CN207711427U - Siliceous honeycomb equipment for producing heat preservation plate - Google Patents
Siliceous honeycomb equipment for producing heat preservation plate Download PDFInfo
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- CN207711427U CN207711427U CN201721841035.3U CN201721841035U CN207711427U CN 207711427 U CN207711427 U CN 207711427U CN 201721841035 U CN201721841035 U CN 201721841035U CN 207711427 U CN207711427 U CN 207711427U
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- conveyer belt
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- heat preservation
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- harvesting
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Abstract
The utility model discloses a kind of siliceous honeycomb equipment for producing heat preservation plate, including head tank, rack, drive roll, driven voller and driving motor, the both sides of conveyer belt are respectively equipped with stop gauge, rack is equipped with feed hopper above conveyer belt, conveyer belt is equipped with material path, the lower section of conveyer belt is equipped with Material collecting box for harvesting, the lower part of Material collecting box for harvesting is connected with suction tube, the import of suction tube and gas-liquid separator connects, the gas vent of gas-liquid separator is connected by the bleeding point of pipeline and vacuum pump, and the liquid outlet of gas-liquid separator is connected to by pipeline with head tank.Feed liquid is drawn to the Material collecting box for harvesting of lower part by the utility model by being aspirated below conveyer belt from the upper surface of thermal insulation board, and feed liquid is made uniformly to penetrate into the mutual gap of granular polystyrene, improves the fire-protection rating and compression strength of thermal insulation board.The utility model is simple in structure, easy to operate, can carry out continuous production, low energy consumption, greatly reduces production cost.
Description
Technical field
The utility model is related to a kind of siliceous honeycomb equipment for producing heat preservation plate.
Background technology
Styrofoam is by the expandable polystyrene bead containing volatile fluid foaming agent, in mold after heated pre- hair
The white solid with fine hole-closing structure of middle hot briquetting, can be used as construction wall, roof heat insulation, composite insulating board
Insulating layer.Part of the manufacturer improves on the basis of traditional styrofoam at present, forms A grades of siliceous honeycomb styrofoams, to
Achieve the effect that A grades it is fire-retardant.Styrofoam after improvement has not only continued that traditional styrofoam thermal coefficient is small, good effect of heat insulation
The advantages that, and the disadvantage of conventional foam plate flame retardant effect difference is compensated for, it is a kind of heat preserving and insulating material of new type ideal.At present
The mode of production of novel polyphenyl plate is generally by the way of osmosis, such as a kind of compound guarantor of Patent No. 201310342377.0
Warm plate and production method disclosure use evacuator and high-pressure inflating pump, need first to vacuumize in vacuum high-pressure storehouse,
Then Pneumatic Pressure is carried out using high-pressure inflating pump, thermal insulation board is made to meet with fire retardant, finally by charge pump removal residue resistance
Agent is fired, composite insulation boards could be made.Such production method can only be interrupted production, and production process is complicated, and production cost is higher.
Invention content
The technical problem to be solved by the present invention is to provide a kind of simple in structure, siliceous honeycomb thermal insulation boards easy to use
Production equipment.
In order to solve the above technical problems, the utility model include head tank, rack, rack-mounted drive roll, with
Drive roll passes through the driving motor of the driven voller and driving drive roll movement of conveyer belt be connected by power, the both sides of the conveyer belt
It is respectively equipped with the stop gauge being extended to its loading surface side, the height of the stop gauge is more than thermal insulation board to be produced
Thickness, the rack are equipped with feed hopper, feed pipe, the feed pipe and raw material are connected on the feed hopper above conveyer belt
The discharge port of tank is connected to, and the conveying direction of outlet towards the conveyer belt of the feed hopper is arranged, and the conveyer belt, which is equipped with, to be run through
The lower section of the material path of its upper and lower surface, the conveyer belt of loading side is equipped with Material collecting box for harvesting, and the Material collecting box for harvesting is arranged before feed hopper
The lower part of side, the Material collecting box for harvesting is connected with suction tube, the import connection of the suction tube and gas-liquid separator, the gas-liquid separation
The gas vent of device is connected by the bleeding point of pipeline and vacuum pump, and the liquid outlet of the gas-liquid separator passes through pipeline and original
Batch can is connected to.
Uniform intervals are equipped with a plurality of raised line along the setting of its width direction, shape between adjacent two raised lines on the conveyer belt
At hopper, the material path is arranged in hopper.
The material path is arranged in the centre position of conveyer belt.
Material scraping plate is installed in the swingable formula in the top of conveyer belt in the rack, between the material scraping plate and conveyer belt
Spacing and the thickness of thermal insulation board to be produced be adapted, the material scraping plate is arranged in front of Material collecting box for harvesting.
