CN106426529A - Automatic glaze spraying machine for open ceramic container - Google Patents
Automatic glaze spraying machine for open ceramic container Download PDFInfo
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- CN106426529A CN106426529A CN201610923263.9A CN201610923263A CN106426529A CN 106426529 A CN106426529 A CN 106426529A CN 201610923263 A CN201610923263 A CN 201610923263A CN 106426529 A CN106426529 A CN 106426529A
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- glaze spraying
- work support
- horizontal cross
- cross bar
- driven pulley
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B11/00—Apparatus or processes for treating or working the shaped or preshaped articles
- B28B11/04—Apparatus or processes for treating or working the shaped or preshaped articles for coating or applying engobing layers
- B28B11/044—Apparatus or processes for treating or working the shaped or preshaped articles for coating or applying engobing layers with glaze or engobe or enamel or varnish
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- Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Mechanical Engineering (AREA)
- Spray Control Apparatus (AREA)
Abstract
An automatic glaze spraying machine for an open ceramic container comprises a rack. The rack is provided with a motor and two circulation chains parallelly arranged left and right, and a plurality of horizontal cross rods are connected between the two circulation chains arranged left and right; a mounting support is fixed to the middle of each horizontal cross rod and rotatably provided with a workpiece bracket used for storing a ceramic container; each workpiece bracket comprises four long-strip-shaped metal rods located at the top, and each long-strip-shaped metal rod is fixedly connected with a workpiece bracket rotary shaft through a corresponding metal supporting strip; the four long-strip-shaped metal rods are combined to form a cross, and a driven wheel is coaxially and fixedly connected with each workpiece bracket; a glaze spraying box is arranged on two longitudinal guide rails, and a circulation belt is arranged under the glaze spraying box; and each long-strip-shaped metal rod is in a slender cylindrical shape and further wrapped with a cylindrical metal outer sleeve. According to the automatic glaze spraying machine, glaze can be uniformly sprayed to the bottom face of the ceramic container, and the production speed is high.
Description
Technical field
The invention belongs to the technical field of ceramic production device, more particularly, to a kind of uncovered ceramic vessel automatic glaze spraying machine.
Background technology
The glazing technology of uncovered ceramic vessel (the such as disk, bowl etc.) blank of tradition typically adopts manual glazing, including manual
Leaching glaze and manual glaze spraying two ways.Wherein manual leaching glaze is ceramic form to be immersed glaze pond, through after a period of time by pottery
Blank is sling, but this mode glazing thickness is big, and after porcelain blank is sling, glaze can drop () in row referred to as " rest ", causes
Top and the bottom glaze became uneven is even, and glaze colours is uneven, and glaze consumption is big, low production efficiency.And manual glaze spraying be then by
The hand-held glazing spray gun of workman carries out glaze spraying, but this mode is because pistol has unstability it is difficult to control each part ceramic blank
The part overall glaze spraying time is it is also difficult to control every each position glaze spraying time of ceramic form uniformly it is difficult to guarantee that each position is sprayed
Glaze uniformly, equally exists the uneven quality problems of glaze layer, and in addition manual mode work consuming amount is big, and speed of production is slow.
For this reason, applicant once devised a kind of patent of invention of uncovered ceramic vessel automatic glaze spraying device（Refer to disclosure
Number for CN102515854A Chinese patent literature）, this uncovered ceramic vessel automatic glaze spraying device is provided with left and right and is arranged side by side
Article two, circulation link chain, is linked with some horizontal cross bars between the circulation link chain of left and right two, each horizontal cross bar the right and left divides
Be not fixedly connected with one of chain link of left and right circulation link chain, be provided with every horizontal cross bar central rotatable one in order to
The criss-cross work support of placing ceramic vessel prepd, each work support top is provided with four fine strip shape components；Each work
Part support is provided with a rotating shaft, and each work support has been fixedly and coaxially connected a driven pulley；Article two, it is provided with glaze spraying above longitudinal rail
Case；Endless belt is arranged below in glaze spraying case, inside glaze spraying case, is provided with many glazing spray guns；When work support drives in circulation link chain
Under close to glazing spray gun when, the side of the corresponding driven pulley of this work support abuts on endless belt.So, during glaze spraying, each spray
Glaze rifle muzzle swings back and forth under rotating shaft drive, and sprays vaporific glaze, and first glazing spray gun is responsible for uncovered ceramic vessel
Medial surface and upper base surface glaze spraying back and forth, second glazing spray gun is responsible for the outer surface glaze spraying back and forth to uncovered ceramic,
3rd glazing spray gun is responsible for the bottom lower surface glaze spraying back and forth to uncovered ceramic vessel, and meanwhile, ceramic vessel is in driven pulley
Drive lower rotation, " swing of glazing spray gun muzzle " and the motion of " ceramic vessel rotation " these two aspects cross, and make each ceramic vessel
All directions are uniformly subject to glaze, and uniformly, glaze colours is uniform, and each ceramic vessel glaze spraying time span is equal, accurate for each position glaze layer
Really.Glaze spraying case is additionally provided with atomization glaze suction recovering mechanism, and the glaze being not adhered on product is progressively reclaimed.
