CN109227906A

CN109227906A - A method of ceramic glazing is carried out using ceramic self-glazing machine

Info

Publication number: CN109227906A
Application number: CN201811455375.1A
Authority: CN
Inventors: 余晓华
Original assignee: Jinyun Guoluo Automation Equipment Co Ltd
Current assignee: Jinyun Guoluo Automation Equipment Co Ltd
Priority date: 2018-11-30
Filing date: 2018-11-30
Publication date: 2019-01-18

Abstract

The invention discloses a kind of methods for carrying out ceramic glazing using ceramic self-glazing machine, including glazing machine, glazing chamber is provided in the glazing machine in the glazing machine, connection is equipped with the placed cavity of opening to the left on the left of the glazing chamber, ceramic bowl is placed in the placed cavity, the glazing chamber is provided with glazing device in two sides up and down, and the glazing device includes the storage chamber of opening upwards being set in the glazing machine, is provided with elevator on the upside of the glazing chamber；When carrying out the glazing of ceramics by the present apparatus, only ceramics need to be placed in fixed position by positioning requirements, inside and outside two-part glazing can be carried out to ceramics automatically by starting the present apparatus, glaze can be recycled simultaneously, it avoids wasting, manpower has been saved simultaneously, while having had great improvement to environment.

Description

A method of ceramic glazing is carried out using ceramic self-glazing machine

Technical field

It is specially a kind of to carry out ceramic glazing using ceramic self-glazing machine the present invention relates to ceramic processing technique field Method.

Background technique

Ceramics, in daily life all can use arrive, especially ceramic bowl, almost every household can all use, and present Ceramic bowl decorative pattern it is all kinds of, as smart as a new pin, but ceramic glazing mostly uses greatly artificial form to be processed, not only efficiency It is lower, while environment is also relatively more severe, and its inconvenient, therefore, is badly in need of a kind of using on ceramic self-glazing machine progress ceramics Ceramics when carrying out the glazing of ceramics by the present apparatus, only need to be placed in fixed position by positioning requirements, started by the method for glaze The present apparatus can carry out inside and outside two-part glazing to ceramics automatically, while can be recycled to glaze, avoid wasting, together Shi Jieyue manpower, while to environment having great improvement.

Summary of the invention

The purpose of the present invention is to provide a kind of methods for carrying out ceramic glazing using ceramic self-glazing machine, for overcoming Drawbacks described above in the prior art.

A kind of method carrying out ceramic glazing using ceramic self-glazing machine according to the present invention, wherein this glazing device Including glazing machine, be provided with glazing chamber in the glazing machine in the glazing machine, on the left of the glazing chamber connection be equipped with opening to Left placed cavity is placed with ceramic bowl in the placed cavity, and the glazing chamber is provided with glazing device, the glazing in two sides up and down Device includes the storage chamber of opening upwards being set in the glazing machine, is provided with elevator on the upside of the glazing chamber, passes through It controls the elevator control glaze to flow in the bowl of the ceramic bowl and fill up, thus to glazing, the glazing is carried out in bowl Be provided with elevator chamber on the downside of chamber, the elevator chamber inner opening it is upward be provided with accommodating chamber, the accommodating chamber is provided with glaze, control It makes the elevator chamber to rise, the rim of a bowl of ceramic bowl is allowed to be located in the accommodating chamber, and then to outside at the rim of a bowl of the ceramic bowl Carry out glazing, be provided with clamp device on the right side of the glazing chamber, be provided with turntable in the clamp device, on the left of the turntable before After be symmetrically arranged with clamping bar, the ceramic bowl can be clamped by the clamping bar, be provided with telescopic rod in the clamping bar, The telescopic rod may extend into the placed cavity and be clamped to the ceramic bowl, and it is intracavitary then to bring it to the glazing again It is processed, by rotating the turntable, the ceramic bowl after clamping can be overturn, be provided with control on the right side of the turntable Device processed is provided with switch motor and control motor in the control device, is provided with a quarter on the left of the switch motor Spur gear, the switch motor engaged by controlling a quarter spur gear with other straight-tooth control the present apparatus sequentially into The power of the control motor is spread out of by transmission mechanism, and then drives the elevator chamber lifting or described by row glazing operation Telescopic rod is flexible, and wherein powershift is realized by the switch motor.

Further technical solution, the glazing device includes being connected with the jet pipe chamber being placed on the upside of the glazing chamber, described Connection is equipped with lifting chamber on the upside of jet pipe chamber, and the elevator is slidedly arranged on that the lifting is intracavitary, and the elevator lower end, which is installed with, prolongs The intraluminal jet pipe of spray is reached, is connected in the elevator and the jet pipe and is equipped with flow pass, the elevator lower end Power spring is fixed between the lifting chamber lower wall, the storage chamber is set to the lifting chamber upper left side, the storage Connection is equipped with the flow channel for being connected to the lifting chamber left wall on the downside of chamber, and what is offseted on the upside of the elevator is provided with cam, institute It states cam to control by the control device, connection is equipped with hinge and goes up and down chamber on the downside of the glazing chamber, and the elevator chamber is slidedly arranged on The hinge lifting is intracavitary, and the accommodating chamber opening upwards are set in the elevator chamber, on the right side of the elevator chamber lower end surface Equipped with passive sliding slot, it is slidably equipped in the passive sliding slot by movable slider, it is described that passive hinge is connected with by movable slider lower end hinge Bar, the passive hinge-rod lower end are hingedly coupled to left end on the downside of the hinge lifting chamber, right end on the downside of the hinge lifting chamber It is provided with and communicated with active sliding slot, active sliding block is slidably equipped in the active sliding slot, active sliding block upper end hinge is connected with master Dynamic hinge-rod, active hinge-rod upper end are hingedly coupled on the left of the elevator chamber lower end, the passive hinge-rod with it is described Active hinge-rod intersection is rotatably assorted, and is provided with and is threadedly engaged in the screw rod of the active sliding block, institute in the active sliding slot It states screw rod and is connected to the control device.

