CN209209906U - A kind of Ceramic Tiles transporter - Google Patents
A kind of Ceramic Tiles transporter Download PDFInfo
- Publication number
- CN209209906U CN209209906U CN201821051244.2U CN201821051244U CN209209906U CN 209209906 U CN209209906 U CN 209209906U CN 201821051244 U CN201821051244 U CN 201821051244U CN 209209906 U CN209209906 U CN 209209906U
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- conveyor structure
- ceramic tiles
- transport establishment
- transport
- transporter
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Abstract
The utility model discloses a kind of Ceramic Tiles transporter, which includes first conveyor structure, second conveyor structure, third transport establishment and Huan Ceng mechanism.Wherein, second conveyor structure is in different height layers from third transport establishment, when Huan Ceng mechanism is in first state, it is connected to first conveyor structure and second conveyor structure, when Huan Ceng mechanism is in the second state, it is connected to first conveyor structure and third transport establishment, one end of Huan Ceng mechanism are connected to first conveyor structure, and the other end can switch any one to be connected in the two between second conveyor structure and third transport establishment.The Ceramic Tiles transporter can switch the output position of Ceramic Tiles as needed, and flexibly and easily, applicability is good.
Description
Technical field
The utility model relates to Ceramic Tiles technical field of transportation more particularly to a kind of Ceramic Tiles transporters.
Background technique
Currently, the kiln brick output of most domestic ceramics brick field has been basically completed automated production, completes kiln and go out
It needs to unload Ceramic Tiles from finished product cellar car after brick and is filled to means of transport, transported Ceramic Tiles to collection position by means of transport
To complete the technology of the package of Ceramic Tiles.In the prior art, generally Ceramic Tiles are transported using conveyer belt, but it is existing
The output position of conveyer belt be it is single, corresponding output position adjustment can not be carried out according to the height for collecting position, it is not clever enough
It is living convenient.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of Ceramic Tiles transporter, the potteries
Ceramic tile transporter can switch the output position of Ceramic Tiles as needed, and flexibly and easily, applicability is good.
The purpose of this utility model adopts the following technical scheme that realization:
A kind of Ceramic Tiles transporter, comprising: first conveyor structure, second conveyor structure, third transport establishment and change layer
Mechanism, the second conveyor structure are in different height layers from third transport establishment, when Huan Ceng mechanism is in first state,
It is connected to first conveyor structure and second conveyor structure, when Huan Ceng mechanism is in the second state, is connected to first conveyor structure
With third transport establishment, Huan Ceng mechanism one end is connected to first conveyor structure, and the other end can be in second conveyor structure and the
Any one of switching to be connected in the two between three transport establishments.
Further, the Huan Ceng mechanism is cut with scissors close to one end of the first conveyor structure and the first conveyor structure
Connect, one end that the Huan Ceng mechanism is connect with the third transport establishment can the bottom to being connect with the second conveyor structure.
Further, the Huan Ceng mechanism is between the first conveyor structure and the third transport establishment and can
It is connected to first conveyor structure and the third transport establishment, the Huan Ceng mechanism can be rotated around the third transport establishment, make institute
First conveyor structure is stated to be connected with the second conveyor structure.
Further, the Ceramic Tiles transporter further includes the 4th transport establishment, and the 4th transport establishment is mounted on
Between three transport establishments and second conveyor structure, one end of the 4th transport establishment is connected to first conveyor structure, and the other end connects
Lead to the second conveyor structure.
Further, the Huan Ceng mechanism includes the first driving cylinder and rotary transport frame, the third transport establishment
One end of the Huan Ceng mechanism is provided with the fixing sleeve around third transport establishment rotation, the fixing sleeve is suitable for and institute
Rotary transport frame is stated to be fixedly connected.
Further, several idler wheels are installed on the rotary transport frame, setting is spaced between each idler wheel, it is each described
The top surface of idler wheel forms transfer passage.
Further, the rotary transport frame is equipped with anti-striker close to the bottom of the first conveyor structure.
Further, the Ceramic Tiles transporter further includes for accepting the Ceramic Tiles exported by the 4th transport establishment
Buffer gear, the side that the 4th transport establishment installs towards the buffer gear tilts, and the buffer gear is located at institute
It states in second conveyor structure, the buffer gear includes the second driving cylinder and cushion, the second driving cylinder installation
The cushion lower section and for driving the cushion to move up and down.
Further, the bottom of the cushion is equipped with sliding block and the first driving motor, the second conveyor structure
In guide rail is installed, the guide rail is suitable for cooperating with the sliding block, and first driving motor is suitable for driving the cushion edge
The conveyor surface of second conveyor structure moves.
