CN206825633U - A kind of device for preventing ceramic tile base bottom from gluing glaze slip - Google Patents
A kind of device for preventing ceramic tile base bottom from gluing glaze slip Download PDFInfo
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- CN206825633U CN206825633U CN201720364120.9U CN201720364120U CN206825633U CN 206825633 U CN206825633 U CN 206825633U CN 201720364120 U CN201720364120 U CN 201720364120U CN 206825633 U CN206825633 U CN 206825633U
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Abstract
The ceramic tile that the utility model is related to ceramic industry manufactures field,A kind of more particularly to device for preventing ceramic tile base bottom from gluing glaze slip,Including glaze line apparatus,Drench glaze device and gear glaze device,Wherein keeping off glaze device includes gear glaze groove,Keep off enamel lamella fix bar,Transmission mechanism,Gear glaze groove is connected by keeping off enamel lamella fix bar with transmission mechanism,Gear glaze groove is inclined at the top of glaze line belt,When the ceramic adobe on glaze line belt leaves the lower section of the leaching glaze device,Inclined gear glaze groove up moves,The stop motion when keeping off glaze groove and being located at along the groove top for being up moved to gear glaze groove directly over glaze line belt,The glaze slip now flowed down from bell jar, which returns to, connects glaze disk,It will not flow on glaze line belt,So also ensuring that the bottom of ceramic tile base of the motion on glaze line belt will not adhere glaze slip,Because the glaze flowed down is not contaminated,Glaze is recyclable to be reused,It will not cause to waste and pollute environment.
Description
Technical field
The ceramic tile that the utility model is related to ceramic industry manufactures field, more particularly to one kind prevents ceramic tile base bottom from gluing glaze
The device of slurry.
Background technology
In the prior art, in ceramic tile producing process, glazing be an important process procedure in production process it
One.At present in industry glazing mode using it is more be that bell jar leaching glaze and straight line drench glaze, i.e., slip shower is arranged on production glaze
Above line, using glaze line belt the transport of ceramic tile blank delivery by below slip shower, making glaze cover ceramic tile blank surface.
To ensure the stability of production, slip shower flows down glaze incessantly for continuous work, and to be then discontinuous pass through ceramic tile blank
Slip shower, therefore in time of no adobe by slip shower, the glaze flow down from slip shower runs past glaze line belt
Drop in glaze recovering tray, understand some glaze with can not avoiding in the process flow on glaze line belt, cause belt dirty
Dye.Existing widespread practice in the industry is to put a bulk of wet sponge in strap end, and the glaze on glaze line belt is wiped by wet sponge
Material, but more glaze will be saved bit by bit on time slightly long sponge, if sponge cleaning or replacing will wipe not totally not in time,
Glaze so on glaze line belt will be bonded at ceramic tile bottom, and the glaze of ceramic tile bottom can be bonded at kiln again during ceramic tile sinters
On furnace roller rod, the service life of roller rod is influenceed.Meanwhile wet sponge has sponge chip after prolonged fretting wear and is bonded at
On glaze line belt, and then enter in the glaze of recovery, influence to reclaim the quality of glaze.
In the prior art, patent CN201620012363.1 discloses a kind of section glaze leaching glaze device, including the first conveying
Device, the second conveying device and slip shower, slip shower are located at the top of the first conveying device and the second conveying device, the second conveying
The feed end of device is corresponding with the discharge end of the first conveying device, and being left between the first conveying device and the second conveying device to allow
The gap that glaze passes through, glaze can be kept by surface of the gap without flowing to the first conveying device and the second conveying device
The cleaning of conveying device and the recyclable recycling of glaze.But because floor tile green strength is than relatively low, there is certain elasticity, to the greatest extent
The conveying device of pipe first is identical with the power that the second conveying device is equipped with, but can not ensure two conveying device speeds of service one
Causing, two conveying device speed mismatch, and adobe has smaller tremors when running to the second conveying device from the first conveying device, from
And adobe occur and secretly split or even split brick phenomenon, therefore this device is relatively applied to do not have flexible wall brick biscuit to drench after biscuiting
Glaze.Patent CN201510034943.0 discloses a kind of section glaze device, and depression treatment has been carried out to belt conveyor, and in depressed area
Interior installation glaze material recovering device, can solve the problems, such as that glaze is wasted on belt conveyor.This device solves depressed area two
Belt synchronization sex chromosome mosaicism, but two belt is also confined to the greatest extent in the case of identical heavy burden, flowed down plus glaze slip and be covered in brick
On base surface, there is downward impulsive force to adobe, so there is also seismism when adobe is by depressed area, it would still be possible to meeting
Adobe is caused secretly to split.
