CN204998128U - Ceramic vessel pattern bat printing equipment - Google Patents
Ceramic vessel pattern bat printing equipment Download PDFInfo
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- CN204998128U CN204998128U CN201520725911.0U CN201520725911U CN204998128U CN 204998128 U CN204998128 U CN 204998128U CN 201520725911 U CN201520725911 U CN 201520725911U CN 204998128 U CN204998128 U CN 204998128U
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Abstract
The utility model provides a ceramic vessel pattern bat printing equipment which intaglio top is equipped with scribbles roller and scraper, still installs drive silica gel head and gallows vertical motion's first vertical actuating mechanism, the vertical actuating mechanism of second that roller and scraper vertical motion were scribbled in the drive, be equipped with horizontal guide rail in intaglio top and body supporting seat top, hoist and mount have movable support alive below the horizontal guide rail, the lower part parcel of silica gel head has first circular magnet, body supporting seat central authorities are equipped with vertical guide hole, but install vertical motion's the circular magnet of second in the vertical guide hole, still are equipped with the circular magnet vertical motion's of drive second the vertical actuating mechanism of third, it is equipped with first photoelectricity eye to fix by the silica gel head, gallows fixedly connected with can supply the first sign piece of first photoelectricity eye detection. The utility model discloses can implement the in -process of printing in the bowl wall side to the ceramic vessel body, also implement the printing to the bowl bottom surface of ceramic vessel body, and avoid silica gel head central part to be pulled.
Description
Technical field
The utility model belongs to the technical field of ceramic making equipment, particularly relates to a kind of ceramic bowl pattern transfer printing equipment.
Background technology
Shown in Fig. 1, the bottom of ceramic bowl 8 is bowl pin 81, bowl pin central authorities indent and be formed as bowl bottom 82.General ceramic bowl bowl wall outer surface (as the AB in Fig. 1 CD position) be printed with decorative pattern, and the higher ceramic bowl of class also needs to be printed with trade mark, to produce the information such as family, productive year of producing, these contents need to be printed on a bowl bowl bottom for pin central authorities (the EF position as in Fig. 1) usually.
Traditional ceramics bowl adopts the mode of decal paper to form pattern.Afterwards, people devised and utilize silica gel head print water-based colorant on ceramic bowl surface and form the transfer printing equipment of pattern.Shown in Fig. 2, Fig. 3, existing ceramic bowl pattern transfer printing equipment comprises the silica gel head 2, the suspension bracket 21 that make with the silica gel material that plane intaglio plate 1, flexibility are good, top and suspension bracket 21 lower end of silica gel head 2 link together, the bottom of silica gel head 2 is hemispherical under natural overhang, intaglio plate 1 surface engraving has concave, and concave is combined to form concave picture and text.
During work, first be coated with on intaglio plate 1 and brush water-based colorant, then unnecessary water-based colorant is blown off with scraper, then above intaglio plate 1 pattern bottom of silica gel head 2 being pressed in planar metal plate, the bottom temporary deformity of silica gel head is plane, as shown in Figure 4, and dip in the water-based colorant corresponding with intaglio pattern, finally the bottom of silica gel head 2 is shifted and be pressed in handstand ceramic bowl base substrate 8 surface, the bottom of silica gel head is deformed into the shape of mating with ceramic bowl billet surface, as shown in Figure 5, and by water-based colorant pattern bat printing on the outer peripheral face of ceramic bowl base substrate, just ceramic bowl base substrate can be entered kiln high temperature sintering afterwards, obtain being with figuratum ceramic bowl goods.
But still there is following deficiency in existing aforesaid way: when the bottom of silica gel head is shifted and is pressed in ceramic bowl billet surface, owing to being subject to the stop of bowl pin 81, the center of silica gel head 2 can not touch bowl bottom 82, as shown in Figure 5, mean that aforesaid way cannot implement printing picture and character to bowl bottom 82, and need to print in addition, or bowl bottom can not form picture and text and be rendered as blank again.
Utility model content
The purpose of this utility model is overcome above-mentioned shortcoming and provide a kind of ceramic bowl pattern transfer printing equipment, and it can implement in the process of printing to the bowl wall side of ceramic bowl base substrate, also implements printing to the bowl bottom of ceramic bowl base substrate.
