CN207595983U - A kind of unbaked tile roll-type transporting device - Google Patents
A kind of unbaked tile roll-type transporting device Download PDFInfo
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- CN207595983U CN207595983U CN201721638560.5U CN201721638560U CN207595983U CN 207595983 U CN207595983 U CN 207595983U CN 201721638560 U CN201721638560 U CN 201721638560U CN 207595983 U CN207595983 U CN 207595983U
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- roller
- driving wheel
- unbaked tile
- conveying mechanism
- roll
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Abstract
The utility model discloses a kind of unbaked tile roll-type transporting devices, including be linked in sequence successively feed roll-type transporting device, unbaked tile towards turnover device, discharging roll-type transporting device, and control device, the side of the discharging roll-type transporting device are equipped with proximity sensor；The unbaked tile includes rack towards turnover device, support column, turn drive motor, conveying mechanism, conveying mechanism driving motor, the support column is set in rack, the support column is connected by the both sides of shaft and conveying mechanism, and the shaft of one of support column is pierced by the power output axis connection of support column cylinder and turn drive motor, enable turn drive motor that conveying mechanism to be driven to overturn, the conveying mechanism driving motor is set on the lower section of conveying mechanism, the conveying mechanism is before overturning, after overturning, the direction of motor rotation of conveying mechanism driving motor is identical.
Description
Technical field
The utility model belongs to brick and tile production equipment technology, and in particular to a kind of unbaked tile roll-type transporting device.
Background technology
Pug, due to the demand of subsequent technique, is needed unbaked tile towards overturning, in order to follow-up after compression moulding unbaked tile
Process；Traditional mode is that manually the unbaked tile conveyed on a conveyor is overturn, and then places and continues on a conveyor again
Conveying, not only treatment effeciency is low for this mode, and hand labor intensity is big, and also needs to artificial consolidation, cumbersome；And
In switching process, since unbaked tile surface is with a large amount of material dusts, when overturning, can raise material dust, not only pollute environment,
The waste of material is also resulted in, while can also influence worker's health.
For this purpose, a kind of unbaked tile roll-type transporting device that can be solved the above problems of research and development is very crucial.
Utility model content
The purpose of this utility model is to provide a kind of unbaked tile roll-type transporting devices.
The purpose of this utility model is achieved in that feed roll-type transporting device, unbaked tile including being linked in sequence successively
Towards turnover device, discharging roll-type transporting device and control device, the feed roll-type transporting device, unbaked tile are towards turning over
Rotary device, discharging roll-type transporting device composition unbaked tile conveying pipeline, the side of the discharging roll-type transporting device, which is equipped with, to be connect
Nearly sensor；The unbaked tile includes rack, support column, turn drive motor, conveying mechanism, conveying mechanism towards turnover device
Driving motor, the support column are set in rack, and the support column is connected by the both sides of shaft and conveying mechanism, and its
In the shaft of a support column be pierced by the power output axis connection of support column cylinder and turn drive motor, make turn drive motor
Conveying mechanism can be driven to overturn, the conveying mechanism driving motor is set on the lower section of conveying mechanism, the conveying mechanism
Before overturning, overturning after, the direction of motor rotation of conveying mechanism driving motor is identical, the control device respectively with feed roller
Formula conveying device, unbaked tile are electrically connected towards turnover device, discharging roll-type transporting device.
The beneficial effects of the utility model：Unbaked tile can be completed towards automatic turning in the utility model in unbaked tile transmission process
Turn, do not need to manual operation, substantially reduce hand labor intensity, improve treatment effeciency；The unbaked tile of the utility model is towards overturning
The conveying mechanism of device play the role of into watt and go out watt and block unbaked tile, prevent unbaked tile from being dropped out in switching process, coordinate
Turn drive motor overturns conveying mechanism, you can unbaked tile is completed towards automatic turning, it is easy to use with treatment effeciency height
The advantages of；The material dust centralized collection that splicing groove can will be fallen in switching process, not only avoids material waste, but also prevent
Environment is polluted, while splicing groove also has the function of to jack up the material dust for dumping collection automatically, has the advantages that easy to operation；
Discharging roll-type transporting device has the function of spacing between the unbaked tile of different overturning waves time that automatic adjustment conveys thereon, after being conducive to
Continuous technique is handled.