Utility model content
In view of the shortcomings of the prior art, the purpose of this utility model is to provide a kind of dress for preventing ceramic tile base bottom from gluing glaze slip
Put and its control method, by transforming existing leaching glaze production line, installation gear glaze device, glaze slip during leaching glaze is not flowed to
On glaze line belt, but it is returned directly to connect in glaze disk by keeping off glaze device.
To achieve the above object, the utility model adopts the following technical scheme that：
A kind of device for preventing ceramic tile base bottom from gluing glaze slip, including glaze line apparatus, leaching glaze device and gear glaze device, the glaze line
Device is positioned at the lower section of the leaching glaze device, and the gear glaze device is positioned at the lower section of the leaching glaze position of the leaching glaze device.
The glaze line apparatus includes belt pulley, glaze line belt, belt bracket, support bar, glaze line bracket, the belt pulley band
The dynamic glaze line belt operation, the glaze line belt are embedded in the belt bracket, and the belt bracket passes through the support
Bar is fixed on the glaze line bracket.
The gear glaze device includes gear glaze groove, gear enamel lamella fix bar, transmission mechanism, and the gear glaze groove passes through the gear enamel lamella
Fix bar is connected with the transmission mechanism, and the gear glaze groove is inclined at the top of the glaze line belt.
Wherein, the transmission mechanism includes kinematic link, support drive link and turning joint.
The kinematic link includes the first kinematic link and the second kinematic link, and the support drive link includes the first support
Bar and second support bar, the turning joint include two the first turning joints and two the second turning joints.
The gear enamel lamella fix bar is fixedly connected with first kinematic link, described first support drive link one end and institute
State the first kinematic link to connect by the first turning joint one of them described, the other end passes through it with second kinematic link
In second turning joint connection, described second support drive link one end passes through another with first kinematic link
The first turning joint connection, the other end are connected with second kinematic link by the second turning joint another described.
The support drive link is provided with movable axis, and the support drive link can surround the movable axis and rotate.
Wherein, the transmission mechanism also includes controlling electric cabinet, cylinder, the 3rd kinematic link, the electric cabinet of control with it is described
Cylinder is connected, and the cylinder is connected by the 3rd kinematic link with second kinematic link.
Wherein, the transmission mechanism also includes the first electric eye sensor and the second electric eye sensor, wherein first electricity
Eye sensor is arranged on the lower position that ceramic tile base enters the leaching glaze device, and the second electric eye sensor is arranged on ceramic tile base
Leave the lower position of the leaching glaze device.
The leaching glaze device includes vacuum tank, bell jar and gear glaze cloth, and the vacuum tank is located at the top of the bell jar, described
Gear glaze cloth is arranged on the inside edge of the bell jar.
The position to be fallen along the inclined gear glaze groove glaze slip, which is provided with, connects glaze disk.
To achieve the above object, the utility model also adopts the following technical scheme that：
A kind of control method for preventing ceramic tile base bottom from gluing glaze sizing device, comprises the following steps：
Identification judges whether the ceramic tile base on the glaze line belt of glaze line apparatus is located at the lower position of leaching glaze device.