However, applicant continues to explore in production practices, find that above-mentioned automatic glaze spraying device yet suffers from following deficiency
Have much room for improvement：First, during glaze spraying, ceramic disk, the glaze of ceramic bowl bottom rely on the spray gun spraying upwards to spray, but due to workpiece
Four fine strip shape components of cradle top are located at ceramic disk（Or ceramic bowl）Lower section and also very close to ceramic disk, ceramic bowl
Bottom surface, adds work support and ceramic disk（Or ceramic bowl）Relative position immobilize always, therefore fine strip shape component is one
Determine to block that a part of ceramic disk above it in degree, ceramic bowl base surface area is subject to glaze, the region being blocked forms similar
In " shadow region ", the glaze layer in these regions being blocked seems substantially partially thin, even almost goes out in partial points position when serious
The problem of existing glaze layer disappearance；Second, during glaze spraying, ceramic disk（Or ceramic bowl）Operation suspension, circulation link chain also must must suspend
Run, so mean each ceramic vessel from enter glaze spraying case to leave must be spent longer by glaze spraying case when, lead to whole
The speed of production of glaze spraying device is slower.
Content of the invention
It is an object of the invention to overcoming disadvantages mentioned above and providing and a kind of uncovered ceramic vessel automatic glaze spraying machine, it can
Make the bottom surface of ceramic vessel uniformly be subject to glaze, and the speed of production of glaze spraying device is high.
Its purpose can be realized by below scheme：A kind of uncovered ceramic vessel automatic glaze spraying machine, including frame, frame is provided with
Two circulation link chains that motor, left and right are arranged side by side, every circulation link chain is set on former and later two sprocket wheels, former and later two sprocket wheels
Rotating shaft bearing of trend be horizontal cross；Article two, the structure of circulation link chain, length are identical, and two circulation link chains are by motor in synchrony
Drive；The upper horizontal segment side of every circulation link chain is separately installed with a longitudinal rail, connects between the circulation link chain of left and right two
Have some horizontal cross bars, each horizontal cross bar the right and left is fixed even with one of chain link of left and right circulation link chain respectively
Connect；When the corresponding chain link of horizontal cross bar runs to the upper horizontal segment of circulation link chain, the both ends of horizontal cross bar are respectively supported at
On two longitudinal rails in left and right；Every horizontal cross bar central authorities are fixed with an erection support, can rotation ground peace on erection support
Equipped with a work support in order to placing ceramic container, each work support is provided with a rotating shaft；Each work support includes
Four strip metallic rod positioned at top and four metal support bars being located at bottom, every strip metallic rod is passed through to correspond to
A metal support bar be fixedly connected with work support rotating shaft；Four strip metallic rod combinations form cross；
Each work support has been fixedly and coaxially connected a driven pulley, and driven pulley is located at the relative of erection support respectively with work support
Both sides；When the corresponding chain link of horizontal cross bar runs to the upper horizontal segment of circulation link chain, the corresponding work support of this horizontal cross bar
Rotating shaft is in vertical direction, and work support is located at the top of erection support, and driven pulley is located at the lower section of erection support；Article two, longitudinal direction
It is provided with glaze spraying case, the front tank wall of glaze spraying case offers the entrance entering for ceramic vessel and work support, glaze spraying case above guide rail
Rear box wall offer the outlet passing for ceramic vessel and work support；
Endless belt is arranged below in glaze spraying case, the belt pulley rotating shaft installation direction of this endless belt is vertical, works as work support
When entering inside glaze spraying case under circulation link chain drives, the side of the corresponding driven pulley of this work support abuts in endless belt
On；It is provided with many oil atomizer guns in glaze spraying case；
It is characterized in that：Glazing spray gun muzzle described in a portion down and is arranged on glaze spraying upper box part, sprays described in another part
