CN207391925U - Transferring device on all-glass paper production line between processing and forming and drying manufacturing procedure - Google Patents
Transferring device on all-glass paper production line between processing and forming and drying manufacturing procedure Download PDFInfo
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- CN207391925U CN207391925U CN201721265164.2U CN201721265164U CN207391925U CN 207391925 U CN207391925 U CN 207391925U CN 201721265164 U CN201721265164 U CN 201721265164U CN 207391925 U CN207391925 U CN 207391925U
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- conveyer belt
- negative pressure
- pressure device
- glass paper
- molding machine
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Abstract
The transferring device that the utility model is related to be used on all-glass paper production line between processing and forming and drying manufacturing procedure, including conveyer belt B（71）, conveyer belt B（71）Stomata, conveyer belt B is distributed in surface（71）Conveying belt of lower floor as delivery platform, conveyer belt B（71）The import of delivery platform be located at the top of molding machine output terminal, conveyer belt B（71）Import nearby be equipped with the second negative pressure device（72）, the material conveying platform of conveyer belt B（711）Outlet positioned at drying unit conveyer belt C（31）The top of input end, in conveyer belt C（31）Input end is nearby equipped with the 3rd negative pressure device（35）.The utility model can simply realize normal transfer of the paper from molding machine to drying unit.
Description
Technical field
The utility model is related to glass fibres to manufacture field, is more particularly, to molded on all-glass paper production line
Transferring device between processing and drying manufacturing procedure.
Background technology
All-glass paper is the tissue paper manufactured paper with pulp by the tiny glass fibre of diameter.Good stability of the dimension, anti-chemistry
Medicament is big, and against weather is strong, and noninflammability is good, can use 100% glass fibre（Below 0.3~0.5 μm of diameter, main component is two
Silica）, through light beating, add adhesive or with addition of part chemical wood pulp, copied on fourdrinier machine or cylinder mould machine
It makes.Also silica gel or colloidal alumina can be added, to improve intensity.
All-glass paper generally comprises following production process：It is thoroughly mixed after raw materials for production are smashed, then fully
Dilute the raw material after stirring arrives slurry, and cloth, which is starched and filters extra moisture, on netted platform is tentatively molded paper, then will
Preliminary molding all-glass paper is sent dries into baking oven, after the all-glass paper sent out from baking oven is wound by paper winding device
It is packed.
For very thin all-glass paper, displacement is susceptible in the transmission gap location of each process, under the influence of road production work
The normal operation of sequence, influences the quality of production.
Utility model content
To solve the above-mentioned problems, simple in structure it is used for all-glass paper the purpose of this utility model is to provide a kind of
Transferring device on production line between processing and forming and drying manufacturing procedure.
In order to realize above-mentioned purpose, the utility model employs following technical solution：
Transferring device on all-glass paper production line between processing and forming and drying manufacturing procedure, molding machine include
Guipure A（21）, drying unit include baking oven（31）With the conveyer belt C through baking oven front and back end（32）, conveyer belt C（32）It is front and rear
Expose baking oven respectively in end（31）Front and rear end opening, transferring device（7）Including conveyer belt B（71）, conveyer belt B（71）Surface is distributed with
Stomata, conveyer belt B（71）Conveying belt of lower floor as delivery platform, conveyer belt B（71）Delivery platform import be located at shaping
The top of device output terminal, conveyer belt B（71）Import nearby be equipped with the second negative pressure device（72）, the second negative pressure device（72）With
Vacuum pump connects, and makes conveyer belt B by the second negative pressure device（71）Delivery platform（711）Upper and lower side between form negative pressure
The all-glass paper that molding machine is sent out is adsorbed onto conveyer belt B by difference（71）Transport, the material conveying platform of conveyer belt B（711）Go out
Mouth is located at the conveyer belt C of drying unit（31）The top of input end, in conveyer belt C（31）Input end is nearby equipped with the 3rd negative pressure and fills
It puts（35）, the 3rd negative pressure device（35）It is connected with vacuum pump, the 3rd negative pressure device（35）Make conveyer belt C（32）Input end formed
Negative pressure, by conveyer belt B（71）The all-glass paper of the port of export is drawn onto conveyer belt C（31）On.