Its object can realize by following scheme: this ceramic bowl pattern transfer printing equipment comprises plane intaglio plate, the silica gel head that soft silica gel material makes, for supporting the base substrate supporting seat of ceramic bowl base substrate, suspension bracket, top and the suspension bracket lower end of silica gel head link together, the bottom of silica gel head is hemispherical under natural overhang, paint roller and scraper is provided with above intaglio plate, the lengthwise position of silica gel head is positioned at the front of scraper, scraper is positioned at the front of paint roller, intaglio plate surrounding is provided with baffle plate, intaglio plate is carved with concave, concave is combined to form concave picture and text, also be provided with firm banking, described base substrate supporting seat and intaglio plate are arranged on firm banking, base substrate supporting seat is positioned at the front of intaglio plate, its main feature is, described concave picture and text are divided into two parts, wherein Part I concave picture and text are positioned at the central authorities of Part II concave picture and text, Part II concave picture and text are peripheral around being arranged in Part I concave picture and text, leave gap between Part I concave picture and text and Part II concave picture and text, the the first vertical driving mechanism driving silica gel head and suspension bracket vertical motion, the second vertical driving mechanism driving paint roller and scraper vertical motion are also installed, above intaglio plate He above base substrate supporting seat, be provided with horizontal guide rail, below horizontal guide rail, be lifted with travel(l)ing rest, be also provided with the longitudinal driving mechanism driving travel(l)ing rest along horizontal guide rail front-rear reciprocation movement, described first vertical driving mechanism, the second vertical driving mechanism are arranged on below travel(l)ing rest also in company with travel(l)ing rest lengthwise movement, the bottom of described silica gel head is enclosed with the first circular magnet, the diameter of the first circular magnet is less than the bowl pin diameter of the ceramic bowl of wanted bat printing, described base substrate supporting seat central authorities are provided with vertical guide hole, being provided with in vertical guide hole can the second circular magnet of vertical motion, magnetic direction and described first circular magnet of the second circular magnet form attracting matching relationship, are also provided with the 3rd vertical driving mechanism of driving second circular magnet vertical motion, be fixed with the first photocell eye on silica gel head side, described suspension bracket is fixedly connected with can for the first attribute block of the first photocell eye detection, and the first attribute block is in company with the synchronous vertical motion of silica gel head, when silica gel head is moved down into the bowl pin just contacting the ceramic bowl that will print, the vertical position of described first attribute block just aims at the first photocell eye, also be provided with central controller, described first photocell eye, the first vertical cylinder connect central controller, and central controller connects the 3rd vertical driving mechanism.
The utility model has the following advantages and effect:
One, the utility model can implemented in the process of printing to the bowl wall side of ceramic bowl base substrate, also implements printing to the bowl bottom of ceramic bowl base substrate.
Two, the utility model is before bowl bottom is left at the position (central part) that silica gel head is moistened with Part I concave picture and text water-based colorant, second circular magnet can be driven downwards, make the second circular magnet away from the first circular magnet, avoid silica gel head still to there is obvious magnetic attraction after leaving bowl bottom, and then avoid silica gel head central part be subject to the downward pulling force of the first circular magnet in the process of moving up and pulled (generation internal injury).
Three, the utility model moves downward in process in the second circular magnet, although downward pulling force can be produced to the first circular magnet, but silica gel head bottom now is upwards held by bowl bottom, therefore the downward pulling force that magnetic force produces can not move tender silica gel head bottom to, and tender silica gel head can not be made to occur drawing crack internal injury.
Four, the utility model is after ceramic bowl side is left at the position (eccentric position) that silica gel head is moistened with Part II concave picture and text water-based colorant, second circular magnet just moves down and away from the first circular magnet, avoid when the eccentric position of silica gel head is still attached to bowl wall side, silica gel head central part makes the eccentric position of silica gel head produce distortion shake in bowl wall side owing to losing downward magnetic attraction, and then avoids the clarity having influence on Part II concave picture-text printing.
Accompanying drawing explanation
Fig. 1 is the structural representation of ceramic bowl base substrate.
Fig. 2 is the outer shape schematic diagram of silica gel head.
Fig. 3 is the matching relationship schematic diagram of silica gel head and intaglio plate.
Fig. 4 is the view in Fig. 3 after silica gel head contact intaglio plate.
Fig. 5 is the view that in Fig. 4, silica gel head implements printing to ceramic bowl base substrate.
Fig. 6 is the structural representation of the first specific embodiment of the utility model.
Fig. 7 is the matching relationship schematic diagram of silica gel head and base substrate supporting seat in Fig. 6.
Fig. 8 is (1) step schematic diagram of the utility model specific embodiment course of work.
Fig. 9 is (2) step schematic diagram of the utility model specific embodiment course of work.
Figure 10 is (3) step schematic diagram of the utility model specific embodiment course of work.
Figure 11 is (4) step schematic diagram of the utility model specific embodiment course of work.