Glaze rifle muzzle upward and is arranged on glaze spraying lower box part；The side correspondence being close in every glazing spray gun supporting is provided with an air gun, often
The muzzle central axis of root air gun is intersected with the muzzle central axis of corresponding glazing spray gun and is formed as 10 °～20 ° of angle；
Every strip metallic rod, all in elongated cylinder, is also enclosed with cylindrical metal respectively in every strip metallic rod
Overcoat, the internal diameter of cylindrical metal overcoat forms loose fit with the diameter of strip metallic rod；It is additionally provided with endless belt side
Stop block, the spacing stopped between block and endless belt is equal to the diameter of described driven pulley；When driven pulley from stop block and endless belt it
Between through out-of-date, the corresponding work support of this driven pulley is located at the longitudinally central location inside glaze spraying case.
Every one end of every horizontal cross bar is respectively fixed with former and later two steamboats, when the corresponding chain link of horizontal cross bar runs to
During the upper horizontal segment of circulation link chain, four steamboats of this horizontal cross bar are supported on two longitudinal rails in left and right.So, workpiece props up
Frame, ceramic vessel both can be linked with circulation link chain and be dragged by circulation link chain, can be stablely supported at again and (avoid on guide rail
The unstability that chain pretension deficiency is brought) moreover it is possible to prevent swing (swing avoiding single-wheel support to bring).
So-called longitudinal direction, when referring to that ceramic vessel accepts glaze spraying inside glaze spraying case, ceramic vessel, work support are in endless-chain
Bar drives the lower direction advanced, also known as " fore-and-aft direction ".It is exactly laterally i.e. left and right directions with longitudinally perpendicular horizontal direction.
In each circulation link chain, for whole piece circulation link chain, wherein be located at sprocket wheel above part be referred to as " on
Horizontal segment ", the part below sprocket wheel is referred to as " lower horizontal segment ", because circulation link chain is continuous rotation, thus just a certain
For chain link, it sometimes in " upper horizontal segment ", sometimes in " lower horizontal segment ".But for whole piece circulation link chain, " upper level
Section " and the locus of " lower horizontal segment " are fixing.
The present invention has advantages below and effect：
First, the present invention in the course of work, after ceramic vessel is placed on above work support, make by the pressure due to ceramic vessel
With there are larger pressure, therefore strip metallic rod and cylindrical shape gold between strip metallic rod and cylindrical metal overcoat
Belong to and there are larger frictional force between overcoat, but can relatively rotate, this rotation is not that purely friction free rotates,
But the rubbing with larger frictional force；Then, when ceramic vessel enters inside glaze spraying case under circulation link chain drive, pottery
Container advances along longitudinally continuous, in the process, endless belt rubbing driven pulley quick rotation, there is quick rotation in driven pulley,
Work support also quick rotation, the frictional force between strip metallic rod and cylindrical metal overcoat can drive outside cylindrical metal
Set and ceramic vessel accordingly rotation occur so that ceramic vessel occurs rotation in longitudinal translation simultaneously, realizes uniformly being subject to glaze；
On the other hand, belong to loose fit between strip metallic rod and cylindrical metal overcoat again, so strip metallic rod and cylinder
Also due to loose fit relatively rotates between shape metal-coating, in ceramic vessel from before be conveyed to maximal rate, pottery
It is not synchronous axial system between container and work support, but differential rotates, the velocity of rotation of ceramic vessel is less than work support
Velocity of rotation is so that ceramic vessel is with respect to work support rotation, therefore the four of work support piece strip metallic rod and pottery
Disk（Or ceramic bowl）Relative position be not changeless, but continuous conversion, therefore, strip metallic rod is blocked thereon
The ceramic disk of side, ceramic bowl base surface area " shadow region " that formed be continuous convert mobile, it is to avoid shadow region collection
In and lead to glaze layer uneven in addition disappearance problem.