Description of the drawings
Fig. 1 is the overlooking the structure diagram of the utility model；
Fig. 2 be Fig. 1 in unbaked tile towards turnover device left view structural representation；
Fig. 3 be Fig. 1 in unbaked tile towards turnover device main structure diagram；
In figure：1- is fed roll-type transporting device, 2- racks, 3- support columns, 4- turn drive motors, the upper roller-ways of 5-, under 6-
Roller-way, 7- installing plates, 8- gear watt items, 9- limited blocks, 10- first are driven runner, and 11- second is driven runner, and the transmission of 12- thirds turns
It takes turns, 13- tensioning wheels, roller-way driving wheel on 14- first, roller-way driving wheel on 15- second, 16- the first lower roller driving wheels, 17-
Conveying mechanism driving motor, 18- splicing grooves, 19- columns, 20- jacking cylinders, 21- Dump gates, 22- discharging roll-type transporting devices,
23- proximity sensors, 24- unbaked tiles.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings, but the utility model is not subject in any way
Limitation based on any transformation or replacement that the utility model training centre is made, belongs to the scope of protection of the utility model.
As shown in 1 ~ Fig. 3 of attached drawing the utility model include be linked in sequence successively feed roll-type transporting device 1, unbaked tile towards
Turnover device, discharging roll-type transporting device 22 and control device, the feed roll-type transporting device 1, unbaked tile are towards overturning
Device, discharging roll-type transporting device 22 form unbaked tile conveying pipeline, and the side of the discharging roll-type transporting device 22 is equipped with
Proximity sensor 23；The unbaked tile towards turnover device include rack 2, support column 3, turn drive motor 4, conveying mechanism,
Conveying mechanism driving motor 17, the support column 3 are set in rack 2, and the support column 3 passes through shaft and conveying mechanism
Both sides connect, and the shaft of one of support column 3 is pierced by 3 cylinder of support column and the power output shaft of turn drive motor 4 connects
It connects, enables turn drive motor 4 that conveying mechanism to be driven to overturn, the conveying mechanism driving motor 17 is set on conveying mechanism
Lower section, for the conveying mechanism before overturning, after overturning, the direction of motor rotation of conveying mechanism driving motor 17 is identical, described
Control device respectively with feed roll-type transporting device 1, unbaked tile towards turnover device, discharging roll-type transporting device 22 be electrically connected.
The conveying mechanism includes upper roller-way 5, lower roller 6, installing plate 7, gear watt item 8, limited block 9, driving wheel group, institute
The upper roller-way 5 stated is set on 6 top of lower roller, and the medial surface of the installing plate 7 is connect with the both ends of upper roller-way 5, lower roller 6,
Lateral surface is connect with the shaft of support column 3, between the upper roller-way 5 and lower roller 6 form unbaked tile can by conveying lead to
Road, and opposite 7 medial surface of installing plate of transfer passage is equipped with sliding slot, the both ends of the gear watt item 8 are respectively arranged in sliding slot,
Gear watt item 8 is slidably matched with sliding slot, and the limited block 9 is set to the notch of sliding slot, and gear watt item 8 is enable to be limited block 9 and is kept off
Firmly, the driving wheel group is disposed far from the side of the conveying mechanism of turn drive motor 4, the conveying mechanism driving motor
17 drive upper roller-way 5, lower roller 6 to synchronize and roll in the same direction by driving wheel group.
The driving wheel group includes the first transmission runner 10, second and is driven runner 11, third transmission runner 12, tensioning wheel
13rd, roller-way driving wheel 15 on roller-way driving wheel 14, second on first, the first lower roller driving wheel 16, the second lower roller driving wheel,
The first transmission runner 10 is sheathed in the shaft of support column 3, the described second transmission runner 11, third transmission runner
12nd, tensioning wheel 13 is set on the lateral surface of installing plate 7, and the described first transmission runner 10, second is driven runner 11, tensioning wheel
13rd, third transmission runner 12 passes sequentially through transmission band connection, and the described first transmission runner 10 passes through transmission belt and conveying mechanism
The power output axis connection of driving motor 17, roller-way driving wheel 15 on roller-way driving wheel 14, second on described first, under first
Roller-way driving wheel 16, the second lower roller driving wheel be set on installing plate 7 medial surface, and on first roller-way driving wheel 14 be set on it is upper
The top of first roller in roller-way 5, roller-way driving wheel 15 is set on the top of the last one roller in upper roller-way 5 on second, the
One lower roller driving wheel 16 is set on the lower section of first roller in lower roller 6, and the second lower roller driving wheel is set in lower roller 6 most
The lower section of the latter roller is connected on roller-way driving wheel 14, second between roller-way driving wheel 15 by transmission belt on described first
It connects, and transmission belt is in contact with upper roller-way 5, passes through between the first lower roller driving wheel 16, the second lower roller driving wheel
Band connection is driven, and transmission belt is in contact with lower roller 6, the described second transmission runner 11 passes through roller-way in connecting shaft and first
Driving wheel 14 connects, and third transmission runner 12 is connect, and connecting shaft passes through peace by connecting shaft with the first lower roller driving wheel 16
Loading board 7.