The stop gauge by rubber slab along conveyer belt length direction repeat inwardly, outside bends.
The rack, vacuum pump, gas-liquid separator mounting height be higher than head tank mounting height.
It further includes agitator tank, and the mounting height of the agitator tank is higher than the mounting height of head tank, the agitator tank
Discharge port is connected with discharge nozzle, and outlet valve is equipped on the discharge nozzle, and the end of the discharge nozzle is stretched into head tank.
The suction tube is more, is arranged along conveying direction uniform intervals below Material collecting box for harvesting.
The liquid outlet of the gas-liquid separator is connected to by pipeline with head tank.
With the above structure, Material collecting box for harvesting, Material collecting box for harvesting is arranged in setting feed hopper, lower section above conveyer belt in the utility model
It is connected to vacuum pump, and opens up material path on the conveyor belt, by being aspirated below conveyer belt, by feed liquid from the upper surface of thermal insulation board
It is drawn to the Material collecting box for harvesting of lower part, so that feed liquid is uniformly penetrated into the mutual gap of granular polystyrene, improves the fire-protection rating of thermal insulation board
And compression strength.The utility model is simple in structure, easy to operate, can carry out continuous production, low energy consumption, greatly reduces and is produced into
This.
Description of the drawings
Below in conjunction with the accompanying drawings and specific implementation mode is described in further detail the utility model：
Fig. 1 is the structural schematic diagram of rack in the utility model；
Fig. 2 is the structural schematic diagram of conveyer belt.
Specific implementation mode
Siliceous honeycomb equipment for producing heat preservation plate includes agitator tank, head tank, gas-liquid separator, vacuum pump, rack 1, installation
Drive roll 2 and drive roll 2 in rack 1 pass through the driving of the driven voller 3 and driving drive roll movement of conveyer belt be connected by power
Motor.Agitating device is separately installed in head tank and agitator tank, agitating device includes agitating paddle and motor, is existing skill
Art, details are not described herein.The discharge port of agitator tank is connected with discharge nozzle, and outlet valve, the end of discharge nozzle are equipped on discharge nozzle
It stretches into head tank.Agitator tank, gas-liquid separator, vacuum pump, rack 1 are arranged on ground, and head tank is embedded in subsurface, in this way
Head tank setting delivery pump is only corresponded to when use, the material in agitator tank, gas-liquid separator directly opens respective tube road
Valve material can be delivered to head tank, can guarantee that feed liquid is sufficient in head tank by the setting of agitator tank, meet continuous
The needs of production, aforementioned each equipment arrangement is simple, easy to operate, and make, using and subsequent maintenance cost it is low.Stirring
Tank, head tank, gas-liquid separator, vacuum pump structure be the prior art, and its mutual piping connection relationship also be ability
Content known to field technique personnel is only described in detail the structure of rack 1 in the utility model attached drawing to simplify attached drawing,
Other structures are omitted.
As depicted in figs. 1 and 2, rack 1 is equipped with feed hopper 5 above conveyer belt, and the outlet of feed hopper is towards conveyer belt
Conveying direction setting i.e. setting forward, the width of feed hopper and the width of conveyer belt are almost the same, and charging is connected on feed hopper
Pipe, feed pipe are connected to the discharge port of head tank, and feed pipe is equipped with delivery pump.Feed hopper includes bottom plate 51, is arranged in bottom plate
The back side panel 52 of 51 rear ends, the top plate 53 being connect with 52 top of back side panel, the front side board 54 being connect with 53 front end of top plate and two
Set up separately its end plate 55 closed at both ends at width direction both ends, wherein side-lower is obliquely installed top plate 53 backward, front side board 54
Side-lower, which is obliquely installed, forward blocks feed liquid, prevents the feed liquid blanking in feed pipe is too fast from directly dropping down onto on thermal insulation board,
54 lower part of front side board is spaced setpoint distance setting with bottom plate 51, offers close to its front end on bottom plate 51 and is arranged along its width direction
Discharge port, and bottom plate 51 stretches the deflector 56 of setting in the case where the front-end and back-end of discharge port are respectively and fixedly connected with, deflector 56 to
The setting of front side inclined downward, is arranged with two feed inlets on top plate 53, and the end of feed pipe sets that there are two branched pipe 57, branches
Pipe is connect with feed inlet respectively, and the setting of branched pipe can be such that feed liquid uniformly enters in feed hopper, is improved when feed hopper discharges
The uniformity.Adjusting apparatus for adjusting feed hopper angle of inclination is installed, adjusting apparatus includes being packed in rack 1 in rack 1
On adjusting seat, worm gear, worm screw are installed in adjusting seat, are fixed with the control shaft for stretching out adjusting seat on worm gear, control shaft it is another
On the affixed end plate wherein in one end 55, support shaft is connected on another end plate 55, support shaft passes through bearing, bearing block rotation
In rack 1, the support to feed hopper is realized, control shaft rotation is driven by driving worm screw to rotate, and then adjust
The angle of inclination of feed hopper, to adjust discharging speed.The setting of feed hopper can be such that feed liquid is uniformly distributed in width direction, ensure
Thermal insulation board is uniformly contacted with feed liquid, and then ensures the uniformity that feed liquid is penetrated into.