Further technical solution, the clamp device includes the turntable that connection is set on the right side of the glazing chamber, described Runner chamber is provided in turntable, the runner is intracavitary to be provided with runner, and the runner right end is fixed with shaft, the shaft connection Rear and front end is symmetrical on the left of the control device, the runner and hinge is connected with connecting rod, runner chamber front and rear sides pair Claim and opening to the left be equipped with sliding cavity, the clamping bar right end is slidedly arranged in the sliding cavity, and described opposite one end of connecting rod turns It is actively tied in the clamping bar, the sliding cavity front and rear sides are symmetrical and connection is equipped with active spur gear chamber, the active straight-tooth Take turns it is intracavitary be rotatably equipped with active spur gear, through being equipped with quilt before and after active spur gear chamber described in the clamping bar right end face Dynamic spur gear chamber, the passive spur gear is intracavitary to be equipped with the passive spur gear for being engageable to the active spur gear, the clamping Bar inner opening to the left be equipped with telescopic cavity, the telescopic rod is slidedly arranged in the telescopic cavity, and the telescopic rod inner opening is to the right Equipped with thread cavity, the thread cavity internal screw thread is connected with flexible threaded rod, and the flexible threaded rod right end is fixed on described passive Spur gear, the telescopic rod left end extend to that the glazing is intracavitary to be installed with fixed block, and the fixed block opposite side fixation is set It is equipped with elastic clamping block, is symmetrically arranged with second order belt wheel transmission chamber on the right side of the sliding cavity and in front and back in the turntable, it is described Active spur gear right end is fixed with drive pulley, the drive pulley by extending to the intracavitary shaft of the second order belt wheel transmission Between be arranged with transmission belt, right side is intermediate in the turntable is provided with single order belt wheel transmission chamber, and the single order belt wheel transmission is intracavitary Centre is provided with driving pulley, and the driving pulley front and rear sides are symmetrically arranged with driven pulley, the driving pulley and it is described from Power belt is arranged between movable belt pulley, the single order belt wheel transmission chamber left end is fixedly connected on by shaft close to symmetrical centre The drive pulley, the driving pulley right end is fixed with power shaft, and the power shaft right end is connected to the control Device, the shaft pass through the power shaft and are rotatably assorted, and the turntable right end is fixed with rotary column, and the rotary column is connected to The control device, the power shaft pass through the rotary column and are rotatably assorted with it.

Further technical solution, the control device include the switching engagement chamber for being set to right side in the glazing machine, The switch motor is fixedly arranged on inner wall on the right side of the switching engagement chamber, and a quarter spur gear power is matched with the switching Motor left end, a quarter spur gear upper end are provided with the first driven spur gear of engagement that can be engaged, and described first It engages and is provided with straight-tooth transmitting chamber on the left of driven spur gear, the driven spur gear left end of first engagement is described straight by extending to Tooth transmits intracavitary shaft and is fixed with active transfer spur gear, active transfer spur gear lower end be provided with engage from Dynamic transmitting spur gear, the rotary column right end are fixed on the driven transmitting spur gear, the setting of a quarter spur gear lower end There is can engage second to engage driven spur gear, the shaft right end extends to the switching and engages intracavitary and be fixed on institute The driven spur gear of the second engagement is stated, the third that being provided on rear side of a quarter spur gear can engage engages driven straight-tooth Wheel, the third engage and are provided with cone tooth drive cavity on the right side of driven spur gear, and the third engages driven spur gear right end and passes through The shaft extended in the cone tooth drive cavity is fixed with drive bevel gear, and the drive bevel gear rear end, which is provided with, to be engaged Driven wheel of differential, the driven wheel of differential rear end is fixed with ratchet, and ratchet rear end one way engagement is equipped with handle ratchet wheel, described Handle ratchet wheel rear end is connected to the cam by pulley power, and a quarter spur gear right end is provided with and can engage The 4th driven spur gear of engagement, is provided with belt wheel transmission chamber on the right side of the driven spur gear of the 4th engagement, the 4th engagement from Dynamic spur gear right end is fixed with active transfer belt wheel, the belt wheel transmission chamber by extending to the intracavitary shaft of the belt wheel transmission Inner underside is provided with driven transmitting belt wheel, is connected between the active transfer belt wheel and the driven transmitting belt wheel by transmission belt It connects, switching chamber is provided on the left of the driven transmitting belt wheel, the switching is intracavitary to be provided with switching turntable, and the switching turntable is right End is fixed on the driven transmitting belt wheel by shaft, is provided on the left of the switching turntable and is slidedly arranged on the switching cavity wall Handoff block, handoff block right side inner opening to the right be equipped with straight, switching turntable left end eccentric part is installed with Extend to the slide bar in the straight, connection is equipped with spring cavity on the downside of the switching chamber, the handoff block lower end with it is described Power spring is fixed between spring cavity lower wall, the control motor is fixedly arranged in the handoff block, on the left of the switching turntable Connection is equipped with switching engagement chamber, the dynamic switching engagement straight-tooth for being matched with the control motor of the intracavitary setting of switching engagement Wheel, switching engagement spur gear upper end are equipped with the first driven transmitting spur gear that can be engaged, and the power shaft is fixed It is connected to the described first driven transmitting spur gear, it is driven to be provided with can engage second on the downside of the switching engagement spur gear Spur gear is transmitted, is provided with sprocket wheel chamber, the second driven transmitting spur gear left end on the left of the second driven transmitting spur gear It is fixed with drive sprocket by extending to the intracavitary shaft of the sprocket wheel, is provided with driven sprocket on the downside of the drive sprocket, institute It states and is arranged with chain between drive sprocket and the driven sprocket, the screw rod right end is fixed on the driven sprocket.