It is triangle that described first transmission runner 10, second is driven runner 11,12 present position of third transmission runner
Structure, the tensioning wheel 13 are located between the second transmission runner 11, third transmission runner 12.
The lower section of the conveying mechanism is equipped with splicing groove 18, and the both sides of the splicing groove 18 are respectively equipped with column 19,
Column 19 is connect by shaft with splicing groove 18, and the distance between bottom and ground of the splicing groove 18 are 30 ~ 100cm,
The bottom of the splicing groove 18 is equipped with jacking cylinder 20, enables jacking cylinder 20 that the side of splicing groove 18 is lifted or be dropped
Under.
The side of the splicing groove 18 far from jacking cylinder 20 is equipped with Dump gate 21.
Row's unbaked tile is conveyed in the conveying mechanism every time.
The unbaked tile is arch unbaked tile.
The proximity sensor 23 is infrared proximity transducer.
The unbaked tile before overturning, unbaked tile it is interior up.
The control device is PLC controller.
Utility model works principle and the course of work：Unbaked tile conveys on feed roll-type transporting device 1 first, through feed
Roll-type transporting device 1 enters unbaked tile towards turnover device；
Conveying mechanism driving motor 17 drives the first transmission runner 10 to rotate by transmission belt, then the first transmission runner 10
The second transmission runner 11, tensioning wheel 13, third transmission runner 12 is driven to rotate successively by transmission belt in rotation process；Second
Roller-way driving wheel 15 on roller-way driving wheel 14, second is driven in the drive of runner 11 first, and passes through roller-way driving wheel 14 on first
Transmission belt between roller-way driving wheel 15 on second drives the roller turn of upper roller-way 5；Third transmission runner 12 drives first
Lower roller driving wheel 16, the second lower roller driving wheel, and pass through the first lower roller driving wheel 16 and the second lower roller driving wheel it
Between transmission belt drive lower roller 6 roller turn；Unbaked tile enters the transfer passage formed between upper roller-way 5 and lower roller 6, first
Unbaked tile is driven to be conveyed in transfer passage by lower roller 6, in transmission process, when unbaked tile touches gear watt item 8, push gear watt item
8 movements, when gear watt item 8, which is limited block 9, to be blocked, i.e., unbaked tile is transported to the exit of transfer passage and unbaked tile is kept off watt item 8
It blocks, conveying mechanism driving motor 17 stops at this time；It afterwards turns over driving motor 4 to start, conveying mechanism is overturn 180 °, overturning
Process is that the exit that transfer passage is had unbaked tile and keeps off watt item moves down, and unbaked tile is under the effect of gravity during overturning
It is blocked by a gear watt item, gear watt item 8 plays the role of blocking unbaked tile and prevents unbaked tile from being dropped out in switching process, is unbaked tile after overturning
Towards overturning；After overturning, conveying mechanism driving motor 17 continues to start, and is driven before overturning with the conveying mechanism after overturning
The direction of motor rotation of motor 17 is identical, and upper roller-way 5 drives unbaked tile to be moved in transfer passage in the bottom of unbaked tile, upper roller-way 5,
The moving direction is identical with the direction move in transfer passage of unbaked tile before overturning, up to unbaked tile be conveyed out transfer passage it
Outside；Unbaked tile after overturning reaches discharging roll-type transporting device 22 and is moved on discharging roll-type transporting device 22, when unbaked tile is connect
When nearly sensor 23 detects, control device control discharging roll-type transporting device 22 stops a period of time, treats that the second wave unbaked tile is complete
Into after overturning, discharging roll-type transporting device 22 is continuing to start, when the second wave unbaked tile is approached sensor 23 and detects, discharge roller
Formula conveying device 22 stops a period of time again, and so on, makes the different overturning waves conveyed on discharging roll-type transporting device 22
Interval between secondary unbaked tile is shortened, convenient for the processing of follow-up baking process；
For unbaked tile in switching process, the material dust that unbaked tile surface carries falls into centralized collection in splicing groove 18, works as needs
During discharging, jacking cylinder 20 jacks up the side of splicing groove 18, then opens Dump gate 21, you can by the material in splicing groove 18
Dust is drawn off.
