CN109605556A - A kind of anhydrous glazing line of full digital code - Google Patents
A kind of anhydrous glazing line of full digital code Download PDFInfo
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- CN109605556A CN109605556A CN201811528156.1A CN201811528156A CN109605556A CN 109605556 A CN109605556 A CN 109605556A CN 201811528156 A CN201811528156 A CN 201811528156A CN 109605556 A CN109605556 A CN 109605556A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B11/00—Apparatus or processes for treating or working the shaped or preshaped articles
- B28B11/04—Apparatus or processes for treating or working the shaped or preshaped articles for coating or applying engobing layers
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Abstract
A kind of anhydrous glazing line of full digital code, including three groups of concatenated big plate ink jet printers of ceramics, wherein the big plate ink jet printer of first group of ceramics is used for digital overglaze spray printing, the big plate ink jet printer of second group of ceramics is used for base ink spray printing, and third group ink jet printer is used for function glaze spray printing.The present invention proposes that a kind of anhydrous glazing line of full digital code and the big plate ink jet printer of ceramics, digital glaze realize functional ink or glaze precise positioning by biometrics on-demand spray printing according to above content, avoid unnecessary waste of material, it realizes anhydrous workshop, saves occupied area, it is more environmentally protective.
Description
Technical field
The present invention relates to ceramic ink jet apparatus field more particularly to a kind of anhydrous glazing lines of full digital code.
Background technique
Traditional bell jar leaching glaze and high pressure glaze spraying are only capable of applying a kind of protection glaze to ceramic tile surface, and entire brick face is presented only
A kind of glossiness out, it is difficult to show lithotome, timber in different parts, the glossiness variation effect of different texture.
Big specification glazing ceramic tile is had to thin and uniform, if glaze layer is too thick, is easy to appear deformation, pin hole, side are split etc. lacks
It falls into, and traditional glaze pouring is aqueous glaze, is difficult to accomplish that glazing is uniform and thin, and has a large amount of water and apply in adobe,
Intensity decline, it is easy to occur damaged.The excellent rate of big plate is very crucial, if defect occurs in big plate, it is necessary to be cut into small
Plate, value can have a greatly reduced quality.
Common glaze spraying or leaching glaze, many glaze is wasted on belt and glaze cabinet, while traditional glazing also needs one
Cleaning device, therefore have many water and glaze slip on glaze line, it is actually much when waste is arranged although a part can recycle
It puts, pollutes.
Summary of the invention
It is an object of the invention to propose that a kind of anhydrous glazing line of full digital code, digital glaze are real by biometrics on-demand spray printing
Existing functional ink or glaze precise positioning, avoid unnecessary waste of material, realize anhydrous workshop, save occupied area, more
Add environmentally protective.
To achieve this purpose, the present invention adopts the following technical scheme:
A kind of anhydrous glazing line of full digital code, including three groups of concatenated big plate ink jet printers of ceramics, wherein first group of big plate of ceramics
Ink jet printer carries out digital overglaze spray printing, and the big plate ink jet printer of second group of ceramics carries out base ink spray printing, and third group ink jet printer carries out
Function glaze spray printing.
Ceramic big plate ink jet printer includes host, slave and tail machine；The quantity of the slave is at least one, the host, from
Machine and tail machine are sequentially connected splicing；
The host, slave and tail machine are respectively equipped with independent cage, are equipped with printing head in cage；
The host, slave and tail machine are respectively equipped with independent ink feeding system, and ink feeding system is the printing head in cage
Circulation conveying ink；
The host, slave and the respective ink-jet system of tail machine at least have a Color Channel；
Further include bottom belt gear, passes through host, slave and tail machine, be used for delivering printing material, it is described
The cage that host, slave and tail machine are respectively equipped with equidistantly arranges above the belt gear of bottom；
The host, slave and tail machine are respectively equipped with independent cage being capable of synchronization lifting.
