CN208326639U - The inorganic fire polyphenylene heat insulation slab process units of plate can be taken automatically - Google Patents
The inorganic fire polyphenylene heat insulation slab process units of plate can be taken automatically Download PDFInfo
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- CN208326639U CN208326639U CN201820687363.0U CN201820687363U CN208326639U CN 208326639 U CN208326639 U CN 208326639U CN 201820687363 U CN201820687363 U CN 201820687363U CN 208326639 U CN208326639 U CN 208326639U
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Abstract
A kind of inorganic fire polyphenylene heat insulation slab process units that can take plate automatically, including feed portion, negative-pressure penetration portion, discharging portion, the feed portion is linked in sequence from left to right with negative-pressure penetration portion, discharging portion, described discharging portion one end is provided with automatic plate taking device, automatic plate taking device includes clamping plate mechanism, plate taking-out mechanism, and plate taking-out mechanism is arranged in clamping plate mechanism side, and plate taking-out mechanism face clamping plate mechanism, so that plate taking-out mechanism can extend into clamping plate mechanism, the insulation board on clamping plate mechanism is taken out.The driving motor of the utility model clamping plate mechanism drives the rotation of the first transmission shaft, and it is rotated by chain-driving second driving shaft, and the clamping plate on chain is arranged on from the insulation board that discharging portion comes out and is clamped, since clamping plate can be moved along the run trace of chain, so that insulation board is transported to the other side of discharging portion, and by taking wooden handcart to transport by insulation board；This production method high production efficiency, production is safer, reduces labor intensity of workers.
Description
Technical field
The utility model relates to inorganic fireproof heat insulating plate production equipment technologies, more particularly to one kind can take plate automatically
Inorganic fire polyphenylene heat insulation slab process units.
Background technique
Polyphenylene heat insulation slab is to be aided with polymer with polystyrene resin while heating mixing, injecting catalyst, then
The hard environmental protection energy-saving type plastic foamboard of extrusion molding extrusion continuity closed-cell foam, inside be independent closed bubble
Structure, be it is a kind of there is high resistance to compression, that water absorption rate is low, moisture-proof, airtight, light, corrosion-resistant, anti-aging, thermal coefficient is low etc. is excellent
It is anisotropic can thermal insulation material, be that current construction industry is common, good heat-insulated, thermal insulation material.
In the prior art, when producing polyphenylene heat insulation slab, usually all it is worker station in production equipment tail portion, is incited somebody to action using artificial
The semi-finished product insulation board of production is taken away from equipment, and this production method low efficiency, manpower consumption is larger, and worker is from life
It produces during taking insulation board away in equipment, there are security risks.
Summary of the invention
In view of this, it is necessary to provide a kind of high production efficiency, production it is safer, reduce labor intensity of workers can be automatic
Take the inorganic fire polyphenylene heat insulation slab process units of plate.
A kind of inorganic fire polyphenylene heat insulation slab process units that can take plate automatically, including feed portion, negative-pressure penetration portion, discharging
Portion, the feed portion are linked in sequence from left to right with negative-pressure penetration portion, discharging portion, and described discharging portion one end is provided with takes plate automatically
Device, automatic plate taking device include clamping plate mechanism, plate taking-out mechanism, and plate taking-out mechanism is arranged in clamping plate mechanism side, clamping plate mechanism
Width is greater than the width of plate taking-out mechanism, and plate taking-out mechanism face clamping plate mechanism, so that plate taking-out mechanism can extend into clamping plate machine
In structure, the insulation board on clamping plate mechanism is taken out；Clamping plate mechanism includes shell, guide rail, driving motor, the first transmission shaft, second
Transmission shaft, at least two pairs of clamping plates, shell are the cube of open on three sides, are provided on the inner wall of plate taking-out mechanism on the downside of shell
Laser sensor, guide rail is fixed on the downside of the shell of plate taking-out mechanism side, and face shell, and driving motor setting exists
Below housing exterior walls, the lower section of the first transmission shaft setting inside housings, and the output end for passing through shell and driving motor connects,
Second driving shaft is arranged right above the first transmission shaft, and the first transmission shaft is parallel with second driving shaft, second driving shaft and
For first transmission shaft by two chain connections, the first transmission shaft, second driving shaft are provided with use close to the both ends of inner walls
In the sprocket wheel of chain connection, and the sprocket wheel on the sprocket wheel and second driving shaft on the first transmission shaft is connected by chain and is driven,
At least two pairs of Boards walls are arranged on the chain that the first transmission shaft is connect with second driving shaft, and the first transmission shaft passes through chain band
Dynamic second driving shaft rotation, to drive clamping plate to rotate along the track of chain movement, so that the insulation board for coming out discharging portion is transported
It sees off；Plate taking-out mechanism includes walking dolly, erects fixed frame, takes plate stem, and walking dolly is moved along track, so that plate taking-out mechanism energy
It enough extend into clamping plate mechanism, takes the insulation board being embedded on clamping plate away, erect fixed frame and be vertically fixed on walking dolly, and
The width of fixed frame is erect greater than the width between two sprocket wheels on the first transmission shaft and second driving shaft, plate stem is taken and erects solid
Determine frame to be vertically fixedly connected close to the side of clamping plate mechanism, taking plate stem to be equally spaced along setting fixed frame long axis direction has at least two
Group takes plate stem, and is corresponding in turn to the clamping plate being arranged on chain, and every group takes plate stem equidistant along fixed frame short-axis direction is erect
Distribution three takes plate stem.
