CN110173097A - A kind of ceramic tile lays cement device - Google Patents
A kind of ceramic tile lays cement device Download PDFInfo
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- CN110173097A CN110173097A CN201910535383.5A CN201910535383A CN110173097A CN 110173097 A CN110173097 A CN 110173097A CN 201910535383 A CN201910535383 A CN 201910535383A CN 110173097 A CN110173097 A CN 110173097A
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- ceramic tile
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F21/00—Implements for finishing work on buildings
- E04F21/02—Implements for finishing work on buildings for applying plasticised masses to surfaces, e.g. plastering walls
- E04F21/023—Implements for finishing work on buildings for applying plasticised masses to surfaces, e.g. plastering walls for applying adhesive, e.g. glue or mortar, on the covering elements, in particular tiles
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- Road Paving Machines (AREA)
- Consolidation Of Soil By Introduction Of Solidifying Substances Into Soil (AREA)
Abstract
Device is laid cement the present invention relates to one kind more particularly to a kind of ceramic tile lays cement device.Therefore, technical problem of the invention are as follows: a kind of ceramic tile that can reduce workload, can be improved the efficiency that lays cement is provided and is laid cement device.Technical solution: a kind of ceramic tile lays cement device, including organic frame, first motor, carrying roller, conveyer belt, block, guide rod, the first spring, guide sleeve, the first mounting plate etc.；The first motor that carrying roller can be driven to rotate is installed, the front end of first motor output shaft is connected with carrying roller, and rotary type is also connected with carrying roller on the downside of the left part of rack leading flank on the downside of the right part of rack leading flank.The present invention can uniformly be scattered cement on ceramic tile by wabbler mechanism, be so not required to user and cement is placed on ceramic tile, so as to reduce the workload of user；The cement on ceramic tile can be paved by paving mechanism, so be not required to user and the cement on ceramic tile is paved, so as to improve the efficiency that ceramic tile lays cement.
Description
Technical field
Device is laid cement the present invention relates to one kind more particularly to a kind of ceramic tile lays cement device.
Background technique
It when being laid with ceramic tile, needs to carry out laying cement at the back side of ceramic tile, paving water is being carried out to ceramic tile at present
When mud, usually cement is placed on ceramic tile by people, is then paved to the cement on ceramic tile, then people to ceramic tile into
Row is laid with, the larger workload of such people, and the efficiency to lay cement is lower, is this person to reduce the labor intensity of people
Can multi agent cooperation lay cement to ceramic tile, so will increase labour.
Summary of the invention
In order to overcome people to pave the cement on ceramic tile, the larger workload of such people, and the effect to lay cement
The lower disadvantage of rate, therefore, technical problem of the invention are as follows: providing one kind can reduce workload, can be improved the effect that lays cement
The ceramic tile of rate lays cement device.
Technical solution: a kind of ceramic tile lays cement device, including organic frame, first motor, carrying roller, conveyer belt, block, leads
Bar, the first spring, guide sleeve, the first mounting plate, second spring, fixed block, hopper, vibrating motor, fixed plate, the second motor, axis
The right part downside of bar, helical blade, telescoping tube, injection head and wabbler mechanism, rack leading flank is equipped with and carrying roller can be driven to rotate
First motor, the front end of first motor output shaft is connected with carrying roller, and rotary type is also connected on the downside of the left part of rack leading flank
Carrying roller, controls the conveyer belt that transmission effect has been wound between two carrying rollers, and the lateral surface of conveyer belt is connected with multiple blocks, rack
It is provided with guide rod at left and right sides of top, the first spring is wound on guide rod, the bottom end of the first spring and the top of rack are affixed,
Slidingtype is equipped with guide sleeve on guide rod, and the bottom of guide sleeve is connect with the top of the first spring, between the trailing flank of two guide sleeves in left and right
It is connected with the first mounting plate, second spring is wound on guide rod, the bottom end of second spring and the top of guide sleeve connect, the top of guide rod
It is connected with the fixed block of position-limiting action, the top of second spring and the bottom of fixed block are affixed, and hopper setting is in the first installation
The leading flank of plate, vibrating motor are mounted on the lower part of hopper left side, and fixed plate is connected to the top of the first mounting plate leading flank,
The bottom of fixed plate is equipped with the second motor of drivable shaft bar rotation, and the bottom end of the second motor output shaft is connected with shaft, axis
The lower part of bar has been equipped with the helical blade of conveying effect, and the bottom of hopper has been equipped with the telescoping tube of conveying effect, telescoping tube
Bottom end be fixed with injection head, the mobile wabbler mechanism of controlled injection head is mounted on the right part of rack leading flank, wabbler mechanism
Positioned at the left side of injection head, wabbler mechanism and injection head cooperate.
Furthermore, it is therefore particularly preferred that wabbler mechanism includes the second mounting plate, third motor, oscillating rod, cylindrical piece, one
Word orifice plate and lantern ring, the second mounting plate are mounted on the right part of rack leading flank, and third motor is mounted at the top of the second mounting plate
The bottom end on right side, third motor output shaft passes through the second mounting plate, and the bottom end of third motor output shaft is equipped with oscillating rod, swings
Cylindrical piece is installed, a word orifice plate rotary type is connected to the left side of the second mounting plate bottom, cylindrical piece sliding on rear side of bar bottom
Formula is arranged in a word orifice plate, and the right part of a word orifice plate is equipped with lantern ring.
