CN101224995A - Glazing method and special equipment therefor - Google Patents

Glazing method and special equipment therefor Download PDF

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Publication number
CN101224995A
CN101224995A CNA2007101117188A CN200710111718A CN101224995A CN 101224995 A CN101224995 A CN 101224995A CN A2007101117188 A CNA2007101117188 A CN A2007101117188A CN 200710111718 A CN200710111718 A CN 200710111718A CN 101224995 A CN101224995 A CN 101224995A
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CN
China
Prior art keywords
glazing
glaze
equipment
ceramic
mentioned
Prior art date
Application number
CNA2007101117188A
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Chinese (zh)
Inventor
李劲松
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李劲松
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Priority to CNA2007101117188A priority Critical patent/CN101224995A/en
Publication of CN101224995A publication Critical patent/CN101224995A/en

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Abstract

The invention discloses a glazing method and the specialized equipment, which transfers the solid ceramic product into the glazing die cavity of the glazing box of the automatic glazing equipment through a transmission device, drives the rotation of the ceramic product inside the glazing die cavity through a driving device, enabling the glazing of the whole peripheral surface by the glaze extractor of the glazing equipment, and transfers the glazed ceramic product outside the glazing equipment through the transmission equipment. The glazing specialized equipment comprises an automatic glazing equipment and the transmission device; wherein, the transmission device comprises a transmission apparatus and a plurality of movable workpiece supporting disks which are arranged on the transmission apparatus and connected with the driving device driving the rotation of the disks. Compared with the prior art, the glazing method and the specialized equipment has the advantages of high degree of automation, simple operation, high glazing quality, greatly improved production efficiency, available smooth glaze layer or alabaster glaze layer coated, various satisfied clients, and improved market competition of the products.

Description

A kind of enameling method and specific equipment thereof

Technical field

The present invention relates to the glazing technical field of ceramic, particularly a kind of method and specific equipment thereof at three-dimensional ceramic surface self-glazing.

Background technology

The enameling method of flat ceramic (as ceramic tile) has artificial glazing and by automatic glazing equipment self-glazing dual mode, artificial glazing method is put into the glaze slip bucket by manual operations with ceramic and is soaked glazing, because artificial hand-held unstable, it is inhomogeneous etc. to cause glaze pin hole, glaze layer to occur, has a strong impact on the glazing quality; Technical level of operators is required height, and production efficiency is low, and the glaze dullness.As shown in Figure 1, Glazing device comprises that glaze slip bucket 1, a Liang Tai get rid of 21,22 and glazing casees 3 of glaze machine automatically.Getting rid of glaze machine 21,22 comprises respectively and gets rid of glaze motor 211,221, is arranged in the glazing mandrel 212,222 that gets rid of the glaze motor center and gets rid of glaze coiled hair 213,223; Get rid of glaze coiled hair 213,223 and be fixedly set in going out on the glaze axle head of corresponding glazing mandrel 212,222.Be provided with glazing die cavity 31 in the glazing case 3, the inner top of glazing die cavity 31 is pointed, the bottom is provided with collection glaze groove 32, and collection glaze groove 32 connects glaze slip bucket 1 by collection glaze pipe 33.Two get rid of the both sides, rear portion that glaze motor 211,221 is installed on glazing case 3 respectively, and the overhanging end that is arranged in the glazing mandrel 212,222 of glazing motor center stretches into respectively to install in the glazing box chamber 31 by pipeline connection glaze slip bucket 1, inner extending end respectively and gets rid of glaze coiled hair 213,223.Be provided with the glaze pump 11 of vertical layout in the glaze slip bucket 1, the overhanging end of glazing mandrel 212,222 is connected with glaze pump 11 by advancing glaze pipe 214,224, connects glaze slip bucket 1 by returning glaze pipe 215,225; Glaze pump 11 extracts glaze slip and supplies glaze by advancing glaze pipe 214,224 glazing mandrels 212,222 for getting rid of glaze coiled hair 213,223 from glaze slip bucket 1.Also connect respectively on the overhanging end of glazing mandrel 212,222 and clean water pipe 216,226, an end of cleaning water pipe 216,226 is connected with external water source with corresponding 212,222 connections of glazing mandrel, the other end.The corresponding ceramic import and export that connects glazing die cavity 31 that is provided with forms the transmission passage 6 that communicates with glazing die cavity 31 on the glazing case 3 forward both sides box walls between the import and export.But the transmitting device with a straight line transmission ceramic when glazing equipment uses automatically is connected, and this transmitting device passes across automatic glazing equipment by transmitting passage 6.During work, place the glazing ceramic for the treatment of on the transmitting device under transmitting device drives, to enter the glazing die cavity by the transmission passage 6 of glazing die cavity successively respectively, the glaze pump extracts glaze slip from the glaze slip bucket, glaze slip is delivered to through the glazing mandrel and is got rid of the glaze coiled hair, driven by motor is got rid of the rotation of glaze coiled hair, throws away glaze to the ceramic glazing under centrifugal action.

