CN206257956U - Tunnel kiln system that is a kind of double and pushing away - Google Patents
Tunnel kiln system that is a kind of double and pushing away Download PDFInfo
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- CN206257956U CN206257956U CN201621394155.9U CN201621394155U CN206257956U CN 206257956 U CN206257956 U CN 206257956U CN 201621394155 U CN201621394155 U CN 201621394155U CN 206257956 U CN206257956 U CN 206257956U
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- Prior art keywords
- track
- double
- cross track
- alms bowl
- sidesway
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Abstract
The utility model is related to tunnel cave field, more particularly to tunnel kiln system that is a kind of double and pushing away.The purpose of this utility model is that offer is a kind of facilitates staff to operate, circle alms bowl is steadily carried out the double of orbital transfer and push away tunnel kiln system.Its technical scheme：Tunnel kiln system that is a kind of double and pushing away, including kiln body, are provided with double-row track in kiln body, double-row track front end is provided with cross track, and two groups of push pedal cylinders are provided with outside cross track；Delivery track is additionally provided with outside the kiln body, the traffic direction of delivery track is vertical with the traffic direction of cross track, space is left in the middle part of cross track, elevating mechanism is installed in space in the middle part of cross track, elevating mechanism is located at the operating path front end of delivery track, and delivery track is higher than cross track.The utility model solves the problems, such as to be not easy to deflect, break when staff puts circle alms bowl, circle alms bowl orbital transfer outside the kiln of the double tunnel cave in existing inside.
Description
Technical field
The utility model is related to tunnel cave field, more particularly to tunnel kiln system that is a kind of double and pushing away
Background technology
It is all double in the outer double kiln of single or kiln in the outer single kiln of kiln that the product placement mode of existing tunnel cave is.
Number of patent application holds for the utility model patent of CN200820028785.3 discloses rolling type transmission in a kind of Industry Tunnel Kiln
Carry and put, including tunnel cave housing, tunnel cave shell one end is provided with pusher, and it is characterized in that in the tunnel cave housing
Bottom of chamber layer both sides are provided with L-type roller shaft seat, and L-type roller shaft seat is connected with row's roller assembly, and centre is fixedly connected with single or double
Row's roller shaft seat, connects roller assembly on the L-type roller shaft seat, single or double roller shaft seat, roller assembly passes through fixed plate and L-type
Roller shaft seat, single or double roller shaft seat are fixedly connected, be equipped with above roller assembly can push-and-pull movable push, put in movable push
Put by burning circle alms bowl.Current sliding friction is transformed into the device roller operation of resistance very little, easy installation and reliable, push pedal
Do not arch upward, it is ensured that sintered material normally runs in stove.
Said apparatus are improved the structure of track, and the arrangement of track is still by the way of traditional, i.e., single outside kiln
It is double in the outer double kiln of single or kiln in row's kiln.And using in the outer single kiln of kiln it is single put when, production efficiency is relatively low；Using
When double in the outer double kiln of kiln, staff is not easy to that the external orbital near kiln side is carried out putting circle alms bowl.Also, it is existing
In the outer single disposing way of some kilns, circle alms bowl from it is longitudinally fed be changed into lateral transfer when, because the conversion of track causes circle alms bowl
Deflection, makes circle alms bowl accurately to enter kiln inner orbit.In orbital transfer, circle alms bowl may collide or rock, and cause circle alms bowl
Damage.
Utility model content
The utility model overcomes the deficiencies in the prior art, there is provided a kind of to facilitate staff to operate, circle alms bowl is steadily entered
Row orbital transfer double simultaneously pushes away tunnel kiln system, and work people is not easy to outside the kiln for solving the double tunnel cave in existing inside
Member puts the problem for deflecting, breaking when circle alms bowl, circle alms bowl orbital transfer.
To solve above-mentioned technical problem, the utility model uses following technical scheme：
Tunnel kiln system that is a kind of double and pushing away, including kiln body, are provided with wicket in kiln body, double rail is provided with kiln body
Road, one end of double-row track is stretched out outside kiln body from wicket, and double-row track front end is provided with cross track, the operation side of cross track
Two groups of push pedal cylinders are provided with to the traffic direction perpendicular to double-row track, outside cross track, two groups of push pedal cylinders are just right respectively
In two tracks of double-row track；Delivery track is additionally provided with outside the kiln body, delivery track is single track, delivery track
Traffic direction is vertical with the traffic direction of cross track, and space is left in the middle part of cross track, in the space in the middle part of cross track
Elevating mechanism is installed, elevating mechanism is located at the operating path front end of delivery track, and delivery track is higher than cross track.
As preferred scheme of the present utility model, side moves plate, sidesway plate hinge are set between delivery track and elevating mechanism
It is connected to lateral movement mechanism.
Used as preferred scheme of the present utility model, the lateral movement mechanism includes sidesway substrate, respectively will hinge on sidesway substrate
Two rotating bars are connected to, the drive mechanism for driving rotating bar to rotate is installed on sidesway substrate, two rotating bars
The other end is articulated with sidesway plate.
Used as preferred scheme of the present utility model, the elevating mechanism includes lift cylinder, on the piston rod of lift cylinder
It is fixed with loading plate.
Used as preferred scheme of the present utility model, the both sides of the cross track are provided with baffle plate, near kiln body side
Baffle plate less than delivery track height and sidesway plate height；Away from the height of the baffle plate higher than loading plate of kiln body side.