Compared with prior art, the utility model has the beneficial effects that: second conveyor structure is in third transport establishment
Different height layers is connected to first conveyor structure and second conveyor structure when Huan Ceng mechanism is in first state, when changing layer
When mechanism is in the second state, it is connected to first conveyor structure and third transport establishment, one end connection first of Ji Huanceng mechanism
Transport establishment, the other end can switch any one in the two to be connected between second conveyor structure and third transport establishment
Person is realized by Huan Ceng mechanism and switches different output positions, flexibly square to replace the output position of Ceramic Tiles as needed
Just, applicability is good.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of Ceramic Tiles transporter of the utility model；
Fig. 2 is enlarged drawing at the A in Ceramic Tiles transporter shown in FIG. 1；
Fig. 3 be Ceramic Tiles transporter shown in FIG. 1 structural schematic diagram, wherein for ease of understanding, third transport establishment with
And Huan Ceng mechanism is not shown in figure out.
In figure: 10, rack；20, first conveyor structure；30, second conveyor structure；40, third transport establishment；50, layer is changed
Mechanism；51, rotary transport frame；52, idler wheel；53, the first driving cylinder；54, fixing sleeve；55, anti-striker；60, the 4th transporter
Structure；70, buffer gear；71, the first cushion；72, the second cushion；73, the second driving cylinder；74, guide rail；80, it second drives
Dynamic motor；90, conveyer belt；100, driving pulley；200, driven pulley；300, supporting parts；400, driving shaft；500, driven shaft.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that
Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
Referring to figures 1-3, a kind of Ceramic Tiles transporter of the utility model embodiment is shown, the Ceramic Tiles transporter packet
Including rack 10, first conveyor structure 20, second conveyor structure 30, third transport establishment 40 and Huan Ceng mechanism 50.Wherein, first
Transport establishment 20, Huan Ceng mechanism 50 and third transport establishment 40 are installed in the first layer of rack 10, and Huan Ceng mechanism 50 is located at
Between first conveyor structure 20 and third transport establishment 40, the transportation surface of first conveyor structure 20 and Huan Ceng mechanism 50 and the
The transportation surface of three transport establishments 40 is preferably provided in same level, when transporting Ceramic Tiles, keeps the transport of Ceramic Tiles steady.When
So, also tiltable is arranged between each transportation surface, as long as can guarantee to transport smooth.First conveyor structure 20, Huan Ceng mechanism
50 and third transport establishment 40 can form the first supply line of Ceramic Tiles.And second conveyor structure 30 is mounted on rack 10
The second layer is simultaneously located at the lower section of first conveyor structure 20 (namely second conveyor structure 30 and third transport establishment 40 is in different
Height layer), and second conveyor structure 30 along the second layer of rack 10 transverse direction (transverse direction herein be and Ceramic Tiles transporter
To identical direction) extend, first conveyor structure 20 can form the second supply line of Ceramic Tiles with second conveyor structure 30.When changing
When layer mechanism 50 is in first state, it is connected to first conveyor structure 20 and second conveyor structure 30, when Huan Ceng mechanism 50 is in
When the second state, it is connected to first conveyor structure 20 and third transport establishment 40, the first transport of 50 one end of Ji Huanceng mechanism connection
Mechanism 20, the other end can switch any in the two to be connected between second conveyor structure 30 and third transport establishment 40
One.Therefore, this Ceramic Tiles transporter, which can be realized, switches different output positions, and flexibly and easily, applicability is good.
Preferably, Huan Ceng mechanism 50 is hinged close to one end of first conveyor structure 20 and first conveyor structure 20, changes a layer machine
One end that structure 50 is connect with third transport establishment 40 can drive the bottom to connecting with second conveyor structure 30 by cylinder, make to change
One end of layer mechanism 50 is connected to first conveyor structure 20, and the other end is connected to second conveyor structure 30.When needing Ceramic Tiles
When along the output of the second supply line, input Ceramic Tiles by the first supply line, successively along Huan Ceng mechanism 50 and second conveyor structure
30 transfer out.When needing to export Ceramic Tiles along the first supply line, input Ceramic Tiles along first conveyor structure 20, successively
It is transferred out along Huan Ceng mechanism 50 and third transport establishment 40.
Certainly, in other embodiments, Huan Ceng mechanism 50 be located at first conveyor structure 20 and third transport establishment 40 it
Between and first conveyor structure 20 and third transport establishment 40 can be connected to, Huan Ceng mechanism 50 can be rotated around third transport establishment 40,
First conveyor structure 20 is set to be connected with second conveyor structure 30.