Figure 12 is (5) step schematic diagram of the utility model specific embodiment course of work.
Figure 13 is (6) step schematic diagram of the utility model specific embodiment course of work.
Figure 14 is the view of (7) step of the utility model specific embodiment course of work when just starting.
Figure 15 is the view at the end of (7) step of the utility model specific embodiment course of work.
Figure 16 is (8) step schematic diagram of the utility model specific embodiment course of work.
Figure 17 is the view of (9) step of the utility model specific embodiment course of work when just starting.
Figure 18 is Figure 15 partial enlarged drawing.
Figure 19 is Figure 16 partial enlarged drawing.
Detailed description of the invention
Shown in Fig. 6, Fig. 7, this ceramic bowl pattern transfer printing equipment comprise plane intaglio plate 1, soft silica gel material make silica gel head 2, for supporting base substrate supporting seat 3, the suspension bracket 21 of ceramic bowl base substrate.Top and suspension bracket 21 lower end of silica gel head 2 link together, and the bottom of silica gel head 2 is hemispherical under natural overhang, paint roller 41 and scraper 42 is provided with above intaglio plate 1, the lengthwise position of silica gel head 2 is positioned at the front of scraper 42, scraper 42 is positioned at the front of paint roller 41, intaglio plate 1 surrounding is provided with baffle plate 11, baffle plate 11 can prevent water-based colorant from overflowing from intaglio plate 1 edge, intaglio plate 1 is carved with concave, concave is combined to form concave picture and text, concave picture and text are divided into two parts, wherein Part I concave picture and text are positioned at the central authorities of Part II concave picture and text, Part II concave picture and text are peripheral around being arranged in Part I concave picture and text, annular gap is left between Part I concave picture and text and Part II concave picture and text, the the first vertical driving mechanism driving silica gel head and suspension bracket vertical motion, the second vertical driving mechanism driving paint roller and scraper vertical motion are also installed, first vertical driving mechanism is the vertical driving mechanism of the first vertical cylinder 51, second is the second vertical cylinder 52, also be provided with firm banking 32, described base substrate supporting seat 3 and intaglio plate 1 are arranged on firm banking 32, base substrate supporting seat 3 is positioned at the front of intaglio plate 1, horizontal guide rail 33 is provided with above intaglio plate 1 He above base substrate supporting seat 3, horizontal guide rail 33 is lifted with travel(l)ing rest 34 below, also be provided with the longitudinal driving mechanism driving travel(l)ing rest 34 along horizontal guide rail 33 front-rear reciprocation movement, longitudinal driving mechanism is horizontal air cylinder 53, the vertical cylinder 52 of described first vertical cylinder 51, second is arranged on below travel(l)ing rest also in company with travel(l)ing rest lengthwise movement.
Shown in Fig. 6, Fig. 7, the bottom of described silica gel head 2 is enclosed with the first circular magnet 61, the diameter of the first circular magnet 61 is less than the bowl pin diameter of the ceramic bowl base substrate that will print, described base substrate supporting seat 3 central authorities are provided with vertical guide hole 35, being provided with in vertical guide hole 35 can the second circular magnet 62 of vertical motion, magnetic direction and described first circular magnet 61 of the second circular magnet 62 form attracting matching relationship, also be provided with the 3rd vertical driving mechanism of driving second circular magnet vertical motion, the 3rd vertical driving mechanism is the 3rd vertical cylinder 54; Be fixed with the first photocell eye 71 on silica gel head 2 side, described suspension bracket 21 is fixedly connected with can for the first attribute block 91, first attribute block 91 of the first photocell eye detection in company with the synchronous vertical motion of silica gel head 2; When silica gel head 2 is moved down into the bowl pin just contacting the ceramic bowl base substrate that will print, the vertical position of described first attribute block 91 just aims at the first photocell eye 71; Also be provided with central controller, the vertical cylinder 51 of described first photocell eye 71, first is connected to central controller, and central controller connects the vertical cylinder 54 of the 3rd vertical cylinder the 54, three and is arranged on above firm banking 32.