Further technical solution, placed cavity downside connection are equipped with positioning chamber, are placed with positioning in the positioning chamber Plate, the positioning plate upper end are installed with locating piece, and the ceramic bowl is placed on the positioning plate.

Further technical solution, on the left of the hinge lifting chamber opening to the left be provided with accommodating chamber, the accommodating chamber Inside be placed with collecting box, the collecting box inner opening it is upward be equipped with collecting chamber, upper end connection is equipped with oblique on the right side of the accommodating chamber Channel, accommodating chamber left side connection are equipped with overflow channel that is opposite with access ramp and being connected to.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the glazing of ceramics is carried out by the present apparatus When, ceramics need to be only placed in fixed position by positioning requirements, the starting present apparatus can automatically carry out ceramics two inside and outside The glazing divided, while glaze can be recycled, it avoids wasting, while having saved manpower, while having greatly environment Improvement.

Detailed description of the invention

Fig. 1 is that a kind of method inside overall structure for carrying out ceramic glazing using ceramic self-glazing machine of the invention is illustrated Figure；

Fig. 2 is the enlarged diagram of " A " in Fig. 1；

Fig. 3 is the structural schematic diagram in direction " B-B " in Fig. 2；

Fig. 4 is the structural schematic diagram in direction " C-C " in Fig. 3；

Fig. 5 is the structural schematic diagram in direction " D-D " in Fig. 1.

Specific embodiment

Below with reference to Fig. 1-5, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.

Referring to Fig.1-5, a kind of side that ceramic glazing is carried out using ceramic self-glazing machine of embodiment according to the present invention Method, including glazing machine 11 are provided with glazing chamber 12 in the glazing machine 11 in the glazing machine 11, connect on the left of the glazing chamber 12 It is logical to be equipped with the placed cavity 13 of opening to the left, it is placed with ceramic bowl 22 in the placed cavity 13, about 12 two sides of glazing chamber are set Be equipped with glazing device, the glazing device includes the storage chamber 14 of opening upwards being set in the glazing machine 11, it is described on It is provided with elevator 15 on the upside of glaze chamber 12, is flowed in the bowl of the ceramic bowl 22 simultaneously by controlling the control of elevator 15 glaze It fills up, to be provided with elevator chamber 16 on the downside of the glazing chamber 12 to glazing is carried out in bowl, 16 inner opening of elevator chamber is upward Be provided with accommodating chamber 17, the accommodating chamber 17 is provided with glaze, controls the elevator chamber 16 and rises, and allows the rim of a bowl of ceramic bowl 22 Glazing is carried out in the accommodating chamber 17, and then to outside at the rim of a bowl of the ceramic bowl 22, is set on the right side of the glazing chamber 12 It is equipped with clamp device, turntable 18 is provided in the clamp device, the 18 left side front and back of turntable is symmetrically arranged with clamping bar 19, The ceramic bowl 22 can be clamped by the clamping bar 19, telescopic rod 23, the telescopic rod are provided in the clamping bar 19 23 may extend into the placed cavity 13 and be clamped to the ceramic bowl 22, then bring it to again in the glazing chamber 12 into The ceramic bowl 22 after clamping can be overturn, be arranged on the right side of the turntable 18 by rotating the turntable 18 by row processing There is control device, switch motor 20 and control motor 21 are provided in the control device, is arranged on the left of the switch motor 20 Have an a quarter spur gear 24, the switch motor 20 engaged by controlling a quarter spur gear 24 with other straight-tooth come The control present apparatus sequentially carries out glazing operation, is spread out of the power of the control motor 21 by transmission mechanism, and then drive institute It states the lifting of elevator chamber 16 or the telescopic rod 23 is flexible, wherein powershift is realized by the switch motor 20；

The application method are as follows: the positioning of glazing will be needed to be placed in placed cavity 13, then stretched by control device control Contracting bar 23 extends to the front and rear sides in placed cavity 13 and being located at 22 bottom of bowl of ceramic bowl, and then control clamping bar 19 is close, will make pottery China bowl 22 is clamped, and then retracts telescopic rod 23, ceramic bowl 22 is taken in glazing chamber 12, then controls 15 pairs of bowls of elevator Glaze is inside filled up, glazing is carried out, then rotates turntable 18, and then downward by 22 the rim of a bowl of ceramic bowl, is then controlled on elevator chamber 16 It rises, the glaze in accommodating chamber 17 is to progress glazing on the outside of the rim of a bowl.

