CN104003760B - A kind of domestic ceramics glazing machine - Google Patents

A kind of domestic ceramics glazing machine Download PDF

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Publication number
CN104003760B
CN104003760B CN201410246170.8A CN201410246170A CN104003760B CN 104003760 B CN104003760 B CN 104003760B CN 201410246170 A CN201410246170 A CN 201410246170A CN 104003760 B CN104003760 B CN 104003760B
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CN
China
Prior art keywords
sucker
station
transversely
drive
base
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CN201410246170.8A
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Chinese (zh)
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CN104003760A (en
Inventor
谭小平
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谭小平
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Abstract

The present invention discloses a kind of domestic ceramics glazing machine, it comprises the blank conveyor belt transversely set gradually, outside glazing station, smear remaining glaze station, inner glazing station, wipe basic skill or training station and product conveying belt, and the first sucker be located at above each station, second sucker and the 3rd sucker, wherein, described first sucker drives it transversely to move by the first lateral driver device, it is driven to move up and down by described first vertical drive, described second sucker drives it transversely to move by the second lateral driver device, and drive its flip-flop movement by overturning drive device, described 3rd sucker drives it transversely to move by the 3rd lateral driver device, it is driven to move up and down by described 3rd vertical drive, described domestic ceramics glazing function realizes automatically completing glazing inside and outside base substrate, remaining glaze is smeared at the bottom of base, base mouth is smeared remaining glaze and is wiped the end.

