CN109760210A - Grey method on ceramic tile mixing - Google Patents
Grey method on ceramic tile mixing Download PDFInfo
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- CN109760210A CN109760210A CN201910217947.0A CN201910217947A CN109760210A CN 109760210 A CN109760210 A CN 109760210A CN 201910217947 A CN201910217947 A CN 201910217947A CN 109760210 A CN109760210 A CN 109760210A
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Abstract
Grey method on ceramic tile mixing, including rack, agitating device, distribution device and ceramic tile positioning and transmitting device, grey method on ceramic tile mixing restart agitating device and are stirred to form ash material to raw material the following steps are included: add raw materials into agitating device；The ceramic tile to upper ash is put on ceramic tile positioning and transmitting device and is positioned in raw material whipping process, distribution device is dropped to and is pressed on ceramic tile end upper surface；Stirring is completed to open the discharge port for stirring bucket device after closing agitating device, will stir molding ash material and feeds into distribution device, closes the discharge port for stirring bucket device after distribution device fills with ash material；Distribution device is promoted, starting ceramic tile positioning and transmitting device at the same time moves ceramic tile on ceramic tile positioning and transmitting device, and ash material is fallen on ceramic tile with the movement of ceramic tile, and is smoothed out ash material by distribution device bottom；Muti-piece porcelain block is successively mobile on ceramic tile positioning and transmitting device to complete plastering, until the ash material in distribution device is finished.
Description
Technical field
The present invention relates to a kind of methods grey on ceramic tile mixing, realize the entire roboticized work that upper ash is stirred to from raw material.
Background technique
In fitment process, the ground in room and most of wall need to inlay tiling, and mixed mortar raw material is needed in work
It forms sand to incite somebody to action and by applying mortar in brick back, large labor intensity, and needs technical professional.According to the skilled of worker
Degree, may cause mortar and smear uneven or out-of-flatness will affect decoration quality so as to cause ceramic tile hollowing, obscission.
In order to improve efficiency, labor intensity is reduced, also occurs mechanical automatic plastering or painting in the prior art
Mortar machine obtains following existing patent document by retrieval:
A kind of construction tile wash cement application device of CN201721841696-, discloses a kind of construction tile surface water
Mud application device, including the first supporting leg and the second supporting leg, the surface of first supporting leg are fixedly connected with support
Plate, the surface of support plate are fixedly connected with first bearing, and the inner ring of first bearing is fixedly connected with first rotating shaft, first rotating shaft
Surface is fixedly connected with transmission roll shaft, and the surface for transmitting roll shaft is fixedly connected with transmission belt, and the surface of transmission belt is fixedly connected with
The surface activity of partition, partition is connected with ceramic tile.
CN201610233956- ceramic tile mechanical float discloses a kind of ceramic tile mechanical float, it is to be equipped with storage in the upper end of rack
Cinder box, the upside of ash storage box are equipped with plastering frame, and plastering frame is mounted on the plastering track of plastering case upper end by plastering slot, frame of plastering
Preceding upper end be equipped with push-pull rod, the front middle part of rack is equipped with transmission switch, and the middle and lower part of rack sets motor, on the main shaft of motor
Equipped with motor sprocket, counter drive shaft is housed in the right side rack of motor, the right side of counter drive shaft is equipped with main shaft, main shaft
Front side be equipped with drive sprocket, driving chain is housed, the bottom righthand side of rack is equipped with power supply on auxiliary driving sprocket wheel and sprocket for main drive
Switch, the left end of rack are equipped with left and right twice conveying roller, and the lower-left end of ash storage box is equipped with zigzag plaster trowel, plaster trowel it is upper
Side is equipped with emplaster thickness adjustment bolt.
CN201710366664- ceramic tile machinery plastering method, using ceramic tile machinery apparatus of plastering, described device includes ceramic tile
Transport platform, ash storage box and cleaning power integration device, ash storage box and cleaning power integration device successively detachable peace
Loaded in ceramic tile transport platform, ash storage box includes cabinet, active clapboard and the dentation that top is unlimited, bottom is equipped with strip ash hole
Scraper, dentation scraper are set to the bottom of cabinet and are located at the side of the separate cleaning power integration device of ash hole, ash discharge
Mouth is parallel with dentation scraper, and the direction of ash hole and ceramic tile movement is perpendicular, and ceramic tile drives in cleaning power integration device
Under can successively pass through ash hole and dentation scraper.
A kind of electronic ceramic tile morta painting machine of CN201810913777-, including rack are provided with conveyer belt in rack, pass
It send to take and is provided with ash bucket, be provided with mortar outlet below ash bucket, spiral discharging roller, conveyer belt and spiral shell are provided at mortar outlet
It revolves discharge roller and motor is rotatablely connected.
The device and method that the above-mentioned prior art is plastered both for ceramic tile, the uniformity and planarization, painting of ceramic tile plastering
It still needs further improvement for the control for the amount of smearing and the convenience taken, and the purpose of the present invention is develop one kind to be able to achieve from original
The equipment that material is stirred to the entire roboticized work of ash, to reduce the labor intensity of edge tiling operation, improve its efficiency and quality.