During according to the ceramic tile base positioned at the lower position of the leaching glaze device, gear glaze device is promoted gear glaze device is not kept off
The glaze line belt of the glaze line apparatus, allows glaze slip to be wandered from leaching glaze device and covers ceramic tile base surface；Otherwise the gear is retracted
Glaze device makes gear glaze device keep off the glaze line belt of the glaze line apparatus, allows glaze slip to be wandered from leaching glaze device in the gear glaze device
The gear glaze groove being obliquely installed on.
Wherein, " identification judges whether the ceramic tile base on the glaze line belt of glaze line apparatus is located at leaching glaze device to the step
In lower position ", specific steps include：
Ceramic tile base, which is arranged on, using the first electric eye sensor enters the lower position for drenching glaze device to identify judgement glaze
Whether the ceramic tile base on the glaze line belt of line apparatus enters the lower position of the leaching glaze device.
Ceramic tile base, which is arranged on, using the second electric eye sensor leaves the lower position for drenching glaze device to identify judgement glaze
Whether the ceramic adobe on the glaze line belt of line apparatus leaves the lower position of the leaching glaze device.
The gear glaze device includes gear glaze groove, gear enamel lamella fix bar, transmission mechanism, and the gear glaze groove passes through the gear enamel lamella
Fix bar is connected with the transmission mechanism, and the gear glaze groove is inclined at the top position of the glaze line belt.
The transmission mechanism includes kinematic link, support drive link and turning joint.
The kinematic link includes the first kinematic link and the second kinematic link, and the support drive link includes the first support
Bar and second support bar, the turning joint include two the first turning joints and two the second turning joints.
The gear enamel lamella fix bar is fixedly connected with first kinematic link, described first support drive link one end and institute
State the first kinematic link to connect by the first turning joint one of them described, the other end passes through it with second kinematic link
In second turning joint connection, described second support drive link one end passes through another with first kinematic link
The first turning joint connection, the other end are connected with second kinematic link by the second turning joint another described.
Wherein, the step " during according to the ceramic tile base positioned at the lower position of the leaching glaze device, promotes gear glaze device
Gear glaze device is not kept off the glaze line belt of the glaze line apparatus, allow glaze slip to be wandered from leaching glaze device and cover ceramic tile base surface ",
Specific step includes：
During according to the ceramic tile base positioned at the lower position of the leaching glaze device.
Promote second kinematic link to move right, drive the support drive link using the movable axis as the axle point inverse time
Pin rotates, while circular arc movement is done in lower section to first kinematic link to the left, and first kinematic link drives the gear simultaneously
Glaze groove moves down.
Stop when the groove top that the gear glaze groove moves down to the gear glaze groove is high as the belt bracket summit
Motion, the ceramic tile base just run to the gear glaze groove top position.
Wherein, the step " otherwise retracts the glaze line skin that the gear glaze device makes gear glaze device keep off the glaze line apparatus
Band, glaze slip is allowed to be wandered from leaching glaze device on the gear glaze groove being obliquely installed of the gear glaze device ", specific step includes：
During according to the ceramic tile base not positioned at the lower position of the leaching glaze device.
Second kinematic link is retracted to left movement, drives the support drive link using the movable axis as axle point up time
Pin rotates, while first kinematic link does circular arc movement to upper right side, and first kinematic link drives the gear simultaneously
Glaze groove moves up.
Stop when the gear glaze groove is located at directly over the glaze line belt along the groove top for being up moved to the gear glaze groove
Motion.