For the ceramic of stereo structures such as railing, existing enameling method and the automatic glazing equipment that is used for the tabular ceramic can't be suitable for, and can only still adopt artificial glazing method, still can't break away from artificial glazed various shortcomings.

Summary of the invention

The purpose of this invention is to provide a kind of glazed enameling method of stereo structure ceramic that is automated as.

Another object of the present invention provides a kind of glazed specific equipment of stereo structure ceramic that is automated as.

Technical scheme of the present invention is:

A kind of enameling method, be achieved by the following scheme: the stereo structure ceramic is transmitted by a transmitting device in the glazing die cavity of glazing case of into automatic glazing equipment, make this ceramic in the glazing die cavity, produce rotation by drive unit, thereby make the glaze machine that gets rid of of glazing equipment carry out the glazing of complete cycle face to it, the last ceramic that will go up glaze by this transmitting device is again sent out automatic glazing equipment.

Adjust the relation between the rotational velocity three of the transmission speed of the motor speed that gets rid of the glaze machine of above-mentioned automatic glazing equipment, above-mentioned transmitting device and ceramic, make glazing equipment apply vaporific glaze slip and carry out the complete cycle face and apply smooth smooth glaze or make glazing equipment apply the point-like glaze slip and carry out the complete cycle face and apply the snow glaze ceramic to ceramic.

A kind of glazing specific equipment, comprise automatic glazing equipment and transmitting device, automatically establish in glazing equipment comprises the glaze pump the glaze slip bucket, get rid of the glaze machine and in be provided with the glazing case of glazing die cavity, above-mentioned glazing case offers the transmission passage that runs through its glazing die cavity and can pass through for this transmitting device, place respectively on worker's product step disk treat the glazing ceramic under transmitting device drives successively pile warp this transmit passage by the glazing die cavity; Above-mentioned transmitting device comprises a transfer mechanism, some worker's product step disks that is installed in movable rotation on this transfer mechanism, and above-mentioned worker's product step disk is connected with and can makes it produce the drive unit of rotation.

Above-mentioned transfer mechanism comprises that pair of parallel passes the pulley belt of described transmission passage and differential running and two variable speed machines that drive pulley belt respectively, described worker's product step disk live splint is located between two pulley belts, and two pulley belts drive described worker's product step disk and produce rotation thus.

Above-mentioned transfer mechanism comprises horizontally disposed transmission rotating disk and drives the variable speed machine that transmits rotating disk that above-mentioned worker's product step disk is arranged the periphery that is installed in the transmission rotating disk at interval; One side of above-mentioned transmission rotating disk is equiped with the variable speed machine that can drive the rotation of above-mentioned worker's product step disk, and this change speed motor and worker's product step disk are in transmission connection by pulley belt.