The transferring device of said structure can transport the all-glass paper sent out from molding machine from top, and dry
All-glass paper is adsorbed onto on drying unit by the import of device using the negative pressure device of lower section, and then realizes that paper is filled from shaping
Put the normal transfer of drying unit.
Description of the drawings
Fig. 1 is all-glass paper production process schematic diagram.
Fig. 2 is the structure diagram of molding machine.
Fig. 3 is the structure diagram of drying unit.
Fig. 4 is the mounting structure schematic diagram of transferring device.
Fig. 5 is the structure diagram of cutting device.
Fig. 6 is the structure diagram of the connector in cutting device.
Specific embodiment
The preferred embodiment of this patent is described in further detail below in conjunction with the accompanying drawings.
A kind of all-glass paper production line, including set gradually by production process slurry electric hybrid module 1, molding machine 2,
Drying unit 3, cutting device 4 and paper winding device 5, wherein, slurry electric hybrid module includes mixer, diluting tank and mixing arrangement,
The outlet connection diluting tank of mixer, the outlet connection mixer of diluting tank, sends out from mixer for forming glass fibers paper
Slurry.
As shown in figures 1 to 6, molding machine include by the drive roll of motor-driven rotation, driven voller, be looped around drive roll and
The guipure A21 of driven voller periphery since the guipure A21 for being looped around drive roll and driven voller periphery is necessarily distributed by levels, is
Description is convenient, and by guipure, A points are the opposite upper wire band 211 of the direction of motion and lower net band 212, and all-glass paper 6 is upper
It is molded on layer guipure 211 and is delivered to subsequent processing.The feeding table top of 211 forepart of upper wire band is arranged to inclined-plane, is moving
Upward lifting from front to back on direction, feeding table top of the upper wire with rear portion are on horizontal plane, and 211 front end of upper wire band is immersed
In slurry tank 22, slurry tank 22 includes front side baffle and left and right side shield, and slurry tank is directly in feeding table of the upper wire with forepart
It is molded on face, the slurry sent out by slurry electric hybrid module is entered with low flow velocity in slurry tank, and guipure A21 uniform motion makes slurry exist
It is fully molded on upper wire band 211.
The first negative pressure device 23 is equipped in the bottom of upper wire band 211, first negative pressure device 23 is connected with vacuum pump,
Vacuum pump makes the preliminary forming glass fibers paper 6 of conveying form negative pressure in the upper and lower end face of upper wire band 211, so that glass fibre
Paper 6 is close to guipure A21 conveyings.Water collector is equipped in first negative pressure device 23, the first negative pressure device is entered by water collector filtering
In moisture and moisture is discharged, prevent moisture from entering vacuum pump, influence the service life of vacuum pump.
212 top of lower net band is equipped with overflow cascade washers 23, and the overflow cascade washers includes multiple nozzles and 231 outside controls
Device, multiple nozzles are arranged side by side on the width of guipure A21 makes the spray scope nerve of a covering band A21 outer surfaces of nozzle.Control
Device control nozzle 231 processed is sprayed water at a certain time interval, so as to which the mesh on guipure A21 be prevented to be blocked.Preferably, spray
Shower device 3 is arranged near guipure A21 discharge ends, and guipure A21 is made to come before slurry tank 22 is entered with enough movement lengths
Moisture on guipure A21 is drained, so as to not interfere with the concentration of slurry in slurry tank, ensures the quality of shaped article.As
It is preferred that rhone 24 is equipped in the lower section of lower net band 212, to keep the tidiness in workshop.Multiple nozzles 231 are installed
On same hollow metal bar, the both ends of metallic rod are fixed on stent, and the rotatable certain angle of metallic rod is to adjust nozzle 231
Shower position.
Drying unit includes baking oven 31 and the conveyer belt C32 through baking oven front and back end, and the front and back end of conveyer belt C32 is revealed respectively
Go out end opening before and after baking oven 31,31 outside of baking oven, which is equipped with, to be used to provide combustion into baking oven with the gas pipeline 33 connect in baking oven 31
Material, in order to keep the temperature in baking oven, the madial wall of baking oven is equipped with insulating layer.Conveyer belt C32 is by chain and gear band turn
Dynamic, in the present embodiment, conveyer belt C is directly mounted on the metallic rod between two chains by two symmetrically arranged chains and interval
Composition, multiple metallic rods form the runout table of conveyer belt C.