The course of work and the principle of above-described embodiment one comprise the following steps:
(1), by water-based colorant be coated in above intaglio plate 1, being stood upside down by ceramic bowl base substrate 8 is placed on above base substrate supporting seat 3, and bowl pin upward; In an initial condition, travel(l)ing rest 34 is in its front end vertically moving track (front end vertically moving track shows as right-hand member in accompanying drawing 8-17), silica gel head 2 is made just to be positioned at directly over ceramic bowl base substrate 8, paint roller 41 and scraper 42 are arranged in the top (front end of component shows as right-hand member at accompanying drawing 8-17) of intaglio plate 1 front end, as shown in Figure 8;
(2), the second vertical cylinder 52 drives paint roller 41 and scraper 42 to move downward, and makes paint roller 41 and scraper 42 touch intaglio plate 1, as shown in Figure 9;
(3), horizontal air cylinder 53 drives travel(l)ing rest 34 to move backward, the vertical cylinder 52 of first vertical cylinder 51, second, silica gel head 2, paint roller 41 and scraper 42 are in company with movement, in the process, paint roller 41 rolls across intaglio plate 1 upper surface, smeared further by the water-based colorant of intaglio plate 1 upper surface evenly, the water-based colorant at smooth for intaglio plate upper surface position blows off by scraper 42, and only remaining concave position remains with water-based colorant; When travel(l)ing rest 34 moves backward to the rear end that it vertically moves track, directly over the Part I concave picture and text that silica gel head 2 is just positioned at intaglio plate and Part II concave picture and text, wherein silica gel head central authorities are positioned at directly over Part I concave picture and text, paint roller 41 and scraper 42 are positioned at the top of intaglio plate 1 rear end, as shown in Figure 10;
(4), the second vertical cylinder 52 drives paint roller 41 and scraper 42 to move upward, and makes paint roller 41 and scraper 42 leave intaglio plate 1; First vertical cylinder 51 drives silica gel head 2 and suspension bracket 21 to move downward, be out of shape by the stop of intaglio plate 1 bottom silica gel head 2, be fitted in the upper surface of intaglio plate 1, and the water-based colorant pattern of Part I concave picture and text and Part II concave picture and text is dipped in the lower surface of silica gel head 2, wherein the water-based colorant of Part I concave picture and text dips in the centre position of silica gel head, the water-based colorant of Part II concave picture and text dips in the eccentric position of silica gel head, as shown in figure 11;
(5), the first vertical cylinder 51 drives silica gel head 2, first attribute block 91 to move upward, and makes silica gel head 2 leave the upper surface of intaglio plate, as shown in figure 12;
(6), horizontal air cylinder 53 drive travel(l)ing rest 34 to move forward to front end that it vertically moves track, the vertical cylinder 52 of first vertical cylinder 51, second, silica gel head 2, paint roller 41 and scraper 42 are in company with movement, the silica gel head 2 being moistened with water-based colorant is made just to be positioned at directly over ceramic bowl base substrate 8, paint roller 41 and scraper 42 are positioned at the top of intaglio plate 1 front end, as shown in figure 13;
(7), the first vertical cylinder 51 drives silica gel head 2 and suspension bracket 21, first attribute block 91 to move downward, and makes silica gel head 2 downwards gradually near the bowl pin of ceramic bowl base substrate 8, as shown in figure 14, when the first attribute block 91 moves downward through the first photocell eye 71 side, central controller according to the motion state of the signal of the first photocell eye and the first vertical cylinder 51 (because the first vertical cylinder 5 is connected with central controller, therefore central controller can judge that the first attribute block moves downward or moves upward), order the 3rd vertical cylinder 54 action, 3rd vertical cylinder 54 drives the second circular magnet 62 to move upward, make the second circular magnet 62 near the first circular magnet 61, first circular magnet 61 of the second circular magnet 62 pairs silica gel head 2 bottom forms downward suction, position silica gel head 2 being moistened with Part I concave picture and text water-based colorant pulls down, until this part fits to the bowl bottom of ceramic bowl base substrate 8, as Figure 15, shown in Figure 18, and by the bowl bottom of Part I concave picture and text water-based colorant bat printing to ceramic bowl base substrate 8,
(8), the first vertical cylinder 51 drives silica gel head 2 and suspension bracket 21, first attribute block 91 to continue to move downward, silica gel head 2 continues the profile deformation according to ceramic bowl base substrate 8, the position that silica gel head 2 is moistened with Part II concave picture and text water-based colorant fits to the side of ceramic bowl base substrate 8, and by the side of Part II concave picture and text water-based colorant pattern bat printing to ceramic bowl base substrate 8, as shown in Figure 16, Figure 19;
(9), the first vertical cylinder 51 drives silica gel head 2 and suspension bracket 21, first attribute block 91 to move upward, and makes silica gel head 2 leave the side of ceramic bowl base substrate 8 gradually, as shown in figure 17; When the first attribute block 91 moves upward through the first photocell eye 71 side, central controller is according to the motion state of the signal of the first photocell eye 71 and the first vertical cylinder 51, order the 3rd vertical cylinder 54 action, the 3rd vertical cylinder 54 is made to drive the second circular magnet 62 to move downward, make the second circular magnet 62 away from the first circular magnet 61, the suction of the first circular magnet 61 of the second circular magnet 62 pairs silica gel head 2 bottom disappears, and the second circular magnet 62 returns to close to position shown in Figure 13;
(10), after this, first vertical cylinder 5 drives silica gel head 2, first attribute block 91 to continue to move upward, by workman, printed ceramic bowl can be taken away, and ceramic bowl base substrate 8 handstand new preparation printed is placed on above base substrate supporting seat 3, whole equipment returns to the original state of step (1) as shown in Figure 8;
So constantly repetitive cycling implementation step (1) ~ (10).