Description

A kind of domestic ceramics glazing machine
Technical field
The invention belongs to domestic ceramics manufacturing technology field, be specifically related to a kind of domestic ceramics glazing machine.
Background technology
Glazing inside and outside nearly all manufacturer of current China household ceramic blank, base mouth are smeared and smeared remaining glaze, the wiping end etc. at the bottom of remaining glaze, base is all manual operation, even if there is certain a part of organic tool to replace, do not connect used yet, cause tens operative on a line, the pouring glaze line of the dishware developed in recent years is also semi-automatic.
Summary of the invention
In order to solve the deficiencies in the prior art, the invention provides and a kind ofly automatically complete glazing inside and outside base substrate, base mouth smears the domestic ceramics glazing machine smeared remaining glaze at the bottom of remaining glaze, base and wipe the end.
For reaching above-mentioned technical purpose, technical scheme of the present invention: a kind of domestic ceramics glazing machine, it comprises the blank conveyor belt transversely set gradually, outside glazing station, smear remaining glaze station, inner glazing station, wipe basic skill or training station and product conveying belt and the first sucker, the second sucker and the 3rd sucker be located at above each station, wherein
Described first sucker drives it transversely to move by the first lateral driver device, it is driven to move up and down by the first vertical drive, by this, the base substrate absorption that described first sucker will be placed in described blank conveyor belt, be transferred to described outside glazing station and describedly smear after remaining glaze station carries out smearing remaining glaze at the bottom of outside glazing and base respectively, base substrate being moved to the first standby position for described second sucker suction;
Described second sucker drives it transversely to move by the second lateral driver device, and drive its flip-flop movement by overturning drive device, by this, described second sucker will be positioned at the base substrate absorption of described first standby position, be transferred to described inner glazing station after turning to base mouth down and carry out the inner glazing of base substrate, smear remaining glaze station described in being then transferred to by base substrate to carry out base mouth and smear remaining glaze, finally make base mouth move to the second standby position upward afterwards for described 3rd sucker suction base substrate upset;
Described 3rd sucker drives it transversely to move by the 3rd lateral driver device, it is driven to move up and down by the 3rd vertical drive, by this, after the base substrate being positioned at described second standby position adsorbs by described 3rd sucker, be transferred to described wiping basic skill or training station to carry out after at the bottom of wiping, be delivered to described product conveying belt.
Preferably, described blank conveyor belt comprise the first base longitudinally arranged, the first chain conveyer belt be located on described first base, drive described first chain conveyer belt rotate the first vertical drive motor, described first chain conveyer belt is equidistantly provided with base substrate put station.
Preferably, described first lateral driver device comprises the first guide rail in arranged transversely, be slidably mounted on described first guide rail and the first cross lead screw in the first support longitudinally arranged, in arranged transversely, the first horizontal drive motor of driving described first cross lead screw to rotate, ball screw mode is adopted to be connected between described first support with described first cross lead screw, described first sucker is installed on described first support, by this, described first sucker transverse movement is driven by described first horizontal drive motor.
Preferably, described first vertical drive comprises the first vertical drive-motor be installed on described first support, to be connected with the rotating shaft of the described first vertical drive-motor and in the first vertical screw mandrel vertically arranged, described first sucker is installed on the first vertical pole of longitudinally arranging, described first vertical pole is connected with the first cross bar by rotary cylinder, described first cross bar adopts ball screw mode to be connected with the described first vertical screw mandrel, by this, described first sucker is driven to move up and down by the described first vertical drive-motor, by the described first vertical pole rotation of described rotary cylinder driving after making base substrate carry out outside glazing towards lopsidedness discharge base substrate bottom air, described rotary cylinder drives described first vertical pole rotation to make base substrate recover positive base again.
Preferably, described second lateral driver device comprises the second cross slide way in arranged transversely, be slidably mounted on described second cross slide way and the second cross lead screw in the second support longitudinally arranged, in arranged transversely, the second horizontal drive motor of driving described second cross lead screw to rotate, described second support adopts ball screw mode to be connected with described second cross lead screw, described second sucker is installed on described second support, by this, described second sucker transverse movement is driven by described second cross motor.
Preferably, described overturning drive device comprises and is fixedly installed in rotary drive motor on described second support and chain wheel driving mechanism, described second sucker is installed on the second cross bar, described chain wheel driving mechanism comprises the drive sprocket be fixedly connected with the rotating shaft of described rotary drive motor and the driven sprocket be fixedly connected with described second cross bar, by this, described second sucker upset is driven by described rotary drive motor.