With a kind of above-mentioned Ceramic Tiles transporter, the height of position can be collected according to Ceramic Tiles and adjust the defeated of Ceramic Tiles
Out position.Specific as follows, when collecting position and the height of the conveyor surface of the first supply line matches, Ceramic Tiles are by the first transport
Mechanism 20 inputs, and is successively delivered to along the conveyor surface of Huan Ceng mechanism 50 and third transport establishment 40 and collects position.Work as collection
When the height of the conveyor surface of the height of position and the second supply line matches, driving Huan Ceng mechanism 50 is around 40 turns of third transport establishment
It is dynamic, make to disconnect between the tail end of first conveyor structure 20 and the head end of Huan Ceng mechanism 50, Ceramic Tiles are by the first transport at this time
Mechanism 20 is delivered to second conveyor structure 30, and is delivered to along the conveyor surface of second conveyor structure 30 and collects position.In this way, realizing
The output position switching of this Ceramic Tiles transport establishments, flexibly and easily.Applicability is good.
Preferably, Ceramic Tiles transporter further includes the 4th transport establishment 60, and the 4th transport establishment 60 is mounted on third fortune
Between transfer mechanism 40 and second conveyor structure 30, one end of the 4th transport establishment 60 is connected to first conveyor structure 20, the other end
It is connected to second conveyor structure 30.4th transport establishment 60 is mounted in rack 10 and is obliquely installed relative to rack 10, this
Four transport establishments 60 are located at the lower section of first conveyor structure 20 Yu 50 link position of Huan Ceng mechanism, for being connected by first conveyor
The Ceramic Tiles that structure 20 is transported out.The transportation surface of the 4th transport establishment 60 is tilted, is transported convenient for Ceramic Tiles along the inclined transportation surface
Second conveyor structure 30 is transported to, Ceramic Tiles is avoided and directly falls to second conveyor structure 30 and excessive damage occurs, is reduced
The hurt rate of Ceramic Tiles, improves the quality of Ceramic Tiles.
Referring to fig. 2, it is preferable that Huan Ceng mechanism 50 includes the first driving cylinder 53, rotary transport frame 51 and idler wheel 52.Its
In, the first driving cylinder 53 is mounted in rack 10, referring to Fig. 1, to make 51 smooth motion of rotary transport frame, and then guarantees transport
Steadily, there are two the first driving settings of cylinder 53, the piston rod of each first driving cylinder 53 is suitable for connecting with rotary transport frame 51,
Idler wheel 52 is mounted on rotary transport frame 51, and idler wheel 52 is provided with multiple, and multiple idler wheels 52 are spaced on rotary transport frame 51 and set
It sets, and the top surface of multiple idler wheels 52 is capable of forming the transfer passage of conveying Ceramic Tiles, transfers out Ceramic Tiles on idler wheel 52
Go, which is connected the transportation surface of first conveyor structure 20 and third transport establishment 40, in order to by Ceramic Tiles from the
One transport establishment 20 is delivered in third transport establishment 40.First conveyor structure 20 is provided with close to one end of Huan Ceng mechanism 50 can
Relative to the fixing sleeve 54 that third transport establishment 40 rotates, fixing sleeve 54 is suitable for being fixedly connected with rotary transport frame 51.Driving the
When one driving cylinder 53 works, since rotary transport frame 51 is connect with fixing sleeve 54, and the fixing sleeve 54 can be relative to third
Transport establishment 40 rotates, therefore rotary transport frame 51 can be swung around third transport establishment 40, make the end of first conveyor structure 20
While end and the connection of the head end of Huan Ceng mechanism 50 disconnect, it is connected to first conveyor structure 20 simultaneously with second conveyor structure 30
The second supply line is formed, Ceramic Tiles is enable to be delivered on the transportation surface of second conveyor structure 30 by first conveyor structure 20, it is real
Existing Ceramic Tiles are exported in the delivery outlet of the second supply line.
In the present embodiment, fixing sleeve 54 is suitable for connecting with the driven shaft 500 of third transport establishment 40, preferably
It is provided with a pair of bearings between the driven shaft 500 of ground, fixing sleeve 54 and third transport establishment 40, is spaced setting between each bearing,
Each bearing supports the both ends of 54 inner wall of fixing sleeve respectively, makes the stability of rotation of rotary transport frame 51.
