CN203461976U - Treatment equipment used before ceramic green body glazing - Google Patents
Treatment equipment used before ceramic green body glazing Download PDFInfo
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- CN203461976U CN203461976U CN201320467870.0U CN201320467870U CN203461976U CN 203461976 U CN203461976 U CN 203461976U CN 201320467870 U CN201320467870 U CN 201320467870U CN 203461976 U CN203461976 U CN 203461976U
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- delivery apparatus
- sucker
- dirt
- sweep
- waterworks
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Abstract
The utility model discloses treatment equipment used before ceramic green body glazing. The treatment equipment comprises a rack, a body delivery device I, a wax disk, a dust sweeping device and a sprinkler, wherein the body delivery device I comprises a delivery device I sucker. Through the uniquely designed dust sweeping device and sprinkler, dust sweeping and sprinkling can be automatically operated completely, and an ingenious dust sweeping rotating mechanism and an ingenious sprinkling sucker rotating mechanism can stably adsorb a ceramic green body, enable the ceramic green body to be switched between a horizontal position and a lower vertical position conveniently, are convenient for the ceramic green body to be received and transferred in the horizontal position and enable the ceramic green body to be in the working positions of an outer dust sweeper, an inner dust sweeper, an inner nozzle and an outer nozzle when the ceramic green body is in the lower vertical position, thereby achieving the dust sweeping and sprinkling cleaning processes of the treatment equipment.
Description
Technical field
The utility model relates to a kind of ceramic body glazing pre-processing device, be specifically related to a kind of be applied to domestic ceramics moulding produce in the equipment of sweeping dirt and water spray of pin wax, billet surface in base substrate foot before glazing.
Background technology
In domestic ceramics, ceramic body moulding rear surface must evenly be coated glaze layer and be carried out firing ceramics surface ability light again.Before base substrate glazing, the dust cleaning that repaired biscuit operation must be retained in to billet surface is totally evenly sprayed water more just can make glaze layer be combined well with base substrate, in addition, in ceramic sintering process, during high temperature, glaze fusing can be together with saggar bottom adhesive, so the glaze that base substrate must be contacted with saggar bottom in glazing operation is removed clean, prevent in ceramic product high-temperature firing process and saggar bottom adhesive, the object that base substrate foot waxes, makes base substrate foot in glazing process have the place of wax not to be stained with glaze exactly.In traditional technology, upper pin wax operation is that workman arrests base substrate base substrate foot is printed on cake wax, make base substrate foot be stained with coating of wax, sweeping dirt operation and be workman holds hair and sweeps and will inside and outside base substrate, clean, water spray operation is that workman smears wiping with the sponge getting wet at the surfaces externally and internally of base substrate, make billet surface enclose water, these operations are all workman's operations one by one, labor strength is large, efficiency is low, owing to being manual operation, be difficult to avoid billet surface to sweep dirt unclean, on base substrate, pin wax is inhomogeneous, the inhomogeneous phenomenon of water in billet surface, thereby affect the quality of product, in addition, because manual operation is sometimes firmly inhomogeneous, can make base substrate break, cause base substrate loss, increased manufacturing cost.
Utility model content
The purpose of this utility model is to provide a kind of ceramic body glazing pre-processing device, especially a kind of be applied to domestic ceramics moulding produce in the Apparatus and method for of sweeping dirt and water spray of pin wax, billet surface in base substrate foot before glazing.Solve upper pin wax in household porcelain production process, sweep that in the operations such as dirt, water spray, manually-operated efficiency is low, quality is unstable, the problem of base substrate loss.