Further, further include multiple cage elevator structures, a cage lifting is equipped in each host, slave and tail machine
Mechanism；
The cage elevator structure includes lifter plate, fixed plate, lifting assembly and lifting driving assembly；
The lifter plate is divided into left lifter plate and right lifter plate, and the fixed plate is divided into left fixed plate and right fixed plate；
The left fixed plate and right fixed plate are located at the inside of the left lifter plate and the inside of right lifter plate；
The both ends of the cage are individually fixed in the left lifter plate and right lifter plate；
The lifting assembly is divided into left lifting assembly and right lifting assembly, the left lifting assembly and right lifting assembly difference
It is fixed on the left fixed plate and right fixed plate；
The left lifting unit of the left lifting assembly is connect with the left lifter plate, the right lifting unit of the right lifting assembly with
The right lifter plate connection；
It is described lifting driving assembly drive the left lifting assembly left lifting unit and right lifting assembly right lifting unit it is same
Step lifting, to drive the left lifter plate and right lifter plate synchronization lifting.
Further, the left lifting assembly includes left lifting unit, top chock, step, lifting screw, lifting wave
Case, sliding rail and sliding block；
The left lifting unit includes lifting nut and lifting nut seat, and the lifting nut is set to the lifting nut seat,
One end of the lifting nut seat is connect with the left lifter plate；
The top chock and step are individually fixed in the inside of the left fixed plate, and the lifting screw passes through upper
Bearing block, step, lifting nut and lifting nut seat, also, top chock is fixed in one end of the lifting screw, institute
The other end for stating lifting screw is fixed on the output end of lifting wave case；
The sliding rail is fixed on the outside of the left fixed plate, and the sliding block is installed on the sliding rail, the sliding block also with
The inside of the left lifter plate connects.
Further, the lifting driving assembly includes shaft coupling, commutator, lifting motor and lifting drive connecting shaft；
The commutator of the lifting driving assembly of each cage elevator structure is all provided with there are four shaft coupling；
Horizontally two shaft couplings are connect with one end of two lifting drive connecting shafts of same cage elevator structure；
The other end of lifting drive connecting shaft is connect by shaft coupling with lifting wave case, and two longitudinal shaft couplings pass through company
Spindle is connect with the commutator of adjacent cage elevator structure.
Further, further include large span spray head aluminium sheet mechanism, be set to cage；
The large span spray head aluminium sheet mechanism includes spray head aluminium sheet and stiffening plate；
Two groups of printing heads are installed, every group of printing head can print a kind of color in the aluminium sheet；
The both ends of every group of printing head are equipped with stiffening plate.
It further, further include adjustment seat；
The adjustment seat is set to cage supporting plate, and the adjusting screw rod of adjustment seat connects aluminium sheet.
Further, further include station, be set to the host.
It further, further include connecting plate；
The framework connecting plate is respectively arranged on host, slave and tail machine, and host, slave and tail machine are connected by framework connecting plate
It connects.
Further, the side of each cage is equipped with stair and cleaning cover antiskid plate.
The present invention proposes that a kind of anhydrous glazing line of full digital code, digital glaze pass through biometrics on-demand spray printing according to above content,
It realizes functional ink or glaze precise positioning, avoids unnecessary waste of material, realize anhydrous workshop, save occupied area,
It is more environmentally protective.
Digital glaze spraying using glaze as Dispersion of Solute Matter in organic solvent, form stable suspension, applied by printing head
In ceramic tile surface, more horn of plenty is shown and fine texture and color effect.Anhydrous glazing line is by three big plates of ceramics
The series connection of three machine of ink jet printer is realized, to parent glaze, color ink, functional ink any combination.
And can print on demand, using the speciality of printing head, by computerized print software control, can make glaze by
According on predetermined pattern accurately spray printing to brick face, unnecessary waste of material is avoided, or even be not required to can be realized by mold
The surface special-effect of ceramic tile；It can accurately calculate and control glaze volume and uniformity, it is ensured that the stability of product produces.
It realizes anhydrous workshop, because realizing the spray printing of glaze using spray head, eliminates bell jar and glaze spraying cabinet etc. and apply
The many and diverse process of glaze line makes entire glazing line very clean with equipment, ground does not need to clean without sewage, also not no glaze
Waste.