Referring to fig. 2 it can also be seen that rotary transport frame 51 is equipped with anti-striker 55 close to the bottom of first conveyor structure 20,
When rotary transport frame 51 is rocked to around third transport establishment 40 to be connected to third transport establishment 40, which is suitable for and machine
Frame 10 contacts, and effectively prevents rotary transport frame 51 and directly collides with rack 10, avoids damage rotary transport frame 51, mentions
The service life of high rotary transport frame 51.There are two the anti-settings of striker 55, and each anti-striker 55 is separately mounted to rotary transport frame 51
Bottom two sides, enable anti-55 balanced support rotary transport frame 51 of striker.Anti- striker 55 can be for anti-collision rubber block either
Anti-collision rubber wheel.Referring to Fig. 3, this Ceramic Tiles transporter further includes for accepting the Ceramic Tiles exported by the 4th transport establishment 60
Buffer gear 70, the 4th transport establishment 60 tilt towards the side that buffer gear 70 is installed, which is mounted on machine
On frame 10 and it is located in second conveyor structure 30, buffer gear 70 includes the second driving cylinder 73 and cushion, the second driving
Cylinder 73 is mounted on the lower section of cushion and for driving cushion to move up and down.By the way that buffer gear 70, Ceramic Tiles are arranged
When sliding along the 4th transport establishment 60, driving the second driving cylinder 73 makes the second driving cylinder 73 that cushion be promoted to do elevator
It is dynamic, make cushion for the Ceramic Tiles that support is slided by the 4th transport establishment 60, and then driving the second driving cylinder 73, makes
Cushion does descending motion with Ceramic Tiles, until cushion is flushed with the transportation surface of second conveyor structure 30, second conveyor
Structure 30 transports away Ceramic Tiles, further avoids the hurt of Ceramic Tiles, improves the quality of Ceramic Tiles.
Preferably, the bottom of cushion is equipped with sliding block and the first driving motor, is equipped in second conveyor structure 30
Guide rail 74, guide rail 74 are suitable for cooperating with sliding block, and the first driving motor is suitable for the conveying for driving cushion along second conveyor structure 30
Face movement enables buffer gear 70 to adjust position according to the actual situation while as the driving force for driving Ceramic Tiles transport
It sets, realizes and be accurately positioned.
Preferably, cushion includes the first cushion 71 and the second cushion 72, and the first cushion 71 is laterally arranged, the
Two cushions 72 connect with the first cushion 71 and are arranged perpendicular to the first cushion 71, and it is slow that the second cushion 72 is mounted on first
The one end of pad 71 far from the 4th transport establishment 60 is rushed, plays the role of blocking, Ceramic Tiles is avoided directly to fall to because of inertia force
Second conveyor structure 30.
Preferably, first conveyor structure 20, second conveyor structure 30, third transport establishment 40 and the 4th transport establishment 60
Include the second driving motor 80, driving shaft 400, driven shaft 500, driving pulley 100, driven pulley 200 and conveyer belt 90,
Each driving shaft 400 and driven shaft 500 are mounted in rack 10, spaced apart between driving shaft 400 and driven shaft 500 to set
It sets.The distance can be adjusted according to the actual situation.Driving pulley 100 is mounted on driving shaft 400, and driven pulley 200 is mounted on
On driven shaft 500, conveyer belt 90 is wound around on driving pulley 100 and driven pulley 200, and each second driving motor 80 is suitable for dividing
It is not connected with corresponding driving shaft 400 and for driving driving shaft 400.Ceramic Tiles are transmitted using conveyer belt 90, are simply put down
Surely.
Preferably, first conveyor structure 20, second conveyor structure 30, third transport establishment 40 and the 4th transport establishment 60
Conveyer belt 90 be provided with two, setting is spaced between two conveyer belts 90, to improve the stationarity of transport.Spacing distance can
It is adjusted according to the size of Ceramic Tiles.Certainly, conveyer belt 90 can also be provided with a plurality of according to the width of rack 10, as long as each transmission
It will not be interfered with each other between Ceramic Tiles when band 90 transports Ceramic Tiles.
Preferably, it is provided with below the another side opposite with the transmission plane of each conveyer belt 90 for support conveyer belt 90
Supporting parts 300, make conveyer belt 90 under the pressure of Ceramic Tiles without too big bending occurs, guarantee the normal of conveyer belt 90
It transports.Each supporting parts 300 are mounted in rack 10.There are gaps between each supporting parts 300 and each conveyer belt 90, in Ceramic Tiles
When pressure is smaller, guarantees not contact between conveyer belt 90 and supporting parts 300, avoid unnecessary abrasion, improve conveyer belt 90
Service life.Supporting parts 300 can be with steel bar, which is square, which offers the length direction extension along steel bar
Notch so that steel bar be in hollow form, to mitigate quality.