Preferably, described 3rd lateral driver device comprises the 3rd guide rail in arranged transversely, is slidably mounted on the 3rd support on described 3rd guide rail, the 3rd cross lead screw in arranged transversely, the 3rd horizontal drive motor that drives described 3rd cross lead screw to rotate, described 3rd support adopts ball screw mode to be connected with described 3rd cross lead screw, described 3rd sucker is installed on described 3rd support, by this, described 3rd sucker transverse movement is driven by described 3rd horizontal drive motor.
Preferably, the montant that described 3rd vertical drive comprises the first cylinder be installed on described 3rd support, is connected with the push rod of described first cylinder, described 3rd sucker is connected with described montant by the 3rd vertical pole, by this, moved up and down by the 3rd sucker described in described first air cylinder driven.
Preferably, described product conveying belt comprise the second base longitudinally arranged, the second chain conveyer belt be located on described second base, drive described second chain conveyer belt rotate the second vertical drive motor, described second chain conveyer belt is equidistantly provided with finished product put station.
Preferably, smear remaining glaze station described in comprise and smear enamel lamella and smear the second cylinder that enamel lamella moves up and down described in driving.
Disclosing based on technique scheme, the invention provides a kind of domestic ceramics glazing machine and has following beneficial effect:
Domestic ceramics glazing machine provided by the invention comprises the blank conveyor belt transversely set gradually, outside glazing station, smear remaining glaze station, inner glazing station, wipe basic skill or training station and product conveying belt, and the first sucker be located at above each station, second sucker and the 3rd sucker, wherein, described first sucker drives it transversely to move by the first lateral driver device, it is driven to move up and down by described first vertical drive, described second sucker drives it transversely to move by the second lateral driver device, and drive its flip-flop movement by overturning drive device, described 3rd sucker drives it transversely to move by the 3rd lateral driver device, it is driven to move up and down by described 3rd vertical drive, described domestic ceramics glazing function realizes automatically completing glazing inside and outside base substrate, remaining glaze is smeared at the bottom of base, base mouth is smeared remaining glaze and is wiped the end.
Accompanying drawing explanation
Fig. 1 is the perspective view of an embodiment of a kind of domestic ceramics glazing machine that the present invention proposes.
Drawing reference numeral explanation
Domestic ceramics glazing machine 100
Blank conveyor belt 1
First base 11
First chain conveyer belt 12
Base substrate puts station 121
First vertical drive motor 13
Outside glazing station 2
Smear remaining glaze station 3
Smear enamel lamella 31
Inner glazing station 4
Glaze spraying bar 41
Wipe basic skill or training and stand 5
Wipe end plectane 51
Product conveying belt 6
Second base 61
Second chain conveyer belt 62
Finished product puts station 621
Second vertical drive motor 63
First sucker 71
First guide rail 72
First support 73
First cross lead screw 74
First horizontal drive motor 75
First vertical drive-motor 76
First vertical screw mandrel 77
Rotary cylinder 78
Second sucker 81
Second support 82
Second cross lead screw 83
Second horizontal drive motor 84
Rotary drive motor 85
Chain wheel driving mechanism 86
3rd sucker 91
3rd guide rail 92
3rd support 93
3rd cross lead screw 94
3rd horizontal drive motor 95
First cylinder 96
Embodiment
Technical scheme of the present invention is further illustrated by embodiment below in conjunction with accompanying drawing:
The invention provides a kind of domestic ceramics glazing machine, refer to Fig. 1, in domestic ceramics glazing machine 100 1 embodiment provided by the invention, described domestic ceramics glazing machine 100 comprises the blank conveyor belt 1 transversely set gradually, outside glazing station 2, smears remaining glaze station 3, inner glazing station 4 (comprising glaze spraying bar 41 in the present embodiment), wipe basic skill or training and to stand 5 (comprise in the present embodiment and wipe end plectane 51) and product conveying belt 6 and the first sucker 71, second sucker 81 be located at above each station and the 3rd sucker 91.
Described first sucker 71 drives it transversely to move by the first lateral driver device (non-label), it is driven to move up and down by described first vertical drive (non-label), by this, the base substrate absorption that described first sucker 71 will be placed in described blank conveyor belt 1, be transferred to described outside glazing station 2 and describedly smear after remaining glaze station 3 carries out smearing remaining glaze at the bottom of outside glazing and base respectively, base substrate being moved to the first standby position (not shown) and adsorb for described second sucker 81.
Described second sucker 81 drives it transversely to move by the second lateral driver device (non-label), and drive its flip-flop movement by overturning drive device (non-label), by this, described second sucker 81 will be positioned at the base substrate absorption of described first standby position, be transferred to described inner glazing station 4 after turning to base mouth down and carry out the inner glazing of base substrate, smear remaining glaze station 3 described in being then transferred to by base substrate to carry out base mouth and smear remaining glaze, finally make base mouth move to the second standby position (not shown) upward afterwards base substrate upset and adsorb for described 3rd sucker 91.
Described 3rd sucker 91 drives it transversely to move by the 3rd lateral driver device (non-label), it is driven to move up and down by described 3rd vertical drive (non-label), by this, after the base substrate being positioned at described second standby position adsorbs by described 3rd sucker 91, be transferred to described wiping basic skill or training to stand and 5 to carry out after at the bottom of wiping, be delivered to described product conveying belt 6.