A kind of device for preventing ceramic tile base bottom from gluing glaze slip that the utility model is illustrated, its advantage are：
1st, compared with prior art, gear glaze device of the present utility model includes gear glaze groove, gear enamel lamella fix bar, driver
Structure, the gear glaze groove are connected by the gear enamel lamella fix bar with the transmission mechanism, and the gear glaze groove is inclined at described
The top of glaze line belt, when the ceramic tile base on the glaze line belt enters the lower section of the leaching glaze device, inclined gear glaze
Groove is moved down so that when the groove top of the gear glaze groove is high as the belt bracket summit, the ceramic adobe is just transported
For row to the gear glaze groove top, now glaze slip flows down from bell jar covers the ceramic tile base upper surface；
When the ceramic tile base on the glaze line belt leaves the lower section of the leaching glaze device, inclined gear glaze groove is past to be moved up
It is dynamic, the stop motion when the gear glaze groove is located at directly over the glaze line belt along the groove top for being up moved to the gear glaze groove
When, now glaze slip runs down into the backgauge groove to return to from bell jar connects glaze disk, without allowing glaze slip to fall on glaze line belt, this
Sample also ensures that the bottom of ceramic tile base of the motion on glaze line belt will not adhere glaze slip.
2nd, because the glaze flowed down is not contaminated, glaze is recyclable to be reused, and will not cause to waste and pollute ring
Border.
3rd, compared with prior art, the gear glaze device of gear glaze device of the present utility model includes gear glaze groove, gear enamel lamella
Fix bar, transmission mechanism, the transmission mechanism include kinematic link, support drive link and turning joint, and the gear enamel lamella is fixed
Bar is fixedly connected with first kinematic link, by the motion of the left and right of second kinematic link back and forth, is converted into described
Gear the upper and lower of glaze groove moves back and forth, and design is unique, there is very big advantage in practice.
4th, compared with prior art, the transmission mechanism of gear glaze device of the present utility model also includes controlling electric cabinet, cylinder, the
Three kinematic links, the electric cabinet of control are connected with the cylinder, and the cylinder passes through the 3rd kinematic link and described second
Kinematic link is connected so that transmission mechanism can be moved back and forth automatically left and right.
5th, compared with prior art, it is of the present utility model gear glaze device transmission mechanism also include the first electric eye sensor and
Second electric eye sensor, make transmission mechanism motion speed with displacement together with the speed of the glaze line belt of glaze line apparatus
Coordinate, realize more intelligentized running.
6th, compared with prior art, the utility model prevents ceramic tile base bottom from gluing the leaching glaze device of glaze sizing device and including voltage stabilizing
Tank, bell jar and gear glaze cloth, the vacuum tank are located at the top of the bell jar, and the gear glaze cloth is arranged on the inner side edge of the bell jar
Edge, the gear glaze cloth can guide glaze slip to flow to the position specified.
Brief description of the drawings
Fig. 1 is a kind of schematic side view for preventing ceramic tile base bottom from gluing glaze sizing device of the utility model embodiment.
Fig. 2 is a kind of schematic front view for preventing ceramic tile base bottom from gluing glaze sizing device of the utility model embodiment.
Description of reference numerals：
1st, glaze line apparatus, 11, belt pulley, 12, glaze line belt, 13, belt bracket, 14, support bar, 15, glaze line bracket,
2nd, glaze device is drenched, 21, vacuum tank, 22, bell jar, 23 gear glaze cloth, 24, connect glaze disk, 3, gear glaze device, 31, gear glaze groove, 32, gear glaze
Plate fix bar, 33, transmission mechanism, the 331, first kinematic link, the 332, second kinematic link, the 333, first support drive link,
3331st, the first movable axis, the 334, second support drive link, the 3341, second movable axis, 3342 fix bars, 3351, left first is movable
Joint, 3352, right first turning joint, 3361, left second turning joint, 3362, right second turning joint, 337, control electricity
Cabinet, 338, cylinder, the 339, the 3rd kinematic link, 340 first electric eye sensors, the 341, second electric eye sensor.
Embodiment
The utility model is further described with specific embodiment below in conjunction with the accompanying drawings.