Save occupied area.Since spray plane glaze, ink-jet, spray protection three processes of glaze have all been integrated on ink jet printer, so that
100-200 meters of script of glaze line can shorten within 100 meters even 50 meters, and occupied area is greatly saved.
Detailed description of the invention
Fig. 1 is the schematic diagram of the anhydrous glazing line of full digital code of the one of embodiment of the present invention；
Fig. 2 is the structural schematic diagram of the big plate ink jet printer of ceramics of the one of embodiment of the present invention；
Fig. 3 is the disassembled form structural schematic diagram of the big plate ink jet printer of ceramics of the one of embodiment of the present invention；
Fig. 4 is the structural schematic diagram of the cage elevator structure of the one of embodiment of the present invention；
Fig. 5 is the partial enlarged view at the A of Fig. 4；
Fig. 6 is the partial structural diagram of multiple cage elevator structures of the one of embodiment of the present invention；
Fig. 7 is the usage state diagram of the connecting plate of the one of embodiment of the present invention；
Fig. 8 is the partial structural diagram of the cage of the one of embodiment of the present invention.
Wherein: host 1, slave 2, tail machine 3, cage 4, stair 41, cleaning cover antiskid plate 42, cage supporting plate 402, printing spray
First 401, ink feeding system 5, bottom belt gear 6, large span spray head aluminium sheet mechanism 7, spray head aluminium sheet 71, stiffening plate 72, adjusting
Seat 73, adjusting screw rod 731, station 81, connecting plate 82, cage elevator structure 9, left lifter plate 921, right lifter plate 922, Zuo Gu
Fixed board 931, right fixed plate 932, left lifting assembly 941, left lifting unit 9411, lifting nut 94111, lifting nut seat 94112,
Top chock 9412, step 9413, lifting screw 9414, lifting wave case 9415, sliding rail 9416, sliding block 9417, right lifting
Component 942, right lifting unit 9421, lifting driving assembly 95, shaft coupling 951, commutator 952, lifting motor 953, lifting drive
Connecting shaft 954.
Specific embodiment
To further illustrate the technical scheme of the present invention below with reference to the accompanying drawings and specific embodiments.
A kind of anhydrous glazing line of full digital code, including three groups of concatenated big plate ink jet printers of ceramics, wherein first group of big plate of ceramics
Ink jet printer carries out digital overglaze spray printing, and the big plate ink jet printer of second group of ceramics carries out base ink spray printing, and third group ink jet printer carries out
Function glaze spray printing.
Digital glaze spraying using glaze as Dispersion of Solute Matter in organic solvent, form stable suspension, applied by printing head
In ceramic tile surface, more horn of plenty is shown and fine texture and color effect.Such as Fig. 1, anhydrous glazing line is made pottery by three
Big three machine of the plate ink jet printer series connection of porcelain is realized, to parent glaze, color ink, functional ink any combination.
And can print on demand, using the speciality of printing head, by computerized print software control, can make glaze by
According on predetermined pattern accurately spray printing to brick face, unnecessary waste of material is avoided, or even be not required to can be realized by mold
The surface special-effect of ceramic tile；It can accurately calculate and control glaze volume and uniformity, it is ensured that the stability of product produces.
It realizes anhydrous workshop, because realizing the spray printing of glaze using spray head, eliminates bell jar and glaze spraying cabinet etc. and apply
The many and diverse process of glaze line makes entire glazing line very clean with equipment, ground does not need to clean without sewage, also not no glaze
Waste.
Save occupied area.Since spray plane glaze, ink-jet, spray protection three processes of glaze have all been integrated on ink jet printer, so that
100-200 meters of script of glaze line can shorten within 100 meters even 50 meters, and occupied area is greatly saved.