Summary of the invention
Grey method, realizes the entire roboticized work that upper ash is stirred to from raw material on ceramic tile mixing provided by the invention, improves porcelain
The automation level and efficiency of grey operation, reduce manual operation on brick, reduce the labor intensity of grey operation on ceramic tile, general
Property, practicability and high reliablity.
In order to achieve the above objectives, the technical solution adopted by the present invention is that:
Grey method on ceramic tile mixing, including rack, from top to bottom equipped with the agitating device, enterprising in ceramic tile for mixing in rack
The distribution device of row cloth and the ceramic tile positioning and transmitting device of positioning transmission ceramic tile, the distribution device go out positioned at agitating device
The underface of material mouth, and can automatic lifting contact or separate with the ceramic tile on ceramic tile positioning and transmitting device, it is characterised in that ceramic tile
Grey method on mixing the following steps are included:
S1: adding raw materials into agitating device, restarts agitating device and is stirred to form ash material to raw material；
S2: the ceramic tile to upper ash is put on ceramic tile positioning and transmitting device and is positioned in raw material whipping process, by distribution device
It drops to and is pressed on ceramic tile end upper surface；
S3: stirring is completed to open the discharge port for stirring bucket device after closing agitating device, will stir molding ash material and feeds to cloth
Expect in device, closes the discharge port for stirring bucket device after distribution device fills with ash material；
S4: distribution device is promoted, and starting ceramic tile positioning and transmitting device at the same time makes ceramic tile on ceramic tile positioning and transmitting device
Mobile, ash material is fallen on ceramic tile with the movement of ceramic tile, and is smoothed out ash material by distribution device bottom；
S5: muti-piece porcelain block is successively mobile on ceramic tile positioning and transmitting device to complete plastering, until the ash material in distribution device is finished.
Preferably, before carrying out step S1, according to the width of brick porcelain to the discharging width of agitating device and distribution device
It is accordingly adjusted, and the position width of ceramic tile positioning and transmitting device is adjusted, make going out for agitating device and distribution device
Expect that width, the position width of ceramic tile positioning and transmitting device are corresponding with brick porcelain width.
Preferably, the agitating device includes the adjustable stirring bucket of mounting height on the rack, mounted in stirring bucket
In stirring blade, for control stirring bucket discharge port opening and closing automatic blanking plate component, for band stirring blade in stirring bucket
The stirring motor of rotation and in stirring bucket and the outlet pipe that can dock with water pipe, the discharge port of the stirring bucket is in circle
Shape, and along the length direction uniform intervals of stirring bucket be arranged it is multiple, automatic blanking plate component include sealing plate corresponding with discharge port,
Telescoping cylinder in stirring bucket and the joint steel pipe for connecting sealing plate and telescoping cylinder, sealing plate and joint steel pipe are arranged in parallel and two
Spacing between person is adjustable, and telescoping cylinder drives joint steel pipe movement, so that sealing plate be driven to move, opens or close discharge port.
Preferably, conversion flashboard corresponding with discharge port is housed, the conversion flashboard can be slided in the stirring bucket
Dynamic sliding conversion flashboard can be completely enclosed or partially enclosed by discharge port under the effect of external force in stirring bucket, with turning
The completely enclosed one or more discharge ports positioned at ragged edge of flashboard are changed to adjust the discharging width of distribution device, with conversion lock
The partially enclosed discharge port of plate is to adjust the size of discharge port, to control the load of single discharge port.
Preferably, it is fixed with the cooperation frid being bonded with its outer wall in the stirring bucket, is opened on the cooperation frid
There is sliding slot corresponding with discharge port, conversion flashboard is in the bending plate being bonded with stirring bucket outer wall, and is oriented to cooperation insertion and slides
In slot, equipped with the positioning hanging plate for positioning conversion ram position, conversion flashboard insertion positioning hanging plate and stirring bucket in stirring bucket
Between outer wall, when no external force, is not moved.
Preferably, the distribution device include it is parallel with agitating device and it is vertical to open up the cloth bucket of mouth, mounted in machine
For driving the vertical telescoping cylinder of cloth bucket lifting, on cloth bucket for driving cloth bucket vibration to make ash material in cloth on frame
Equally distributed electric vibrator and the strike-off stick mounted in cloth bucket bottom in hopper, vertical telescoping cylinder, which extends downwards, is pressed on cloth bucket
It is pressed on ceramic tile end upper surface, vertical telescoping cylinder bounces back upwards promotes cloth bucket, before completing step S3 and carrying out step S4,
The hoisting depth of cloth bucket is defined according to the movement speed of ceramic tile after the starting of ceramic tile positioning and transmitting device, is made in cloth bucket
The rate of outflow of ash material and the movement speed of ceramic tile match.