For achieving the above object, the utility model is by the following technical solutions:
Ceramic body glazing pre-processing device comprises frame, base substrate delivery apparatus I, cake wax, sweeps dirt device, spray equipment; Base substrate delivery apparatus I comprises delivery apparatus I sucker;
Described sweep dirt device comprise sweep dirt device frame, sweep dirt rotating mechanism, sweep dirt device sucker, sweep dirt sucker drive-motor, sweep outward dirt sweep, in sweep dirt sweep, in sweep the flexible propulsion source of dirt; Described sweeping in dirt device frame installed and swept dirt rotating mechanism; Sweep on dirt rotating mechanism and be provided with and sweep dirt device sucker and sweep dirt sucker drive-motor, sweep the driving of dirt sucker drive-motor and sweep the rotation of dirt device sucker; The described dirt rotating mechanism of sweeping can take that it rotates as the center of circle up and down in the mounting points of sweeping in dirt device frame, when sweeping dirt rotating mechanism and being pivotally lowered into vertical direction, sweep outward dirt sweep with the lower edge of sweeping dirt device sucker mutually near or contact, inside sweep dirt and sweep with the interior flexible propulsion source of dirt of sweeping and be connected, towards sweeping dirt device sucker card;
Described spray equipment comprises waterworks support, water spray sucker rotating mechanism, waterworks sucker, waterworks sucker drive-motor, inner nozzle and outer nozzle; Water spray sucker rotating mechanism is installed on described waterworks support; On water spray sucker rotating mechanism, waterworks sucker and waterworks sucker drive-motor are installed, waterworks sucker drive-motor drives the rotation of waterworks sucker; Described water spray sucker rotating mechanism can take its waterworks support as the mounting points center of circle rotate up and down, when water spray sucker rotating mechanism is pivotally lowered into vertical direction, inner nozzle is towards waterworks sucker side, and outer nozzle is towards the card of waterworks sucker;
Described base substrate delivery apparatus I comprises delivery apparatus I sucker, by delivery apparatus I sucker absorption base substrate, base substrate is passed to successively to cake wax, sweeps on dirt device sucker or spray equipment sucker.
The described dirt rotating mechanism of sweeping comprises and sweeps dirt rotary electric machine, sweeps dirt sucker supporting plate and sweep the rotating shaft of dirt sucker; The described dirt rotary electric machine of sweeping is installed on and sweeps in dirt device frame, sweep dirt sucker supporting plate and be installed on and sweep in dirt device frame by sweeping the rotating shaft of dirt sucker, sweeping dirt sucker supporting plate can take under driving and sweep axially rotating up and down as the center of circle of dirt sucker rotating shaft sweeping dirt rotary electric machine.
Described water spray sucker rotating mechanism comprises water spray sucker rotary electric machine, water spray sucker supporting plate and the rotating shaft of water spray sucker; Described water spray sucker rotary electric machine is installed on waterworks support, water spray sucker supporting plate is installed on waterworks support by sweeping the rotating shaft of dirt sucker, and water spray sucker supporting plate can be take and sweep axially rotating up and down as the center of circle of dirt sucker rotating shaft under water spray sucker rotary electric machine drives.
Preferably, described base substrate delivery apparatus I comprises delivery apparatus I support, delivery apparatus I drive-motor, the flexible propulsion source of delivery apparatus I, delivery apparatus I guide pin bushing, delivery apparatus I guide rod, delivery apparatus I sucker; Delivery apparatus I drive-motor, the flexible propulsion source of delivery apparatus I, delivery apparatus I guide pin bushing are installed on delivery apparatus I support; The top of described delivery apparatus I support is provided with the flexible propulsion source of delivery apparatus I, and the flexible propulsion source of delivery apparatus I is connected with delivery apparatus I guide rod, controls delivery apparatus I guide rod and moves up and down; Described delivery apparatus I guide rod is hollow tubular structure, and hollow space is communicated with valve tube, and its end is provided with the delivery apparatus I sucker being communicated with hollow structure; Described delivery apparatus I guide pin bushing is installed on delivery apparatus I frame bottom, matches with delivery apparatus I guide rod; Delivery apparatus I support is installed on the slide rail in frame by slide block, under the driving of delivery apparatus I drive-motor, along guide rail, does feeding movement.
Can also comprise base substrate delivery apparatus II, described base substrate delivery apparatus II comprises delivery apparatus II support, delivery apparatus II drive-motor, the flexible propulsion source of delivery apparatus II, delivery apparatus II guide pin bushing, delivery apparatus II guide rod, delivery apparatus II sucker; Delivery apparatus II drive-motor, the flexible propulsion source of delivery apparatus II, delivery apparatus II guide pin bushing are installed on delivery apparatus II support; The top of described delivery apparatus II support is provided with the flexible propulsion source of delivery apparatus II, and the flexible propulsion source of delivery apparatus II is connected with delivery apparatus II guide rod, controls delivery apparatus II guide rod and moves up and down; Described delivery apparatus II guide rod is hollow tubular structure, and hollow space is communicated with valve tube, and its end is provided with the delivery apparatus II sucker being communicated with hollow structure; Described delivery apparatus II guide pin bushing is installed on delivery apparatus II frame bottom, matches with delivery apparatus II guide rod; Delivery apparatus II support is installed on the slide rail in frame by slide block, under the driving of delivery apparatus II drive-motor, along guide rail, does feeding movement.