Shown in reference picture 1, to achieve the above object, the utility model embodiment prevents ceramic tile base bottom from gluing the device of glaze slip
Adopt the following technical scheme that：The device for preventing ceramic tile base bottom from gluing glaze slip includes glaze line apparatus 1, leaching glaze device 2 and gear glaze dress
3 are put, the glaze line apparatus 1 is positioned at the lower section of the leaching glaze device 2, leaching glaze of the gear glaze device 3 positioned at the leaching glaze device 2
The lower section of position；
The glaze line apparatus 1 includes belt pulley 11, glaze line belt 12, belt bracket 13, support bar 14, glaze line bracket 15,
The belt pulley 11 drives the glaze line belt 12 to run, and the glaze line belt 12 is embedded in the belt bracket 13, described
Belt bracket 13 is fixed on the glaze line bracket 15 by the support bar 14；
The gear glaze device 3 includes gear glaze groove 31, gear enamel lamella fix bar 32, transmission mechanism 33, and the gear glaze groove 31 passes through
The gear enamel lamella fix bar 32 is connected with the transmission mechanism 33, and the gear glaze groove 31 is inclined at the glaze line belt 12
Top position.
Wherein, the transmission mechanism 33 includes the first kinematic link 331, the second kinematic link 332, first support drive link
333rd, the second support drive link 334, the first turning joint, the second turning joint；
First turning joint includes, and the wherein left side is closed for left first turning joint 3351, the right for the activity of the right side first
Section 3352.
Second turning joint includes, and the wherein left side is closed for left second turning joint 3361, the right for the activity of the right side first
Section 3362.
The gear enamel lamella fix bar 32 is fixedly connected with first kinematic link 331, the first support drive link 333
One end is connected with first kinematic link 331 by left first turning joint 3351, the other end and second kinematic link
332 are connected by left second turning joint 3361, described second support one end of drive link 334 and first kinematic link 331
Connected by right first turning joint 3352, the other end passes through right second turning joint 3362 with second kinematic link 332
Connection；
The one support drive link 333, second, which supports, is respectively equipped with the work of the first movable axis 3331, second on drive link 334
Moving axis 3341, the first support drive link 333 can rotate around first movable axis 3331, the second support drive link
334 can rotate around second movable axis 3341, and first movable axis 3331 is solid by fix bar (not marked in figure)
It is scheduled on glaze line bracket 15, the second movable axis 3341 is fixed on glaze line bracket 15 by fix bar 3342.
Preferably, the transmission mechanism 33 also includes controlling electric cabinet 337, cylinder 338, the 3rd kinematic link 339, it is described
Electric cabinet 337 is controlled to be connected with the cylinder 338, the cylinder 338 passes through the 3rd kinematic link 339 and the described second transmission
Connecting rod 332 connects.
Preferably, the transmission mechanism 33 also includes the first electric eye sensor 340 and the second electric eye sensor 341, its
Described in the first electric eye sensor 340 be arranged on the lower position for entering the leaching glaze device 2, the second electric eye sensor
341 are mounted away from the lower position of the leaching glaze device 2.
Wherein, the leaching glaze device 2 includes vacuum tank 21, bell jar 22 and gear glaze cloth 23, and the vacuum tank 21 is positioned at described
The top of bell jar 22, the gear glaze cloth 23 are arranged on the inside edge of the bell jar 22.
Wherein, the position to be fallen along the inclined gear glaze groove 31, which is provided with, connects glaze disk 24.
To achieve the above object, the utility model also adopts the following technical scheme that：
A kind of control method for preventing ceramic tile base bottom from gluing glaze sizing device, comprises the following steps：
Identification judges whether the ceramic adobe on the glaze line belt 12 of glaze line apparatus 1 is located at the lower section of leaching glaze device 2；
During according to the ceramic adobe positioned at the lower section of the leaching glaze device 2, gear glaze device 3 is promoted to make gear glaze device 3 not
The glaze line belt 12 of the glaze line apparatus 1 is kept off, allows glaze slip to be wandered from leaching glaze device 2 and covers ceramic adobe surface；Otherwise draw
The glaze line belt 12 that the gear glaze device 3 makes gear glaze device 3 keep off the glaze line apparatus 1 is returned, allows glaze slip to be wandered from leaching glaze device 2
On the gear glaze groove 31 being obliquely installed of the gear glaze device 3.