Conveyer belt 4 is equipped with the material path 9 through its upper and lower surface, and the lower section of conveyer belt 4 is equipped with Material collecting box for harvesting 6, Material collecting box for harvesting 6
Mounted on the front side of feed hopper conveying direction, the lower part of Material collecting box for harvesting 6 is connected with suction tube 11, suction tube 11 and gas-liquid separator
Import connects, and the gas vent of gas-liquid separator is connected by the bleeding point of pipeline and vacuum pump, the liquid discharge of gas-liquid separator
Mouth is connected to by pipeline with head tank, and suction tube 11 is more, is arranged along conveying direction uniform intervals below Material collecting box for harvesting 6.
Suction tube 11 is three in the present embodiment.The structure of conveyer belt 4 is as follows in the utility model：Uniform intervals are equipped on conveyer belt 4
The a plurality of raised line 7 along the setting of its width direction forms hopper 8, the width of hopper 8 and the width of raised line between adjacent two raised lines
Almost the same, hopper is recessed arc groove, is concentrated downwards convenient for feed liquid, and material path 9 is arranged in hopper, and material path 9 is set
It sets in the centre position of conveyer belt 4.Two material paths 9 are set in the present embodiment in each hopper, and two material paths 9 are symmetrical arranged
In the both sides of 4 center line of conveyer belt.The both sides of conveyer belt 4 are respectively equipped with the stop gauge being extended to its loading surface side,
The height of stop gauge is more than the thickness of thermal insulation board to be produced.Stop gauge is by rubber slab 12 along 4 length direction weight of conveyer belt
It is multiple inwardly, outside be bent to form wavy, the lower end sealing of rubber slab 12 is fixed on conveyer belt 4, and rubber slab repeats inside
Side, outside, which are bent, forms it into spaced fold, and in thermal insulation board transmission process, the both sides of thermal insulation board are contradicted respectively in rubber
The inside of offset plate fold, feed liquid drop down onto thermal insulation board upper surface from feed hopper outflow, and feed liquid is spread around in thermal insulation board upper surface,
Notch is formed between adjacent fold, for stop gauge while being positioned to thermal insulation board, feed liquid can be from the both sides of thermal insulation board
Inflow indentation, there is flowed down, and then feed liquid uniformly stretches into thermal insulation board under the suction of vacuum pump, improves feed liquid and penetrate into thermal insulation board
The interior uniformity prevents thermal insulation board both sides feed liquid from can not penetrate into, influences the fire resistance of thermal insulation board.
Can multiple support rollers be set according to the length of conveyer belt 4 in rack 1, for being supported to conveyer belt 4.Rack 1 is defeated
Send the feed end uniform intervals of band 4 to be equipped with multiple feed rollers, multiple feed rollers by charging motor by sprocket wheel, chain drive,
Structure in the prior art can be selected in the be connected by power structure of feed roller and charging motor, such as one of charging motor driving recently
Feed roller, this feed roller feed roller adjacent thereto is by sprocket wheel, chain be connected by power, remaining feed roller also power two-by-two successively
Connection.Rack 1 is provided with multiple carrying rollers in the discharge end uniform intervals of conveyer belt 4.
Material scraping plate 10 is installed to swingable formula, material scraping plate 10 corresponds to Material collecting box for harvesting 6 and is arranged, material scraping plate and conveying in rack 1
The thickness for being slightly less than thermal insulation board to be produced with the spacing between 4 is adapted, and material scraping plate upper end is fixed with edge in the utility model
The connecting shaft of 4 width direction of conveyer belt setting, the both ends of connecting shaft are inserted into the buckle for being fixed on 1 top of rack and realize connection
Axis is connect with the relative rotation of rack 1, and then realizes the swing of material scraping plate.During thermal insulation board is fed forward with conveyer belt 4,
Thermal insulation board jacks up material scraping plate, and material scraping plate is swung up its lower end and is bonded with thermal insulation board upper surface, with conveyer belt 4 continue it is defeated
It sending, material scraping plate is bonded to wipe off so that the remaining feed liquid of plate top surface will be kept the temperature always with thermal insulation board upper surface, reduces the waste of feed liquid,
Reduce production cost.