Above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model
Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacement belong to
In the utility model range claimed.
Claims (9)
1. a kind of Ceramic Tiles transporter characterized by comprising first conveyor structure, second conveyor structure, third transport establishment
And Huan Ceng mechanism, the second conveyor structure are in different height layers from third transport establishment, when Huan Ceng mechanism is in the
When one state, it is connected to first conveyor structure and second conveyor structure, when Huan Ceng mechanism is in the second state, connection first
Transport establishment and third transport establishment, Huan Ceng mechanism one end are connected to first conveyor structure, and the other end can be in the second transport
Any one of switching to be connected in the two between mechanism and third transport establishment.
2. Ceramic Tiles transporter as described in claim 1, which is characterized in that the Huan Ceng mechanism is close to the first conveyor
One end of structure and the first conveyor structure are hinged, and one end that the Huan Ceng mechanism is connect with the third transport establishment can the bottom
Extremely it is connect with the second conveyor structure.
3. Ceramic Tiles transporter as described in claim 1, which is characterized in that the Huan Ceng mechanism is located at the first conveyor
Between structure and the third transport establishment and first conveyor structure and the third transport establishment, the Huan Ceng mechanism can be connected to
It can be rotated around the third transport establishment, the first conveyor structure is made to be connected with the second conveyor structure.
4. Ceramic Tiles transporter as claimed in claim 3, which is characterized in that the Ceramic Tiles transporter further includes the 4th transport
Mechanism, the 4th transport establishment are mounted between third transport establishment and second conveyor structure, the 4th transport establishment
One end is connected to first conveyor structure, and the other end is connected to the second conveyor structure.
5. Ceramic Tiles transporter as claimed in claim 3, which is characterized in that the Huan Ceng mechanism include first driving cylinder with
And rotary transport frame, the piston rod of the first driving cylinder are suitable for connecting with the rotary transport frame, the third transporter
Structure close to one end of the Huan Ceng mechanism be provided with around the third transport establishment rotation fixing sleeve, the fixing sleeve be suitable for
The rotary transport frame is fixedly connected.
6. Ceramic Tiles transporter as claimed in claim 5, which is characterized in that if being equipped with dry milling on the rotary transport frame
It takes turns, setting is spaced between each idler wheel, the top surface of each idler wheel forms transfer passage.
7. Ceramic Tiles transporter as claimed in claim 5, which is characterized in that the rotary transport frame is close to first transport
The bottom of mechanism is equipped with anti-striker.
8. Ceramic Tiles transporter as claimed in claim 4, which is characterized in that the Ceramic Tiles transporter further includes for accepting
By the buffer gear of the Ceramic Tiles of the 4th transport establishment output, the 4th transport establishment installs towards the buffer gear
Side inclination, the buffer gear is located in the second conveyor structure, the buffer gear include second drive cylinder with
And cushion, the second driving cylinder are mounted on the lower section of the cushion and for driving the cushion to do lifting fortune
It is dynamic.
9. Ceramic Tiles transporter as claimed in claim 8, which is characterized in that the bottom of the cushion be equipped with sliding block and
First driving motor is equipped with guide rail in the second conveyor structure, and the guide rail is suitable for cooperating with the sliding block, and described first
Driving motor is suitable for that the cushion is driven to move along the conveyor surface of second conveyor structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821051244.2U CN209209906U (en) | 2018-07-03 | 2018-07-03 | A kind of Ceramic Tiles transporter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821051244.2U CN209209906U (en) | 2018-07-03 | 2018-07-03 | A kind of Ceramic Tiles transporter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209209906U true CN209209906U (en) | 2019-08-06 |
Family
ID=67452079
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821051244.2U Expired - Fee Related CN209209906U (en) | 2018-07-03 | 2018-07-03 | A kind of Ceramic Tiles transporter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209209906U (en) |
-
2018
- 2018-07-03 CN CN201821051244.2U patent/CN209209906U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210806 Address after: 528000 No. 3, dayongbian, Huayuan GANGLONG, Baixi village, Xiqiao Town, Nanhai District, Foshan City, Guangdong Province (residence declaration) Patentee after: Foshan Yuerong Technology Co.,Ltd. Address before: 528200 workshop 3, No. 2, Baixi Xinjian huancun Road, Xiqiao Town, Nanhai District, Foshan City, Guangdong Province (residence declaration) Patentee before: FOSHAN YUEXINRONG INTELLIGENT EQUIPMENT Co.,Ltd. |
|
| 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: 20190806 Termination date: 20210703 |