Preferably, the installation end of the vertical telescoping cylinder is fixed on bracket, the telescopic end of vertical telescoping cylinder be with
The screwed pipe of internal screw thread, the connecting screw being vertically fixed on cloth bucket is threadedly engaged with telescopic end to be connect, and is covered on telescopic end
There is spacing collar, spacing collar is separated with vertical telescoping cylinder housing and is not contacted, is threadedly engaged on connecting screw and is cased with adjusting nut,
Spacing collar is fixed with adjusting nut, and telescopic end retraction drives spacing collar and vertical telescoping cylinder housing against limitation telescopic end
Further retraction, turn adjusting nut move on connecting screw, and spacing collar is driven to move on telescopic end, adjust limit sleeve
Spacing distance between cylinder and vertical telescoping cylinder housing realizes the promotion to cloth bucket to adjust the retracted length of telescopic end
The restriction of height.
Preferably, equipped with for adjusting the cloth partition of cloth width and for detecting in cloth bucket on the cloth bucket
The detector whether material fills with, the cloth partition is mobilizable to be separated into two lattice for cloth bucket in cloth bucket, adjusts
Position of the cloth partition in cloth bucket is saved, the discharging width of a lattice and agitating device in cloth bucket is made to match, realization pair
The adjusting of distribution device discharging width.
Preferably, the ceramic tile positioning and transmitting device includes the belt feeder being horizontally mounted in rack, for ceramic tile importing
Ceramic tile import frame, for brick porcelain product deriving frame derived from brick porcelain and dress on the rack for determining what the movement of ceramic tile was positioned
Position wheel assembly, ceramic tile import frame and ceramic tile product deriving frame be located at belt feeder front and rear sides and with belt feeder horizontal alignment, the brick
Porcelain imports frame and brick porcelain product deriving frame is hinged on bracket, and is in level by hanging rod support, has on brick porcelain product deriving frame and is used for
The railing for preventing ceramic tile from removing.
Preferably, the positioning wheel assembly includes the locating wheel and locating wheel installing pipe at left and right sides of belt feeder,
One locating wheel is fixed on bracket, another locating wheel is fixed in locating wheel installing pipe, and locating wheel installing pipe is on bracket
Installation site it is adjustable to adapt to the positioning to different in width ceramic tile, ceramic tile moves on belt feeder and is located in two locating wheels
Between, installation site of the locating wheel installing pipe on bracket is adjusted, to adjust the spacing between two locating wheels, is realized to porcelain
The adjusting of the position width of brick positioning and transmitting device.
The beneficial effects of the present invention are:
1, the present invention includes agitating device, distribution device and ceramic tile positioning and transmitting device, and agitating device is stirred into for ash material
Type, distribution device is for containing molding ash material, and by ash material even spread to ceramic tile, ceramic tile positioning and transmitting device be used for
Distribution device cooperation positions mobile ceramic tile in cloth process, realizes the entire roboticized work that upper ash is stirred to from raw material, improves porcelain
The automation level and efficiency of grey operation, reduce manual operation on brick, reduce the labor intensity of grey operation on ceramic tile.
2, the automatic open close for realizing discharge port in agitating device by automatic blanking plate component passes through conversion flashboard and mating groove
The adjusting to agitating device discharging width is realized in the cooperation of plate, passes through the mobile realization of cloth partition in distribution device to cloth
The adjusting of width, to adapt to the upper grey demand of different in width ceramic tile, on ceramic tile mixing, the versatility of grey all-in-one machine and practicability be more
By force.
3, by the cooperation of conversion flashboard, the discharge port for cooperating frid and stirring bucket in agitating device device, to stirring bucket
Discharge port size be adjusted, so that adjusting to each discharge hole for discharge amount is realized, to adjust according to the viscosity of ash material
The size of discharge port, effectively control discharging speed, further increase practicability.
4, distribution device can automatic lifting contact or separate with ceramic tile, so as to during ceramic tile is mobile that ash material is uniform
It is coated on ceramic tile, and by the cooperation of vertical telescoping cylinder, spacing collar, adjusting nut and connecting screw in distribution device, it is right
The retracted length of vertical telescoping cylinder is adjusted, to realize the adjusting to distribution device hoisting depth, promotes distribution device
The speed flowing on ceramic tile outside the ash material afterwards speed mobile with ceramic tile matches, and coating homogeneity of the ash material on ceramic tile is more preferable,
The reliability of upper ash is higher.
5, the movement of ceramic tile is positioned by positioning wheel assembly in ceramic tile positioning and transmitting device, to prevent ceramic tile upper
It is adjustable to adapt to different width to position installation site of the locating wheel installing pipe in wheel assembly on bracket for sideslip during ash
The positioning for spending ceramic tile, guarantees that the localized delivery width of ceramic tile is consistent with the discharging width of agitating device and distribution device, to mention
The accuracy of ash, reduces the waste of ash material, further increases practicability on height.
Detailed description of the invention
Fig. 1 is agitating device in the present invention, the structural representation of distribution device and ceramic tile positioning and transmitting device dress on the rack
Figure.
Fig. 2 is the structural schematic diagram of agitating device.
Fig. 3 is the structural schematic diagram of stirring bucket.
Fig. 4 is the structural schematic diagram of distribution device.
Fig. 5 is the structural schematic diagram of vertical telescoping cylinder.