Can also comprise travelling belt, the ceramic body after described base substrate delivery apparatus II finishes glazing pre-treatment is delivered to travelling belt, delivers to subsequent processing.
The flexible propulsion source of described delivery apparatus I, in sweep the flexible propulsion source of dirt and the flexible propulsion source of delivery apparatus II can be with electronic, air pressure, hydraulic pressure or the replacement of other mechanical mechanism as power element.
The utility model utilizes vacuum pad absorption as the Transfer method of ceramic body, and the benefit of vacuum suck is to be convenient to control adsorptive power size, and is not easy to damage ceramic body, can avoid occurring in production process unnecessary loss.And guide rod and guide pin bushing by being used in conjunction with, can move up and down by the vertical direction, this makes ceramic body base waxdip accurately, has guaranteed carrying out smoothly of waxdip operation.
The utility model unique design sweep dirt device and spray equipment, making to sweep dirt and water spray can move by fully automated, sweep cleverly dirt rotating mechanism and can stablize absorption ceramic body with water spray sucker rotating mechanism, and make ceramic body can be easily level and below switch on vertical position, at level attitude, be convenient to reception and the transfer of ceramic body, below during vertical position, ceramic body is positioned at and outer sweeps that dirt sweeps, sweeps that dirt is swept, the working position of inner nozzle and outer nozzle, realize it and sweep dirt and spray cleaning process.
The utility model is scientific and reasonable for structure, production efficiency is high, loss is low, can perfectly solve in household porcelain production process pin wax, sweep that in the operations such as dirt, water spray, manually-operated efficiency is low, quality is unstable, the problem of base substrate loss, has outstanding substantive distinguishing features and significant progressive.
Accompanying drawing explanation
The structural representation of the ceramic body glazing pre-processing device that Fig. 1 provides for the utility model embodiment
The left view that Fig. 2 is the ceramic body glazing pre-processing device that provides with the utility model embodiment
The A-A of the ceramic body glazing pre-processing device that Fig. 3 provides for embodiment of the present utility model is to schematic diagram
Accompanying drawing sign:
1-frame, 2-slide rail, 3-delivery apparatus I support, 4-delivery apparatus I drive-motor, the 5-delivery apparatus I propulsion source that stretches, 6-delivery apparatus I guide pin bushing, 7-delivery apparatus I guide rod, 8-delivery apparatus I sucker, 9-cake wax, 10-sweeps dirt device frame, 11-sweeps dirt rotary electric machine, 12-sweeps dirt sucker supporting plate, 13-sweeps dirt device sucker, 14-sweeps dirt sucker drive-motor, 15-sweeps dirt outward and sweeps, in 16-, sweeping dirt sweeps, in 17-, sweep the flexible propulsion source of dirt, 18-waterworks support, 19-water spray sucker rotary electric machine, 20-water spray sucker supporting plate, 21-waterworks sucker, 22-waterworks sucker drive-motor, 23-inner nozzle, 24-outer nozzle, 25-delivery apparatus II support, 26-delivery apparatus II drive-motor, the 27-delivery apparatus II propulsion source that stretches, 28-delivery apparatus II guide pin bushing, 29-delivery apparatus II guide rod, 30-delivery apparatus II sucker, 31-travelling belt, 32-sweeps the rotating shaft of dirt sucker, the rotating shaft of 33-water spray sucker.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
As shown in Figure 1-Figure 3, ceramic body glazing pre-processing device comprises frame 1, base substrate delivery apparatus I, cake wax 9, sweeps dirt device, spray equipment; Base substrate delivery apparatus I comprises delivery apparatus I sucker 8;
Described sweep dirt device comprise sweep dirt device frame 10, sweep dirt rotating mechanism, sweep dirt device sucker 13, sweep dirt sucker drive-motor 14, sweep outward dirt sweep 15, in sweep dirt sweep 16, in sweep the flexible propulsion source 17 of dirt; Described sweeping in dirt device frame 10 installed and swept dirt rotating mechanism; Sweep on dirt rotating mechanism and be provided with and sweep dirt device sucker 13 and sweep dirt sucker drive-motor 14, sweep 14 drivings of dirt sucker drive-motor and sweep 13 rotations of dirt device sucker; The described dirt rotating mechanism of sweeping can take that it rotates as the center of circle up and down in the mounting points of sweeping in dirt device frame 10, when sweeping dirt rotating mechanism and being pivotally lowered into vertical direction, sweep outward dirt sweep 15 with the lower edge of sweeping dirt device sucker 13 mutually near or contact, inside sweep dirt sweep 16 with in sweep the flexible propulsion source 17 of dirt and be connected, towards sweeping dirt device sucker 13 cards;
