at least two support posts support two
Root crossbeam；Two crossbeams across and extend beyond compound transmission device, by with sliding power source between two crossbeams
Sliding type cross beam connects automatic material-absorbing device；
A plate and B plate multi-procedure, including being fixed on the material-pulling device of automatic glue-spraying room discharge end and material stirring-up mechanism, compound
Workbench, material stirring-up mechanism are fixed on compound transmission device by support base, and composite plate compounding machine is set on compound table.
Further, the discharge end that compound transmission device is located at Heat preservation compression chamber is additionally provided with discharging waiting station.
Further, discharging waiting station side is additionally provided with discharging and piles up device, and it includes driving means that device is piled up in discharging
And side baffle, the side that driving means is connected to compound transmission device transport out the AB plate of compound completion.
Further, compound table is sequentially connected to the discharge end of compound transmission device, while compound table hangs down
It is direct-connected to be connected to blanking transmitting device feeding end, it is additionally provided on compound table and pushes to blanking for compound successful AB composite plate
The feeding mechanism of transmitting device.
Further, automatic material-absorbing device includes lifting support plate, and at least one of hanging in lifting support plate
Sucker.
Further, each sucker connects negative pressure device by a suction pipe.
Further, Heat preservation compression chamber monitors Heat preservation pressurization by temperature control equipment and pressure control device
Indoor temperature and pressure.
Further, material stirring-up mechanism includes sequentially connected horizontal thrust device, horizontal pushing block, auxiliary connecting rod, mandril
And vertical thrust device, wherein horizontal pushing block is fixed on the end of horizontal thrust device, auxiliary connecting rod one end passes through hinged shaft
One is rotatably connected on horizontal pushing block, and the auxiliary connecting rod other end connects mandril by hinged shaft two, while mandril bottom connects
Vertical thrust device is connect, B board bottom portion, and then rotary turning B plate are inserted into the free end of mandril；Horizontal thrust device and vertical thrust
Device is all connected with PLC control panel.
Compared with prior art, the utility model has the beneficial effects that the automated, multi-level cellular board of the utility model is compound
Production line realizes the compound automatic charging of cellular board, transmission, automatic glue-spraying, automatic turning, compound and drying, and this
It is to transmit and link up automatically between a little processing steps, whole work efficiency is higher, and arranges without people, reduces mistake
The loss of operation reduces the production cost of multi-layer honeycomb composite production line.
The automated, multi-level cellular board composite production line of the utility model is also provided with discharging waiting station, and is located at
Expect that device is piled up in the discharging of waiting station side, it includes driving means and side baffle, driving means connection that device is piled up in discharging
The AB plate of compound completion is transported out in the side of compound transmission device, further improves the production effect of composite production line
Rate.
In addition, Heat preservation compression chamber is monitored in Heat preservation compression chamber by temperature control equipment and pressure control device
Temperature and pressure, realize and the composite plate after compound shaping dried automatically, the temperature, pressure in drying course are with timely
Between be individually to control, improve the entirety of composite plate and use quality.
Detailed description of the invention
Fig. 1 is the structure chart of one embodiment of automated, multi-level cellular board composite production line；
Fig. 2 is the top view in Fig. 1 at A, that is, is located at the structure chart of automatic glue-spraying room 2 and A plate and B plate multi-procedure 3；
Fig. 3 is the top view that device is piled up in discharging；
Fig. 4 is the top view of A plate and B plate feeding station；
Fig. 5 is the structure chart of one embodiment of material stirring-up mechanism；
Wherein: 1-A plate and B plate feeding station, 2- automatic glue-spraying room, 3-A plate and B plate multi-procedure, 4- Heat preservation
Compression chamber, 41- temperature control equipment, 42- pressure control device；5- discharging waiting station, 6- compound transmission device, 7- discharging code
Put device, 71- driving means, 72- side baffle；8- automatic material-absorbing device, 81- go up and down support plate, 82- sucker, 83- negative pressure dress
It sets；9- crossbeam, 10- sliding type cross beam, 11- material-pulling device, 12- material stirring-up mechanism, 121- horizontal thrust device, 122- level push away
Block, 123- assist connecting rod, 124- mandril, 125- vertical thrust device；13- compound table, 14-PLC control panel, 15-
Blanking transmitting device, 16- support base, 17- feeding mechanism, 18- support post, 19- automatic optical grating length-metering device.
Specific embodiment
In order to deepen the understanding to the utility model, with reference to the accompanying drawings and examples furtherly to the utility model
Bright, which is only used for explaining the utility model, does not constitute and limits to the protection scope of the utility model.