Above-mentioned transfer mechanism comprises two guided ways, is located at the resting support on this guided way and drives the motor that this resting support back and forth slides along this guided way by the guide deflection sheave adjustable shelf, be fixed with sleeve on the above-mentioned resting support, above-mentioned worker's product step disk props up the top of being located at this resting support by the rotating shaft activity that is arranged in this sleeve, and the partial fixing that above-mentioned rotating shaft passes above-mentioned resting support below has gear or sprocket wheel, is provided with gear or corresponding tooth bar of sprocket wheel or chain therewith in the glazing die cavity of above-mentioned glazing case.

After adopting such scheme, mode of operation of the present invention is: will treat that the glazed ceramics goods are shelved on worker's product step disk, ceramic slowly enters the glazing case along the transmission passage under the drive of transport sector (feed belt or transmission rotating disk) glazing die cavity glazing, enter in the ceramic in the glazing die cavity and carry out rotation, guarantee the glazing of ceramic complete cycle face with step disk; The ceramic of transport sector after with glazing slowly sent from the glazing die cavity, and the operator can be at the ceramic after taking off glazing under the non-stop-machine situation.When the motor high speed rotating that gets rid of the glaze machine, transport sector during with the relative low cruise of ceramic rotation, get rid of vaporific glaze that the glaze coiled hair throws away to the even glazing of ceramic complete cycle face, form smooth smooth glaze; When the motor low speed rotation of getting rid of the glaze machine, transport sector during with the relative high-speed cruising of ceramic rotation, get rid of point-like glaze that the glaze coiled hair throws away to the glazing of ceramic complete cycle face, form the snow glaze.The present invention makes the rotation in the glazing die cavity of worker's product step disk by drive unit, drives also and then rotation of ceramic, thereby the glaze coiled hair that gets rid of of realizing getting rid of the glaze machine throws away glaze ceramic is carried out complete cycle face spraying glazing.Compared with prior art, have the level of automation height, simple to operate, glazing quality height is enhanced productivity greatly; And can spray smooth glaze or snow glaze,, improve the competitiveness of product in market to satisfy different clients' demand.

Description of drawings

The structural representation of the existing automatic glazing equipment of Fig. 1.

Fig. 2 is the schematic perspective view of glazing specific equipment embodiment one of the present invention.

Fig. 3 is the schematic perspective view of glazing specific equipment embodiment two of the present invention.

Fig. 4 is the schematic perspective view of glazing specific equipment embodiment three of the present invention.

Fig. 5 is the partial enlarged drawing of glazing specific equipment embodiment three of the present invention.

Embodiment

A kind of enameling method of the present invention, be achieved by the following scheme: the stereo structure ceramic is transmitted by a transmitting device in the glazing die cavity of glazing case of into automatic glazing equipment, make this ceramic in the glazing die cavity, produce rotation by drive unit, thereby make the glaze machine that gets rid of of glazing equipment carry out the glazing of complete cycle face to it, the last ceramic that will go up glaze by this transmitting device is again sent out automatic glazing equipment.Adjust the relation between the rotational velocity three of the transmission speed of the motor speed that gets rid of the glaze machine, transmitting device of automatic glazing equipment and worker's product step disk, when the motor high speed rotating that gets rid of the glaze machine, transport sector during with the relative low cruise of ceramic rotation, get rid of vaporific glaze that the glaze coiled hair throws away to the even glazing of ceramic complete cycle face, form smooth smooth glaze; When the motor low speed rotation of getting rid of the glaze machine, transport sector during with the relative high-speed cruising of ceramic rotation, get rid of point-like glaze that the glaze coiled hair throws away to the glazing of ceramic complete cycle face, form the snow glaze.

A kind of glazing specific equipment of the present invention, embodiment one comprise that an automatic glazing equipment and a cover are used to transmit the transmitting device of ceramic as shown in Figure 2, and glazing equipment comprises that glaze slip bucket 1, a Liang Tai get rid of 21,22 and glazing casees 3 of glaze machine automatically.