Described domestic ceramics glazing machine 100 can realize automatically completing at the bottom of glazing inside and outside base substrate, base to be smeared remaining glaze, base mouth smears remaining glaze and wipes the end.
In the present embodiment, described blank conveyor belt 1 comprise the first base 11 longitudinally arranged, the first chain conveyer belt 12 be located on described first base 11, drive described first chain conveyer belt 12 rotate the first vertical drive motor 13, described first chain conveyer belt 12 is equidistantly provided with base substrate put station 121.
In the present embodiment, described first lateral driver device comprises the first guide rail 72 in arranged transversely, be slidably mounted on described first guide rail 72 and the first cross lead screw 74 in the first support 73 longitudinally arranged, in arranged transversely, the first horizontal drive motor 75 of driving described first cross lead screw 74 to rotate, ball screw mode is adopted to be connected between described first support 73 with described first cross lead screw 74, described first sucker 71 is installed on described first support 73, by this, described first sucker 71 transverse movement is driven by described first horizontal drive motor 75.Described first vertical drive comprises the first vertical drive-motor 76 be installed on described first support 73, to be connected with the rotating shaft of the described first vertical drive-motor 76 and in the first vertical screw mandrel 77 vertically arranged, described first sucker 71 is installed on the first vertical pole (non-label) of longitudinally arranging, described first vertical pole is connected with the first cross bar (non-label) by rotary cylinder 78, described first cross bar adopts ball screw mode to be connected with the described first vertical screw mandrel 77, by this, described first sucker 71 is driven to move up and down by the described first vertical drive-motor 76, drive described first vertical pole to rotate by described rotary cylinder 78 and make base substrate towards lopsidedness and side base, when base substrate is transferred to described outside glazing station 2 by described first sucker 71, described rotary cylinder 78 drives described first vertical pole rotate and make base substrate towards lopsidedness and side base, after discharge base substrate bottom air carries out outside glazing, described rotary cylinder drives described first vertical pole rotation to make base substrate recover positive base again.
In the present embodiment, described second lateral driver device comprises the second guide rail in arranged transversely, be slidably mounted on described second guide rail and the second cross lead screw 83 in the second support 82 longitudinally arranged, in arranged transversely, the second horizontal drive motor 84 of driving described second cross lead screw 83 to rotate, described second support 82 adopts ball screw mode to be connected with described second cross lead screw 83, described second sucker 81 is installed on described second support 82, by this, described second sucker 81 transverse movement is driven by described second cross motor.Described rotating driving device comprises and is fixedly installed in rotary drive motor 85 on described second support 82 and chain wheel driving mechanism 86, described second sucker 81 is installed on the second cross bar (non-label), described chain wheel driving mechanism 86 comprises the drive sprocket (non-label) be fixedly connected with the rotating shaft of described rotary drive motor 85 and the driven sprocket (non-label) be fixedly connected with described second cross bar, by this, described second sucker 81 is driven to overturn by described rotary drive motor 85.
In the present embodiment, described 3rd lateral driver device comprises the 3rd guide rail 92 in arranged transversely, is slidably mounted on the 3rd support 93 on described 3rd guide rail 92, the 3rd cross lead screw 94 in arranged transversely, the 3rd horizontal drive motor 95 that drives described 3rd cross lead screw 94 to rotate, described 3rd support 93 adopts ball screw mode to be connected with described 3rd cross lead screw 94, described 3rd sucker 91 is installed on described 3rd support 93, by this, described 3rd sucker 91 transverse movement is driven by described 3rd horizontal drive motor 95.The montant that described 3rd vertical drive comprises the first cylinder 96 be installed on described 3rd support 93, is connected with the push rod of described first cylinder 96, described 3rd sucker 91 is connected with described montant by the 3rd vertical pole, by this, described 3rd sucker 91 is driven to move up and down by described first cylinder 96.
In the present embodiment, described product conveying belt 6 comprise the second base 61 longitudinally arranged, the second chain conveyer belt 62 be located on described second base 61, drive described second chain conveyer belt 62 rotate the second vertical drive motor 63, described second chain conveyer belt 62 is equidistantly provided with finished product put station 621.
In the present embodiment, describedly smear remaining glaze station 3 and comprise and smear enamel lamella 31 and smear the second cylinder (not shown) that enamel lamella 31 moves up and down described in driving, smear remaining glaze station 3 described in moving to when described second sucker 81, smear enamel lamella 31 described in described second air cylinder driven and base mouth is carried out to the base substrate adsorbed by described second sucker 81 smear remaining glaze.
Above by reference to the accompanying drawings to invention has been exemplary description; obvious realization of the present invention is not subject to the restrictions described above; as long as have employed the various improvement that technical solution of the present invention is carried out; or design of the present invention and technical scheme be directly used in other occasion, all in protection scope of the present invention without to improve.