Furthermore, it is therefore particularly preferred that further include paving mechanism, paving mechanism includes sliding sleeve, sliding block, pin rod, third
Spring, slide bar and plate is paved, sliding sleeve is mounted on the right part of rack leading flank, and sliding sleeve is located at the right side of the second mounting plate, sliding sleeve
Left part is provided with through-hole, and through-hole inner sliding type is equipped with sliding block, and the left part of sliding sleeve is arranged in pin rod slidingtype, and the right part of pin rod, which passes through, to be slided
Block is wound with third spring on pin rod, and the right end of third spring and the left side of sliding block connect, the left end of third spring and through-hole
Left wall is affixed, is equipped with slide bar in sliding sleeve, and the left side of slide bar is provided with the groove of multiple fixed functions, and the right part of pin rod is located at pair
In the groove answered, the bottom end of slide bar, which is equipped with, paves plate.
Furthermore, it is therefore particularly preferred that it further include having the first limit plate, circular hole slab, screw rod, nut and the second limit plate, the
One limit plate is fixed in the left part of rack leading flank, and circular hole slab is two, is arranged at the leading flank of rack, and circular hole slab is located at the
The left side of one limit plate, circular hole slab is interior to be equipped with screw rod, is set threadably on screw rod there are two nut, circular hole slab is located at
Between two nuts in left and right, the second limit plate is installed between the right end of upper and lower two screw rods.
Furthermore, it is therefore particularly preferred that further include having fixing sleeve, stirring rod and stirring sheet, fixing sleeve is mounted on front side of shaft
The top in face, fixing sleeve is interior to be equipped with stirring rod, and the stirring sheet of multiple immixtures is equipped on stirring rod.
The beneficial effects of the present invention are: the present invention can uniformly be scattered cement on ceramic tile by wabbler mechanism, so
It is not required to user cement is placed on ceramic tile, so as to reduce the workload of user；It can be on ceramic tile by paving mechanism
Cement paved, be so not required to user and the cement on ceramic tile paved, so as to improve the effect that ceramic tile lays cement
Rate；Conveyer belt rotate clockwise by block can the ceramic tile to lower side convey to the right, be so not required to user to ceramic tile carry out
It puts, so as to reduce the labor intensity of user；Cement can be stirred by stirring sheet rotation, can so be prevented
It thes cement solidifies, is counteracted to follow-up work.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the present invention looks up structural representation of wabbler mechanism of the present invention.
Fig. 3 is the schematic view of the front view that the present invention paves mechanism.
In figure: 1 rack, 2 first motors, 3 carrying rollers, 4 conveyer belts, 5 blocks, 6 guide rods, 7 first springs, 8 guide sleeves, 9 first
Mounting plate, 10 second springs, 11 fixed blocks, 12 hoppers, 121 vibrating motors, 13 fixed plates, 14 second motors, 15 shafts, 16 spiral shells
Vane piece, 17 telescoping tubes, 18 injection heads, 19 wabbler mechanisms, 191 second mounting plates, 192 third motors, 193 oscillating rods, 194 circles
Column block, 195 1 word orifice plates, 196 lantern rings, 20 pave mechanism, 201 sliding sleeves, 202 through-holes, 203 sliding blocks, 204 pin rods, 205 third bullets
Spring, 206 slide bars, 207 grooves, 208 pave plate, 21 first limit plates, 22 circular hole slabs, 23 screw rods, 24 nuts, 25 second limits
Plate, 26 fixing sleeves, 27 stirring rods, 28 stirring sheets.
Specific embodiment
Embodiments of the present invention will be described referring to the drawings.