The advantages of the utility model：Unbaked tile can be completed towards automatic turning in the utility model in unbaked tile transmission process,
Manual operation is not needed to, substantially reduces hand labor intensity, improves treatment effeciency；The unbaked tile of the utility model is towards turnover device
Conveying mechanism play the role of into watt and go out watt and block unbaked tile, prevent unbaked tile from being dropped out in switching process, cooperation overturning
Driving motor overturns conveying mechanism, you can unbaked tile is completed towards automatic turning, it is easy to use excellent with treatment effeciency height
Point；The material dust centralized collection that splicing groove can will be fallen in switching process, not only avoids material waste, but also prevent from polluting
Environment, while splicing groove also has the function of to jack up the material dust for dumping collection automatically, has the advantages that easy to operation；Discharging
Roll-type transporting device has the function of spacing between the unbaked tile of different overturning waves time that automatic adjustment conveys thereon, conducive to follow-up work
Skill is handled.
Claims (9)
1. a kind of unbaked tile roll-type transporting device, it is characterized in that：Including the feed roll-type transporting device being linked in sequence successively（1）, watt
Base is towards turnover device, discharge roll-type transporting device（22）And control device, the feed roll-type transporting device（1）, watt
Base is towards turnover device, discharge roll-type transporting device（22）Form unbaked tile conveying pipeline, the discharging roll-type transporting device
（22）Side be equipped with proximity sensor（23）；The unbaked tile includes rack towards turnover device（2）, support column（3）, overturning
Driving motor（4）, conveying mechanism, conveying mechanism driving motor（17）, the support column（3）Set on rack（2）On, it is described
Support column（3）It is connected by the both sides of shaft and conveying mechanism, and one of support column（3）Shaft be pierced by support column（3）
Cylinder and turn drive motor（4）Power output axis connection, make turn drive motor（4）Conveying mechanism can be driven to overturn,
The conveying mechanism driving motor（17）Set on the lower section of conveying mechanism, the conveying mechanism is defeated before overturning, after overturning
Send mechanism driving-motor（17）Direction of motor rotation it is identical, the control device is respectively with being fed roll-type transporting device（1）、
Unbaked tile is towards turnover device, discharge roll-type transporting device（22）Electrical connection.
2. unbaked tile roll-type transporting device according to claim 1, it is characterized in that：The conveying mechanism includes upper roller-way
（5）, lower roller（6）, installing plate（7）, gear watt item（8）, limited block（9）, driving wheel group, the upper roller-way（5）Set on lower roll
Road（6）Top, the installing plate（7）Medial surface and upper roller-way（5）, lower roller（6）Both ends connection, lateral surface with support
Column（3）Shaft connection, the upper roller-way（5）With lower roller（6）Between composition unbaked tile can by transfer passage, it is and defeated
Send the installing plate that channel is opposite（7）Medial surface is equipped with sliding slot, the gear watt item（8）Both ends be respectively arranged in sliding slot, keep off
Watt item（8）It is slidably matched with sliding slot, the limited block（9）The notch of sliding slot is set to, makes gear watt item（8）Block can be limited
（9）It blocks, the driving wheel group is disposed far from turn drive motor（4）Conveying mechanism side, the conveying mechanism
Driving motor（17）Upper roller-way is driven by driving wheel group（5）, lower roller（6）Synchronous and rolling in the same direction.