Claims (10)

1. a domestic ceramics glazing machine, it is characterized in that, it comprises the blank conveyor belt transversely set gradually, outside glazing station, smear remaining glaze station, inner glazing station, wipe basic skill or training station and product conveying belt and the first sucker, the second sucker and the 3rd sucker be located at above each station, wherein
Described first sucker drives it transversely to move by the first lateral driver device, it is driven to move up and down by the first vertical drive, by this, the base substrate absorption that described first sucker will be placed in described blank conveyor belt, be transferred to described outside glazing station and describedly smear after remaining glaze station carries out smearing remaining glaze at the bottom of outside glazing and base respectively, base substrate being moved to the first standby position for described second sucker suction;
Described second sucker drives it transversely to move by the second lateral driver device, and drive its flip-flop movement by overturning drive device, by this, described second sucker will be positioned at the base substrate absorption of described first standby position, be transferred to described inner glazing station after turning to base mouth down and carry out the inner glazing of base substrate, smear remaining glaze station described in being then transferred to by base substrate to carry out base mouth and smear remaining glaze, finally make base mouth move to the second standby position upward afterwards for described 3rd sucker suction base substrate upset;
Described 3rd sucker drives it transversely to move by the 3rd lateral driver device, it is driven to move up and down by the 3rd vertical drive, by this, after the base substrate being positioned at described second standby position adsorbs by described 3rd sucker, be transferred to described wiping basic skill or training station to carry out after at the bottom of wiping, be delivered to described product conveying belt.
2. domestic ceramics glazing machine according to claim 1, it is characterized in that, described blank conveyor belt comprise the first base longitudinally arranged, the first chain conveyer belt be located on described first base, drive described first chain conveyer belt rotate the first vertical drive motor, described first chain conveyer belt is equidistantly provided with base substrate put station.
3. domestic ceramics glazing machine according to claim 1, it is characterized in that, described first lateral driver device comprises the first guide rail in arranged transversely, be slidably mounted on the first support arranged on described first guide rail and in longitudinal direction, the first cross lead screw in arranged transversely, drive the first horizontal drive motor that described first cross lead screw rotates, ball screw mode is adopted to be connected between described first support with described first cross lead screw, described first sucker is installed on described first support, by this, described first sucker transverse movement is driven by described first horizontal drive motor.
4. domestic ceramics glazing machine according to claim 3, it is characterized in that, described first vertical drive comprises the first vertical drive-motor be installed on described first support, to be connected with the rotating shaft of the described first vertical drive-motor and in the first vertical screw mandrel vertically arranged, described first sucker is installed on the first vertical pole of longitudinally arranging, described first vertical pole is connected with the first cross bar by rotary cylinder, described first cross bar adopts ball screw mode to be connected with the described first vertical screw mandrel, by this, described first sucker is driven to move up and down by the described first vertical drive-motor, by the described first vertical pole rotation of described rotary cylinder driving after making base substrate carry out outside glazing towards lopsidedness discharge base substrate bottom air, described rotary cylinder drives described first vertical pole rotation to make base substrate recover positive base again.
5. domestic ceramics glazing machine according to claim 1, it is characterized in that, described second lateral driver device comprises the second cross slide way in arranged transversely, be slidably mounted on described second cross slide way and the second support arranged in longitudinal direction, the second cross lead screw in arranged transversely, drive the second horizontal drive motor that described second cross lead screw rotates, described second support adopts ball screw mode to be connected with described second cross lead screw, described second sucker is installed on described second support, by this, described second sucker transverse movement is driven by described second cross motor.
6. domestic ceramics glazing machine according to claim 5, it is characterized in that, described overturning drive device comprises and is fixedly installed in rotary drive motor on described second support and chain wheel driving mechanism, described second sucker is installed on the second cross bar, described chain wheel driving mechanism comprises the drive sprocket be fixedly connected with the rotating shaft of described rotary drive motor and the driven sprocket be fixedly connected with described second cross bar, by this, described second sucker upset is driven by described rotary drive motor.
7. domestic ceramics glazing machine according to claim 1, it is characterized in that, described 3rd lateral driver device comprises the 3rd guide rail in arranged transversely, is slidably mounted on the 3rd support on described 3rd guide rail, the 3rd cross lead screw in arranged transversely, the 3rd horizontal drive motor that drives described 3rd cross lead screw to rotate, described 3rd support adopts ball screw mode to be connected with described 3rd cross lead screw, described 3rd sucker is installed on described 3rd support, by this, described 3rd sucker transverse movement is driven by described 3rd horizontal drive motor.
8. domestic ceramics glazing machine according to claim 7, it is characterized in that, the montant that described 3rd vertical drive comprises the first cylinder be installed on described 3rd support, is connected with the push rod of described first cylinder, described 3rd sucker is connected with described montant by the 3rd vertical pole, by this, moved up and down by the 3rd sucker described in described first air cylinder driven.
9. domestic ceramics glazing machine according to claim 1, it is characterized in that, described product conveying belt comprise the second base longitudinally arranged, the second chain conveyer belt be located on described second base, drive described second chain conveyer belt rotate the second vertical drive motor, described second chain conveyer belt is equidistantly provided with finished product put station.
10. domestic ceramics glazing machine according to claim 1, is characterized in that, described in smear remaining glaze station and comprise and smear enamel lamella and smear the second cylinder that enamel lamella moves up and down described in driving.
CN201410246170.8A 2014-06-05 2014-06-05 A kind of domestic ceramics glazing machine CN104003760B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
CN201410246170.8A CN104003760B (en) 2014-06-05 2014-06-05 A kind of domestic ceramics glazing machine