Embodiment 1
A kind of ceramic tile lays cement device, as shown in Figs. 1-2, including organic frame 1, first motor 2, carrying roller 3, conveyer belt 4, block 5,
Guide rod 6, guide sleeve 8, the first mounting plate 9, second spring 10, fixed block 11, hopper 12, vibrating motor 121, is fixed first spring 7
Plate 13, the second motor 14, shaft 15, helical blade 16, telescoping tube 17, injection head 18 and wabbler mechanism 19,1 leading flank of rack
The first motor 2 that carrying roller 3 can be driven to rotate is installed, rack 1 connects with first motor 2 by bolted connection on the downside of right part
It connecing, the front end of 2 output shaft of first motor is connected with carrying roller 3, and rotary type is also connected with carrying roller 3 on the downside of the left part of 1 leading flank of rack,
The conveyer belt 4 of transmission effect is wound between two carrying rollers 3 in left and right, the lateral surface of conveyer belt 4 is connected with multiple blocks 5, rack 1
Guide rod 6 is provided at left and right sides of top, rack 1 is connect by way of welded connecting with guide rod 6, and is wound on guide rod 6
One spring 7, the bottom end of the first spring 7 and the top of rack 1 are affixed, on guide rod 6 slidingtype be equipped with guide sleeve 8, the bottom of guide sleeve 8 with
The top of first spring 7 connects, and is connected with the first mounting plate 9 between the trailing flank of two guide sleeves 8 in left and right, and the is wound on guide rod 6
The bottom end of two springs 10, second spring 10 is connect with the top of guide sleeve 8, and the top of guide rod 6 has been connected with the fixation of position-limiting action
Block 11, guide rod 6 are connect by way of welded connecting with fixed block 11, and the top of second spring 10 and the bottom of fixed block 11 are solid
It connects, the leading flank of the first mounting plate 9 is arranged in hopper 12, and vibrating motor 121 is mounted on the lower part of 12 left side of hopper, vibration electricity
Machine 121 is connect with hopper 12 by bolted connection, and fixed plate 13 is connected to the top of 9 leading flank of the first mounting plate, Gu
The bottom of fixed board 13 is equipped with the second motor 14 of the rotation of drivable shaft bar 15, and the bottom end of 14 output shaft of the second motor is connected with axis
Bar 15, the lower part of shaft 15 have been equipped with the helical blade 16 of conveying effect, and the bottom of hopper 12 has been equipped with conveying effect
Telescoping tube 17, the bottom end of telescoping tube 17 are fixed with injection head 18, and the mobile wabbler mechanism 19 of controlled injection head 18 is mounted on machine
The right part of 1 leading flank of frame, wabbler mechanism 19 are located at the left side of injection head 18, and wabbler mechanism 19 and injection head 18 cooperate.
Embodiment 2
A kind of ceramic tile lays cement device, as shown in Figs. 1-2, including organic frame 1, first motor 2, carrying roller 3, conveyer belt 4, block 5,
Guide rod 6, guide sleeve 8, the first mounting plate 9, second spring 10, fixed block 11, hopper 12, vibrating motor 121, is fixed first spring 7
Plate 13, the second motor 14, shaft 15, helical blade 16, telescoping tube 17, injection head 18 and wabbler mechanism 19,1 leading flank of rack
The first motor 2 that carrying roller 3 can be driven to rotate is installed, the front end of 2 output shaft of first motor is connected with carrying roller 3, machine on the downside of right part
Rotary type is also connected with carrying roller 3 on the downside of the left part of 1 leading flank of frame, and the transmission of transmission effect has been wound between two carrying rollers 3 in left and right
Band 4, the lateral surface of conveyer belt 4 are connected with multiple blocks 5, and the left and right sides at 1 top of rack is provided with guide rod 6, on guide rod 6 around
There is the first spring 7, the bottom end of the first spring 7 and the top of rack 1 are affixed, and slidingtype is equipped with guide sleeve 8, the bottom of guide sleeve 8 on guide rod 6
Portion is connect with the top of the first spring 7, is connected with the first mounting plate 9 between the trailing flank of two guide sleeves 8 in left and right, on guide rod 6 around
There is second spring 10, the bottom end of second spring 10 is connect with the top of guide sleeve 8, and the top of guide rod 6 has been connected with position-limiting action
Fixed block 11, the top of second spring 10 and the bottom of fixed block 11 are affixed, and the front side of the first mounting plate 9 is arranged in hopper 12
Face, vibrating motor 121 are mounted on the lower part of 12 left side of hopper, and fixed plate 13 is connected to the top of 9 leading flank of the first mounting plate,
The bottom of fixed plate 13 is equipped with the second motor 14 of the rotation of drivable shaft bar 15, and the bottom end of 14 output shaft of the second motor is connected with
Shaft 15, the lower part of shaft 15 have been equipped with the helical blade 16 of conveying effect, and the bottom of hopper 12 has been equipped with conveying effect
Telescoping tube 17, the bottom end of telescoping tube 17 is fixed with injection head 18, and the mobile wabbler mechanism 19 of controlled injection head 18 is mounted on
The right part of 1 leading flank of rack, wabbler mechanism 19 are located at the left side of injection head 18, and wabbler mechanism 19 and injection head 18 cooperate.
Wabbler mechanism 19 includes the second mounting plate 191, third motor 192, oscillating rod 193, cylindrical piece 194, a word hole
Plate 195 and lantern ring 196, the second mounting plate 191 are mounted on the right part of 1 leading flank of rack, and the second mounting plate 191 passes through welded connecting
Mode connect with rack 1, third motor 192 is mounted on the right side at the top of the second mounting plate 191, and third motor 192 passes through spiral shell
It tethers the mode connect to connect with the second mounting plate 191, the bottom end of 192 output shaft of third motor passes through the second mounting plate 191, third
The bottom end of 192 output shaft of motor is equipped with oscillating rod 193, and oscillating rod is equipped with cylindrical piece 194, oscillating rod on rear side of 193 bottom
193 are connect by way of welded connecting with cylindrical piece 194, and 195 rotary type of a word orifice plate is connected to 191 bottom of the second mounting plate
Left side, 194 slidingtype of cylindrical piece be arranged in a word orifice plate 195, the right part of a word orifice plate 195 is equipped with lantern ring 196.