In order to which all-glass paper is made fully to dry in an oven, conveyer belt C32 needs have enough length, and due to drying
Temperature in case 32 is higher, and the chain that driving conveyer belt C is rotated is since effect of expanding with heat and contract with cold can influence the normal fortune of conveyer belt C
It is dynamic.For this problem, tensioning wheel being equipped in the rear and front end of chain and adjusts cylinder 34, the tensioning wheel is engaged with chain,
Tensioning wheel is connected with adjusting the telescopic rod of cylinder, and the tightness of chain is adjusted by the telescopic level for adjusting Telescopic-cylinder bar,
By adjusting cylinder tensioning wheel is coordinated to adjust chain, chain can be directed to and under different degrees of expansion, set and adjust in temperature-rise period
Displacements of cylinders is maintained at corresponding air pressure, makes chain tension, and adjusting is very simple, and with good using effect.
Since molding machine and the drying unit for carrying out next step are there are certain interval, for the glass that thickness is larger
Fibrous paper, end can be directly across molding machines and the smooth conveyer belt into drying unit in interval of drying unit
On.For the all-glass paper of thickness very little, offset is susceptible in conveying.Therefore, molding machine and drying unit it
Between be equipped with transferring device be used for transmission of the all-glass paper between molding machine and drying unit.
Transferring device 7 includes conveyer belt B71, and stomata, the conveying belt of lower floor of conveyer belt B71 is distributed in conveyer belt B71 surfaces
As delivery platform, the import of the delivery platform of conveyer belt B71 is located at the top of molding machine output terminal, the import of conveyer belt B
The second negative pressure device 72 is nearby equipped with, the second negative pressure device 72 is connected with vacuum pump, makes conveyer belt B71 by the second negative pressure device
Delivery platform 711 upper and lower side between form Negative Pressure Difference, make molding machine send out all-glass paper transported by conveyer belt B71
It is defeated.The outlet of the material conveying platform 711 of conveyer belt B is positioned at the top of the conveyer belt C31 input ends of drying unit, in conveyer belt C31
Input end is nearby equipped with the 3rd negative pressure device 35, and the 3rd negative pressure device 35 is connected with vacuum pump, and the 3rd negative pressure device 35 makes conveying
Input end with C32 forms negative pressure, the all-glass paper of the conveyer belt B71 ports of export is drawn onto on conveyer belt C31, so as to fulfill glass
Transmission of the glass fibrous paper between molding machine 2 and drying unit 3.3rd negative pressure device 35 is located at the outside of baking oven.
The output terminal of conveyer belt C32 is equipped with verifying attachment in drying unit, and the verifying attachment includes being arranged on conveyer belt
LED light 7 below C32 delivery platforms, the all-glass paper moved to above LED light is illuminated by LED light, convenient for seeing whether
There is impurity, and be equipped in the one side of conveyer belt C to blow down the exhaust blower of the dust above all-glass paper, the exhaust blower
It is arranged on the one side of LED light.
Cutting device 4 is equipped in front of verifying attachment, the cutting device includes knife rest fixed seat, knife rest 42,43 and of blade
Support roller 45, the knife rest fixed seat include support base 411 and support rail 412, and support base 411 is symmetrically fixed on conveying tape holder
Both sides, support base 411 is equipped with bearing, and the both ends of support rail 412 are installed by bearing, and support base is equipped with to limit
The limit buckle of support rail rotational angle.Knife rest 42 is rod-shaped, and multiple circular shear blades 43 are equally distributed on knife rest 42.Knife rest 42
Both ends be fixed on by connector 44 on the support rail 412 of knife rest fixed seat.The connector 44 includes connect base
441st, the first fastener 442 and the second fastener 443, the rear portion of connect base 441 is equipped with to be matched with the periphery radian of support rail 412
Arc groove a4411, the front and rear sides of arc groove a4411 are equipped with screw hole, and the forepart of connect base is equipped with and knife rest periphery radian
The front and rear sides of matched arc groove b4412, arc groove b4412 are equipped with screw hole, and the first fastener 442 is equipped with and support rail
The both sides of 412 periphery radian matched arc groove a ' 4421, arc groove a ' 4121 are equipped with connection otic placode, are set in connection otic placode
There is screw hole, connector 44 is fixed on support rail 412 by the cooperation of the rear portion of the first fastener 442 and connect base 441, the
Two fasteners 443 are equipped with the matched arc groove b ' 4431 of periphery radian with knife rest 42, and the both sides of arc groove b ' 4431 are equipped with
Connection otic placode, connection otic placode are equipped with screw hole, are coordinated by the forepart of the second fastener 443 and connect base 441 and consolidate connector
Determine onto knife rest 42, so as to fulfill the connection of knife rest 42 and knife rest fixed seat.Knife rest is mounted on support rail by said structure
On, mounting structure is simple, and the dismounting replacement of knife rest is very convenient.