2nd, the rotation with ceramic vessel is constantly accelerated, and the velocity of rotation of ceramic vessel becomes closer to work support
Rotating speed, but when ceramic vessel and work support run to the longitudinally central location inside glaze spraying case, corresponding driven pulley meeting
Encounter block of stopping, make driven pulley instantaneously being checked and stall or basic stall suddenly, and ceramic vessel above is due to inertia
And fast rotation, then force to promote ceramic vessel, again relative to work support, differential rotation occurs again, make ceramic vessel
Velocity of rotation be more than the rotational velocity of work support, that is, work support suspends rotation, and ceramic vessel is protected under effect of inertia
Hold rotation（Certainly, under frictional force effect, rotational velocity slows down）；After driven pulley crosses block side of stopping, the rotation of driven pulley
Speed improves again again, and is higher than the rotational velocity of ceramic vessel again, slowly drives the rotational velocity of ceramic vessel to carry hereafter and again
Rise, this process remains the process that both keep differential to rotate, that is, " shadow region " converts the process of movement, is conducive to making pottery
Porcelain container bottom is uniformly subject to glaze.
3rd, glazing spray gun constantly sprays the glaze of atomization in glaze spraying case, and the air-flow that air gun projects is intersected with glaze stream, by mist
The glaze changed stirs uniformly in glaze spraying case, and so that the space uniform inside glaze spraying case is diffused atomization glaze；Therefore, in glaze spraying
Cheng Zhong, ceramic vessel is not required to suspend and accepts injection, thus improving speed of production.
Brief description
Fig. 1 is the perspective view of an embodiment of the present invention.
Fig. 2 is that work support is arranged on the structural representation on circulation link chain.
Fig. 3 is left and right two circulation link chain and horizontal cross bar, the annexation schematic diagram of erection support in Fig. 2.
Fig. 4 is the interior facade structure schematic diagram of embodiment illustrated in fig. 1.
Fig. 5 is the enlarged diagram of glaze spraying case in Fig. 4.
Fig. 6 is A close-up schematic view in Fig. 5.
Fig. 7 is B close-up schematic view in Fig. 5.
Fig. 8 is the inner horizontal structural representation of embodiment illustrated in fig. 1.
Fig. 9 is that belt pulley drives the overlooking the structure diagram that driven pulley rotates.
Figure 10 is the schematic perspective view after work support is connected with corresponding driven pulley, horizontal cross bar, erection support.
Figure 11 is D-D cross-sectional schematic in Fig. 5.
Figure 12 is the generalized section after ceramic vessel is placed on above work support.
Specific embodiment
Shown in Fig. 1, Fig. 2, Fig. 4, a kind of this uncovered ceramic vessel automatic glaze spraying machine includes frame 1, and frame 1 is provided with motor
21st, two circulation link chains 2 that left and right is arranged side by side, every circulation link chain 2 is set on former and later two sprocket wheels 22, former and later two chains
The rotating shaft bearing of trend of wheel 22 is horizontal cross；Article two, the structure of circulation link chain 2, length are identical, and two circulation link chains are by electricity
Machine 21 is synchronous to be driven；The upper horizontal segment side of every circulation link chain 2 is separately installed with a longitudinal rail 11, left and right two circulation
It is linked with many horizontal cross bars 12, each horizontal cross bar 12 is evenly arranged along the circumference of circulation link chain between chain.Figure 10, figure
11st, shown in Figure 12, every horizontal cross bar 12 central authorities are fixed with an erection support 33, and erection support 33 can be installed on rotation ground
There is a work support 3 in order to placing ceramic container, each work support 3 is provided with a rotating shaft 15；Each work support includes
There are four strip metallic rod 31 positioned at top and four metal support bars 32 being located at bottom, every strip metallic rod 31
It is fixedly connected with work support rotating shaft 15 by a corresponding metal support bar 32；Outside each strip metallic rod 31 is respectively formed
Higher than inner inclination attitude, in terms of depression angle, four strip metallic rod 31 combinations form cross at end；Each workpiece props up
Frame 3 has been fixedly and coaxially connected a driven pulley 62, and the rotating shaft of driven pulley 62 is work support rotating shaft 15, and driven pulley 62 and workpiece prop up
Frame 3 is located at the opposite sides of erection support 33 respectively.Shown in Fig. 2, Fig. 3, Figure 10, Figure 11, each horizontal cross bar 12 the right and left
It is fixedly connected with one of chain link 20 of left and right circulation link chain respectively；Before every one end of every horizontal cross bar 12 is respectively fixed with
Latter two steamboat 13, when the corresponding chain link 20 of horizontal cross bar 12 runs to the upper horizontal segment of circulation link chain, this horizontal cross bar four
Individual steamboat 13 is supported on two longitudinal rails 11 in left and right, and this corresponding work support rotating shaft 15 of horizontal cross bar 12 is in vertically square
To, and work support 3 is located above erection support 33 and horizontal cross bar 12, driven pulley 62 is located at erection support 33 and horizontal cross bar
12 lower section.