Embodiment 3
A kind of ceramic tile lays cement device, as shown in Figure 1-3, include organic frame 1, first motor 2, carrying roller 3, conveyer belt 4, block 5,
Guide rod 6, guide sleeve 8, the first mounting plate 9, second spring 10, fixed block 11, hopper 12, vibrating motor 121, is fixed first spring 7
Plate 13, the second motor 14, shaft 15, helical blade 16, telescoping tube 17, injection head 18 and wabbler mechanism 19,1 leading flank of rack
The first motor 2 that carrying roller 3 can be driven to rotate is installed, the front end of 2 output shaft of first motor is connected with carrying roller 3, machine on the downside of right part
Rotary type is also connected with carrying roller 3 on the downside of the left part of 1 leading flank of frame, and the transmission of transmission effect has been wound between two carrying rollers 3 in left and right
Band 4, the lateral surface of conveyer belt 4 are connected with multiple blocks 5, and the left and right sides at 1 top of rack is provided with guide rod 6, on guide rod 6 around
There is the first spring 7, the bottom end of the first spring 7 and the top of rack 1 are affixed, and slidingtype is equipped with guide sleeve 8, the bottom of guide sleeve 8 on guide rod 6
Portion is connect with the top of the first spring 7, is connected with the first mounting plate 9 between the trailing flank of two guide sleeves 8 in left and right, on guide rod 6 around
There is second spring 10, the bottom end of second spring 10 is connect with the top of guide sleeve 8, and the top of guide rod 6 has been connected with position-limiting action
Fixed block 11, the top of second spring 10 and the bottom of fixed block 11 are affixed, and the front side of the first mounting plate 9 is arranged in hopper 12
Face, vibrating motor 121 are mounted on the lower part of 12 left side of hopper, and fixed plate 13 is connected to the top of 9 leading flank of the first mounting plate,
The bottom of fixed plate 13 is equipped with the second motor 14 of the rotation of drivable shaft bar 15, and the bottom end of 14 output shaft of the second motor is connected with
Shaft 15, the lower part of shaft 15 have been equipped with the helical blade 16 of conveying effect, and the bottom of hopper 12 has been equipped with conveying effect
Telescoping tube 17, the bottom end of telescoping tube 17 is fixed with injection head 18, and the mobile wabbler mechanism 19 of controlled injection head 18 is mounted on
The right part of 1 leading flank of rack, wabbler mechanism 19 are located at the left side of injection head 18, and wabbler mechanism 19 and injection head 18 cooperate.
Wabbler mechanism 19 includes the second mounting plate 191, third motor 192, oscillating rod 193, cylindrical piece 194, a word hole
Plate 195 and lantern ring 196, the second mounting plate 191 are mounted on the right part of 1 leading flank of rack, and third motor 192 is mounted on the second installation
The right side at 191 top of plate, the bottom end of 192 output shaft of third motor pass through the second mounting plate 191,192 output shaft of third motor
Bottom end is equipped with oscillating rod 193, and cylindrical piece 194, the connection of 195 rotary type of a word orifice plate are equipped on rear side of 193 bottom of oscillating rod
In the left side of 191 bottom of the second mounting plate, 194 slidingtype of cylindrical piece is arranged in a word orifice plate 195, the right side of a word orifice plate 195
Portion is equipped with lantern ring 196.
It further include paving mechanism 20, paving mechanism 20 includes sliding sleeve 201, sliding block 203, pin rod 204, third spring
205, slide bar 206 and plate 208 is paved, sliding sleeve 201 is mounted on the right part of 1 leading flank of rack, and sliding sleeve 201 passes through the side that is welded to connect
Formula is connect with rack 1, and sliding sleeve 201 is located at the right side of the second mounting plate 191, and the left part of sliding sleeve 201 is provided with through-hole 202, through-hole 202
Inner sliding type is equipped with sliding block 203, and the left part of sliding sleeve 201 is arranged in 204 slidingtype of pin rod, and the right part of pin rod 204 passes through sliding block
203, third spring 205 is wound on pin rod 204, and the right end of third spring 205 is connect with the left side of sliding block 203, third spring
205 left end and the left wall of through-hole 202 are affixed, and slide bar 206 is equipped in sliding sleeve 201, and the left side of slide bar 206 is provided with multiple admittedly
Tailor-made groove 207, the right part of pin rod 204 are located in corresponding groove 207, and the bottom end of slide bar 206, which is equipped with, paves plate
208, slide bar 206 by way of welded connecting with pave plate 208 and connect.