In order to solve the Multilayer honeycomb board technical problem relatively inefficient in compound tense, as shown in Figure 1, the utility model
A kind of automated, multi-level cellular board composite production line is provided, including the A plate and B plate being connected in turn on compound transmission device 6
Feeding station 1, automatic optical grating length-metering device 19, automatic glue-spraying room 2 and A plate and B plate multi-procedure 3, for realizing composite plate
Original plate A plate and the independent feeding of B plate, transport, glue spraying and compound.And composite production line further includes passing through blanking
Transmitting device 15 is connected to the Heat preservation compression chamber 4 on A plate and B plate multi-procedure 3, for carrying out heat to compound composite plate
Last hot pressing drying and sizing are completed in pressure and drying.In order to guarantee that the entire production line has higher service efficiency, with
And higher the degree of automation, A plate and B plate feeding station 1, automatic glue-spraying room 2 and A plate and B plate multi-procedure 3, heat preservation
Heating compression chamber 4, compound transmission device 6 and blanking transmitting device 15 are all connected with PLC control panel 14, realize on production line
The centralized control of each equipment.Automatic optical grating length-metering device 19 is entered before automatic glue-spraying room for measuring by feeding station
A plate size or B plate size, from assigning glue spraying dosage to automatic glue-spraying room, to A plate and B plate convenient for PLC control panel
Multi-procedure 3 assigns the complex parameters order such as suitable composite pressure, time and temperature.Automatic optical grating length-metering in more detail
Device 19 is used to differentiate A plate, B plate size facilitates glue spraying, compound, heat pressing process below, while can also record composite plate
Processing dimension, parameter information are convenient for final-period management and quality monitoring.It can also entrance in automatic glue-spraying room 2 and outlet
Automatic (electronic or magnetic force, the strength, hydraulic) switch gate of cloth setting is punished in position, and by the power source of two automatic opening and closing doors
It is connect with PLC control panel, the length of the A plate and B plate measured according to automatic optical grating length-metering device determines that automatic glue-spraying room is opened
The time is closed, realizes the high-precision control of automatic glue-spraying.
Specifically, A plate and B plate feeding station 1, are detailed in Fig. 4, using compound transmission device 6 is located at, wherein side is extremely
Few two support posts 18 support two crossbeams 9；Two crossbeams 9 across and extend beyond compound transmission device 6, two crossbeams
Automatic material-absorbing device 8, during the work time, automatic material-absorbing are connected by the sliding type cross beam 10 with sliding power source between 9
Device 8 sucks A plate, and perhaps B plate sliding type cross beam 10 transports A plate or B plate in place, then under the drive in sliding power source
Automatic material-absorbing device 8 loosens A plate or B plate.
For A plate and B plate multi-procedure 3, material-pulling device 11 and stirring including being fixed on 2 discharge end of automatic glue-spraying room
Mechanism 12, compound table 13, material stirring-up mechanism 12 are fixed on compound transmission device 6 by support base 16.When work, B plate is sent
To recombination region, turnover mechanism is overturn after fixing B plate, by B plate it is compound on A plate, subsequent compound panel turnover mechanism is retracted, etc.
To next circulation.A, B plate compound simultaneously is sent to heat-insulating pressurizing room, carries out close compound, temperature, time automatic adjustment.It is multiple
It closes and sets composite plate compounding machine on workbench.
In the above-described embodiments, the discharge end that compound transmission device 6 is located at Heat preservation compression chamber 4 is additionally provided with discharging and waits
Station 5, discharging waiting station 5 are generally the sloping platform of one section of non-installation and transportation device, can install one on the sloping platform
A little support rollers for being convenient for feeding, labor-saving effect are preferable.More preferably embodiment is that discharging 5 side of waiting station is additionally provided with out
Material piles up device 7, as shown in figure 3, it includes driving means 71 and side baffle 72 that device 7 is piled up in discharging, driving means 71 is connected
The AB plate of compound completion is transported out in the side of compound transmission device 6, it is too fast that side baffle 72 prevents AB composite plate from getting off.
In the above-described embodiments, it is detailed in Fig. 2, compound table 13 is sequentially connected to the discharge end of compound transmission device 6,
Compound table 13 is vertically connected at 15 feeding end of blanking transmitting device simultaneously, is additionally provided on compound table 13 for being combined into
The AB composite plate of function pushes to the feeding mechanism 17 of blanking transmitting device 15, and automation effect is more preferable, turns material and compound herein
Without manually monitoring and assisting, the composite cost of composite plate is also reduced.
More preferably one embodiment is that automatic material-absorbing device 8 includes lifting support plate 81, and hanging in lifting support plate
A plate or B plate is sucked using sucker at least one sucker 82 on 81, then carries, the overall structure for plate transport
Simply, convenient transportation.Each sucker 82 can also be connected negative pressure device 83 by a suction pipe, pass through negative pressure device 83
It inhales, deflate and realize sucker sucking and loosen to A plate or B plate.
In the above-described embodiments, Heat preservation compression chamber 4 is monitored by temperature control equipment 41 and pressure control device 42
The indoor temperature of Heat preservation pressurization and pressure have better control effect, in general temperature control equipment 41 and pressure
Force control device 42 also can individually be connect with PLC control panel 14, realize individually control.