Wherein, " identification judges whether the ceramic adobe on the glaze line belt 12 of glaze line apparatus 1 fills positioned at leaching glaze to the step
Put 2 lower section " in, specific steps include：
The lower position being arranged on using the first electric eye sensor 340 into the leaching glaze device 2 judges glaze line to identify
Whether the ceramic adobe on the glaze line belt 12 of device 1 enters the lower section of the leaching glaze device 2；
The lower position that the leaching glaze device 2 is mounted away from using the second electric eye sensor 341 judges glaze line to identify
Whether the ceramic adobe on the glaze line belt 12 of device 1 leaves the lower section of the leaching glaze device 2.
Wherein, the gear glaze device 3 includes gear glaze groove 31, gear enamel lamella fix bar 32, transmission mechanism 33, the gear glaze groove 31
It is connected by the gear enamel lamella fix bar 32 with the transmission mechanism 33, the gear glaze groove 31 is inclined at the glaze line skin
With 12 top；
Wherein step " during according to the ceramic adobe positioned at the lower section of the leaching glaze device 2, promotes gear glaze device 3 to make gear
Glaze device 3 does not keep off the glaze line belt 12 of the glaze line apparatus 1, allows glaze slip to be wandered from leaching glaze device 2 and covers ceramic adobe table
In face ", specific step includes：
During according to the ceramic adobe positioned at the lower section of the leaching glaze device 2；
Promote second kinematic link 332 to move right, drive support drive link 333, the second support transmission
Bar 334 respectively with the movable axis 3341 of the first movable axis 3331 and second be axle point rotate counterclockwise, while with described one
Support drive link 333 and second supports drive link 334 to connect by left first turning joint 3351, right first turning joint 3352
Circular arc movement is done in lower section to the first kinematic link 331 connect to the left, and first kinematic link 331 drives the gear glaze groove 31 simultaneously
Move down；
When the gear glaze groove 31 is along moving down to the groove top of the gear glaze groove 31 as the summit of belt bracket 13
Stop motion when high, the ceramic adobe just run to the top of gear glaze groove 31.
Wherein, " otherwise retract the gear glaze device 3 makes gear glaze device 3 keep off the glaze line apparatus 1 to the wherein step
Glaze line belt 12, glaze slip is allowed to be wandered from leaching glaze device 2 on the gear oil groove 31 being obliquely installed of the gear glaze device 3 " in, specifically
The step of include：
During according to the ceramic adobe not positioned at the lower section of the leaching glaze device 2；
Second kinematic link 332 is retracted to left movement, drives the support drive link 333 and second support transmission
Bar 334 respectively with the movable axis 3341 of the first movable axis 3331 and second be axle point rotate clockwise, while with described one
Support drive link 333 and second supports drive link 334 to connect by left first turning joint 3351, right first turning joint 3352
The first kinematic link 331 connect does circular arc movement to upper right side, and first kinematic link 331 drives the gear glaze groove 31 simultaneously
Move up；
When the gear glaze groove 31 is located at directly over the glaze line belt 12 along the groove top for being up moved to the gear glaze groove 31
When stop motion, the glaze slip flowed down from bell jar 22, which then flows in backgauge groove 31 to return to, connects glaze disk 22, and is flowed down from bell jar 22
Glaze slip between backgauge groove 31, which then flows directly to, to be connect on glaze disk 22, and so on.
It is described above, only it is the utility model preferred embodiment, not technical scope of the present utility model is appointed
What is limited, therefore every any trickle amendment, equivalent variations made according to the technical essence of the utility model to above example
With modification, in the range of still falling within technical solutions of the utility model.