3. unbaked tile roll-type transporting device according to claim 2, it is characterized in that：The driving wheel group includes the first transmission
Runner（10）, second transmission runner（11）, third transmission runner（12）, tensioning wheel（13）, roller-way driving wheel on first（14）,
Roller-way driving wheel on two（15）, the first lower roller driving wheel（16）, the second lower roller driving wheel, described first transmission runner
（10）It is sheathed on support column（3）Shaft on, described second transmission runner（11）, third transmission runner（12）, tensioning wheel
（13）It is set on installing plate（7）Lateral surface, described first transmission runner（10）, second transmission runner（11）, tensioning wheel
（13）, third transmission runner（12）Pass sequentially through transmission band connection, the described first transmission runner（10）By transmission belt with it is defeated
Send mechanism driving-motor（17）Power output axis connection, roller-way driving wheel on described first（14）, roller-way driving on second
Wheel（15）, the first lower roller driving wheel（16）, the second lower roller driving wheel be set on installing plate（7）Medial surface, and on first
Roller-way driving wheel（14）Set on upper roller-way（5）In first roller top, roller-way driving wheel on second（15）Set on upper roller-way
（5）In the last one roller top, the first lower roller driving wheel（16）Set on lower roller（6）In first roller lower section,
Second lower roller driving wheel is set on lower roller（6）In the last one roller lower section, roller-way driving wheel on described first（14）、
Roller-way driving wheel on second（15）Between by being driven band connection, and transmission belt and upper roller-way（5）It is in contact, under described first
Roller-way driving wheel（16）, between the second lower roller driving wheel by being driven band connection, and transmission belt and lower roller（6）It is in contact,
The second transmission runner（11）Pass through roller-way driving wheel in connecting shaft and first（14）Connection, third transmission runner（12）It is logical
Cross connecting shaft and the first lower roller driving wheel（16）Connection, and connecting shaft passes through installing plate（7）.
4. unbaked tile roll-type transporting device according to claim 3, it is characterized in that：The first transmission runner（10）,
Two transmission runners（11）, third transmission runner（12）The triangle structure in present position, the tensioning wheel（13）Positioned at
Two transmission runners（11）, third transmission runner（12）Between.
5. unbaked tile roll-type transporting device according to claim 1 or 2, it is characterized in that：It is set below the conveying mechanism
There is splicing groove（18）, the splicing groove（18）Both sides be respectively equipped with column（19）, column（19）Pass through shaft and splicing groove
（18）Connection, the splicing groove（18）Bottom and the distance between ground be 30 ~ 100cm, the splicing groove（18）'s
Bottom is equipped with jacking cylinder（20）, make jacking cylinder（20）It can be by splicing groove（18）Side lift or fall.
6. unbaked tile roll-type transporting device according to claim 5, it is characterized in that：The splicing groove（18）Far from jacking gas
Cylinder（20）Side be equipped with Dump gate（21）.
7. unbaked tile roll-type transporting device according to claim 1, it is characterized in that：One is conveyed every time in the conveying mechanism
Arrange unbaked tile.
8. unbaked tile roll-type transporting device according to claim 1, it is characterized in that：The unbaked tile is arch unbaked tile.
9. unbaked tile roll-type transporting device according to claim 1, it is characterized in that：The proximity sensor（23）It is infrared
Proximity sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721638560.5U CN207595983U (en) | 2017-11-30 | 2017-11-30 | A kind of unbaked tile roll-type transporting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721638560.5U CN207595983U (en) | 2017-11-30 | 2017-11-30 | A kind of unbaked tile roll-type transporting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207595983U true CN207595983U (en) | 2018-07-10 |
Family
ID=62761968
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721638560.5U Expired - Fee Related CN207595983U (en) | 2017-11-30 | 2017-11-30 | A kind of unbaked tile roll-type transporting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207595983U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114701833A (en) * | 2022-03-25 | 2022-07-05 | 黄冈市蕲春县新天地瓷业有限公司 | Continuous tile blank overturning transportation system |
-
2017
- 2017-11-30 CN CN201721638560.5U patent/CN207595983U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114701833A (en) * | 2022-03-25 | 2022-07-05 | 黄冈市蕲春县新天地瓷业有限公司 | Continuous tile blank overturning transportation system |
| CN114701833B (en) * | 2022-03-25 | 2024-02-06 | 黄冈市蕲春县新天地瓷业有限公司 | Transportation system for continuous overturning of tile blanks |
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180710 Termination date: 20201130 |