Described spray equipment comprises waterworks support 18, water spray sucker rotating mechanism, waterworks sucker 21, waterworks sucker drive-motor 22, inner nozzle 23 and outer nozzle 24; Water spray sucker rotating mechanism is installed on described waterworks support 18; On water spray sucker rotating mechanism, waterworks sucker 21 and waterworks sucker drive-motor 22 are installed, waterworks sucker drive-motor 22 drives 21 rotations of waterworks sucker; Described water spray sucker rotating mechanism can take its waterworks support 18 as the mounting points center of circle rotate up and down, when water spray sucker rotating mechanism is pivotally lowered into vertical direction, inner nozzle 23 is towards waterworks sucker 21 sides, and outer nozzle 24 is towards the card of waterworks sucker 21;
Described base substrate delivery apparatus I comprises delivery apparatus I sucker 8, by delivery apparatus I sucker 8 absorption base substrates, base substrate is passed to successively to cake wax 9, sweeps on dirt device sucker 13 or spray equipment sucker 21.
The described dirt rotating mechanism of sweeping comprises and sweeps dirt rotary electric machine 11, sweeps dirt sucker supporting plate 12 and sweep dirt sucker rotating shaft 32; The described dirt rotary electric machine 11 of sweeping is installed on and sweeps in dirt device frame 10, sweep dirt sucker supporting plate 12 and be installed on and sweep in dirt device frame 10 by sweeping dirt sucker rotating shaft 32, sweeping dirt sucker supporting plate 12 can take under driving and sweep axially rotating up and down as the center of circle of dirt sucker rotating shaft 32 sweeping dirt rotary electric machine 11;
Described water spray sucker rotating mechanism comprises water spray sucker rotary electric machine 19, water spray sucker supporting plate 20 and water spray sucker rotating shaft 33; Described water spray sucker rotary electric machine 19 is installed on waterworks support 18, water spray sucker supporting plate 20 is installed on waterworks support 18 by sweeping dirt sucker rotating shaft 32, and water spray sucker supporting plate 20 can be take and sweep axially rotating up and down as the center of circle of dirt sucker rotating shaft 32 under water spray sucker rotary electric machine 19 drives;
Described base substrate delivery apparatus I comprises delivery apparatus I support 3, delivery apparatus I drive-motor 4, the flexible propulsion source 5 of delivery apparatus I, delivery apparatus I guide pin bushing 6, delivery apparatus I guide rod 7, delivery apparatus I sucker 8; Delivery apparatus I drive-motor 4, the flexible propulsion source 5 of delivery apparatus I, delivery apparatus I guide pin bushing 6 are installed on delivery apparatus I support 3; The top of described delivery apparatus I support 3 is provided with the flexible propulsion source 5 of delivery apparatus I, and the flexible propulsion source 5 of delivery apparatus I is connected with delivery apparatus I guide rod 7, controls delivery apparatus I guide rod 7 and moves up and down; Described delivery apparatus I guide rod 7 is hollow tubular structure, and hollow space is communicated with valve tube, and its end is provided with the delivery apparatus I sucker 8 being communicated with hollow structure; Described delivery apparatus I guide pin bushing 6 is installed on delivery apparatus I support 3 bottoms, matches with delivery apparatus I guide rod 7; Delivery apparatus I support 3 is installed on the slide rail 2 in frame 1 by slide block, under the driving of delivery apparatus I drive-motor 4, along guide rail, does feeding movement;
Described base substrate delivery apparatus II comprises delivery apparatus II support 25, delivery apparatus II drive-motor 26, the flexible propulsion source 27 of delivery apparatus II, delivery apparatus II guide pin bushing 28, delivery apparatus II guide rod 29, delivery apparatus II sucker 30; Delivery apparatus II drive-motor 26, the flexible propulsion source 27 of delivery apparatus II, delivery apparatus II guide pin bushing 28 are installed on delivery apparatus II support 25; The top of described delivery apparatus II support 25 is provided with the flexible propulsion source 27 of delivery apparatus II, and the flexible propulsion source 27 of delivery apparatus II is connected with delivery apparatus II guide rod 29, controls delivery apparatus II guide rod 29 and moves up and down; Described delivery apparatus II guide rod 29 is hollow tubular structure, and hollow space is communicated with valve tube, and its end is provided with the delivery apparatus II sucker 30 being communicated with hollow structure; Described delivery apparatus II guide pin bushing 28 is installed on delivery apparatus II support 25 bottoms, matches with delivery apparatus II guide rod 29; Delivery apparatus II support 25 is installed on the slide rail 2 in frame 1 by slide block, under the driving of delivery apparatus II drive-motor 26, along guide rail, does feeding movement;
Ceramic body after described base substrate delivery apparatus II finishes glazing pre-treatment is delivered to travelling belt 31, delivers to subsequent processing;
The flexible propulsion source 5 of described delivery apparatus I, in sweep the flexible propulsion source 17 of dirt and the flexible propulsion source 27Wei air pressure of delivery apparatus II mechanism, by cylinder, provide power.