Fig. 6 is that vertical telescoping cylinder and cloth bucket are equipped with schematic diagram.
Fig. 7 is that ceramic tile is placed on the structural schematic diagram on ceramic tile positioning and transmitting device.
Fig. 8 is the top view of ceramic tile positioning and transmitting device.
Specific embodiment
It elaborates below with reference to Fig. 1 to Fig. 8 to the embodiment of the present invention.
Grey method on ceramic tile mixing, including rack 1, in rack 1 from top to bottom equipped with for mixing agitating device 2,
The distribution device 3 of cloth and the ceramic tile positioning and transmitting device 4 of positioning transmission ceramic tile, the distribution device 3 are carried out on ceramic tile
In the underface of 2 discharge port of agitating device, and can automatic lifting contact or separate with the ceramic tile on ceramic tile positioning and transmitting device 4,
It is characterized in that on ceramic tile mixing grey method the following steps are included:
S1: adding raw materials into agitating device 2, restarts agitating device 2 and is stirred to form ash material to raw material；
S2: the ceramic tile to upper ash is put on ceramic tile positioning and transmitting device 4 and is positioned in raw material whipping process, by distribution device
3 drop to and are pressed on ceramic tile end upper surface；
S3: stirring complete close agitating device 2 after open stirring bucket device 2 discharge port, will stir molding ash material feed to
In distribution device 3, the discharge port for stirring bucket device 2 is closed after distribution device 3 fills with ash material；
S4: distribution device 3 is promoted, and starting ceramic tile positioning and transmitting device 4 at the same time makes ceramic tile in ceramic tile positioning and transmitting device
It is moved on 4, ash material is fallen on ceramic tile with the movement of ceramic tile, and is smoothed out ash material by 3 bottom of distribution device；
S5: muti-piece porcelain block is successively mobile on ceramic tile positioning and transmitting device 4 to complete plastering, until the ash material in distribution device 3 is used
It is complete.
As shown in Figure 1, installing agitating device 2, distribution device 3 and ceramic tile positioning and transmitting device 4, agitating device 2 in rack 1
Stirring for ash material forms, and distribution device 3 is for containing molding ash material, and by ash material even spread to ceramic tile, ceramic tile
Positioning and transmitting device 4 is used to position mobile ceramic tile in cloth process with the cooperation of distribution device 3, realizes from raw material and is stirred to upper ash
Entire roboticized work, improve the automation level and efficiency of grey operation on ceramic tile, reduce manual operation, reduce ash on ceramic tile
The labor intensity of operation.In use, being added raw materials into agitating device 2 first, restarts agitating device 2 and raw material is stirred
Form ash material；The ceramic tile to upper ash is put on ceramic tile positioning and transmitting device 4 and is positioned in raw material whipping process, cloth is filled
It sets 3 and drops to and be pressed on ceramic tile end upper surface；The discharge port of stirring bucket device 2 is opened after stirring is completed to close agitating device 2,
Molding ash material will be stirred to feed into distribution device 3, the discharge port of bucket device 2 will be stirred after distribution device 3 fills with ash material
Closing；Distribution device 3 is promoted later, starting ceramic tile positioning and transmitting device 4 at the same time fills ceramic tile in ceramic tile localized delivery
It sets and is moved on 4, ash material is fallen on ceramic tile with the movement of ceramic tile, and is smoothed out ash material by 3 bottom of distribution device；Muti-piece porcelain block according to
The secondary upper ash of completion mobile on ceramic tile positioning and transmitting device 4, until the ash material in distribution device 3 is finished.
Wherein, before carrying out step S1, according to the width of brick porcelain to the discharging width of agitating device 2 and distribution device 3
It is accordingly adjusted, and the position width of ceramic tile positioning and transmitting device 4 is adjusted, make agitating device 2 and distribution device 3
Discharging width, the position width of ceramic tile positioning and transmitting device 4 are corresponding with brick porcelain width.Guarantee ceramic tile localized delivery width with
The discharging width of agitating device and distribution device is consistent, to improve the accuracy of upper ash, reduces the waste of ash material, further mentions
High practicability.
Wherein, the agitating device 2 includes the adjustable stirring bucket 21 of mounting height on the rack, is mounted in stirring bucket
Stirring blade 22 in 21, is used for band stirring blade 22 at the automatic blanking plate component 23 for controlling the opening and closing of 21 discharge port of stirring bucket
The stirring motor 24 that rotates in stirring bucket 21 and in stirring bucket 21 and the outlet pipe 25 that can dock with water pipe, described stirs
The discharge port 21.1 for mixing bucket 21 is rounded, and multiple, automatic blanking plate component is arranged along the length direction uniform intervals of stirring bucket 21
23 include sealing plate 23.1 corresponding with discharge port 21.1, the telescoping cylinder 23.2 in stirring bucket 21 and connection sealing plate 23.1
With the joint steel pipe 23.3 of telescoping cylinder 23.2, sealing plate 23.1 is arranged in parallel with joint steel pipe 23.3 and spacing between the two can
It adjusts, telescoping cylinder 23.2 drives joint steel pipe 23.3 to move, so that sealing plate 23.1 is driven to move, opening or closing discharge port 21.1.