Valuably or illustratively, the glazing device includes being connected with the jet pipe chamber 25 for being placed in 12 upside of glazing chamber, Connection is equipped with lifting chamber 26 on the upside of the jet pipe chamber 25, and the elevator 15 is slidedly arranged in the lifting chamber 26, the elevator 15 lower ends are installed with the jet pipe 27 extended in the jet pipe chamber 25, are connected in the elevator 15 and the jet pipe 27 and are equipped with stream Channel 28 out are fixed with power spring 29, the storage chamber 14 between 15 lower end of elevator and 26 lower wall of lifting chamber It is set to 26 upper left side of lifting chamber, the inflow that connection is equipped with connection lifting 26 left wall of chamber on the downside of the storage chamber 14 is led to Road 30, what is offseted on the upside of the elevator 15 is provided with cam 31, and the cam 31 is controlled by the control device, it is described on Connection is equipped with hinge and goes up and down chamber 32 on the downside of glaze chamber 12, and the elevator chamber 16 is slidedly arranged in the hinge lifting chamber 32, the receiving 17 opening upwards of chamber are set in the elevator chamber 16, and passive sliding slot 33 is equipped on the right side of 16 lower end surface of elevator chamber, described It is slidably equipped in passive sliding slot 33 by movable slider 34, it is described that passive hinge-rod 35, the quilt are connected with by 34 lower end hinge of movable slider Dynamic 35 lower end of hinge-rod is hingedly coupled to the hinge lifting 32 downside left end of chamber, hinge lifting 32 downside right end of the chamber connection It is provided with active sliding slot 36, active sliding block 37,37 upper end hinge of the active sliding block connection are slidably equipped in the active sliding slot 36 There is active hinge-rod 38,38 upper end of active hinge-rod is hingedly coupled on the left of 16 lower end of elevator chamber, the passive hinge Chain bar 35 is rotatably assorted with 38 intersection of active hinge-rod, is provided with and is threadedly engaged in the master in the active sliding slot 36 The screw rod 39 of movable slider 37, the screw rod 39 are connected to the control device；

It is gone up and down in use, controlling elevator 15 by control cam 31, when flow channel 30 is connected to flow pass 28, glaze It flows in the rim of a bowl of ceramic bowl 22, when carrying out glazing to 22 the rim of a bowl of ceramic bowl outside, control elevator chamber 16 rises.

Valuably or illustratively, the clamp device includes the turntable 18 that connection is set to 12 right side of glazing chamber, It is provided with runner chamber 40 in the turntable 18, runner 41 is provided in the runner chamber 40,41 right end of runner, which is fixed with, to be turned Axis 42, the shaft 42 are connected to the control device, and the 41 left side rear and front end of runner is symmetrical and hinge is connected with connecting rod 43,40 front and rear sides of runner chamber are symmetrical and opening to the left be equipped with sliding cavity 44,19 right end of clamping bar is slidedly arranged on institute It states in sliding cavity 44, the opposite one end of the connecting rod 43 is rotatably assorted in the clamping bar 19,44 front and rear sides pair of sliding cavity Claim and connection is equipped with active spur gear chamber 45, active spur gear 46 is rotatably equipped in the active spur gear chamber 45, it is described Through equipped with passive spur gear chamber 47, the passive spur gear chamber before and after active spur gear chamber 45 described in 19 right end face of clamping bar It is equipped with the passive spur gear 48 for being engageable to the active spur gear 46 in 47,19 inner opening of clamping bar being equipped with to the left is stretched Contracting chamber 49, the telescopic rod 23 are slidedly arranged in the telescopic cavity 49,23 inner opening of telescopic rod to the right be equipped with thread cavity 50, 50 internal screw thread of thread cavity is connected with flexible threaded rod 51, and flexible 51 right end of threaded rod is fixed on the passive spur gear 48,23 left end of telescopic rod, which extends in the glazing chamber 12, is installed with fixed block 52, and 52 opposite side of fixed block is solid Surely it is provided with elastic clamping block 53,44 right side of sliding cavity and is symmetrically arranged with second order belt wheel in front and back in the turntable 18 and passes Dynamic chamber 101,46 right end of active spur gear are fixed with transmission by the shaft extended in the second order belt wheel transmission chamber 101 Belt wheel 54 is arranged with transmission belt 55 between the drive pulley 54, and right side is intermediate in the turntable 18 is provided with single order belt wheel biography Chamber 56 is moved, centre is provided with driving pulley 57 in the single order belt wheel transmission chamber 56, and 57 front and rear sides of driving pulley are symmetrical Equipped with driven pulley 58, power belt 59, the single order band are arranged between the driving pulley 57 and the driven pulley 58 Wheel 56 left end of drive cavity is fixedly connected on the drive pulley 54 close to symmetrical centre by shaft, and the driving pulley 57 is right End is fixed with power shaft 60, and 60 right end of power shaft is connected to the control device, and the shaft 42 passes through described dynamic Power shaft 60 is simultaneously rotatably assorted, and 18 right end of turntable is fixed with rotary column 61, and the rotary column 61 is connected to the control device, institute Power shaft 60 is stated across the rotary column 61 and is rotatably assorted with it；

In use, driving telescopic rod 23 to extend to the left by transmission mechanism, it is close to each other then to control telescopic rod 23, and then pass through Elastic clamping block 53 is clamped 22 bottom of bowl of ceramic bowl, then again retracts telescopic rod 23, takes ceramic bowl 22 to glazing chamber In 12.