The ceramic body glazing pre-processing device formula that the present embodiment provides is worked like this:
A, described base base substrate delivery apparatus I hold ceramic body by the vacuum drawn of delivery apparatus I sucker 8, are transported on cake wax 9, control the dropping distance of delivery apparatus I sucker 8, and wax liquid is immersed in ceramic body base;
B, base substrate delivery apparatus I are delivered to the ceramic body after waxdip to sweep on dirt device sucker 13, base substrate delivery apparatus I stops vacsorb, delivery apparatus I sucker 8 rises and leaves ceramic body, sweep dirt device sucker 13 and hold ceramic body by vacuum, sweep dirt rotating mechanism and be swung down to vertical direction, the outside of ceramic body and inside respectively with sweep outward dirt sweep 15 with in sweep dirt and sweep 16 and contact, sweep dirt sucker drive-motor 14 and start, 13 rotations of dirt device sucker are swept in driving, sweep dirt;
C, after sweeping dirt and finishing, sweeping dirt rotating mechanism upwards rotates and resets, sweep dirt device sucker 13 and stop vacsorb, base delivery apparatus I sucker 8 declines and by vacuum, ceramic body is held, be delivered on waterworks sucker 21, base substrate delivery apparatus I stops vacsorb, delivery apparatus I sucker 8 rises and leaves ceramic body, water spray sucker rotating mechanism is swung down to vertical direction, the outside of ceramic body and inner subtend inner nozzle 23 and outer nozzle 24 respectively, waterworks sucker drive-motor 22 starts, be delivered to 21 rotations of waterworks sucker, open inner nozzle 23 and outer nozzle 24 simultaneously, to ceramic body spray washing,
After D, spray washing finish, complete ceramic body glazing pre-treatment;
After E, spray washing finish, base delivery apparatus II sucker 30 declines and by vacuum, ceramic body is held, and is delivered to travelling belt 31, and through travelling belt 31, through delivering to subsequent processing, i.e. glazing operation carry out glazing.
Described base substrate delivery apparatus I controls delivery apparatus I guide rod 7 by cylinder and moves up and down in delivery apparatus I guide pin bushing 6; When it transports ceramic body, delivery apparatus I guide rod 7 declines, and when delivery apparatus I sucker 8 stops during to ceramic body position, starts vacuum, and ceramic body is picked up, and send device I guide rod 7 to rise, and base substrate delivery apparatus I moves along slide rail 2; When dirt device sucker 13 or spray equipment sucker 21 tops are swept in arrival, during its placing ceramic base substrate, delivery apparatus I guide rod 7 declines, ceramic body is placed on and is swept on dirt device sucker 13 or spray equipment sucker 21, stop vacuum suction, delivery apparatus I sucker 8 is decontroled ceramic body, and device I guide rod 7 rises, and delivery apparatus I sucker 8 departs from ceramic body.
Described base substrate delivery apparatus II to transport with placing ceramic base substrate process be the same.
As shown in Figures 2 and 3, ceramic body glazing pre-processing device of the present utility model can be designed as arranged side by side two groups, only need to control by one group of motor and flexible propulsion source propulsion source, has also reduced cost in improving production efficiency.By the flexible propulsion source 5 of a resistance delivery apparatus I, control two delivery apparatus I guide rods 7 in parallel; One group of flexible propulsion source of delivery apparatus II is controlled two delivery apparatus II guide rods 29 in parallel; Sweep dirt sucker drive-motor 14 by geartransmission for one group, drive two of parallel connection to sweep 13 rotations of dirt device sucker; One group of water spray sucker rotary electric machine 19, by geartransmission, drives two waterworks suckers in parallel 21 to rotate.