Conversion flashboard 21.2 corresponding with discharge port 21.1, the conversion flashboard are housed in the stirring bucket 21
21.2 are slidably mounted in stirring bucket 21, and sliding conversion flashboard 21.2 can seal completely discharge port 21.1 under the effect of external force
It closes or partially enclosed, with the completely enclosed one or more discharge ports 21.1 positioned at ragged edge of conversion flashboard 21.2 to adjust cloth
The discharging width for expecting device 3 adjusts the size of discharge port 21.1 with the partially enclosed discharge port 21.1 of conversion flashboard 21.2, with
Control the load of single discharge port 21.1.
As shown, can set up sieve in stirring bucket 21, convenient for the filtering of sand material, sand material removes sieve after dosing completely
Net is added cement, and outlet pipe 25 and water pipe is connected, and adds water in stirring bucket, is formed by the stirring of stirring blade 22
Required ash material.
Telescoping cylinder 23.2 can be cylinder or oil cylinder, install telescoping cylinder 23.2 in the two sides of stirring bucket 21, pass through telescoping cylinder
23.2 movement drives joint steel pipe 23.3 to move, and moves sealing plate 23.1, discharge port 21.1 is opened or closed, and realizes discharging
Beating automatically for mouth is opened.Spacing between sealing plate 23.1 and joint steel pipe 23.3 is adjustable, in use when conversion flashboard 21.2
Sliding by one or more discharge ports 21.1 completely or partially closing when, adjust corresponding sealing plate 23.1 and joint steel pipe 23.3 it
Between spacing, avoid sealing plate 23.1 close discharge port 21.1 when with convert flashboard 21.2 interfere, influence telescoping cylinder 23.2
Normal retraction, while also guaranteeing that the complete or partial closed discharge port 21.1 of unused conversion flashboard 21.2 can have by sealing plate 23.1
Effect closing.
Wherein, the cooperation frid 21.3 being bonded with its outer wall, the cooperation frid are fixed in the stirring bucket 21
Sliding slot 21.4 corresponding with discharge port 21.1 is provided on 21.3, conversion flashboard 21.2 is in the bending being bonded with 21 outer wall of stirring bucket
Plate, and be oriented in cooperation insertion sliding slot 21.4, it is hung in stirring bucket 21 equipped with the positioning for positioning conversion 21.2 position of flashboard
Plate 21.5, between the conversion insertion of flashboard 21.2 positioning hanging plate 21.5 and 21 outer wall of stirring bucket, when no external force, is not moved.
By the cooperation of the guiding of conversion flashboard 21.2 and sliding slot 21.4, slide into conversion flashboard 21.2 can in sliding slot 21.4 will
Discharge port 21.1 is partly or completely totally-enclosed, will be spoilt by positioning hanging plate 21.5 and change flashboard 21.2 and tangle, and be located in stirring bucket 21
On, it prevents from converting flashboard 21.2 when no external force moving downward and close discharge port 21.1, improves use reliability.By turning
The cooperation of flashboard 21.2 Yu sliding slot 21.4 is changed, the adjusting to agitating device discharging width is realized, to adapt to different in width ceramic tile
Upper ash demand, by the cooperation converted flashboard 21.2, cooperate frid 21.3 and discharge port 21.1, to the discharge port size of stirring bucket
It is adjusted, thus realize the adjusting to each discharge hole for discharge amount, to adjust the size of discharge port according to the viscosity of ash material,
Effectively control discharging speed, further increases practicability.
Wherein, the distribution device 3 includes parallel with agitating device 2 and vertical to opening up the cloth bucket 31 of mouth, be mounted in
For driving the vertical telescoping cylinder 32 of the lifting of cloth bucket 31, on cloth bucket 31 for driving cloth bucket vibration to make in rack 1
Ash material equally distributed electric vibrator 33 and strike-off stick 34 mounted in 31 bottom of cloth bucket in cloth bucket, in brick porcelain moving process
Strike-off stick 34 strikes off the ash material fallen on brick porcelain, and the vertical elongation downwards of telescoping cylinder 32 makes cloth bucket 31 be pressed on ceramic tile end
Upper surface, retraction promotes cloth bucket 31 to vertical telescoping cylinder 32 upwards, before completing step S3 and carrying out step S4, according to ceramic tile
The movement speed of ceramic tile is defined the hoisting depth of cloth bucket 31 after positioning and transmitting device 4 starts, and makes grey in cloth bucket 31
The rate of outflow of material and the movement speed of ceramic tile match.Since the height that cloth bucket 31 is promoted is bigger, got over a distance from ceramic tile
Greatly, the speed of ash material outflow is bigger, therefore before the promotion of cloth bucket 31, porcelain after being started according to ceramic tile positioning and transmitting device 4
The movement speed of brick is defined the hoisting depth of cloth bucket 31, can make the rate of outflow and ceramic tile of ash material in cloth bucket 31
Movement speed match.