Claims (6)
1. a kind of device for preventing ceramic tile base bottom from gluing glaze slip, it is characterised in that including glaze line apparatus, leaching glaze device and gear glaze dress
Put, the glaze line apparatus is positioned at the lower section of the leaching glaze device, and the gear glaze device is positioned at the leaching glaze position of the leaching glaze device
Lower section；
The glaze line apparatus includes belt pulley, glaze line belt, belt bracket, support bar, glaze line bracket, and the belt pulley drives institute
The operation of glaze line belt is stated, the glaze line belt is embedded in the belt bracket, and the belt bracket is consolidated by the support bar
It is scheduled on the glaze line bracket；
The gear glaze device includes gear glaze groove, gear enamel lamella fix bar, transmission mechanism, and the gear glaze groove is fixed by the gear enamel lamella
Bar is connected with the transmission mechanism, and the gear glaze groove is inclined at the top of the glaze line belt.
2. the device according to claim 1 for preventing ceramic tile base bottom from gluing glaze slip, it is characterised in that：The transmission mechanism includes
Kinematic link, support drive link and turning joint；
The kinematic link includes the first kinematic link and the second kinematic link, the support drive link include first support bar and
Second support bar, the turning joint include two the first turning joints and two the second turning joints；
The gear enamel lamella fix bar is fixedly connected with first kinematic link, described first support drive link one end and described the
One kinematic link is connected by the first turning joint one of them described, and the other end passes through wherein one with second kinematic link
The individual second turning joint connection, described second support drive link one end pass through described in another with first kinematic link
First turning joint is connected, and the other end is connected with second kinematic link by the second turning joint another described；
The support drive link is provided with movable axis, and the support drive link can surround the movable axis and rotate.
3. the device according to claim 2 for preventing ceramic tile base bottom from gluing glaze slip, it is characterised in that：The transmission mechanism also wraps
The electric cabinet of control, cylinder, the 3rd kinematic link are included, the electric cabinet of control is connected with the cylinder, and the cylinder passes through the described 3rd
Kinematic link is connected with second kinematic link.
4. the device according to claim 3 for preventing ceramic tile base bottom from gluing glaze slip, it is characterised in that：The transmission mechanism also wraps
The first electric eye sensor and the second electric eye sensor are included, wherein the first electric eye sensor enters the leaching installed in ceramic tile base
The lower position of glaze device, the second electric eye sensor are arranged on the lower position that ceramic tile base leaves the leaching glaze device.
5. the device according to claim 1 for preventing ceramic tile base bottom from gluing glaze slip, it is characterised in that：The leaching glaze device includes
Vacuum tank, bell jar and gear glaze cloth, the vacuum tank are located at the top of the bell jar, and the gear glaze cloth is arranged on the interior of the bell jar
Lateral edges.
6. the device according to claim 1 for preventing ceramic tile base bottom from gluing glaze slip, it is characterised in that：Along the inclined gear
The position that glaze groove glaze slip falls is provided with and connects glaze disk.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720364120.9U CN206825633U (en) | 2017-04-10 | 2017-04-10 | A kind of device for preventing ceramic tile base bottom from gluing glaze slip |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720364120.9U CN206825633U (en) | 2017-04-10 | 2017-04-10 | A kind of device for preventing ceramic tile base bottom from gluing glaze slip |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206825633U true CN206825633U (en) | 2018-01-02 |
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ID=60767887
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720364120.9U Active CN206825633U (en) | 2017-04-10 | 2017-04-10 | A kind of device for preventing ceramic tile base bottom from gluing glaze slip |
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| CN (1) | CN206825633U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106945156A (en) * | 2017-04-10 | 2017-07-14 | 江西和美陶瓷有限公司 | A kind of device and its control method that prevent ceramic tile base bottom from gluing glaze slip |
-
2017
- 2017-04-10 CN CN201720364120.9U patent/CN206825633U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106945156A (en) * | 2017-04-10 | 2017-07-14 | 江西和美陶瓷有限公司 | A kind of device and its control method that prevent ceramic tile base bottom from gluing glaze slip |
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