Sweeping dirt rotating mechanism is all also to utilize geartransmission with water spray sucker rotating mechanism, by one group of two groups of rotation of sweeping dirt sucker supporting plate 12 and water spray sucker supporting plate 20 of sweeping dirt rotary electric machine 11 and the 19 control parallel connections of water spray sucker rotary electric machine.
Claims (6)
1. a ceramic body glazing pre-processing device, comprises frame (1), base substrate delivery apparatus I, cake wax (9), sweeps dirt device, spray equipment; Base substrate delivery apparatus I comprises delivery apparatus I sucker (8); It is characterized in that:
Described sweep dirt device comprise sweep dirt device frame (10), sweep dirt rotating mechanism, sweep dirt device sucker (13), sweep dirt sucker drive-motor (14), sweep outward dirt sweep (15), in sweep dirt sweep (16), in sweep the flexible propulsion source (17) of dirt; Described upper installation of dirt device frame (10) of sweeping swept dirt rotating mechanism; Sweep on dirt rotating mechanism and be provided with and sweep dirt device sucker (13) and sweep dirt sucker drive-motor (14), sweep dirt sucker drive-motor (14) driving and sweep dirt device sucker (13) rotation; The described dirt rotating mechanism of sweeping can take that it rotates as the center of circle up and down in the mounting points of sweeping in dirt device frame (10), when sweeping dirt rotating mechanism and being pivotally lowered into vertical direction, sweep outward dirt sweep (15) and the lower edge of sweeping dirt device sucker (13) mutually near or contact, inside sweep dirt sweep (16) with in sweep the flexible propulsion source (17) of dirt and be connected, towards sweeping dirt device sucker (13) card;
Described spray equipment comprises waterworks support (18), water spray sucker rotating mechanism, waterworks sucker (21), waterworks sucker drive-motor (22), inner nozzle (23) and outer nozzle (24); The upper water spray sucker rotating mechanism of installing of described waterworks support (18); On water spray sucker rotating mechanism, waterworks sucker (21) and waterworks sucker drive-motor (22) are installed, waterworks sucker drive-motor (22) drives waterworks sucker (21) rotation; Described water spray sucker rotating mechanism can take its waterworks support (18) as the mounting points center of circle rotate up and down, when water spray sucker rotating mechanism is pivotally lowered into vertical direction, inner nozzle (23) is towards waterworks sucker (21) side, and outer nozzle (24) is towards the card of waterworks sucker (21);
Described base substrate delivery apparatus I comprises delivery apparatus I sucker (8), by delivery apparatus I sucker (8) absorption base substrate, base substrate is passed to successively to cake wax (9), sweeps on dirt device sucker (13) or spray equipment sucker (21).
2. ceramic body glazing pre-processing device as claimed in claim 1, is characterized in that: the described dirt rotating mechanism of sweeping comprises and sweeps dirt rotary electric machine (11), sweeps dirt sucker supporting plate (12) and sweep dirt sucker rotating shaft (32); The described dirt rotary electric machine (11) of sweeping is installed on and sweeps in dirt device frame (10), sweep dirt sucker supporting plate (12) and be installed on by sweeping dirt sucker rotating shaft (32) that to sweep dirt device frame (10) upper, sweeping dirt sucker supporting plate (12) can take under driving and sweep axially rotating up and down as the center of circle of dirt sucker rotating shaft (32) sweeping dirt rotary electric machine (11).
3. ceramic body glazing pre-processing device as claimed in claim 1, is characterized in that: described water spray sucker rotating mechanism comprises water spray sucker rotary electric machine (19), water spray sucker supporting plate (20) and water spray sucker rotating shaft (33); Described water spray sucker rotary electric machine (19) is installed on waterworks support (18), water spray sucker supporting plate (20) is installed on waterworks support (18) above by sweeping dirt sucker rotating shaft (32), and water spray sucker supporting plate (20) can be take and sweep axially rotating up and down as the center of circle of dirt sucker rotating shaft (32) under the sucker rotary electric machine (19) of spraying water drives.