Wherein, the installation end of the vertical telescoping cylinder 32 is fixed on bracket 1, the telescopic end 32.1 of vertical telescoping cylinder 32
To have internal thread screwed pipe, the connecting screw 31.1 being vertically fixed on cloth bucket 31 is threadedly engaged with telescopic end 32.1
It connects, is cased with spacing collar 33 on telescopic end 32.1, spacing collar 33 is separated with vertical 32 housing of telescoping cylinder and do not contacted, connects spiral shell
It is threadedly engaged on bar 31.1 and is cased with adjusting nut 31.2, spacing collar 33 and adjusting nut 31.2 are fixed, and telescopic end 32.1 bounces back
Drive spacing collar 33 and vertical 32 housing of telescoping cylinder against limitation telescopic end 32.1 further bounces back, turn adjusting nut
31.2 move on connecting screw 31.1, and spacing collar 33 is driven to move on telescopic end 32.1, adjust spacing collar 33 and hang down
Spacing distance between 32 housing of telescoping cylinder realizes mentioning to cloth bucket 31 to adjust the retracted length of telescopic end 32.1
The restriction of rise.The vertical elongation downwards of telescoping cylinder 32 makes cloth bucket 31 be pressed on ceramic tile end upper surface, vertical telescoping cylinder
32 upwards retraction promote cloth bucket 31, the retraction of telescopic end 32.1 drive spacing collar 33 and vertical 32 housing of telescoping cylinder against,
It limits telescopic end 32.1 further to bounce back, that is, limits the further promotion of cloth bucket 31, turn adjusting nut 31.2 is in connection spiral shell
It is moved on bar 31.1, spacing collar 33 is driven to move on telescopic end 32.1, adjusted outside spacing collar 33 and vertical telescoping cylinder 32
Spacing distance between set realizes the restriction to the hoisting depth of cloth bucket 31 to adjust the retracted length of telescopic end 32.1.
Wherein, equipped with for adjusting the cloth partition 31.3 of cloth width and for detecting cloth on the cloth bucket 31
The detector 31.4 that whether material fills in bucket 31 prevents the ash in cloth bucket to close the discharge port of stirring bucket 21 in time
Material overflows；The cloth partition 31.3 is mobilizable to be separated into two lattice for cloth bucket 31 in cloth bucket 31, adjusts cloth
Position of the partition 31.3 in cloth bucket 31 makes the discharging width of a lattice and agitating device 2 in cloth bucket 31 match, and realizes
Adjusting to 3 discharging width of distribution device, it is with cloth partition 31.3 that the style in cloth bucket is wide at discharging with agitating device
Corresponding width is spent, keeps the discharging width of agitating device and distribution device consistent.
Wherein, the ceramic tile positioning and transmitting device 4 includes the belt feeder 41 being horizontally mounted in rack 1, leads for ceramic tile
The ceramic tile entered imports frame 42, is used for the mobile progress to ceramic tile for brick porcelain product deriving frame 43 derived from brick porcelain and in rack 1
The positioning wheel assembly 44 of positioning, ceramic tile import frame 42 and ceramic tile product deriving frame 43 be located at 41 front and rear sides of belt feeder and with belt feeder 41
Horizontal alignment, the brick porcelain imports frame 42 and brick porcelain product deriving frame 43 is hinged on bracket 1, and is in water by the support of hanging rod 45
It is flat, there is the railing 46 for preventing ceramic tile from removing on brick porcelain product deriving frame 43.By positioning wheel assembly 44 to the movement of ceramic tile into
Row positioning, to prevent ceramic tile sideslip during upper ash, so that the accuracy of the upper ash of raising, reduces the waste of ash material, further
Improve practicability.Ceramic tile, which imports frame 42 and ceramic tile product deriving frame 43, to be entrance for facilitating ceramic tile and takes, in the feelings not used
Hanging rod 45 is removed under condition, ceramic tile is enable to import frame 42 and the automatic bottom of ceramic tile product deriving frame 43, is reduced width, is moved easily and passes through door
Hole.
Wherein, the positioning wheel assembly 44 includes the locating wheel 44.1 and locating wheel peace positioned at 41 left and right sides of belt feeder
Tubulature 44.2, a locating wheel 44.1 are fixed on bracket 1, another locating wheel 44.1 is fixed on locating wheel installing pipe 44.2
On, installation site of the locating wheel installing pipe 44.2 on bracket 1 is adjustable to adapt to the positioning to different in width ceramic tile, and ceramic tile is in skin
It moves and is located between two locating wheels 44.1 on band machine 41, adjust installation position of the locating wheel installing pipe 44.2 on bracket 1
It sets, to adjust the spacing between two locating wheels 44.1, realizes the adjusting to the position width of ceramic tile positioning and transmitting device 4.
Guarantee that the localized delivery width of ceramic tile is consistent with the discharging width of agitating device and distribution device, to improve the accurate of upper ash
Property, the waste of ash material is reduced, practicability is further increased.
It is completely described in conjunction with technical solution of the attached drawing to the embodiment of the present invention above, it should be noted that described
Embodiment be only a part of the embodiments of the present invention.Based on the embodiments of the present invention, those of ordinary skill in the art exist
Every other embodiment obtained under the premise of creative work is not made, shall fall within the protection scope of the present invention.