Shown in Fig. 1, Fig. 4, Fig. 5, Figure 11, Fig. 8, above two longitudinal rails 11, it is provided with glaze spraying case 4, the front tank wall of glaze spraying case
Offer the entrance 41 entering for ceramic vessel and work support, the rear box wall of glaze spraying case offers for ceramic vessel and workpiece
The outlet 42 that support passes；Endless belt 6 is arranged below in glaze spraying case 4, the belt pulley 61 rotating shaft installation direction of this endless belt 6
For vertical, when work support 3 enters inside glaze spraying case 4 under circulation link chain 2 drive, the corresponding driven pulley of this work support 62
Side abut on endless belt 6；It is provided with many oil atomizer guns 51 in glaze spraying case 4；Shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8, wherein
A part of described glazing spray gun 51 muzzle down and is arranged on glaze spraying case 4 top, glazing spray gun 51 muzzle described in another part upward and
It is arranged on glaze spraying case 4 bottom；Be close in every glazing spray gun 51 side correspondence supporting be provided with an air gun 52, every air gun 52
Muzzle central axis m intersects and is formed as 15 ° of angle with the muzzle central axis n of corresponding glazing spray gun 51.Glaze spraying case also sets
There is atomization glaze suction recovering mechanism, thus the glaze being not adhered on product is progressively reclaimed.
Shown in Figure 10, Figure 12, every strip metallic rod 31 all in elongated cylinder, in every strip metallic rod also
It is enclosed with cylindrical metal overcoat 30 respectively, the internal diameter of cylindrical metal overcoat 30 forms pine with the diameter of strip metallic rod 31
Cooperation.
Shown in Fig. 8, Fig. 9, it is additionally provided with, on endless belt 6 side, block 63 of stopping（Block of stopping is exactly shaggy thing block）, block of stopping
Spacing between 63 and endless belt 6 is equal to the diameter of described driven pulley 62；When driven pulley 62 from stop block 63 and endless belt 6 it
Between through out-of-date, the corresponding work support of this driven pulley 3 is located at the longitudinally central location inside glaze spraying case.