4. ceramic body glazing pre-processing device as claimed in claim 1, is characterized in that: described base substrate delivery apparatus I comprises delivery apparatus I support (3), delivery apparatus I drive-motor (4), the flexible propulsion source (5) of delivery apparatus I, delivery apparatus I guide pin bushing (6), delivery apparatus I guide rod (7), delivery apparatus I sucker (8); Delivery apparatus I drive-motor (4), the flexible propulsion source (5) of delivery apparatus I, delivery apparatus I guide pin bushing (6) are installed on delivery apparatus I support (3); The top of described delivery apparatus I support (3) is provided with the flexible propulsion source (5) of delivery apparatus I, and the delivery apparatus I propulsion source (5) that stretch is connected with delivery apparatus I guide rod (7), and control delivery apparatus I guide rod (7) moves up and down; Described delivery apparatus I guide rod (7) is hollow tubular structure, and hollow space is communicated with valve tube, and its end is provided with the delivery apparatus I sucker (8) being communicated with hollow structure; Described delivery apparatus I guide pin bushing (6) is installed on delivery apparatus I support (3) bottom, matches with delivery apparatus I guide rod (7); The slide rail (2) that delivery apparatus I support (3) is installed in frame (1) by slide block is upper, under the driving of delivery apparatus I drive-motor (4), along guide rail, does feeding movement.
5. ceramic body glazing pre-processing device as claimed in claim 1, it is characterized in that: also comprise base substrate delivery apparatus II, described base substrate delivery apparatus II comprises delivery apparatus II support (25), delivery apparatus II drive-motor (26), the flexible propulsion source (27) of delivery apparatus II, delivery apparatus II guide pin bushing (28), delivery apparatus II guide rod (29), delivery apparatus II sucker (30); Delivery apparatus II drive-motor (26), the flexible propulsion source (27) of delivery apparatus II, delivery apparatus II guide pin bushing (28) are installed on delivery apparatus II support (25); The top of described delivery apparatus II support (25) is provided with the flexible propulsion source (27) of delivery apparatus II, and the delivery apparatus II propulsion source (27) that stretch is connected with delivery apparatus II guide rod (29), and control delivery apparatus II guide rod (29) moves up and down; Described delivery apparatus II guide rod (29) is hollow tubular structure, and hollow space is communicated with valve tube, and its end is provided with the delivery apparatus II sucker (30) being communicated with hollow structure; Described delivery apparatus II guide pin bushing (28) is installed on delivery apparatus II support (25) bottom, matches with delivery apparatus II guide rod (29); The slide rail (2) that delivery apparatus II support (25) is installed in frame (1) by slide block is upper, under the driving of delivery apparatus II drive-motor (26), along guide rail, does feeding movement.
6. ceramic body glazing pre-processing device as claimed in claim 5, is characterized in that: also comprise travelling belt (31), the ceramic body after described base substrate delivery apparatus II finishes glazing pre-treatment is delivered to travelling belt (31), delivers to subsequent processing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320467870.0U CN203461976U (en) | 2013-08-02 | 2013-08-02 | Treatment equipment used before ceramic green body glazing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320467870.0U CN203461976U (en) | 2013-08-02 | 2013-08-02 | Treatment equipment used before ceramic green body glazing |
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| Publication Number | Publication Date |
|---|---|
| CN203461976U true CN203461976U (en) | 2014-03-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320467870.0U Withdrawn - After Issue CN203461976U (en) | 2013-08-02 | 2013-08-02 | Treatment equipment used before ceramic green body glazing |
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| CN (1) | CN203461976U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103435368A (en) * | 2013-08-02 | 2013-12-11 | 广西北流市智诚陶瓷自动化科技有限公司 | Pretreatment equipment and method for glazing of ceramic body |
| CN112339090A (en) * | 2020-11-02 | 2021-02-09 | 温州骐烨机械有限公司 | Water replenishing device used before glazing of ceramic pot inner cavity |
-
2013
- 2013-08-02 CN CN201320467870.0U patent/CN203461976U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103435368A (en) * | 2013-08-02 | 2013-12-11 | 广西北流市智诚陶瓷自动化科技有限公司 | Pretreatment equipment and method for glazing of ceramic body |
| CN112339090A (en) * | 2020-11-02 | 2021-02-09 | 温州骐烨机械有限公司 | Water replenishing device used before glazing of ceramic pot inner cavity |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140305 Effective date of abandoning: 20140917 |
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