Claims (10)
1. grey method on ceramic tile mixing, including rack (1), from top to bottom equipped with the agitating device for mixing in rack (1)
(2), the distribution device (3) of cloth and the ceramic tile positioning and transmitting device (4) of positioning transmission ceramic tile, the cloth are carried out on ceramic tile
Material device (3) is located at the underface of agitating device (2) discharge port, and can automatic lifting on ceramic tile positioning and transmitting device (4)
Ceramic tile contact or separation, it is characterised in that grey method on ceramic tile mixing the following steps are included:
S1: adding raw materials into agitating device (2), restarts agitating device (2) and is stirred to form ash material to raw material；
S2: the ceramic tile to upper ash is put on ceramic tile positioning and transmitting device (4) and is positioned in raw material whipping process, cloth is filled
It sets (3) and drops to and be pressed on ceramic tile end upper surface；
S3: stirring complete close agitating device (2) afterwards open stirring bucket device (2) discharge port, will stir molding ash material to
Enter into distribution device (3), the discharge port closing of bucket device (2) will be stirred after distribution device (3) fills with ash material；
S4: distribution device (3) are promoted, and starting ceramic tile positioning and transmitting device (4) at the same time makes ceramic tile in ceramic tile localized delivery
Device moves on (4), and ash material is fallen on ceramic tile with the movement of ceramic tile, and is smoothed out ash material by distribution device (3) bottom；
S5: muti-piece porcelain block is successively mobile on ceramic tile positioning and transmitting device (4) to complete plastering, until the ash in distribution device (3)
Material is finished.
2. grey method on ceramic tile mixing according to claim 1, it is characterised in that before carrying out step S1, according to brick porcelain
Width the discharging width of agitating device (2) and distribution device (3) is accordingly adjusted, and to ceramic tile positioning and transmitting device
(4) position width is adjusted, and makes discharging width, the ceramic tile positioning and transmitting device of agitating device (2) and distribution device (3)
(4) position width is corresponding with brick porcelain width.
3. grey method on ceramic tile mixing according to claim 2, it is characterised in that the agitating device (2) is included in machine
The adjustable stirring bucket of mounting height (21) on frame, the stirring blade (22) in stirring bucket (21) are stirred for controlling
The automatic blanking plate component (23) of bucket (21) discharge port opening and closing, the stirring for being rotated in stirring bucket (21) with stirring blade (22)
Motor (24) and on stirring bucket (21) and the outlet pipe (25) that can be docked with water pipe, the discharge port of the stirring bucket (21)
(21.1) rounded, and along the length direction uniform intervals of stirring bucket (21) be arranged it is multiple, automatic blanking plate component (23) include with
The corresponding sealing plate (23.1) of discharge port (21.1), the telescoping cylinder (23.2) on stirring bucket (21) and connection sealing plate
(23.1) and the joint steel pipe (23.3) of telescoping cylinder (23.2), sealing plate (23.1) and joint steel pipe (23.3) are arranged in parallel and the two
Between spacing it is adjustable, telescoping cylinder (23.2) drive joint steel pipe (23.3) movement, thus drive sealing plate (23.1) move, open
Or closing discharge port (21.1).
4. grey method on ceramic tile mixing according to claim 3, it is characterised in that in the stirring bucket (21) equipped with
The corresponding conversion flashboard (21.2) of discharge port (21.1), the conversion flashboard (21.2) are slidably mounted in stirring bucket (21)
On, sliding conversion flashboard (21.2) can be completely enclosed or partially enclosed by discharge port (21.1) under the effect of external force, with conversion
The completely enclosed one or more discharge ports (21.1) positioned at ragged edge of flashboard (21.2) are to adjust the discharging of distribution device (3)
Width adjusts the size of discharge port (21.1), with conversion flashboard (21.2) partially enclosed discharge port (21.1) to control list
The load of a discharge port (21.1).
5. grey method on ceramic tile mixing according to claim 4, it is characterised in that be fixed in the stirring bucket (21)
The cooperation frid (21.3) being bonded with its outer wall is provided on the cooperation frid (21.3) corresponding with discharge port (21.1)
Sliding slot (21.4), conversion flashboard (21.2) are in the bending plate being bonded with stirring bucket (21) outer wall, and are oriented to cooperation insertion sliding slot
(21.4) in, equipped with the positioning hanging plate (21.5) for positioning conversion flashboard (21.2) position in stirring bucket (21), flashboard is converted
(21.2) between insertion positioning hanging plate (21.5) and stirring bucket (21) outer wall, when no external force, is not moved.