Ceramic big plate ink jet printer, including host 1, slave 2 and tail machine 3；The quantity of the slave 2 is at least one, the master
Machine 1, slave 2 and tail machine 3 are sequentially connected splicing；
The host 1, slave 2 and tail machine 3 are respectively equipped with independent cage 4, are equipped with printing head 401 in cage 4；
The host 1, slave 2 and tail machine 3 are respectively equipped with independent ink feeding system 5, and ink feeding system 5 is beating in cage 4
Print 401 circulation conveying ink of spray head；
The host 1, slave 2 and the respective ink-jet system 5 of tail machine 3 at least have a Color Channel；
Further include bottom belt gear 6, pass through host 1, slave 2 and tail machine 3, be used for delivering printing material,
The cage 4 that the host 1, slave 2 and tail machine 3 are respectively equipped with equidistant arrangement above bottom belt gear 6；
The host 1, slave 2 and tail machine 3 are respectively equipped with independent cage 4 being capable of synchronization lifting.
The host 1, slave 2 and the respective ink-jet system 5 of tail machine 3 at least have a Color Channel, also, host 1,
Slave 2 and the respective cage 4 of tail machine 3 are there is no directly linking up, thus it is possible to easily according to the Color Channel number need of client
It asks, the quantity of slave 2 is configured, to reach corresponding requirements.Therefore, it can be achieved with completely with the machine that such structures to form gets up
Function, and split type structure dismounting and splicing are convenient, reduce transport difficulty, quantity flexible arrangement can infinite update color
Number of channels.The cage 4 that the host 1, slave 2 and tail machine 3 are respectively equipped with equidistant row above bottom belt gear 6
Column, i.e. bottom belt gear 6 are to be put into stock in bottom belt gear 6, bottom across the complete machine of ceramic big plate ink jet printer
During belt gear 6 transports stock, printing head 401 is installed i.e. in cage 4 and can print out 2 meters or less width
Product.
Further, further include multiple cage elevator structures 9, a cage is equipped in each host 1, slave 2 and tail machine 3
Elevating mechanism 9；
The cage elevator structure 9 includes lifter plate, fixed plate, lifting assembly and lifting driving assembly 95；
The lifter plate is divided into left lifter plate 921 and right lifter plate 922, and the fixed plate is divided into left fixed plate 931 and the right side
Fixed plate 932；
The left fixed plate 931 and right fixed plate 932 be located at the left lifter plate 921 inside and right lifter plate
922 inside；
The both ends of the cage 4 are individually fixed in the left lifter plate 921 and right lifter plate 922；
The lifting assembly is divided into left lifting assembly 941 and right lifting assembly 942, the left lifting assembly 941 and right liter
Part 942 of coming down to a lower group is individually fixed in the left fixed plate 931 and right fixed plate 932；
The left lifting unit 9411 of the left lifting assembly 941 is connect with the left lifter plate 921, the right lifting assembly
942 right lifting unit 9421 is connect with the right lifter plate 922；
The lifting driving assembly 95 drives the left lifting unit 9411 and right lifting assembly 942 of the left lifting assembly 941
9421 synchronization lifting of right lifting unit, to drive 922 synchronization lifting of the left lifter plate 921 and right lifter plate.
Ceramic big plate ink jet printer requires print span big, and the spray head quantity of loading is more, since the both ends of the cage 4 are distinguished
The inside of the left lifter plate 921 and right lifter plate 922 is fixed on, therefore the both ends of the cage 4 are by support, so that described
When left lifter plate 921 and right 922 synchronization lifting of lifter plate, so cage 4 can steadily rise and keep front and back end horizontal equilibrium, energy
Ensure that height is consistent when the both ends lifting of cage 4, avoids one end of cage 4 from tilting down, can guarantee the work shape of cage 4
State is stablized, to guarantee the good of printing effect.
Further, because printing head 401 needs intermittently to carry out cleaning or moisturizing, this will be such that cage 4 rises
To " cleaning height ", then spray head cleaning unit is moved under spray head and carries out cleaning moisturizing, it is therefore desirable to which each cage 4 is synchronous
It is elevated to accurate height, therefore, cage elevator structure 9 can enable cage 4 steadily rise and keep front and back end horizontal equilibrium, and
And reach each 4 synchronization lifting of cage, and the consistent effect of height.And because servo motor itself controls advantage with high accuracy,
The height of cage 4 is enabled to obtain high-precision control.