In the above-described embodiments, as shown in figure 5, material stirring-up mechanism 12 includes sequentially connected horizontal thrust device 121, level
Pushing block 122, auxiliary connecting rod 123, mandril 124 and vertical thrust device 125, push away wherein horizontal pushing block 122 is fixed on level
The end of power device 121, auxiliary 123 one end of connecting rod are rotatably connected on horizontal pushing block 122 by hinged shaft 1, are assisted
123 other end of connecting rod connects mandril 124 by hinged shaft 2 21, while 124 bottom of mandril connects vertical thrust device 125, top
B board bottom portion is inserted into the free end of bar 124, and then rotary turning B plate, horizontal thrust device and vertical thrust device are all connected with PLC
Control panel, to realize automatic turning B plate.One or more can be set in the quantity of the material stirring-up mechanism 12, is arranged one
The stirring near center location of its position face B plate is fixed, and the possibility length direction arrangement of plate is evenly arranged on when being arranged multiple.One
As for, usually be arranged two material stirring-up mechanisms, plate can be overturn well, and can cause to damage to avoid to plate side
Wound.
Claims (8)
1. automated, multi-level cellular board composite production line, it is characterised in that: including the A being connected in turn on compound transmission device (6)
Plate and B plate feeding station (1), automatic optical grating length-metering device (19), automatic glue-spraying room (2) and A plate and B plate multi-procedure
(3), composite production line further includes the Heat preservation being connected on A plate and B plate multi-procedure (3) by blanking transmitting device (15)
Compression chamber (4), and A plate and B plate feeding station (1), automatic glue-spraying room (2) and A plate and B plate multi-procedure (3), heat preservation
Heating compression chamber (4), compound transmission device (6) and blanking transmitting device (15) are all connected with PLC control panel (14)；Wherein:
A plate and B plate feeding station (1), using being located at compound transmission device (6) wherein side at least two support posts (18)
Support two crossbeams (9)；Two crossbeams (9) across and extend beyond compound transmission device (6), between two crossbeams (9) lead to
Cross sliding type cross beam (10) connection automatic material-absorbing device (8) with sliding power source；
A plate and B plate multi-procedure (3), material-pulling device (11) and material stirring-up mechanism including being fixed on automatic glue-spraying room (2) discharge end
(12), compound table (13), material stirring-up mechanism (12) are fixed on compound transmission device (6) by support base (16), compound work
Make to set composite plate compounding machine on platform.
2. automated, multi-level cellular board composite production line according to claim 1, it is characterised in that: compound transmission device (6)
Discharge end positioned at Heat preservation compression chamber (4) is additionally provided with discharging waiting station (5).
3. automated, multi-level cellular board composite production line according to claim 2, it is characterised in that: discharging waiting station (5)
Side is additionally provided with discharging and piles up device (7), and it includes driving means (71) and side baffle (72), push that device (7) are piled up in discharging
The side that device (71) is connected to compound transmission device (6) transports out the AB plate of compound completion.
4. automated, multi-level cellular board composite production line according to claim 3, it is characterised in that: compound table (13) is suitable
It is connected to sequence the discharge end of compound transmission device (6), while compound table (13) is vertically connected at blanking transmitting device
(15) feeding end is additionally provided on compound table (13) and pushes to blanking transmitting device (15) for compound successful AB composite plate
Feeding mechanism (17).
5. automated, multi-level cellular board composite production line according to any one of claims 1-4, it is characterised in that: automatic to inhale
Expect that device (8) include lifting support plate (81), and at least one sucker (82) of hanging in lifting support plate (81).
6. automated, multi-level cellular board composite production line according to claim 5, it is characterised in that: each sucker (82) is logical
Cross suction pipe connection negative pressure device (83).
7. automated, multi-level cellular board composite production line according to claim 1, it is characterised in that: Heat preservation compression chamber
(4) the indoor temperature of Heat preservation pressurization and pressure are monitored by temperature control equipment (41) and pressure control device (42).
8. automated, multi-level cellular board composite production line according to claim 5, it is characterised in that: material stirring-up mechanism (12) includes
Sequentially connected horizontal thrust device (121), horizontal pushing block (122) assist connecting rod (123), mandril (124) and push away vertically
Power device (125) assists connecting rod (123) one wherein horizontal pushing block (122) is fixed on the end of horizontal thrust device (121)
End is rotatably connected on horizontal pushing block (122) by hinged shaft one (20), and auxiliary connecting rod (123) other end passes through hinged shaft two
(21) mandril (124) are connected, while mandril (124) bottom connection vertical thrust device (125), the free end of mandril (124) is inserted
Enter B board bottom portion, and then rotary turning plate；Horizontal thrust device (121) and vertical thrust device (125) are all connected with PLC control
Panel (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820809938.1U CN208558560U (en) | 2018-05-29 | 2018-05-29 | Automated, multi-level cellular board composite production line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820809938.1U CN208558560U (en) | 2018-05-29 | 2018-05-29 | Automated, multi-level cellular board composite production line |
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| Publication Number | Publication Date |
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| CN208558560U true CN208558560U (en) | 2019-03-01 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108544829A (en) * | 2018-05-29 | 2018-09-18 | 江苏瑞吉达建材科技有限公司 | Automated, multi-level cellular board composite production line |
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2018
- 2018-05-29 CN CN201820809938.1U patent/CN208558560U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108544829A (en) * | 2018-05-29 | 2018-09-18 | 江苏瑞吉达建材科技有限公司 | Automated, multi-level cellular board composite production line |
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