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CN104003760B true CN104003760B (en) 2015-08-12

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Publication number Priority date Publication date Assignee Title
CN104249926A (en) * 2014-09-09 2014-12-31 广西北流市智诚陶瓷自动化科技有限公司 Automatic reversing device for domestic ceramic bowl blanks
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
CN104591794B (en) * 2015-01-16 2016-08-17 广西北流市智宇陶瓷自动化设备有限公司 A kind of pottery front self-glazing device
CN108247821B (en) * 2018-04-25 2019-09-10 齐艳华 A kind of automatic liquid supply smears glaze device

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101224995A (en) * 2007-05-29 2008-07-23 李劲松 Glazing method and special equipment therefor
CN203403017U (en) * 2013-09-10 2014-01-22 廖文祥 Ceramic glaze spraying machine

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Effective date of registration: 20151013

Address after: 410000, No. three village, three stone street office, Liling, Hunan, Zhuzhou 1, China

Patentee after: LILING KEXUN AUTOMATIC CARAMIC MACHINERY CO., LTD.

Address before: 203 room 3, building 68, 412000 Zhonghe street, Liling, Hunan, Zhuzhou

Patentee before: Tan Xiaoping

C41 Transfer of patent application or patent right or utility model
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Inventor after: Fu Youming

Inventor after: Shuai Jian

Inventor before: Tan Xiaoping

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Effective date of registration: 20161010

Address after: 412200 Liling City, Hunan Province Economic Development Zone, No. 1, No. 3, building No. 205, Zhuzhou

Patentee after: Liling Hetai Ceramic Manufacturing Co. Ltd.

Address before: 410000, No. three village, three stone street office, Liling, Hunan, Zhuzhou 1, China

Patentee before: LILING KEXUN AUTOMATIC CARAMIC MACHINERY CO., LTD.