Further, the left lifting assembly 941 includes left lifting unit 9411, top chock 9412, step 9413, rises
Screw rod 9414, lifting wave case 9415, sliding rail 9416 and sliding block 9417 drop；
The left lifting unit 9411 includes lifting nut 94111 and lifting nut seat 94112, the lifting nut 94111
Set on the lifting nut seat 94112, one end of the lifting nut seat 94112 is connect with the left lifter plate 921；
The top chock 9412 and step 9413 are individually fixed in the inside of the left fixed plate 931, the liter
It drops screw rod 9414 and passes through top chock 9412, step 9413, lifting nut 94111 and lifting nut seat 94112, also,
Top chock 9412 is fixed in one end of the lifting screw 9414, and the other end of the lifting screw 9414 is fixed on lifting wave
The output end of case 9415；
The sliding rail 9416 is fixed on the outside of the left fixed plate 931, and the sliding block 9417 is installed on the sliding rail
9416, the sliding block 9417 is also connect with the inside of the left lifter plate 921.
Lifting screw 9414 rotates under the drive of lifting wave case 9415, and lifting nut 94111 drives lifting nut seat
94112 move up and down, so that left lifter plate 921 is driven to move up and down, in the case where sliding rail 9416 and sliding block 9417 cooperate, left lifter plate
921 can be more stable when moving up and down；Similarly, because the left lifting assembly 941 is identical with the structure of right lifting assembly 942,
Mounting means is also consistent, and right lifter plate 922 is synchronous with the lifting of left lifter plate 921, thus ensuring that 4 both ends of cage are gone up and down
When height it is consistent.
Further, the lifting driving assembly 95 includes that shaft coupling 951, commutator 952, lifting motor 953 and lifting are dynamic
Power connecting shaft 954；
The commutator 952 of the lifting driving assembly 95 of each cage elevator structure 9 is all provided with there are four shaft coupling 951；
Horizontally one end of two lifting drive connecting shafts 954 of two shaft couplings 951 and same cage elevator structure 9
Connection；
The other end of lifting drive connecting shaft 954 is connect by shaft coupling 951 with lifting wave case 9415, two longitudinal connection
Axis device 951 is connect by connecting shaft with the commutator 952 of adjacent cage elevator structure 9.
The lifting motor 953 is servo motor, and the lifting motor 953 drives the lifting dynamic by commutator 952
Power connecting shaft 954 rotates, and the lifting drive connecting shaft 954 drives lifting wave case 9415 to work, 9415 band of lifting wave case
It moves the lifting screw 9414 to rotate, so that lifting nut 94111 drives lifting nut seat 94112 to move up and down.The present embodiment
There are four cage elevator structures 9 for tool, by way of the unified multiple commutators 952 of drive of lifting motor 953, to keep each lifting dynamic
Power connecting shaft 954 is with the rotation of identical speed, to reach each 4 synchronization lifting of cage, and the consistent effect of height.And it because watches
Taking motor has control advantage with high accuracy, enables the adjustable height of cage 4 precisely controlled.
Further, further include large span spray head aluminium sheet mechanism 7, be set to cage 4；
The large span spray head aluminium sheet mechanism 7 includes spray head aluminium sheet 71 and stiffening plate 72；
Two groups of printing heads 401 are installed, every group of printing head 401 can print a kind of color in the aluminium sheet 71；
The both ends of every group of printing head 401 are equipped with stiffening plate 72.
The print span of ceramic big plate ink jet printer is long close to 2 meters, i.e. platform span is big, the printing loaded on spray head aluminium sheet 71
401 quantity of spray head is more, there is the hidden danger for causing aluminium sheet 71 by weight to lower recess, therefore, is equipped with four pieces in total on one block of aluminium sheet 71 and adds
Strong plate 72, and adjustment seat 73 is fixed on cage supporting plate 402, by adjusting screw rod 731 make aluminium sheet 71 be regulated seat 73 to
On the power pullled according to the above design achieve the purpose that aluminium sheet 71 does not also sink while meeting large span.