Knife rest 42 and support rail 412 rotate synchronously, and can make the upward lifting of knife rest, replacement easy to disassemble.Knife rest 42 to
Under turn to the maximum rotation angle limited by limit buckle after, blade 43 is located at the surface of support roller 45, right with support roller 45
The all-glass paper 6 of 43 cutting part of blade is supported, so as to ensure that it is smooth that blade 43 is cut.
Preferably, the rear side in support rail is equipped with compression bar 46, the left and right ends of compression bar 46 are fixed on conveying tape holder
Both sides, compression bar are located at the top of conveyer belt C32 runout tables, and support roller 45 is located at the front end of conveyer belt C32, the lower end of compression bar 46
Face is less than 45 upper surface of support roller, so that the all-glass paper for moving to 45 top of support roller is tightened, facilitates cutting.
Paper winding device 5 is arranged on the rear end of cutting device 4, and paper winding device 5 is included by the spool of motor driving uniform rotation,
Reel is cased on spool, one end of all-glass paper 6 is fixed on reel, with the movement of reel on reel.
Claims (1)
1. for the transferring device between processing and forming on all-glass paper production line and drying manufacturing procedure, molding machine includes net
Band A（21）, drying unit include baking oven（31）With the conveyer belt C through baking oven front and back end（32）, conveyer belt C（32）Front and back end
Expose baking oven respectively（31）Front and rear end opening, which is characterized in that transferring device（7）Including conveyer belt B（71）, conveyer belt B（71）
Stomata, conveyer belt B is distributed in surface（71）Conveying belt of lower floor as delivery platform, conveyer belt B（71）Delivery platform into
Mouth is located at the top of molding machine output terminal, conveyer belt B（71）Import nearby be equipped with the second negative pressure device（72）, the second negative pressure
Device（72）It is connected with vacuum pump, conveyer belt B is made by the second negative pressure device（71）Delivery platform（711）Upper and lower side between
Negative Pressure Difference is formed, the all-glass paper that molding machine is sent out is adsorbed onto conveyer belt B（71）Transport, the material conveying platform of conveyer belt B
（711）Outlet positioned at drying unit conveyer belt C（32）The top of input end, in conveyer belt C（32）Input end is nearby equipped with
3rd negative pressure device（35）, the 3rd negative pressure device（35）It is connected with vacuum pump, the 3rd negative pressure device（35）Make conveyer belt C（32）'s
Input end forms negative pressure, by conveyer belt B（71）The all-glass paper of the port of export is drawn onto conveyer belt C（32）On.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721265164.2U CN207391925U (en) | 2017-09-28 | 2017-09-28 | Transferring device on all-glass paper production line between processing and forming and drying manufacturing procedure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721265164.2U CN207391925U (en) | 2017-09-28 | 2017-09-28 | Transferring device on all-glass paper production line between processing and forming and drying manufacturing procedure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207391925U true CN207391925U (en) | 2018-05-22 |
Family
ID=62330544
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721265164.2U Expired - Fee Related CN207391925U (en) | 2017-09-28 | 2017-09-28 | Transferring device on all-glass paper production line between processing and forming and drying manufacturing procedure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207391925U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107558287A (en) * | 2017-09-28 | 2018-01-09 | 浙江兰良实业有限公司 | Transferring device on all-glass paper production line between processing and forming and drying manufacturing procedure |
-
2017
- 2017-09-28 CN CN201721265164.2U patent/CN207391925U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107558287A (en) * | 2017-09-28 | 2018-01-09 | 浙江兰良实业有限公司 | Transferring device on all-glass paper production line between processing and forming and drying manufacturing procedure |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180522 Termination date: 20210928 |
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| CF01 | Termination of patent right due to non-payment of annual fee |