Above-described embodiment course of work and principle are as follows：
Glazing spray gun 51 constantly sprays the glaze of atomization in glaze spraying case 4, and the glaze of atomization is entered by the high velocity air that air gun 52 sprays
One step dispersion, many air gun 52 combinations form mixed airflow, make glaze spraying case 4 inside glaze spraying case 4 by the agitation of vaporific glaze uniformly
The space uniform of the inside diffuses and has atomization glaze；
First motor 21 drives two circulation link chains 2 to rotate, and circulation link chain 2 drives each horizontal cross bar 12, work support 3 and right
Answer driven pulley 62 loopy moving；When the corresponding chain link 20 of horizontal cross bar 12 runs to the upper horizontal segment of circulation link chain, this level
Four steamboats 13 of cross bar are supported on two longitudinal rails 11 in left and right, and work support 3 is located above horizontal cross bar 12, driven pulley
62 are located at below horizontal cross bar 12；Ceramic vessel 8 is shelved on work support 3 and is driven movement, enter into through entrance 41
In glaze spraying case 4, longitudinally at the uniform velocity move in glaze spraying case 4, accept the glazing of atomization glaze, and escape to glaze spraying case 4 from outlet 42；
During glazing, the side of the corresponding driven pulley 62 in ceramic vessel 8 lower section abuts on endless belt 6, driven pulley 62
Under the friction of endless belt 6 drives, rotate around driven pulley rotating shaft 15, drive work support 3 rotation, ceramic vessel 8 is also delayed
Slow drive rotation, before the rotating speed of ceramic vessel 8 is not up to the speed of driven pulley, ceramic vessel 8 is poor with work support 3
Speed rotates, and relatively rotates between strip metallic rod and cylindrical metal overcoat.Improve with ceramic vessel 8 rotating speed,
Ceramic vessel 8 is gradually lowered with the amplitude of work support 3 differential, and the velocity of rotation of ceramic vessel 8 becomes closer to work support 3
Rotating speed.Next, when ceramic vessel 8 and work support 3 run to the longitudinally central location inside glaze spraying case 4（In Fig. 9
Near that ceramic vessel 8 corresponding to driven pulley 62 and the work support 3 of block 63 of stopping, or state as shown in figure 11）, corresponding
Driven pulley 62 can encounter block 63 of stopping, make driven pulley 63 instantaneously being checked and stall or basic stall, and pottery appearance above
The device 8 but still fast rotation due to inertia, then forces to promote ceramic vessel 8 to occur again relative to work support larger again
The differential of amplitude rotates, and makes the velocity of rotation of work support 3 be less than the rotational velocity of ceramic vessel 8, that is, work support 3 suspends certainly
Turn, and ceramic vessel 8 rotational velocity under the collective effect of inertia and frictional force progressively declines；When driven pulley 62 crosses block 63 of stopping
After side, the rotational velocity of driven pulley 62 improves again again, and is higher than the rotational velocity of ceramic vessel 8 again, hereafter and slow again
Drive the rotational velocity lifting of ceramic vessel 8.In said process, it is that both ceramic vessel 8 and work support 3 keep differential to turn
Dynamic, when and the velocity of rotation of work support 3 is more than the velocity of rotation of ceramic vessel 8, when and the velocity of rotation of work support 3 is less than
The velocity of rotation of ceramic vessel 8, constantly conversion is moved for " shadow region " that work support 3 is formed, and will not hold in pottery for a long time
The fixed position of device 8 formed injection less than shadow region, be conducive to making ceramic vessel 8 bottom even be subject to glaze.
In above-described embodiment, the muzzle central axis m of the every air gun 52 and muzzle central axis n of corresponding glazing spray gun 51
Intersecting angle also can be changed to 10 °, or 20 °.
Claims (2)
1. a kind of uncovered ceramic vessel automatic glaze spraying machine, two circulations that including frame, frame is provided with motor, left and right is arranged side by side
Chain, every circulation link chain is set on former and later two sprocket wheels, and the rotating shaft bearing of trend of former and later two sprocket wheels is horizontal cross；
Article two, the structure of circulation link chain, length are identical, and two circulation link chains are driven by motor in synchrony；The upper horizontal segment of every circulation link chain
Side is separately installed with a longitudinal rail, is linked with some horizontal cross bars, each level between the circulation link chain of left and right two
Cross bar the right and left is fixedly connected with one of chain link of left and right circulation link chain respectively；When the corresponding chain link of horizontal cross bar runs
To circulation link chain upper horizontal segment when, the both ends of horizontal cross bar are respectively supported on two longitudinal rails in left and right；Every level
Crossbar center is fixed with an erection support, and erection support can be provided with to rotation a work in order to placing ceramic container