It further, further include adjustment seat 73；
The adjustment seat 73 is set to cage supporting plate 402, and the adjusting screw rod 731 of adjustment seat 73 connects aluminium sheet 71.
Further, further include station 81, be set to the host 1.
Staff is facilitated to control the movement and monitoring machine parameters of machine.
It further, further include connecting plate 82；
The framework connecting plate 82 is respectively arranged on host 1, slave 2 and tail machine 3, and host 1, slave 2 and tail machine 3 pass through rack
Connecting plate 82 connects.
The connecting plate 82 of the present embodiment is set square, can more firmly be connected host 1, slave 2 and tail machine 3
Come, also facilitates its dismounting.
Further, the side of each cage 4 is equipped with stair 41 and cleaning cover antiskid plate 42.
Because 4 span of cage is big, maintenance personal is caused to replace to printing head 401 and cleaning unit or maintenance difficulties
Greatly.Therefore, the side of each cage 4 is equipped with stair 41 and cleaning cover antiskid plate 42, facilitates maintenance personal that can squat station to hanging
Attended operation is carried out beside cage 4, and cleaning cover antiskid plate 42 is the structure that shuts the door, be the standby shape of cleaning unit below cleaning cover
State position, cleaning unit can be safeguarded by opening cleaning cover antiskid plate 42, at the top of stair 41 and cleaning cover antiskid plate 42
It is equipped with anti-skidding salient point, staff is enable more quietly to stand above.
The technical principle of the invention is described above in combination with a specific embodiment.These descriptions are intended merely to explain of the invention
Principle, and shall not be construed in any way as a limitation of the scope of protection of the invention.Based on the explanation herein, the technology of this field
Personnel can associate with other specific embodiments of the invention without creative labor, these modes are fallen within
Within protection scope of the present invention.
Claims (10)
1. a kind of anhydrous glazing line of full digital code, it is characterised in that: including three groups of concatenated big plate ink jet printers of ceramics, wherein first group
Ceramic big plate ink jet printer carries out digital overglaze spray printing, and the big plate ink jet printer of second group of ceramics carries out base ink spray printing, the spray of third group
Black machine carries out function glaze spray printing.
2. the anhydrous glazing line of a kind of full digital code according to claim 1, it is characterised in that:
Ceramic big plate ink jet printer includes host, slave and tail machine；The quantity of the slave is at least one, the host, slave and
Tail machine is sequentially connected splicing；
The host, slave and tail machine are respectively equipped with independent cage, are equipped with printing head in cage；
The host, slave and tail machine are respectively equipped with independent ink feeding system, and ink feeding system is the printing head circulation in cage
Convey ink；
The host, slave and the respective ink-jet system of tail machine at least have a Color Channel；
Further include bottom belt gear, passes through host, slave and tail machine, be used for delivering printing material, the host,
The cage that slave and tail machine are respectively equipped with equidistantly arranges above the belt gear of bottom；
The host, slave and tail machine are respectively equipped with independent cage being capable of synchronization lifting.
3. the anhydrous glazing line of a kind of full digital code according to claim 2, it is characterised in that: further include multiple cage elevators
Structure is equipped with a cage elevator structure in each host, slave and tail machine；
The cage elevator structure includes lifter plate, fixed plate, lifting assembly and lifting driving assembly；
The lifter plate is divided into left lifter plate and right lifter plate, and the fixed plate is divided into left fixed plate and right fixed plate；
The left fixed plate and right fixed plate are located at the inside of the left lifter plate and the inside of right lifter plate；
The both ends of the cage are individually fixed in the left lifter plate and right lifter plate；
The lifting assembly is divided into left lifting assembly and right lifting assembly, and the left lifting assembly and right lifting assembly are fixed respectively
In the left fixed plate and right fixed plate；
The left lifting unit of the left lifting assembly is connect with the left lifter plate, the right lifting unit of the right lifting assembly with it is described
Right lifter plate connection；
The lifting driving assembly drives the left lifting unit of the left lifting assembly is synchronous with the right lifting unit of right lifting assembly to rise
Drop, to drive the left lifter plate and right lifter plate synchronization lifting.