Embodiment 4
A kind of ceramic tile lays cement device, as shown in Figure 1-3, include organic frame 1, first motor 2, carrying roller 3, conveyer belt 4, block 5,
Guide rod 6, guide sleeve 8, the first mounting plate 9, second spring 10, fixed block 11, hopper 12, vibrating motor 121, is fixed first spring 7
Plate 13, the second motor 14, shaft 15, helical blade 16, telescoping tube 17, injection head 18 and wabbler mechanism 19,1 leading flank of rack
The first motor 2 that carrying roller 3 can be driven to rotate is installed, the front end of 2 output shaft of first motor is connected with carrying roller 3, machine on the downside of right part
Rotary type is also connected with carrying roller 3 on the downside of the left part of 1 leading flank of frame, and the transmission of transmission effect has been wound between two carrying rollers 3 in left and right
Band 4, the lateral surface of conveyer belt 4 are connected with multiple blocks 5, and the left and right sides at 1 top of rack is provided with guide rod 6, on guide rod 6 around
There is the first spring 7, the bottom end of the first spring 7 and the top of rack 1 are affixed, and slidingtype is equipped with guide sleeve 8, the bottom of guide sleeve 8 on guide rod 6
Portion is connect with the top of the first spring 7, is connected with the first mounting plate 9 between the trailing flank of two guide sleeves 8 in left and right, on guide rod 6 around
There is second spring 10, the bottom end of second spring 10 is connect with the top of guide sleeve 8, and the top of guide rod 6 has been connected with position-limiting action
Fixed block 11, the top of second spring 10 and the bottom of fixed block 11 are affixed, and the front side of the first mounting plate 9 is arranged in hopper 12
Face, vibrating motor 121 are mounted on the lower part of 12 left side of hopper, and fixed plate 13 is connected to the top of 9 leading flank of the first mounting plate,
The bottom of fixed plate 13 is equipped with the second motor 14 of the rotation of drivable shaft bar 15, and the bottom end of 14 output shaft of the second motor is connected with
Shaft 15, the lower part of shaft 15 have been equipped with the helical blade 16 of conveying effect, and the bottom of hopper 12 has been equipped with conveying effect
Telescoping tube 17, the bottom end of telescoping tube 17 is fixed with injection head 18, and the mobile wabbler mechanism 19 of controlled injection head 18 is mounted on
The right part of 1 leading flank of rack, wabbler mechanism 19 are located at the left side of injection head 18, and wabbler mechanism 19 and injection head 18 cooperate.
Wabbler mechanism 19 includes the second mounting plate 191, third motor 192, oscillating rod 193, cylindrical piece 194, a word hole
Plate 195 and lantern ring 196, the second mounting plate 191 are mounted on the right part of 1 leading flank of rack, and third motor 192 is mounted on the second installation
The right side at 191 top of plate, the bottom end of 192 output shaft of third motor pass through the second mounting plate 191,192 output shaft of third motor
Bottom end is equipped with oscillating rod 193, and cylindrical piece 194, the connection of 195 rotary type of a word orifice plate are equipped on rear side of 193 bottom of oscillating rod
In the left side of 191 bottom of the second mounting plate, 194 slidingtype of cylindrical piece is arranged in a word orifice plate 195, the right side of a word orifice plate 195
Portion is equipped with lantern ring 196.
It further include paving mechanism 20, paving mechanism 20 includes sliding sleeve 201, sliding block 203, pin rod 204, third spring
205, slide bar 206 and plate 208 is paved, sliding sleeve 201 is mounted on the right part of 1 leading flank of rack, and sliding sleeve 201 is located at the second mounting plate
191 right side, the left part of sliding sleeve 201 are provided with through-hole 202, and 202 inner sliding type of through-hole is equipped with sliding block 203, and 204 slidingtype of pin rod is set
The left part in sliding sleeve 201 is set, the right part of pin rod 204 passes through sliding block 203, is wound with third spring 205, third spring on pin rod 204
205 right end is connect with the left side of sliding block 203, and the left end of third spring 205 and the left wall of through-hole 202 are affixed, in sliding sleeve 201
Equipped with slide bar 206, the left side of slide bar 206 is provided with the groove 207 of multiple fixed functions, and the right part of pin rod 204, which is located at, to be corresponded to
Groove 207 in, the bottom end of slide bar 206, which is equipped with, paves plate 208.
It further include having the first limit plate 21, circular hole slab 22, screw rod 23, nut 24 and the second limit plate 25, the first limit plate
21 are fixed in the left part of 1 leading flank of rack, and the first limit plate 21 is connect by way of welded connecting with rack 1, circular hole slab 22
It is two, is arranged at the leading flank of rack 1, circular hole slab 22 is located at the left side of the first limit plate 21, is equipped with spiral shell in circular hole slab 22
Bar 23 is set on screw rod 23 threadably there are two nut 24, and circular hole slab 22 is located between two nuts 24 in left and right, on
Second limit plate 25 is installed between the right end of lower two screw rods 23, screw rod 23 by way of welded connecting with the second limit plate
25 connections.