Valuably or illustratively, the control device includes the switching engagement chamber for being set to right side in the glazing machine 11 62, the switch motor 20 is fixedly arranged on the switching engagement 62 right side inner wall of chamber, 24 power of a quarter spur gear cooperation In 20 left end of switch motor, it is driven straight that 24 upper end of a quarter spur gear is provided with the first engagement that can be engaged Gear 63 is provided with straight-tooth transmitting chamber 64, the driven spur gear of first engagement on the left of the driven spur gear 63 of first engagement 63 left ends are fixed with active transfer spur gear 65 by the shaft extended in the straight-tooth transmitting chamber 64, and the active transfer is straight 65 lower end of gear is provided with the driven transmitting spur gear 66 engaged, and it is straight that 61 right end of rotary column is fixed on the driven transmitting Gear 66,24 lower end of a quarter spur gear are provided with the second driven spur gear 67 of engagement that can be engaged, and described turn 42 right end of axis extends in the switching engagement chamber 62 and is fixed on the driven spur gear 67 of second engagement, a quarter The third that being provided on rear side of spur gear 24 can engage engages driven spur gear 68, and it is right that the third engages driven spur gear 68 Side is provided with cone tooth drive cavity 69, and the third engages driven 68 right end of spur gear by extending in the cone tooth drive cavity 69 Shaft be fixed with drive bevel gear 70,70 rear end of drive bevel gear is provided with the driven wheel of differential 71 engaged, institute It states 71 rear end of driven wheel of differential and is fixed with ratchet 72, the 72 rear end one way engagement of ratchet is equipped with handle ratchet wheel 73, the handle ratchet wheel 73 rear ends are connected to the cam 31 by pulley power, and 24 right end of a quarter spur gear is provided with and can engage The 4th driven spur gear 74 of engagement, is provided with belt wheel transmission chamber 75 on the right side of the driven spur gear 74 of the 4th engagement, and the described 4th It engages driven 74 right end of spur gear and active transfer belt wheel 76, institute is fixed with by the shaft extended in the belt wheel transmission chamber 75 It states 75 inner underside of belt wheel transmission chamber and is provided with driven transmitting belt wheel 77, the active transfer belt wheel 76 and the driven transmitting belt wheel By being driven band connection between 77, switching chamber 78, setting in the switching chamber 78 are provided on the left of the driven transmitting belt wheel 77 There is switching turntable 79,79 right end of switching turntable is fixed on the driven transmitting belt wheel 77, the switching turntable by shaft 79 left sides are provided with the handoff block 80 for being slidedly arranged on switching 78 inner wall of chamber, the 80 right side inner opening of handoff block setting to the right There is straight 81, the switching 79 left end eccentric part of turntable is installed with the slide bar 82 extended in the straight 81, institute It states connection on the downside of switching chamber 78 and is equipped with spring cavity 83, be fixed with top between 83 lower wall of 80 lower end of handoff block and the spring cavity Power spring 84, the control motor 21 are fixedly arranged in the handoff block 80, and connection is equipped with switching and nibbles on the left of the switching turntable 79 Chamber 85 is closed, the dynamic switching engagement spur gear 86 for being matched with the control motor 21 of setting, institute in the switching engagement chamber 85 It states switching engagement 86 upper end of spur gear and is equipped with the first driven transmitting spur gear 99 that can be engaged, the power shaft 60 is fixed It is connected to the described first driven transmitting spur gear 99, is provided with can engage second on the downside of the switching engagement spur gear 86 Driven transmitting spur gear 87 is provided with sprocket wheel chamber 88, the second driven transmitting on the left of the second driven transmitting spur gear 87 87 left end of spur gear is fixed with drive sprocket 89,89 downside of drive sprocket by the shaft extended in the sprocket wheel chamber 88 It is provided with driven sprocket 90, chain 91 is arranged between the drive sprocket 89 and the driven sprocket 90, the screw rod 39 is right End is fixed on the driven sprocket 90；

In use, engaging for a quarter spur gear 24 and other four gears is controlled by switch motor 20, to realize dress Set and sequentially operated, by control handoff block 80, realize by control motor 21 powershift be supplied to clamp device or Glazing device.

Valuably or illustratively, connection is equipped with positioning chamber 100 on the downside of the placed cavity 13, puts in the positioning chamber 100 It is equipped with positioning plate 92,92 upper end of positioning plate is installed with locating piece 93, and the ceramic bowl 22 is placed on the positioning plate 92；

In use, 92 right end of positioning plate and 100 right wall of positioning chamber are offseted, by 22 bottom of bowl left end of ceramic bowl and 93 right end of locating piece It offsets, realizes positioning.

Valuably or illustratively, be open on the left of hinge lifting chamber 32 to the left be provided with accommodating chamber 95, the appearance Receive and be placed with collecting box 96 in chamber 95,96 inner opening of collecting box it is upward be equipped with collecting chamber 97,95 right side of accommodating chamber Upper end connection is equipped with access ramp 98, and connection is equipped with overflow channel that is opposite with access ramp 98 and being connected on the left of the accommodating chamber 17 94；

In use, after the glaze in ceramic bowl 22 pours into accommodating chamber 17, when the glaze in accommodating chamber 17 is expired to a certain extent, Glaze is flowed out from overflow channel 94, is flowed in collecting chamber 97 and is recycled by access ramp 98, prevents the glaze in accommodating chamber 17 Spilling causes to waste.

When original state, elevator 15 is located at upper limit position, and elevator chamber 16 is located at lower limit position, at this time handoff block 80 Positioned at upper limit position, the spur gear 86 of switching engagement at this time is meshed with the first driven transmitting spur gear 99, with the second driven biography It passs spur gear 87 not engage, a quarter spur gear 24 engages driven spur gear 67 and the 4th driven straight-tooth of engagement with second at this time Wheel 74 is in meshing state i.e., engages driven spur gear 63 with first and third engages driven spur gear 68 and do not engage, at this time Clamping bar 19 is located remotely from center side, and passive spur gear 48 is meshed with deep active spur gear 46 at this time.