4. the anhydrous glazing line of a kind of full digital code according to claim 3, it is characterised in that: the left lifting assembly includes a left side
Lifting unit, top chock, step, lifting screw, lifting wave case, sliding rail and sliding block；
The left lifting unit includes lifting nut and lifting nut seat, and the lifting nut is set to the lifting nut seat, described
One end of lifting nut seat is connect with the left lifter plate；
The top chock and step are individually fixed in the inside of the left fixed plate, and the lifting screw passes through upper bearing (metal)
Seat, step, lifting nut and lifting nut seat, also, top chock, the liter are fixed in one end of the lifting screw
The other end of drop screw rod is fixed on the output end of lifting wave case；
The sliding rail is fixed on the outside of the left fixed plate, and the sliding block is installed on the sliding rail, the sliding block also with it is described
The inside of left lifter plate connects.
5. the anhydrous glazing line of a kind of full digital code according to claim 3, it is characterised in that: the lifting driving assembly includes
Shaft coupling, commutator, lifting motor and lifting drive connecting shaft；
The commutator of the lifting driving assembly of each cage elevator structure is all provided with there are four shaft coupling；
Horizontally two shaft couplings are connect with one end of two lifting drive connecting shafts of same cage elevator structure；
The other end of lifting drive connecting shaft is connect by shaft coupling with lifting wave case, and two longitudinal shaft couplings pass through connecting shaft
It is connect with the commutator of adjacent cage elevator structure.
6. the anhydrous glazing line of a kind of full digital code according to claim 2, it is characterised in that: further include large span spray head aluminium sheet
Mechanism is set to cage；
The large span spray head aluminium sheet mechanism includes spray head aluminium sheet and stiffening plate；
Two groups of printing heads are installed, every group of printing head can print a kind of color in the aluminium sheet；
The both ends of every group of printing head are equipped with stiffening plate.
7. the anhydrous glazing line of a kind of full digital code according to claim 6, it is characterised in that: further include adjustment seat；
The adjustment seat is set to cage supporting plate, and the adjusting screw rod of adjustment seat connects aluminium sheet.
8. the big plate ink jet printer of a kind of ceramics according to claim 2, it is characterised in that: further include station, be set to institute
State host.
9. the anhydrous glazing line of a kind of full digital code according to claim 2, it is characterised in that: further include connecting plate；
The framework connecting plate is respectively arranged on host, slave and tail machine, and host, slave and tail machine are connected by framework connecting plate.
10. the anhydrous glazing line of a kind of full digital code according to claim 2, it is characterised in that: the side of each cage is all provided with
There are stair and cleaning cover antiskid plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811528156.1A CN109605556B (en) | 2018-12-13 | 2018-12-13 | Full-digital waterless glazing line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811528156.1A CN109605556B (en) | 2018-12-13 | 2018-12-13 | Full-digital waterless glazing line |
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| CN109605556A true CN109605556A (en) | 2019-04-12 |
| CN109605556B CN109605556B (en) | 2021-01-05 |
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| CN201811528156.1A Active CN109605556B (en) | 2018-12-13 | 2018-12-13 | Full-digital waterless glazing line |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113563115A (en) * | 2021-07-09 | 2021-10-29 | 蒙娜丽莎集团股份有限公司 | Full-digital mold thin ceramic plate and preparation method thereof |
| WO2023098578A1 (en) * | 2021-11-30 | 2023-06-08 | 佛山希望数码印刷设备有限公司 | Ceramic digital glaze spraying device |
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| CN113563115A (en) * | 2021-07-09 | 2021-10-29 | 蒙娜丽莎集团股份有限公司 | Full-digital mold thin ceramic plate and preparation method thereof |
| CN113563115B (en) * | 2021-07-09 | 2022-08-05 | 蒙娜丽莎集团股份有限公司 | Full-digital mold thin ceramic plate and preparation method thereof |
| WO2023098578A1 (en) * | 2021-11-30 | 2023-06-08 | 佛山希望数码印刷设备有限公司 | Ceramic digital glaze spraying device |
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| CN109605556B (en) | 2021-01-05 |
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