It is preferably, described that take plate stem include the top plate of support plate and the setting of support plate one end, one end of support plate and setting
Fixed frame is fixedly connected, and other end setting offers the pin hole passed through for pin shaft, pin shaft on two axis pin bases there are two axis pin base
On be further sleeved with a torsionspring, in the elongated slot that the U-shaped fixed arm insertion of torsionspring is arranged on the supporting plate, torsionspring
Two torsion arms connect with top plate, axis pin base is provided with a boss far from a side end of support plate, is arranged above boss
There is top plate, top plate is provided with fixing sleeve corresponding with two torsion arms of torsionspring on the surface of support plate side,
Two torsion arms of torsionspring are each passed through fixing sleeve corresponding thereto and connect with top plate.
Preferably, each pair of clamping plate includes the connecting rod that two clamping plates and one fix two clamping plates, two clamping plates point
It is not fixed on both ends of the connecting rod close to chain, connecting rod is connect with two chain bolts, and clamping plate is in U-shape structure, and clamping plate
Opening be greater than insulation board thickness, to facilitate insulation board to be embedded into clamping plate.
Preferably, the laser sensor and driving motor are electrically connected, the signal transmission that laser sensor will test
To control module, the unlatching or stopping of driving motor are controlled by control module.
The utility model by adopting the above technical scheme, the beneficial effect is that: the driving of the clamping plate mechanism of the utility model
Motor drives the rotation of the first transmission shaft, and the insulation board quilt for rotating by chain-driving second driving shaft, and coming out from discharging portion
The clamping plate being arranged on chain is clamped, since clamping plate can be moved along the run trace of chain, so that insulation board is transported to folder
The other side of trigger structure, the plate taking-out mechanism of the other side catch clamping plate mechanism and convey the insulation board to come, and will by plate taking-out mechanism
Insulation board transports；This production method high production efficiency, production is safer, reduces labor intensity of workers.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the automatic plate taking device of the utility model.
Fig. 3 is the structural schematic diagram of another angle of Fig. 2.
Fig. 4 is the structural schematic diagram of another angle of Fig. 2.
Fig. 5 is the structural schematic diagram that the utility model takes plate stem.
Fig. 6 is the structural schematic diagram of another angle of Fig. 5.
In figure: feed portion 10, negative-pressure penetration portion 20, discharging portion 30, automatic plate taking device 40, clamping plate mechanism 401, shell
4011, driving motor 4012, the first transmission shaft 4013, second driving shaft 4014, clamping plate 4015, guide rail 4016, plate taking-out mechanism
402, walking dolly 4021, erect fixed frame 4022, take 40232, two plate stem 4023, top plate 40231, support plate axis pin bases
40233, elongated slot 40234, boss 40235, fixing sleeve 40236, torsionspring 40237, laser sensor 50.