When needing to ceramic bowl glazing, ceramic bowl 22 is put on positioning plate 92 and is offseted with the right end of locating piece 93, Then positioning plate 92 is placed in positioning chamber 100 and is offseted with its right wall, controlled motor 21 at this time and start, and then drive switching It engages spur gear 86 to rotate, and then drives the first driven transmitting spur gear 99 to rotate by gear engagement, and then turn by power Axis 60 drives driving pulley 57 to rotate, and then drives driven pulley 58 to rotate by power belt 59, and then drives close to symmetrical The drive pulley 54 at center rotates, and then drives the drive pulley 54 far from symmetrical centre to rotate by transmission belt 55, and then band Dynamic active spur gear 46 rotates, and then drives passive spur gear 48 to rotate by gear engagement, and then drives flexible threaded rod 51 Rotation, and then be connected through a screw thread and telescopic rod 23 is driven to be moved to the left, and then drive elastic clamping block 53 to move by fixed block 52 It moves in placed cavity 13, and is in the front and rear sides of ceramic bowl 22, switch motor 20 starts at this time, and then drives a quarter straight Gear 24 rotates, and a quarter spur gear 24 engages driven spur gear 67 with second and is meshed and drives its rotation at this time, in turn It drives runner 41 to rotate 90 degree by shaft 42, and then pulls clamping bar 19 close to each other by connecting rod 43, at this time elastic clip Tight block 53 clamps the front and rear sides of 22 bottom of bowl part of ceramic bowl, controls motor 21 at this time and inverts, and then passes through elastic clamping block 53 drive ceramic bowls 22 be moved in glazing chamber 12, switch motor 20 continues to start at this time, at this time a quarter spur gear 24 with Third engages driven spur gear 68 and is meshed and drives its rotation, and then drives drive bevel gear 70 to rotate, and then pass through gear Engagement drives driven wheel of differential 71 to rotate, and then ratchet 72 is driven to rotate, and then drives handle ratchet wheel 73 to rotate by one way engagement, And then 180 degree are rotated by pulley belt moving cam 31, the cam portion of cam 31 offsets with elevator 15 at this time, And then elevator 15 is driven to be moved to lower limit position, flow pass 28 is connected with flow channel 30 at this time, at this time in 14 Glaze is flowed into the bowl of ceramic bowl 22 and is filled up by flow channel 30 and flow pass 28, at this time a quarter spur gear 24 It continues to rotate, elevator 15 resets at this time, drives when a quarter spur gear 24 engages after driven spur gear 63 engages with first It is rotated, and then active transfer spur gear 65 is driven to rotate, and then drives driven transmitting spur gear 66 to rotate by gear engagement, And then by rotary column 61 drive turntable 18 rotate 180 degree, at this time the rim of a bowl of ceramic bowl 22 downward, bottom of bowl upward, ceramic bowl Glaze in 22 pours into accommodating chamber 17, and a quarter spur gear 24 continues to rotate at this time, at this time a quarter spur gear 24 with The 4th driven spur gear 74 of engagement is meshed and drives its rotation, and then drives active transfer belt wheel 76 to rotate, and then pass through band Wheel transmission drives driven transmitting belt wheel 77 to rotate, and then drives switching turntable 79 to rotate, and then drive handoff block by slide bar 82 80 are moved to lower limit position, and the spur gear 86 of switching engagement at this time is disengaged from the first driven transmitting spur gear 99, with second Driven transmitting spur gear 87 is meshed, and controls motor 21 at this time and starts, and then switching engagement spur gear 86 is driven to rotate, Jin Ertong Crossing gear engagement drives the second driven transmitting spur gear 87 to rotate, and then drives drive sprocket 89 to rotate, and then pass through chain 91 It drives driven sprocket 90 to rotate, and then screw rod 39 is driven to rotate, and then be connected through a screw thread and active sliding block 37 is driven to move to left, in turn Elevator chamber 16 is driven to move up by passive hinge-rod 35 and active hinge-rod 38, the rim of a bowl of ceramic bowl 22 is immersed in receiving at this time Glazing is carried out in glaze in chamber 17.

Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims

1. a kind of method for carrying out ceramic glazing using ceramic self-glazing machine, wherein this glazing device includes glazing machine, described Glazing chamber is provided in glazing machine in the glazing machine, connection is equipped with the placed cavity of opening to the left on the left of the glazing chamber, described Be placed with ceramic bowl in placed cavity, two sides are provided with glazing device to the glazing chamber up and down, the glazing device include opening to On the storage chamber being set in the glazing machine, be provided with elevator on the upside of the glazing chamber, pass through the control elevator Control glaze is flowed in the bowl of the ceramic bowl and is filled up, to be provided with liter on the downside of the glazing chamber to glazing is carried out in bowl Case drops, the elevator chamber inner opening it is upward be provided with accommodating chamber, the accommodating chamber is provided with glaze, controls on the elevator chamber Rise, allow the rim of a bowl of ceramic bowl to be located in the accommodating chamber, and then at the rim of a bowl of the ceramic bowl outside progress glazing, it is described on It is provided with clamp device on the right side of glaze chamber, turntable is provided in the clamp device, front and back is symmetrically arranged with folder on the left of the turntable The ceramic bowl can be clamped by the clamping bar, telescopic rod is provided in the clamping bar by tight bar, and the telescopic rod can prolong It reaches and the ceramic bowl is clamped in the placed cavity, then bring it to that the glazing is intracavitary to be processed again, pass through The turntable is rotated, the ceramic bowl after clamping can be overturn, is provided with control device, the control on the right side of the turntable It is provided with switch motor and control motor in device processed, is provided with a quarter spur gear on the left of the switch motor, it is described to cut It changes motor and is engaged with other straight-tooth by the control a quarter spur gear to control the present apparatus and sequentially carry out glazing operation, led to It crosses transmission mechanism to spread out of the power of the control motor, and then drives the elevator chamber lifting or the telescopic rod flexible, Middle powershift is realized by the switch motor；Being technically characterized in that for this method will need the positioning of glazing to place In in placed cavity, the front and back two in placed cavity and being located at ceramic bowl bottom of bowl is then extended to by control device control telescopic rod Side, it is close then to control clamping bar, and ceramic bowl is clamped, telescopic rod is then retracted, it is intracavitary to take ceramic bowl to glazing, so Control elevator carries out glazing, then rotates turntable, and then downward by ceramic bowl the rim of a bowl, then control to glaze is filled up in bowl afterwards Elevator chamber processed rises, and the glaze in accommodating chamber is to progress glazing on the outside of the rim of a bowl.

2. a kind of method for carrying out ceramic glazing using ceramic self-glazing machine according to claim 1, wherein on described Glaze device includes being connected with the jet pipe chamber being placed on the upside of the glazing chamber, and connection is equipped with lifting chamber, the liter on the upside of the jet pipe chamber Drop block is slidedly arranged on that the lifting is intracavitary, and the elevator lower end is installed with extends to the intraluminal jet pipe of the spray, the lifting It is connected in block and the jet pipe and is equipped with flow pass, top power bullet is fixed between the elevator lower end and the lifting chamber lower wall Spring, the storage chamber are set to the lifting chamber upper left side, and connection, which is equipped with, on the downside of the storage chamber is connected to the lifting chamber left wall Flow channel, what is offseted on the upside of the elevator is provided with cam, and the cam is controlled by the control device, it is described on Connection is equipped with hinge and goes up and down chamber on the downside of glaze chamber, and it is intracavitary that the elevator chamber is slidedly arranged on the hinge lifting, the accommodating chamber be open to On be set in the elevator chamber, passive sliding slot is equipped on the right side of the elevator chamber lower end surface, is slidably equipped in the passive sliding slot Described to be connected with passive hinge-rod by movable slider lower end hinge by movable slider, the passive hinge-rod lower end is hingedly coupled to institute Left end on the downside of hinge lifting chamber is stated, right end is provided with and communicated with active sliding slot on the downside of hinge lifting chamber, in the active sliding slot It is slidably equipped with active sliding block, active sliding block upper end hinge is connected with active hinge-rod, and active hinge-rod upper end hinge connects It is connected on the left of the elevator chamber lower end, the passive hinge-rod is rotatably assorted with active hinge-rod intersection, the active It is provided with and is threadedly engaged in the screw rod of the active sliding block in sliding slot, the screw rod is connected to the control device；Its feature exists In: elevator lifting is controlled by control cam, when flow channel is connected to flow pass, glaze flows to the rim of a bowl of ceramic bowl Interior, when carrying out glazing to ceramic bowl the rim of a bowl outside, control elevator chamber rises.

3. a kind of method for carrying out ceramic glazing using ceramic self-glazing machine according to claim 1, wherein the folder Taking device includes the turntable that connection is set on the right side of the glazing chamber, is provided with runner chamber in the turntable, the runner is intracavitary It is provided with runner, the runner right end is fixed with shaft, and the shaft is connected to the control device, front and back on the left of the runner Both ends are symmetrical and hinge is connected with connecting rod, runner chamber front and rear sides are symmetrical and opening to the left be equipped with sliding cavity, the folder Tight bar right end is slidedly arranged in the sliding cavity, and described opposite one end of connecting rod is rotatably assorted before the clamping bar, the sliding cavity Two sides are symmetrical afterwards and connection is equipped with active spur gear chamber, and the active spur gear is intracavitary to be rotatably equipped with active spur gear, institute The front and back of active spur gear chamber described in clamping bar right end face is stated through passive spur gear chamber is equipped with, the passive spur gear is intracavitary to be set Have a passive spur gear for being engageable to the active spur gear, the clamping bar inner opening to the left be equipped with telescopic cavity, it is described to stretch Contracting bar is slidedly arranged in the telescopic cavity, the telescopic rod inner opening to the right be equipped with thread cavity, thread cavity internal screw thread connection There is flexible threaded rod, the flexible threaded rod right end is fixed on the passive spur gear, and the telescopic rod left end extends to described Glazing is intracavitary to be installed with fixed block, and the fixed block opposite side is fixedly installed elastic clamping block, on the right side of the sliding cavity and It is symmetrically arranged with second order belt wheel transmission chamber in front and back in the turntable, the active spur gear right end is by extending to the second order The intracavitary shaft of belt wheel transmission is fixed with drive pulley, and transmission belt, right side in the turntable are arranged between the drive pulley Centre is provided with single order belt wheel transmission chamber, and the intracavitary centre of single order belt wheel transmission is provided with driving pulley, the driving pulley Front and rear sides are symmetrically arranged with driven pulley, are arranged with power belt between the driving pulley and the driven pulley, and described one Rank belt wheel transmission chamber left end is fixedly connected on the drive pulley close to symmetrical centre, the driving pulley right end by shaft It is fixed with power shaft, the power shaft right end is connected to the control device, and the shaft passes through the power shaft simultaneously It is rotatably assorted, the turntable right end is fixed with rotary column, and the rotary column is connected to the control device, and the power shaft passes through institute It states rotary column and is rotatably assorted with it；It is characterized by: driving telescopic rod to extend to the left by transmission mechanism, telescopic rod is then controlled It is close to each other, and then ceramic bowl bottom of bowl is clamped by elastic clamping block, then telescopic rod is retracted again, by ceramic bowl band It is intracavitary to glazing.