Embodiment 5
A kind of ceramic tile lays cement device, as shown in Figure 1-3, include organic frame 1, first motor 2, carrying roller 3, conveyer belt 4, block 5,
Guide rod 6, guide sleeve 8, the first mounting plate 9, second spring 10, fixed block 11, hopper 12, vibrating motor 121, is fixed first spring 7
Plate 13, the second motor 14, shaft 15, helical blade 16, telescoping tube 17, injection head 18 and wabbler mechanism 19,1 leading flank of rack
The first motor 2 that carrying roller 3 can be driven to rotate is installed, the front end of 2 output shaft of first motor is connected with carrying roller 3, machine on the downside of right part
Rotary type is also connected with carrying roller 3 on the downside of the left part of 1 leading flank of frame, and the transmission of transmission effect has been wound between two carrying rollers 3 in left and right
Band 4, the lateral surface of conveyer belt 4 are connected with multiple blocks 5, and the left and right sides at 1 top of rack is provided with guide rod 6, on guide rod 6 around
There is the first spring 7, the bottom end of the first spring 7 and the top of rack 1 are affixed, and slidingtype is equipped with guide sleeve 8, the bottom of guide sleeve 8 on guide rod 6
Portion is connect with the top of the first spring 7, is connected with the first mounting plate 9 between the trailing flank of two guide sleeves 8 in left and right, on guide rod 6 around
There is second spring 10, the bottom end of second spring 10 is connect with the top of guide sleeve 8, and the top of guide rod 6 has been connected with position-limiting action
Fixed block 11, the top of second spring 10 and the bottom of fixed block 11 are affixed, and the front side of the first mounting plate 9 is arranged in hopper 12
Face, vibrating motor 121 are mounted on the lower part of 12 left side of hopper, and fixed plate 13 is connected to the top of 9 leading flank of the first mounting plate,
The bottom of fixed plate 13 is equipped with the second motor 14 of the rotation of drivable shaft bar 15, and the bottom end of 14 output shaft of the second motor is connected with
Shaft 15, the lower part of shaft 15 have been equipped with the helical blade 16 of conveying effect, and the bottom of hopper 12 has been equipped with conveying effect
Telescoping tube 17, the bottom end of telescoping tube 17 is fixed with injection head 18, and the mobile wabbler mechanism 19 of controlled injection head 18 is mounted on
The right part of 1 leading flank of rack, wabbler mechanism 19 are located at the left side of injection head 18, and wabbler mechanism 19 and injection head 18 cooperate.
Wabbler mechanism 19 includes the second mounting plate 191, third motor 192, oscillating rod 193, cylindrical piece 194, a word hole
Plate 195 and lantern ring 196, the second mounting plate 191 are mounted on the right part of 1 leading flank of rack, and third motor 192 is mounted on the second installation
The right side at 191 top of plate, the bottom end of 192 output shaft of third motor pass through the second mounting plate 191,192 output shaft of third motor
Bottom end is equipped with oscillating rod 193, and cylindrical piece 194, the connection of 195 rotary type of a word orifice plate are equipped on rear side of 193 bottom of oscillating rod
In the left side of 191 bottom of the second mounting plate, 194 slidingtype of cylindrical piece is arranged in a word orifice plate 195, the right side of a word orifice plate 195
Portion is equipped with lantern ring 196.
It further include paving mechanism 20, paving mechanism 20 includes sliding sleeve 201, sliding block 203, pin rod 204, third spring
205, slide bar 206 and plate 208 is paved, sliding sleeve 201 is mounted on the right part of 1 leading flank of rack, and sliding sleeve 201 is located at the second mounting plate
191 right side, the left part of sliding sleeve 201 are provided with through-hole 202, and 202 inner sliding type of through-hole is equipped with sliding block 203, and 204 slidingtype of pin rod is set
The left part in sliding sleeve 201 is set, the right part of pin rod 204 passes through sliding block 203, is wound with third spring 205, third spring on pin rod 204
205 right end is connect with the left side of sliding block 203, and the left end of third spring 205 and the left wall of through-hole 202 are affixed, in sliding sleeve 201
Equipped with slide bar 206, the left side of slide bar 206 is provided with the groove 207 of multiple fixed functions, and the right part of pin rod 204, which is located at, to be corresponded to
Groove 207 in, the bottom end of slide bar 206, which is equipped with, paves plate 208.
It further include having the first limit plate 21, circular hole slab 22, screw rod 23, nut 24 and the second limit plate 25, the first limit plate
21 are fixed in the left part of 1 leading flank of rack, and circular hole slab 22 is two, are arranged at the leading flank of rack 1, and circular hole slab 22 is located at the
The left side of one limit plate 21, circular hole slab 22 is interior to be equipped with screw rod 23, is set threadably on screw rod 23 there are two nut 24,
Circular hole slab 22 is located between two nuts 24 in left and right, is equipped with the second limit plate 25 between the right end of upper and lower two screw rods 23.
It further include having fixing sleeve 26, stirring rod 27 and stirring sheet 28, fixing sleeve 26 is mounted on the top of 15 leading flank of shaft,
Fixing sleeve 26 is connect by way of welded connecting with shaft 15, and stirring rod 27 is equipped in fixing sleeve 26, is installed on stirring rod 27
There is the stirring sheet 28 of multiple immixtures, stirring rod 27 is connect by way of welded connecting with stirring sheet 28.