Getting rid of glaze machine 21,22 comprises respectively and gets rid of glaze motor 211,221, is arranged in the glazing mandrel 212,222 that gets rid of the glaze motor center and gets rid of glaze coiled hair 213,223; Get rid of glaze coiled hair 213,223 and be fixedly set in going out on the glaze axle head of corresponding glazing mandrel 212,222.

Be provided with glazing die cavity 31 in the glazing case 3, the inner top of glazing die cavity 31 is pointed, the bottom is provided with collection glaze groove 32, and collection glaze groove 32 connects glaze slip bucket 1 by collection glaze pipe 33.Two get rid of the both sides, rear portion that glaze motor 211,221 is installed on glazing case 3 respectively, and the overhanging end that is arranged in the glazing mandrel 212,222 of glazing motor center stretches into respectively to install in the glazing box chamber 31 by pipeline connection glaze slip bucket 1, inner extending end respectively and gets rid of glaze coiled hair 213,223.Be provided with the glaze pump 11 of vertical layout in the glaze slip bucket 1, the overhanging end of glazing mandrel 212,222 is connected with glaze pump 11 by advancing glaze pipe 214,224, connects glaze slip bucket 1 by returning glaze pipe 215,225; Glaze pump 11 extracts glaze slip and supplies glaze by advancing glaze pipe 214,224 glazing mandrels 212,222 for getting rid of glaze coiled hair 213,223 from glaze slip bucket 1.Also connect respectively on the overhanging end of glazing mandrel 212,222 and clean water pipe 216,226, an end of cleaning water pipe 216,226 is connected with external water source with corresponding 212,222 connections of glazing mandrel, the other end.The corresponding ceramic import and export that connects glazing die cavity 31 that is provided with forms the transmission passage 6 that communicates with glazing die cavity 31 on the glazing case 3 forward both sides box walls between the import and export.

As shown in Figure 2, be used to carry the transmitting device of ceramic to comprise that pair of parallel passes feed belt 41,42 and the worker's product step disk 43 that transmits passage 6, the variable speed machine 411,421 that drives feed belt 41,42 respectively is installed on the motor frame of feed belt one end, the operation of two feed belts, 41,42 differentials; The bottom live splint of worker's product step disk 43 is located between two feed belts 41,42.The pulley belt 41,42 of two differentials operation laterally moves at drive worker product step disk 43, drives worker's product step disk 43 simultaneously and produces rotations.

As shown in Figure 2, to treat that glazed ceramic 7 is held on worker's product step disk 43, there is worker's product step disk 43 of ceramic 7 to be positioned over two pulley belts 41 that transmit passage 6 imports one side support, between 42, at two pulley belts 41, ceramic 7 enters glazing die cavity 3a while moving forward rotation along transmitting passage 6 with worker's product step disk 43 under 42 the drive, get rid of glaze coiled hair 213,223 pairs of ceramic 7 complete cycle face glazings that enter in the glazing die cavity 31, to take off from two pulley belts together with glazed ceramics goods 7 from transmitting worker's product step disk 43 that passage 6 outlets send, a ceramic glazing operation is finished; Repeat aforesaid operations continuously.After glazing finishes, open inlet valve, clean water pipe 216,226 water inlets, clean the glazing mandrel, get rid of glaze coiled hair and glazing die cavity.

As shown in Figure 2, the drive-motor of above-mentioned glazing specific equipment all adopts variable speed machine, according to the size for the treatment of glazed ceramics goods 7, get rid of the rotating speed of glaze motor 211,221, the rotating speed of feed belt 41,42 and the speed discrepancy of feed belt 41,42 by adjustment, can be implemented in the snow glaze that ceramic 7 complete cycle faces spray smooth smooth glaze or spray different densities at ceramic complete cycle face.