Material collecting box for harvesting 6 is arranged in 4 top setting feed hopper of conveyer belt, lower section in the utility model, and Material collecting box for harvesting 6 is connected to vacuum pump,
And material path 9 is opened up on conveyer belt 4, by being aspirated below conveyer belt 4, feed liquid is drawn to lower part from the upper surface of thermal insulation board
Material collecting box for harvesting 6, so that feed liquid is uniformly penetrated into the mutual gap of granular polystyrene, improve the fire-protection rating and pressure resistance of thermal insulation board
Degree.The utility model is simple in structure, easy to operate, it can be achieved that continuous production, low energy consumption, greatly reduces production cost.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model.Previous embodiment
The utility model is described in detail, it for those skilled in the art, still can be to aforementioned each implementation
Technical solution recorded in example is modified or equivalent replacement of some of the technical features.In every case new in this practicality
Within the scope of the inventive concept of type, any modification, equivalent substitution, improvement and etc. done are all contained in the protection of the utility model
Within the scope of.
Claims (9)
1. a kind of siliceous honeycomb equipment for producing heat preservation plate, it is characterized in that it includes head tank, rack, rack-mounted active
Roller, the driving motor moved by the driven voller of conveyer belt be connected by power and driving drive roll with drive roll, the conveyer belt
Both sides are respectively equipped with the stop gauge being extended to its loading surface side, and the height of the stop gauge is more than guarantor to be produced
The thickness of warm plate, the rack are equipped with feed hopper, feed pipe, the feed pipe are connected on the feed hopper above conveyer belt
It is connected to the discharge port of head tank, the conveying direction of outlet towards the conveyer belt of the feed hopper is arranged, and is set on the conveyer belt
There are the material path through its upper and lower surface, the lower section of the conveyer belt of loading side to be equipped with Material collecting box for harvesting, the Material collecting box for harvesting setting is being fed
The lower part in the front of bucket, the Material collecting box for harvesting is connected with suction tube, the import connection of the suction tube and gas-liquid separator, the gas
The gas vent of liquid/gas separator is connected by the bleeding point of pipeline and vacuum pump.
2. siliceous honeycomb equipment for producing heat preservation plate according to claim 1, it is characterized in that uniform intervals on the conveyer belt
Equipped with a plurality of raised line along the setting of its width direction, hopper is formed between adjacent two raised lines, the material path is arranged in hopper
It is interior.
3. siliceous honeycomb equipment for producing heat preservation plate according to claim 2, it is characterized in that material path setting is conveying
The centre position of band.
4. siliceous honeycomb equipment for producing heat preservation plate according to claim 1, it is characterized in that in conveyer belt in the rack
Material scraping plate is installed to the swingable formula in top, the thickness of the spacing between the material scraping plate and conveyer belt and thermal insulation board to be produced
It is adapted, the material scraping plate is arranged in front of Material collecting box for harvesting.
5. siliceous honeycomb equipment for producing heat preservation plate according to claim 1, it is characterized in that the stop gauge is by rubber slab
Along conveyer belt length direction repeat inwardly, outside bends.
6. siliceous honeycomb equipment for producing heat preservation plate according to claim 1, it is characterized in that the rack, vacuum pump, gas-liquid
The mounting height of separator is higher than the mounting height of head tank.
7. siliceous honeycomb equipment for producing heat preservation plate according to claim 6, it is characterized in that it further includes agitator tank, it is described to stir
The mounting height for mixing tank is higher than the mounting height of head tank, and the discharge port of the agitator tank is connected with discharge nozzle, the discharge nozzle
On outlet valve is installed, the end of the discharge nozzle is stretched into head tank.
8. siliceous honeycomb equipment for producing heat preservation plate according to claim 1, it is characterized in that the suction tube is more,
It is arranged along conveying direction uniform intervals below Material collecting box for harvesting.
9. according to the siliceous honeycomb equipment for producing heat preservation plate of claim 1 to 8 any one of them, it is characterized in that the gas-liquid separation
The liquid outlet of device is connected to by pipeline with head tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721841035.3U CN207711427U (en) | 2017-12-26 | 2017-12-26 | Siliceous honeycomb equipment for producing heat preservation plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721841035.3U CN207711427U (en) | 2017-12-26 | 2017-12-26 | Siliceous honeycomb equipment for producing heat preservation plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207711427U true CN207711427U (en) | 2018-08-10 |
Family
ID=63049751
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721841035.3U Active CN207711427U (en) | 2017-12-26 | 2017-12-26 | Siliceous honeycomb equipment for producing heat preservation plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207711427U (en) |
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2017
- 2017-12-26 CN CN201721841035.3U patent/CN207711427U/en active Active
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