In use, user pours into suitable cement in hopper 12, ceramic tile is placed on the right side of upper side block blocks 5 by subsequent user
Side, then injection head 18 is placed in wabbler mechanism 19 by user, when needing to lay cement to ceramic tile, user's starting first
Motor 2 rotates clockwise the carrying roller 3 on right side, while user starts vibrating motor 121, and vibrating motor 121 can make hopper 12
Interior cement vibration, so can prevent cement to be sticked on the inner wall of hopper 12, right side carrying roller 3, which rotates clockwise, passes through conveyer belt
4 can be such that left side carrying roller 3 rotates clockwise, and capable of so making conveyer belt 4, conveyer belt 4 can clockwise through block 5 clockwise
Convey ceramic tile to the right, when ceramic tile is delivered to suitable position to the right, user, which starts the second motor 14, rotates shaft 15, shaft
15 rotations drive helical blades 16 to rotate, and the rotation of helical blade 16 can be by cement transportation to telescoping tube 17, in telescoping tube 17
Cement flowed downwardly into injection head 18 therewith, while user start wabbler mechanism 19 drive injection head 18 wave, so can
Cement is laid on ceramic tile, cement is placed on ceramic tile from without user, and then can reduce the workload of user, when
After the completion of ceramic tile lays cement, user closes first motor 2, vibrating motor 121 and the second motor 14.
When needing to be laid with cement, injection head 18 is put into lantern ring 196 by user, and subsequent user starts third electricity
Machine 192 rotates oscillating rod 193, by the cooperation of cylindrical piece 194 and a word orifice plate 195, so lantern ring 196 can be made to rock back and forth
Pendulum, lantern ring 196, which rocks back and forth, can make injection head 18 rock back and forth, and constantly being rocked back and forth by injection head 18 can be by cement
It scatters on ceramic tile, after being equipped with suitable cement on ceramic tile, user closes third motor 192.
When needing that the cement height on ceramic tile is adjusted, user pulls pin rod 204 to remove in groove 207 to the left,
The fixation to plate 208 is paved can be so released, pin rod 204 is moved to the left band movable slider 203 and is moved to the left, third spring 205
It compresses therewith, subsequent user moves up and down slide bar 206, and slide bar 206, which moves up and down drive, to be paved plate 208 and move up and down, when paving
Plate 208 is moved up and down to suitable position, and user unclamps pin rod 204, can make pin rod under the action of third 205 elastic force of spring
204 are caught in the right in corresponding groove 207, can so fix to plate 208 is paved, pass through and carry out to the height for paving plate 208
It adjusts, can so facilitate user that the cement height on ceramic tile is adjusted, when ceramic tile conveys to the right and paves plate 208 and contacts
When, ceramic tile continues to move right, and can be paved to the cement on ceramic tile by paving plate 208, so be not required to user to porcelain
Cement on brick is paved, so as to improve the efficiency that ceramic tile lays cement.
When ceramic tile is larger, the nut 24 that user rotates right side moves right to suitable position, and subsequent user is to moving to left
Dynamic second limit plate 25, the second limit plate 25, which is moved to the left, drives screw rod 23 to be moved to the left, and screw rod 23, which is moved to the left, can make spiral shell
Mother 24 is moved to the left, and when right side nut 24 is moved to the left with the contact of 22 right side of circular hole slab, user stops mobile second limit
Position plate 25, subsequent user rotates the left side face contact that the nut 24 in left side moves right with circular hole slab 22, when ceramic tile is smaller, uses
The nut 24 in family rotation left side is moved to the left suitable position, and then lead-screw 23 makes the second limit plate 25 to the right to user to the right
Mobile, screw rod 23, which moves right, can make nut 24 move right, when left side nut 24 moves right the left side with circular hole slab 22
When face contact, user stops lead-screw 23, and the nut 24 that subsequent user rotates right side is moved to the left the right side with circular hole slab 22
Face contact can so facilitate user to carry out using when needing to carry out ceramic tile to lay cement, user will different size of ceramic tile
Ceramic tile is neat to be put between the first limit plate 21 and the second limit plate 25, and conveyer belt 4 is rotated clockwise can be right by block 5
The ceramic tile of lower side conveys to the right, is so not required to user and puts to ceramic tile, so as to reduce the labor intensity of user.
The rotation of shaft 15 drives fixing sleeve 26 to rotate, and the rotation of fixing sleeve 26 drives stirring rod 27 to rotate, and stirring rod 27 rotates
It drives stirring sheet 28 to rotate, cement can be stirred by the rotation of stirring sheet 28, can so prevent from theing cement solidifies, after giving
Continuous work counteracts.
Above-described embodiment, which is available to, to be familiar with person in the art to realize or use the present invention, and is familiar with this field
Personnel can make various modifications or variation, thus this to above-described embodiment without departing from the present invention in the case of the inventive idea
The protection scope of invention is not limited by above-described embodiment, and should meet inventive features that claims are mentioned most
On a large scale.