What embodiments of the invention two and embodiment one were different is the drive unit of carrying the transmitting device of ceramic and driving the rotation of worker's product step disk, as shown in Figure 3, present embodiment carries the transmitting device of ceramic to adopt the transmission rotating disk 44 that rotates along horizontal plane, upright vertical rotating shaft 441 of being located at transmission rotating disk 44 central parts is sleeved on the base rotationally by bearing sleeve 45, and the variable speed machine 442 of rotating shaft 441 1 sides is in transmission connection by belt 443 and rotating shaft 441 and rotates to drive transmission rotating disk 44.Having some on the card of transmission rotating disk 44 is the spaced apart radially cantilever 445 in center with rotating shaft 441, one end of every cantilever 445 is fixedlyed connected with rotating shaft 441, the other end end fitting worker product step disk 43, and worker's product step disk 43 installs on cantilever 445 rotationally by bearing support.The transmission passage 6 of glazing case 3 is positioned on the rotary path of worker's product step disk 43, variable speed machine 442 drive worker's product step disks 43 by rotating shaft 441, cantilever 445 and shelve thereon treat that glazed ceramics goods 7 are successively by transmitting passage 6.A side device that transmits rotating disk 44 has another variable speed machine 446, winding pulley belt 447 between this motor 446 and the worker's product step disk 43, and motor 446 drives worker's product step disk 43 by pulley belt 447 and produce rotation at least by transmission passage 6 time.All the other structures are identical with embodiment one.

As shown in Figure 3, the mode of operation of present embodiment is: under non-stop-machine state, for prevent worker's product step disk 43 from then cause placing misoperation in worker's product process, therefore, present embodiment selects to treat that glazed ceramic is held on is positioned at that to transmit passage 6 outer and not on the worker's product step disk 43 that contacts with belt 447, after treating that glazed ceramic placement is finished, this worker's product step disk 43 goes to belt 447 and contacts, the ceramic 7 that is autorotation under the drive of cantilever 445 slowly enters glazing die cavity 31 from import along transmitting passage 6 with transmitting rotating disk 44, get rid of glaze coiled hair 213,223 pairs of ceramic 7 complete cycle face glazings that enter in the glazing die cavity 31, to take off from worker's product step disk 43 from the goods of glazed ceramics 7 that 6 outlets of transmission passage are sent, a ceramic glazing operation is finished; Repeat aforesaid operations continuously.After glazing finishes, open inlet valve, clean water pipe 216,226 water inlets, clean the glazing mandrel, get rid of glaze coiled hair and glazing die cavity.

Further, on the rotary path of transmitting device, set a plurality of complete glazing casees, glaze slip bucket and get rid of the glaze machine, hold the glaze slip of different colours in the glaze slip bucket respectively, just can make and have colored overglaze pottery.

What embodiments of the invention three and embodiment one were different also is the drive unit of carrying the transmitting device of ceramic and driving the rotation of worker's product step disk, shown in Fig. 4,5, transmitting device comprises guided way 51,52 and is located at the resting support 55 on the guided way 51,52 and drives the reciprocating motor 56 that resting support 55 back and forth slides along guided way 51,52 by guide deflection sheave 53,54 adjustable shelfs, automatically the glazing case 3 of Glazing device is striden and is located on the guided way 51,52, and guided way 51,52 penetrates the transmission passage 6 of glazing case.Be fixed with sleeve 57 on the resting support 55, worker's product step disk 43 is by being arranged in 58 movable the tops of being located at resting support 55 of rotating shaft in the sleeve 57, the below that resting support 55 extends resting support 55 is run through in the lower end of rotating shaft 58, and the partial fixing that rotating shaft 58 passes resting support 55 belows has gear 59, is provided with in the glazing die cavity 31 of glazing case and gear 59 corresponding tooth bars 321.

As shown in Figure 4, the mode of operation of present embodiment is: will treat that in a side of glazing case 3 glazed ceramic 7 is placed on the worker's product step disk 43 that is arranged on the resting support 55, drive resting support 55 along guide rail 51 by reciprocating motor 56,52 slide to glazing case 3, when worker's product step disk 43 slides to glazing die cavity 31, the gear 59 that is fixed in worker's product step disk 43 belows is meshed with tooth bar 321 in being arranged at glazing die cavity 31, make worker's product step disk 43 produce rotation, thereby drive ceramic 7 and in glazing die cavity 31, produce rotation, get rid of glaze coiled hair 213,223 pairs of ceramic 7 complete cycle face glazings that enter in the glazing die cavity 31, opposite side at glazing case 3 will take off from worker's product step disk 43 from the goods of glazed ceramics 7 that 6 outlets of transmission passage are sent, and past worker's product step disk 43 is placed the ceramic 7 of not glazing again, driving resting support 55 by reciprocating motor 56 goes back, the ceramic of newly putting 7 is carried out glazing, back and forth repeat aforesaid operations so continuously.