Specific embodiment
Fig. 1 to Fig. 6 is please referred to, the utility model embodiment provides one kind can take the inorganic fire polyphenyl of plate to keep the temperature automatically
Plate process units, including feed portion 10, negative-pressure penetration portion 20, discharging portion 30, the feed portion 10 and negative-pressure penetration portion 20, discharging
Portion 30 is linked in sequence from left to right, and described 30 one end of discharging portion is provided with automatic plate taking device 40, and automatic plate taking device 40 includes
Clamping plate mechanism 401, plate taking-out mechanism 402, plate taking-out mechanism 402 are arranged in 401 side of clamping plate mechanism, and the width of clamping plate mechanism 401 is big
In the width of plate taking-out mechanism 402, and 402 face clamping plate mechanism 401 of plate taking-out mechanism, so that plate taking-out mechanism 402 can extend into
In clamping plate mechanism 401, the insulation board on clamping plate mechanism 401 is taken out；Clamping plate mechanism 401 includes shell 4011, guide rail 4016, drives
Dynamic motor 4012, the first transmission shaft 4013, second driving shaft 4014, at least two pairs of clamping plates 4015, shell 4011 are open on three sides
Cube, the downside of shell 4011 is provided with laser sensor on the inner wall of plate taking-out mechanism 402, and guide rail 4016 is fixedly installed
In 4011 downside of shell close to 402 side of plate taking-out mechanism, and face shell 4011, driving motor 4012 are arranged in shell 4011
Below outer wall, the first transmission shaft 4013 is arranged below shell 4011, and passes through the output of shell 4011 and driving motor 4012
End connection, the setting of second driving shaft 4014 is right above the first transmission shaft 4013, and the first transmission shaft 4013 and the second transmission
Axis 4014 is parallel, and second driving shaft 4014 is connect with the first transmission shaft 4013 by two chains, the first transmission shaft 4013, second
Transmission shaft 4014 is provided with the sprocket wheel for chain connection, and the first transmission shaft 4013 close to the both ends of 4011 inner wall of shell
On sprocket wheel transmission is connect by chain with the sprocket wheel on second driving shaft 4014, at least two pairs of clamping plates 4015 are fixed at
On the chain that one transmission shaft 4013 is connect with second driving shaft 4014, the first transmission shaft 4013 passes through chain-driving second driving shaft
4014 rotations, to drive clamping plate 4015 to rotate along the track of chain movement, so that the insulation board for coming out discharging portion 30 transports
It walks；Plate taking-out mechanism 402 includes walking dolly 4021, erects fixed frame 4022, takes plate stem 4023, and walking dolly 4021 is moved along track
It is dynamic, so that plate taking-out mechanism 402 can extend into clamping plate mechanism 401, take the insulation board being embedded on clamping plate 4015 away, erects and fix
Frame 4022 is vertically fixed on walking dolly 4021, and the width for erectting fixed frame 4022 is greater than the first transmission shaft 4013 and the
Width on two transmission shafts 4014 between two sprocket wheels takes plate stem 4023 and erects fixed frame 4022 close to clamping plate mechanism 401
Side is vertically fixedly connected, and plate stem 4023 is taken to take plate stem along 4022 long axis direction of the fixed frame at least two groups that are equally spaced are erect
4023, and be corresponding in turn to the clamping plate 4015 being arranged on chain, every group takes plate stem 4023 along setting 4022 short axle of fixed frame
Direction is equally spaced three and takes plate stem 4023.
Further, the top plate for taking plate stem 4023 to be arranged including support plate 40232 and 40232 one end of support plate
40231, one end of support plate 40232 is fixedly connected with fixed frame is erect, and other end setting is there are two axis pin base 40233, and two
The pin hole passed through for pin shaft is offered on axis pin base 40233, and a torsionspring 40237, torsionspring are further sleeved on pin shaft
40237 U-shaped fixed arm is embedded in the elongated slot 40234 being arranged in support plate 40232, two torsions of torsionspring 40237
Arm is connect with top plate 40231, and axis pin base is provided with a boss 40235 far from a side end of support plate 40232, in boss
40235 tops are provided with top plate 40231, and top plate 40231 is provided on the surface of 40232 side of support plate and torsionspring
The 40237 corresponding fixing sleeve 40236 of two torsion arms, two torsion arms of torsionspring 40237 are each passed through and its phase
Corresponding fixing sleeve 40236 is connect with top plate 40231.
When support plate 40232 slowly extend into insulation board bottom, since one end of support plate 40232 is provided with top plate
40231, by the drag effects of insulation board, top plate 40231 is squeezed, and shape occurs for the torsionspring 40237 being set on pin shaft
Become, so that side of the top plate 40231 along pin axially adjacent to support plate 40232 is bent, at this point, the insulation board on clamping plate is jacked up,
The continuation of support plate 40232 is protruded into forward, and insulation board is slowly detached from clamping plate, and is started along 40231 surface of top plate to support plate
It is moved on 40232, after insulation board is dropped down onto completely in support plate 40232, the torsionspring 40237 of deformation starts to restore to the original state,
So that 40231 self-return of top plate is to the state perpendicular to support plate 40232, and the top plate 40231 of return completely can prevent
Insulation board is fallen from 40232 front end of support plate, and the stopping of walking dolly 4021 travels forward, and releases walking dolly 4021, insulation board
It is removed.