Claims (5)
- The device 1. a kind of ceramic tile lays cement, including organic frame, first motor, carrying roller, conveyer belt and block, the right side of rack leading flank Subordinate side is equipped with the first motor that carrying roller can be driven to rotate, and the front end of first motor output shaft is connected with carrying roller, rack front side Rotary type is also connected with carrying roller on the downside of the left part in face, and the conveyer belt of transmission effect, conveyer belt have been wound between two carrying rollers in left and right Lateral surface be connected with multiple blocks, characterized in that further include having guide rod, the first spring, guide sleeve, the first mounting plate, the second bullet Spring, fixed block, hopper, vibrating motor, fixed plate, the second motor, shaft, helical blade, telescoping tube, injection head and wobbler Structure is provided with guide rod at left and right sides of frame top, the first spring, the bottom end of the first spring and the top of rack is wound on guide rod Portion is affixed, and slidingtype is equipped with guide sleeve on guide rod, and the bottom of guide sleeve is connect with the top of the first spring, the rear side of two guide sleeves in left and right It is connected with the first mounting plate between face, second spring is wound on guide rod, the bottom end of second spring and the top of guide sleeve connect, guide rod Top be connected with the fixed block of position-limiting action, the top of second spring and the bottom of fixed block are affixed, and hopper setting is the The leading flank of one mounting plate, vibrating motor are mounted on the lower part of hopper left side, and fixed plate is connected to the first mounting plate leading flank Top, the bottom of fixed plate be equipped with drivable shaft bar rotation the second motor, the bottom end of the second motor output shaft is connected with Shaft, the lower part of shaft have been equipped with the helical blade of conveying effect, and the bottom of hopper has been equipped with the telescoping tube of conveying effect, The bottom end of telescoping tube is fixed with injection head, and the mobile wabbler mechanism of controlled injection head is mounted on the right part of rack leading flank, shakes Swinging mechanism is located at the left side of injection head, and wabbler mechanism and injection head cooperate.
- The device 2. a kind of ceramic tile described in accordance with the claim 1 lays cement, characterized in that wabbler mechanism includes the second installation Plate, third motor, oscillating rod, cylindrical piece, a word orifice plate and lantern ring, the second mounting plate are mounted on the right part of rack leading flank, the Three motors are mounted on the right side at the top of the second mounting plate, and the bottom end of third motor output shaft passes through the second mounting plate, third motor The bottom end of output shaft is equipped with oscillating rod, and cylindrical piece is equipped on rear side of oscillating rod bottom, and a word orifice plate rotary type is connected to The left side of two mounting plate bottoms, cylindrical piece slidingtype are arranged in a word orifice plate, and the right part of a word orifice plate is equipped with lantern ring.
- 3. a kind of ceramic tile lays cement device according to claim 2, characterized in that it further include paving mechanism, paving machine Structure includes sliding sleeve, sliding block, pin rod, third spring, slide bar and paves plate, and sliding sleeve is mounted on the right part of rack leading flank, sliding sleeve Positioned at the right side of the second mounting plate, the left part of sliding sleeve is provided with through-hole, and through-hole inner sliding type is equipped with sliding block, and the setting of pin rod slidingtype exists The left part of sliding sleeve, the right part of pin rod pass through sliding block, are wound with third spring, the right end of third spring and the left side of sliding block on pin rod Connection, the left end of third spring and the left wall of through-hole are affixed, slide bar are equipped in sliding sleeve, the left side of slide bar is provided with multiple fixations The right part of the groove of effect, pin rod is located in corresponding groove, and the bottom end of slide bar, which is equipped with, paves plate.
- The device 4. a kind of ceramic tile described in accordance with the claim 3 lays cement, characterized in that further include having the first limit plate, circular hole Plate, screw rod, nut and the second limit plate, the first limit plate are fixed in the left part of rack leading flank, and circular hole slab is two, are respectively provided with In the leading flank of rack, circular hole slab is located at the left side of the first limit plate, and screw rod is equipped in circular hole slab, is threadedly coupled on screw rod Mode is set there are two nut, and circular hole slab is located between two nuts in left and right, is equipped with second between the right end of upper and lower two screw rods Limit plate.
- 5. a kind of ceramic tile lays cement device according to claim 4, characterized in that further include have fixing sleeve, stirring rod and Stirring sheet, fixing sleeve are mounted on the top of shaft leading flank, stirring rod are equipped in fixing sleeve, multiple are equipped on stirring rod and is mixed The stirring sheet of cooperation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910535383.5A CN110173097B (en) | 2019-06-20 | 2019-06-20 | Ceramic tile cement paving device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910535383.5A CN110173097B (en) | 2019-06-20 | 2019-06-20 | Ceramic tile cement paving device |
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| CN110173097A true CN110173097A (en) | 2019-08-27 |
| CN110173097B CN110173097B (en) | 2020-12-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910535383.5A Active CN110173097B (en) | 2019-06-20 | 2019-06-20 | Ceramic tile cement paving device |
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| CN111021674A (en) * | 2019-12-18 | 2020-04-17 | 黄舒婷 | Automatic tile cement mortar smearing machine for building construction |
| CN111042490A (en) * | 2019-12-19 | 2020-04-21 | 刘彩文 | Small-size ceramic tile sizing machine |
| CN112459425A (en) * | 2020-12-03 | 2021-03-09 | 魏谦 | Be used for automatic whitewashed wall device that goes out of cement mortar |
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| Publication number | Publication date |
|---|---|
| CN110173097B (en) | 2020-12-08 |
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Effective date of registration: 20201119 Address after: 234000 Lingbi Economic Development Zone, Anhui, Suzhou Applicant after: Lingbi Haoxiang Information Technology Co., Ltd Address before: 518115 Room 1901, Hongkong Xinda Henggang Building, 5008 Longgang Avenue, Henggang Street, Longgang District, Shenzhen City, Guangdong Province Applicant before: Zeng Fulan |
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