6. grey method on ceramic tile mixing according to claim 2, it is characterised in that the distribution device (3) includes and stirs
Mix device (2) it is parallel and it is vertical to open up the cloth bucket (31) of mouth, on rack (1) for driving cloth bucket (31) to go up and down
Vertical telescoping cylinder (32) is used to that cloth bucket vibration be driven to make ash material equally distributed electricity in cloth bucket on cloth bucket (31)
It shakes device (33) and the strike-off stick (34) mounted in cloth bucket (31) bottom, the elongation downwards of vertical telescoping cylinder (32) makes cloth bucket (31) pressure
In being pressed on ceramic tile end upper surface, retraction promotes cloth bucket (31) to vertical telescoping cylinder (32) upwards, carries out completing step S3
Before step S4, according to the movement speed of ceramic tile after ceramic tile positioning and transmitting device (4) starting to the hoisting depth of cloth bucket (31)
It is defined, the rate of outflow of ash material and the movement speed of ceramic tile in cloth bucket (31) is made to match.
7. grey method on ceramic tile mixing according to claim 6, it is characterised in that the peace of the vertical telescoping cylinder (32)
Dress end is fixed on bracket (1), and the telescopic end (32.1) of vertical telescoping cylinder (32) is tool internal thread screwed pipe, vertically solid
The connecting screw (31.1) being scheduled on cloth bucket (31) is threadedly engaged with telescopic end (32.1) to be connect, and telescopic end is cased on (32.1)
Spacing collar (33), spacing collar (33) are separated with vertical telescoping cylinder (32) housing and are not contacted, screw thread on connecting screw (31.1)
Cooperation is cased with adjusting nut (31.2), and spacing collar (33) and adjusting nut (31.2) are fixed, and telescopic end (32.1) retraction drives
Spacing collar (33) and vertical telescoping cylinder (32) housing are against limitation telescopic end (32.1) further bounces back, turn adjusting nut
(31.2) it is moved on connecting screw (31.1), spacing collar (33) is driven to move on telescopic end (32.1), adjust limit sleeve
Spacing distance between cylinder (33) and vertical telescoping cylinder (32) housing is realized to adjust the retracted length of telescopic end (32.1)
Restriction to the hoisting depth of cloth bucket (31).
8. grey method on ceramic tile mixing according to claim 6, it is characterised in that equipped with use on the cloth bucket (31)
In the cloth partition (31.3) for adjusting cloth width and for detecting the detector that whether material fills in cloth bucket (31)
(31.4), the cloth partition (31.3) is mobilizable is separated into two lattice for cloth bucket (31) in cloth bucket (31), adjusts
The position of cloth partition (31.3) in cloth bucket (31) is saved, the lattice in cloth bucket (31) and the discharging of agitating device (2) are made
Width matches, and realizes the adjusting to distribution device (3) discharging width.
9. grey method on ceramic tile mixing according to claim 2, it is characterised in that the ceramic tile positioning and transmitting device (4)
Frame (42) are imported, for derived from brick porcelain including the belt feeder (41) being horizontally mounted on rack (1), the ceramic tile imported for ceramic tile
Brick porcelain product deriving frame (43) and the positioning wheel assembly (44) positioned on rack (1) for the movement to ceramic tile, ceramic tile is led
Enter frame (42) and ceramic tile product deriving frame (43) be located at belt feeder (41) front and rear sides and with belt feeder (41) horizontal alignment, the brick
Porcelain imports frame (42) and brick porcelain product deriving frame (43) is hinged on bracket (1), and by hanging rod (45) support in level, brick porcelain is led
There is on frame (43) railing (46) for preventing ceramic tile from removing out.
10. grey method on ceramic tile mixing according to claim 9, it is characterised in that the positioning wheel assembly (44) includes
Locating wheel (44.1) and locating wheel installing pipe (44.2) at left and right sides of belt feeder (41), a locating wheel (44.1) are fixed
On bracket (1), another locating wheel (44.1) is fixed on locating wheel installing pipe (44.2), and locating wheel installing pipe (44.2) exists
Installation site on bracket (1) is adjustable to adapt to the positioning to different in width ceramic tile, and ceramic tile moves and determined on belt feeder (41)
Position adjusts the installation site of locating wheel installing pipe (44.2) on bracket (1), to adjust between two locating wheels (44.1)
Spacing between two locating wheels (44.1) realizes the adjusting to the position width of ceramic tile positioning and transmitting device (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910217947.0A CN109760210B (en) | 2019-03-21 | 2019-03-21 | Ceramic tile mixing and plastering method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910217947.0A CN109760210B (en) | 2019-03-21 | 2019-03-21 | Ceramic tile mixing and plastering method |
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| Publication Number | Publication Date |
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| CN109760210A true CN109760210A (en) | 2019-05-17 |
| CN109760210B CN109760210B (en) | 2020-12-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910217947.0A Expired - Fee Related CN109760210B (en) | 2019-03-21 | 2019-03-21 | Ceramic tile mixing and plastering method |
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| Country | Link |
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| CN (1) | CN109760210B (en) |
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| CN110202680A (en) * | 2019-06-17 | 2019-09-06 | 佛山市东鹏陶瓷有限公司 | A kind of preparation method of entire body adobe and the polished bricks prepared using its method |
| CN112064989A (en) * | 2020-08-10 | 2020-12-11 | 金圣梅 | Fitment is with removing ceramic tile back rubber coating device |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN109760210B (en) | 2020-12-08 |
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