4. a kind of method for carrying out ceramic glazing using ceramic self-glazing machine according to claim 1, wherein the control Device processed includes the switching engagement chamber for being set to right side in the glazing machine, and the switch motor is fixedly arranged on the switching engagement chamber Right side inner wall, a quarter spur gear power are matched with the switch motor left end, a quarter spur gear upper end It is provided with the first driven spur gear of engagement that can be engaged, is provided with straight-tooth transmitting on the left of the driven spur gear of first engagement Chamber, the first driven spur gear left end of engagement transmit intracavitary shaft to be fixed with active transfer straight by extending to the straight-tooth Gear, active transfer spur gear lower end are provided with the driven transmitting spur gear engaged, and the rotary column right end is fixed on The driven transmitting spur gear, a quarter spur gear lower end are provided with the second driven straight-tooth of engagement that can be engaged Wheel, it is intracavitary and be fixed on described second and engage driven spur gear that the shaft right end extends to switching engagement, and described four points One of be provided with the third that can be engaged on rear side of spur gear and engage driven spur gear, the third engages on the right side of driven spur gear It is provided with cone tooth drive cavity, it is solid by the shaft extended in the cone tooth drive cavity that the third engages driven spur gear right end It is connected with drive bevel gear, the drive bevel gear rear end is provided with the driven wheel of differential engaged, after the driven wheel of differential End is fixed with ratchet, and ratchet rear end one way engagement is equipped with handle ratchet wheel, and the handle ratchet wheel rear end is connected to by pulley power The cam, a quarter spur gear right end are provided with the 4th driven spur gear of engagement that can be engaged, and the described 4th It engages and is provided with belt wheel transmission chamber on the right side of driven spur gear, the driven spur gear right end of the 4th engagement is by extending to the band Shaft in wheel drive cavity is fixed with active transfer belt wheel, and the intracavitary downside of belt wheel transmission is provided with driven transmitting belt wheel, institute It states by transmission band connection between active transfer belt wheel and the driven transmitting belt wheel, the driven transmitting belt wheel left side is provided with Switch chamber, the switching is intracavitary to be provided with switching turntable, and the switching turntable right end is fixed on the driven transmitting by shaft Belt wheel, switching turntable left side are provided with the handoff block for being slidedly arranged on the switching cavity wall, open in the handoff block right side Mouth to the right be equipped with straight, switching turntable left end eccentric part is installed with the slide bar extended in the straight, Connection is equipped with spring cavity on the downside of the switching chamber, and top power bullet is fixed between the handoff block lower end and the spring cavity lower wall Spring, the control motor are fixedly arranged in the handoff block, and connection is equipped with switching engagement chamber, the switching on the left of the switching turntable The dynamic switching engagement spur gear for being matched with the control motor of intracavitary setting is engaged, switching engagement spur gear upper end is set There is the driven transmitting spur gear of can engage first, the power shaft is fixedly connected on the described first driven transmitting straight-tooth Wheel, the switching engagement spur gear downside are provided with the driven transmitting spur gear of can engage second, the second driven biography It passs and is provided with sprocket wheel chamber on the left of spur gear, the sprocket wheel is intracavitary to be turned by extending to for the second driven transmitting spur gear left end Axis is fixed with drive sprocket, is provided with driven sprocket on the downside of the drive sprocket, the drive sprocket and the driven sprocket it Between be arranged with chain, the screw rod right end is fixed on the driven sprocket；It is characterized by: by switch motor control four/ One spur gear is engaged with other four gears, so that realization device is sequentially operated, by controlling handoff block, realizing will control The powershift of motor processed is supplied to clamp device or glazing device.

5. a kind of method for carrying out ceramic glazing using ceramic self-glazing machine according to claim 1, wherein described to put It sets connection on the downside of chamber and is equipped with positioning chamber, be placed with positioning plate in the positioning chamber, the positioning plate upper end is installed with locating piece, institute Ceramic bowl is stated to be placed on the positioning plate；It is characterized by: positioning plate right end and positioning chamber right wall are offseted, by ceramic bowl bowl Bottom left end offsets with locating piece right end, realizes positioning.

6. a kind of method for carrying out ceramic glazing using ceramic self-glazing machine according to claim 1, wherein the hinge Chain lifting chamber on the left of opening to the left be provided with accommodating chamber, collecting box, the collecting box inner opening are placed in the accommodating chamber Upward to be equipped with collecting chamber, upper end connection is equipped with access ramp on the right side of the accommodating chamber, on the left of the accommodating chamber connection be equipped with it is oblique Channel is opposite and the overflow channel that can be connected to；It is characterized by: after the glaze in ceramic bowl pours into accommodating chamber, in accommodating chamber Glaze it is full to a certain extent when, glaze is flowed out from overflow channel, is flowed in collecting chamber and is recycled by access ramp, prevents from holding Intracavitary glaze spilling of receiving causes to waste.