Part support, each work support is provided with a rotating shaft；Each work support include four strip metallic rod positioned at top and
Positioned at four metal support bars of bottom, every strip metallic rod is turned with work support by a corresponding metal support bar
Axle is fixedly connected；Four strip metallic rod combinations form cross；
Each work support has been fixedly and coaxially connected a driven pulley, and driven pulley is located at the relative of erection support respectively with work support
Both sides；When the corresponding chain link of horizontal cross bar runs to the upper horizontal segment of circulation link chain, the corresponding work support of this horizontal cross bar
Rotating shaft is in vertical direction, and work support is located at the top of erection support, and driven pulley is located at the lower section of erection support；Article two, longitudinal direction
It is provided with glaze spraying case, the front tank wall of glaze spraying case offers the entrance entering for ceramic vessel and work support, glaze spraying case above guide rail
Rear box wall offer the outlet passing for ceramic vessel and work support；
Endless belt is arranged below in glaze spraying case, the belt pulley rotating shaft installation direction of this endless belt is vertical, works as work support
When entering inside glaze spraying case under circulation link chain drives, the side of the corresponding driven pulley of this work support abuts in endless belt
On；It is provided with many oil atomizer guns in glaze spraying case；
It is characterized in that it is characterized in that：Glazing spray gun muzzle described in a portion down and is arranged on glaze spraying upper box part, another
Partly described glazing spray gun muzzle upward and is arranged on glaze spraying lower box part；The side correspondence being close in every glazing spray gun supporting is provided with one
Root air gun, the muzzle central axis of every air gun is intersected with the muzzle central axis of corresponding glazing spray gun and is formed as 10 °～20 °
Angle；
Every strip metallic rod, all in elongated cylinder, is also enclosed with cylindrical metal respectively in every strip metallic rod
Overcoat, the internal diameter of cylindrical metal overcoat forms loose fit with the diameter of strip metallic rod；It is additionally provided with endless belt side
Stop block, the spacing stopped between block and endless belt is equal to the diameter of described driven pulley；When driven pulley from stop block and endless belt it
Between through out-of-date, the corresponding work support of this driven pulley is located at the longitudinally central location inside glaze spraying case.
2. the uncovered ceramic vessel automatic glaze spraying machine of kind according to claim 1 it is characterised in that it is characterized in that：Every water
Every one end of flat cross bar is respectively fixed with former and later two steamboats, when the corresponding chain link of horizontal cross bar runs to the upper water of circulation link chain
During flat section, four steamboats of this horizontal cross bar are supported on two longitudinal rails in left and right, and four steamboats of this horizontal cross bar are supported on a left side
On right two longitudinal rails.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610923263.9A CN106426529B (en) | 2016-10-29 | 2016-10-29 | Open ceramic vessel automatic glaze spraying machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610923263.9A CN106426529B (en) | 2016-10-29 | 2016-10-29 | Open ceramic vessel automatic glaze spraying machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106426529A true CN106426529A (en) | 2017-02-22 |
| CN106426529B CN106426529B (en) | 2018-09-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610923263.9A Expired - Fee Related CN106426529B (en) | 2016-10-29 | 2016-10-29 | Open ceramic vessel automatic glaze spraying machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN106426529B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112372810A (en) * | 2020-10-13 | 2021-02-19 | 陈国奇 | Automatic glazing device for porcelain insulator |
| CN114393679A (en) * | 2022-01-27 | 2022-04-26 | 郑旭东 | Automatic processing equipment for ceramic glaze scraping |
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| CN102515854A (en) * | 2011-11-30 | 2012-06-27 | 潮州市中创机电设备有限公司 | Device for automatically spraying glaze to open ceramic product |
| CN205188147U (en) * | 2015-10-22 | 2016-04-27 | 潮州市宏粤陶瓷制作有限公司 | Ceramic glaze spraying device |
| CN206170293U (en) * | 2016-10-29 | 2017-05-17 | 潮州市中创机电设备有限公司 | Automatic glaze spraying machine of uncovered ceramic vessel |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112372810A (en) * | 2020-10-13 | 2021-02-19 | 陈国奇 | Automatic glazing device for porcelain insulator |
| CN114393679A (en) * | 2022-01-27 | 2022-04-26 | 郑旭东 | Automatic processing equipment for ceramic glaze scraping |
| CN114393679B (en) * | 2022-01-27 | 2024-02-13 | 郑旭东 | Automatic processing equipment for ceramic glaze scraping |
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| CN106426529B (en) | 2018-09-25 |
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