Claims (1)
1. a ceramic bowl pattern transfer printing equipment, comprise plane intaglio plate, the silica gel head that soft silica gel material makes, for supporting the base substrate supporting seat of ceramic bowl base substrate, suspension bracket, top and the suspension bracket lower end of silica gel head link together, the bottom of silica gel head is hemispherical under natural overhang, paint roller and scraper is provided with above intaglio plate, the lengthwise position of silica gel head is positioned at the front of scraper, scraper is positioned at the front of paint roller, intaglio plate surrounding is provided with baffle plate, intaglio plate is carved with concave, concave is combined to form concave picture and text, also be provided with firm banking, described base substrate supporting seat and intaglio plate are arranged on firm banking, base substrate supporting seat is positioned at the front of intaglio plate, it is characterized in that: described concave picture and text are divided into two parts, wherein Part I concave picture and text are positioned at the central authorities of Part II concave picture and text, Part II concave picture and text are peripheral around being arranged in Part I concave picture and text, leave gap between Part I concave picture and text and Part II concave picture and text, the the first vertical driving mechanism driving silica gel head and suspension bracket vertical motion, the second vertical driving mechanism driving paint roller and scraper vertical motion are also installed, above intaglio plate He above base substrate supporting seat, be provided with horizontal guide rail, below horizontal guide rail, be lifted with travel(l)ing rest, be also provided with the longitudinal driving mechanism driving travel(l)ing rest along horizontal guide rail front-rear reciprocation movement, described first vertical driving mechanism, the second vertical driving mechanism are arranged on below travel(l)ing rest also in company with travel(l)ing rest lengthwise movement, the bottom of described silica gel head is enclosed with the first circular magnet, the diameter of the first circular magnet is less than the bowl pin diameter of the ceramic bowl of wanted bat printing, described base substrate supporting seat central authorities are provided with vertical guide hole, being provided with in vertical guide hole can the second circular magnet of vertical motion, magnetic direction and described first circular magnet of the second circular magnet form attracting matching relationship, are also provided with the 3rd vertical driving mechanism of driving second circular magnet vertical motion, be fixed with the first photocell eye on silica gel head side, described suspension bracket is fixedly connected with can for the first attribute block of the first photocell eye detection, and the first attribute block is in company with the synchronous vertical motion of silica gel head, when silica gel head is moved down into the bowl pin just contacting the ceramic bowl that will print, the vertical position of described first attribute block just aims at the first photocell eye, also be provided with central controller, described first photocell eye, the first vertical cylinder connect central controller, and central controller connects the 3rd vertical driving mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520725911.0U CN204998128U (en) | 2015-09-19 | 2015-09-19 | Ceramic vessel pattern bat printing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520725911.0U CN204998128U (en) | 2015-09-19 | 2015-09-19 | Ceramic vessel pattern bat printing equipment |
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| CN204998128U true CN204998128U (en) | 2016-01-27 |
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| CN201520725911.0U Active CN204998128U (en) | 2015-09-19 | 2015-09-19 | Ceramic vessel pattern bat printing equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113022114A (en) * | 2021-03-17 | 2021-06-25 | 清华大学 | Transfer printing stamp and preparation method and using method thereof |
| CN113910757A (en) * | 2021-09-27 | 2022-01-11 | 北京时代民芯科技有限公司 | Square electrode glass diode sign printing mechanism |
-
2015
- 2015-09-19 CN CN201520725911.0U patent/CN204998128U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113022114A (en) * | 2021-03-17 | 2021-06-25 | 清华大学 | Transfer printing stamp and preparation method and using method thereof |
| CN113910757A (en) * | 2021-09-27 | 2022-01-11 | 北京时代民芯科技有限公司 | Square electrode glass diode sign printing mechanism |
| CN113910757B (en) * | 2021-09-27 | 2023-08-29 | 北京时代民芯科技有限公司 | Square electrode glass diode sign printing mechanism |
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