Further, each pair of clamping plate 4015 includes the connection that two clamping plates 4015 and one fix two clamping plates 4015
Bar, two clamping plates 4015 are separately fixed at both ends of the connecting rod close to chain, and connecting rod is connect with two chain bolts, clamping plate
4015 are in U-shape structure, and the opening of clamping plate 4015 is greater than the thickness of insulation board, to facilitate insulation board to be embedded into clamping plate 4015
It is interior.
Further, the laser sensor 50 is electrically connected with driving motor 4012, and laser sensor 50 will test
Signal send control module to, pass through control module control driving motor 4012 unlatching or stopping.
One working method of the utility model is as follows: when work, when insulation board comes out from discharging portion 30, due on chain
At least two pairs of clamping plates 4015 are provided with, each pair of clamping plate 4015 is just caught from discharging portion 30 and conveys the insulation board to come, clamping plate machine
The driving motor 4012 of structure 401 drives the rotation of the first transmission shaft 4013, and the first transmission shaft 4013 passes through with second driving shaft 4014
Chain connection, so that second driving shaft 4014 be driven to rotate, and at least two clamping plates 4015 are fixedly connected with chain, insulation board by
In one insertion clamping plate, and clamping plate can be moved along the run trace of chain, thus the insulation board that discharging portion 30 is come out one by one by
It is transported to the other side of clamping plate mechanism, when one pair of them clamping plate 4015, which clips insulation board, turns to 4011 lower part of shell, due to
4011 downside of shell is provided with laser sensor 50 on the inner wall of plate taking-out mechanism 402, at this point, laser sensor 50 detects
Signal, and send control module to, control module sends stop signal to driving motor 4012, and driving motor 4012 stops,
At this point, feed portion 10 is also out of service, plate taking-out mechanism 402 pushes in clamping plate mechanism 401 along guide rail 4016, will take plate stem 4023
It is inserted into insulation board bottom, since one end of support plate 40232 is provided with top plate 40231, by the drag effects of insulation board, top
Plate 40231 is squeezed, and deformation occurs for the torsionspring 40237 being set on pin shaft, so that top plate 40231 is along pin axially adjacent to branch
The side of fagging 40232 is bent, at this point, the insulation board on clamping plate is jacked up, the continuation of support plate 40232 is protruded into forward, insulation board
It is slowly detached from clamping plate, and starts to move in support plate 40232 along 40231 surface of top plate, when insulation board drops down onto support completely
After on plate 40232, the torsionspring 40237 of deformation starts to restore to the original state, so that 40231 self-return of top plate is to perpendicular to support
The state of plate 40232, and the top plate 40231 of return completely can prevent insulation board from falling from 40232 front end of support plate, walk small
The stopping of vehicle 4021 travels forward, and releases walking dolly 4021, insulation board is removed, and laser sensor 50 detects signal, and passes
Give control module, control module sends open signal to driving motor 4012, and driving motor 4012 is opened, feed portion 10 after
Continuous work, clamping plate mechanism 401 also work on.
Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly
Interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to this reality
The equivalent variations made by novel claim, still falls within the scope of the utility model.