Claims (6)

1. enameling method, it is characterized in that: be achieved by the following scheme: the stereo structure ceramic is transmitted by a transmitting device in the glazing die cavity of glazing case of into automatic glazing equipment, make this ceramic in the glazing die cavity, produce rotation by drive unit, thereby make the glaze machine that gets rid of of glazing equipment carry out the glazing of complete cycle face to it, the last ceramic that will go up glaze by this transmitting device is again sent out automatic glazing equipment.
2. a kind of enameling method according to claim 1, it is characterized in that: adjust the relation between the rotational velocity three of the transmission speed of the motor speed that gets rid of the glaze machine of above-mentioned automatic glazing equipment, above-mentioned transmitting device and ceramic, make glazing equipment apply vaporific glaze slip and carry out the complete cycle face and apply smooth smooth glaze or make glazing equipment apply the point-like glaze slip and carry out the complete cycle face and apply the snow glaze ceramic to ceramic.
3. glazing specific equipment, comprise automatic glazing equipment and transmitting device, automatically establish in glazing equipment comprises the glaze pump the glaze slip bucket, get rid of the glaze machine and in be provided with the glazing case of glazing die cavity, above-mentioned glazing case offers the transmission passage that runs through its glazing die cavity and can pass through for this transmitting device, place respectively on worker's product step disk treat the glazing ceramic under transmitting device drives successively pile warp this transmit passage by the glazing die cavity; It is characterized in that: above-mentioned transmitting device comprises a transfer mechanism, some worker's product step disks that is installed in movable rotation on this transfer mechanism, and above-mentioned worker's product step disk is connected with and can makes it produce the drive unit of rotation.
4. a kind of glazing specific equipment according to claim 3, it is characterized in that: above-mentioned transfer mechanism comprises that pair of parallel passes the pulley belt of described transmission passage and differential running and two variable speed machines that drive pulley belt respectively, described worker's product step disk live splint is located between two pulley belts, and two pulley belts drive described worker's product step disk and produce rotation thus.
5. a kind of glazing specific equipment according to claim 3 is characterized in that: above-mentioned transfer mechanism comprises horizontally disposed transmission rotating disk and drives the variable speed machine that transmits rotating disk that above-mentioned worker's product step disk is arranged the periphery that is installed in the transmission rotating disk at interval; One side of above-mentioned transmission rotating disk is equiped with the variable speed machine that can drive the rotation of above-mentioned worker's product step disk, and this change speed motor and worker's product step disk are in transmission connection by pulley belt.
6. a kind of glazing specific equipment according to claim 3, it is characterized in that: above-mentioned transfer mechanism comprises two guided ways, be located at the resting support on this guided way and drive the motor that this resting support back and forth slides along this guided way by the guide deflection sheave adjustable shelf, be fixed with sleeve on the above-mentioned resting support, above-mentioned worker's product step disk props up the top of being located at this resting support by the rotating shaft activity that is arranged in this sleeve, and the partial fixing that above-mentioned rotating shaft passes above-mentioned resting support below has gear or sprocket wheel, is provided with gear or corresponding tooth bar of sprocket wheel or chain therewith in the glazing die cavity of above-mentioned glazing case.
CNA2007101117188A 2007-05-29 2007-05-29 Glazing method and special equipment therefor CN101224995A (en)

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Application Number Priority Date Filing Date Title
CNA2007101117188A CN101224995A (en) 2007-05-29 2007-05-29 Glazing method and special equipment therefor