Claims (4)
1. one kind can take the inorganic fire polyphenylene heat insulation slab process units of plate, including feed portion, negative-pressure penetration portion, discharging automatically
Portion, the feed portion are linked in sequence from left to right with negative-pressure penetration portion, discharging portion, it is characterised in that: described discharging portion one end is set
It is equipped with automatic plate taking device, automatic plate taking device includes clamping plate mechanism, plate taking-out mechanism, and plate taking-out mechanism is arranged in clamping plate mechanism one
Side, the width of clamping plate mechanism is greater than the width of plate taking-out mechanism, and plate taking-out mechanism face clamping plate mechanism, so that plate taking-out mechanism can
It extend into clamping plate mechanism, the insulation board on clamping plate mechanism is taken out；Clamping plate mechanism includes shell, guide rail, driving motor, first
Transmission shaft, second driving shaft, at least two pairs of clamping plates, shell are the cube of open on three sides, close plate taking-out mechanism on the downside of shell
Laser sensor is provided on inner wall, guide rail is fixed on the downside of the shell of plate taking-out mechanism side, and face shell, is driven
Dynamic motor is arranged below housing exterior walls, the lower section of the first transmission shaft setting inside housings, and passes through shell and driving motor
Output end connection, second driving shaft is arranged right above the first transmission shaft, and the first transmission shaft is parallel with second driving shaft,
Second driving shaft is connect with the first transmission shaft by two chains, and the first transmission shaft, second driving shaft are close to the two of inner walls
End is provided with the sprocket wheel for chain connection, and the sprocket wheel on the sprocket wheel and second driving shaft on the first transmission shaft passes through chain
Item connection transmission, at least two pairs of Boards walls are arranged on the chain that the first transmission shaft is connect with second driving shaft, the first transmission
Axis is rotated by chain-driving second driving shaft, to drive clamping plate to rotate along the track of chain movement, to go out discharging portion
The insulation board come transports；Plate taking-out mechanism includes walking dolly, erects fixed frame, takes plate stem, and walking dolly is moved along track, with
It can extend into plate taking-out mechanism in clamping plate mechanism, take the insulation board being embedded on clamping plate away, erect fixed frame and be vertically fixed on row
The width walked on trolley, and erect fixed frame is greater than the width on the first transmission shaft and second driving shaft between two sprocket wheels,
Take plate stem with erect fixed frame and be fixedly connected close to the side of clamping plate mechanism is vertical, take plate stem along erectting fixed frame long axis direction etc.
Plate stem is taken away from least two groups are distributed with, and is corresponding in turn to the clamping plate being arranged on chain, every group takes plate stem to fix along setting
Frame short-axis direction is equally spaced three and takes plate stem.
2. the inorganic fire polyphenylene heat insulation slab process units according to claim 1 that plate can be taken automatically, it is characterised in that: institute
The top plate for taking plate stem to include support plate and the setting of support plate one end is stated, one end of support plate is fixedly connected with fixed frame is erect, separately
One end setting offers the pin hole passed through for pin shaft on two axis pin bases, a torsion is further sleeved on pin shaft there are two axis pin base
Turn spring, the U-shaped fixed arm of torsionspring is embedded in the elongated slot being arranged on the supporting plate, two torsion arms of torsionspring and top
Plate connection, axis pin base are provided with a boss far from a side end of support plate, top plate are provided with above boss, top plate is close to branch
Fixing sleeve corresponding with two torsion arms of torsionspring, two torsions of torsionspring are provided on the surface of fagging side
Arm is each passed through fixing sleeve corresponding thereto and connect with top plate.
3. the inorganic fire polyphenylene heat insulation slab process units according to claim 2 that plate can be taken automatically, it is characterised in that: institute
Stating at least two pairs of clamping plates includes the connecting rod that two clamping plates and one fix two clamping plates, and two clamping plates are separately fixed at connecting rod
Close to the both ends of chain, connecting rod connect with two chain bolts, and clamping plate is in U-shape structure, and the opening of clamping plate is greater than keeping the temperature
The thickness of plate, to facilitate insulation board to be embedded into clamping plate.
4. the inorganic fire polyphenylene heat insulation slab process units according to claim 3 that plate can be taken automatically, it is characterised in that: institute
It states laser sensor and driving motor is electrically connected, laser sensor sends the detected signal to control module, passes through control
The unlatching or stopping of molding block control driving motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820687363.0U CN208326639U (en) | 2018-05-09 | 2018-05-09 | The inorganic fire polyphenylene heat insulation slab process units of plate can be taken automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820687363.0U CN208326639U (en) | 2018-05-09 | 2018-05-09 | The inorganic fire polyphenylene heat insulation slab process units of plate can be taken automatically |
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| CN208326639U true CN208326639U (en) | 2019-01-04 |
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| CN201820687363.0U Active CN208326639U (en) | 2018-05-09 | 2018-05-09 | The inorganic fire polyphenylene heat insulation slab process units of plate can be taken automatically |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111547506A (en) * | 2020-06-23 | 2020-08-18 | 田志群 | Efficient damage-preventing transfer device and method for assembled building insulation board |
| CN112830210A (en) * | 2021-02-02 | 2021-05-25 | 浙江大学山东工业技术研究院 | Disposable protective product packaging equipment |
-
2018
- 2018-05-09 CN CN201820687363.0U patent/CN208326639U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111547506A (en) * | 2020-06-23 | 2020-08-18 | 田志群 | Efficient damage-preventing transfer device and method for assembled building insulation board |
| CN112830210A (en) * | 2021-02-02 | 2021-05-25 | 浙江大学山东工业技术研究院 | Disposable protective product packaging equipment |
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