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Application Number Priority Date Filing Date Title
CNA2007101117188A CN101224995A (en) 2007-05-29 2007-05-29 Glazing method and special equipment therefor

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CN101224995A true CN101224995A (en) 2008-07-23

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Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102391016A (en) * 2011-08-08 2012-03-28 信益陶瓷(中国)有限公司 Glazing device
CN102653475A (en) * 2012-05-07 2012-09-05 湖北光之源机电有限公司 Cyclic and automatic glazing system
CN103011904A (en) * 2012-12-27 2013-04-03 东陶机器(北京)有限公司 Glazing system of separated type toilet main body
CN103332019A (en) * 2013-06-05 2013-10-02 陈仲礼 A ceramic printing machine
CN103351176A (en) * 2013-06-19 2013-10-16 陈仲礼 Glazing machine
CN103359474A (en) * 2013-08-13 2013-10-23 唐山贺祥机电股份有限公司 Circulation glazing line tray alignment device
CN103804029A (en) * 2014-03-11 2014-05-21 马郡 Precise glaze spraying and microwave heating drying method and equipment for ceramics
CN104003760A (en) * 2014-06-05 2014-08-27 谭小平 Domestic ceramic glazing machine
CN104446665A (en) * 2014-12-17 2015-03-25 谭小平 Ceramic cup blank automatic enameling machine
CN104649719A (en) * 2015-01-30 2015-05-27 许昌学院 Glazing method of jun porcelain glaze
CN108407059A (en) * 2018-03-29 2018-08-17 重庆新康洁具有限责任公司 Ceramic product production equipment

Cited By (18)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102391016B (en) * 2011-08-08 2013-01-23 信益陶瓷(中国)有限公司 Glazing device
CN102391016A (en) * 2011-08-08 2012-03-28 信益陶瓷(中国)有限公司 Glazing device
CN102653475B (en) * 2012-05-07 2014-04-09 湖北光之源机电有限公司 Cyclic and automatic glazing system
CN102653475A (en) * 2012-05-07 2012-09-05 湖北光之源机电有限公司 Cyclic and automatic glazing system
CN103011904A (en) * 2012-12-27 2013-04-03 东陶机器(北京)有限公司 Glazing system of separated type toilet main body
CN103011904B (en) * 2012-12-27 2014-05-21 东陶机器(北京)有限公司 Glazing system of separated type toilet main body
CN103332019A (en) * 2013-06-05 2013-10-02 陈仲礼 A ceramic printing machine
CN103351176A (en) * 2013-06-19 2013-10-16 陈仲礼 Glazing machine
CN103359474A (en) * 2013-08-13 2013-10-23 唐山贺祥机电股份有限公司 Circulation glazing line tray alignment device
CN103359474B (en) * 2013-08-13 2015-04-08 唐山贺祥机电股份有限公司 Circulation glazing line tray alignment device
CN103804029A (en) * 2014-03-11 2014-05-21 马郡 Precise glaze spraying and microwave heating drying method and equipment for ceramics
CN103804029B (en) * 2014-03-11 2015-02-04 唐山瑞祈陶瓷科技开发有限公司 Precise glaze spraying and microwave heating drying method and equipment for ceramics
CN104003760A (en) * 2014-06-05 2014-08-27 谭小平 Domestic ceramic glazing machine
CN104446665A (en) * 2014-12-17 2015-03-25 谭小平 Ceramic cup blank automatic enameling machine
CN104446665B (en) * 2014-12-17 2017-02-22 醴陵市科迅自动化陶瓷机械有限公司 Ceramic cup blank automatic enameling machine
CN104649719A (en) * 2015-01-30 2015-05-27 许昌学院 Glazing method of jun porcelain glaze
CN104649719B (en) * 2015-01-30 2016-10-12 许昌学院 A kind of enameling method of pottery glaze
CN108407059A (en) * 2018-03-29 2018-08-17 重庆新康洁具有限责任公司 Ceramic product production equipment

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