Compared with prior art, the beneficial effects of the utility model are：
1st, delivery track is provided with outside kiln body of the present utility model, delivery track is single track, it is to avoid the outer double track of kiln
During road, the inconvenient track near kiln body side of staff puts the problem of circle alms bowl.Pacify in space in the middle part of cross track
Equipped with elevating mechanism, when circle alms bowl is transported to cross track intersection from delivery track, circle alms bowl is introduced on elevating mechanism, is risen
After descending mechanism declines, circle alms bowl enters cross track naturally.This mode, can avoid circle alms bowl from directly entering transverse rails from delivery track
During road, circle alms bowl produces the situation that deflect and cannot accurately enter tunnel cave inner tracks.Elevating mechanism smoothly transports circle alms bowl
It is damaged caused by circle alms bowl can be avoided to shake or collide to cross track.
2nd, cross track is entered to ensure that circle alms bowl is smooth when elevating mechanism declines, elevating mechanism and delivery track can not be by
Cross track is sheltered from, and the gap of one fixed width can be thus produced in elevating mechanism and delivery track, and so, circle alms bowl enters liter
Can be produced during descending mechanism and necessarily rocked.And after side moves plate is set between delivery track and elevating mechanism, seamless connection is can guarantee that,
Ensure the stationarity in circle alms bowl course of conveying.When needing to fall circle alms bowl, start lateral movement mechanism, sidesway plate is from above cross track
Remove, it is ensured that circle alms bowl is dropped on cross track.
3rd, when needing to remove sidesway plate, drive mechanism is started, rotating bar is rotated, sidesway plate is moved from cross track top
Open, cross track is not blocked；When needing from delivery track to be transported to circle alms bowl on elevating mechanism, starting drive mechanism makes
Rotating bar is rotated, and sidesway plate rises to the height of delivery track, it is ensured that circle alms bowl is steadily conveyed.
4th, elevating mechanism includes lift cylinder, loading plate is fixed with the piston rod of lift cylinder, by controlling lifting air
The height of cylinder piston rod is risen or falls circle alms bowl, it is ensured that circle alms bowl is steadily down on cross track.
5th, near kiln body side baffle plate less than delivery track height and sidesway plate height so that, it is to avoid baffle plate with
Delivery track and sidesway plate are interfered.Away from the height of the baffle plate higher than loading plate of kiln body side, can block from delivery track
Convey the circle alms bowl that comes, it is to avoid it slides from the side of elevating mechanism.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the left view of the utility model partial structurtes.
In figure, 1- kiln bodies, 2- double-row tracks, 3- cross tracks, 4- push pedal cylinders, 5- delivery tracks, 6- elevating mechanisms, 7-
Sidesway plate, 8- lateral movement mechanisms, 61- lift cylinders, 62- loading plates, 81- sidesway substrates, 82- rotating bars, 83- drive mechanisms.
Specific embodiment
Below in conjunction with the accompanying drawings, the utility model is described in detail.
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and implementation
Example, is further elaborated to the utility model.It should be appreciated that specific embodiment described herein is only used to explain this
Utility model, is not used to limit the utility model.
Embodiment one
Tunnel kiln system that is a kind of double and pushing away, including kiln body 1, are provided with wicket in kiln body 1, be provided with kiln body double
Track 2, one end of double-row track 2 is stretched out outside kiln body 1 from wicket, and the front end of double-row track 2 is provided with cross track 3, cross track 3
Traffic direction perpendicular to the traffic direction of double-row track 2, be provided with two groups of push pedal cylinders 4, two groups of push pedal gas outside cross track 3
Cylinder 4 is right against two tracks of double-row track 2 respectively；Delivery track 5, the operation of delivery track 5 are additionally provided with outside the kiln body 1
Direction is vertical with the traffic direction of cross track 3, and space is left at the middle part of cross track 3, pacifies in the space at the middle part of cross track 3
Equipped with elevating mechanism 6, elevating mechanism 6 is located at the operating path front end of delivery track 5, and delivery track 5 is higher than cross track 3.
Delivery track 5 is provided with outside kiln body of the present utility model 1, delivery track 5 is single track, it is to avoid the outer double track of kiln
During road, the inconvenient track near the side of kiln body 1 of staff puts the problem of circle alms bowl.In the space at the middle part of cross track 3
Elevating mechanism 6 is installed, when circle alms bowl is transported to 3 intersection of cross track from delivery track 5, circle alms bowl is introduced into elevating mechanism
On 6, after elevating mechanism 6 declines, circle alms bowl enters cross track 3 naturally.This mode, can avoid circle alms bowl directly from delivery track 5
During into cross track 3, circle alms bowl produces the situation that deflect and cannot accurately enter tunnel cave inner tracks.Elevating mechanism 6 is by circle
Alms bowl is smoothly transported to cross track 3, damaged caused by circle alms bowl can be avoided to shake or collide.
Embodiment two
Tunnel kiln system that is a kind of double and pushing away, including kiln body 1, are provided with wicket in kiln body 1, be provided with kiln body double
Track 2, one end of double-row track 2 is stretched out outside kiln body 1 from wicket, and the front end of double-row track 2 is provided with cross track 3, cross track 3
Traffic direction perpendicular to the traffic direction of double-row track 2, be provided with two groups of push pedal cylinders 4, two groups of push pedal gas outside cross track 3
Cylinder 4 is right against two tracks of double-row track 2 respectively；Delivery track 5, the operation of delivery track 5 are additionally provided with outside the kiln body 1
Direction is vertical with the traffic direction of cross track 3, and space is left at the middle part of cross track 3, pacifies in the space at the middle part of cross track 3
Equipped with elevating mechanism 6, elevating mechanism 6 is located at the operating path front end of delivery track 5, and delivery track 5 is higher than cross track 3.
Delivery track 5 is provided with outside kiln body of the present utility model 1, delivery track 5 is single track, it is to avoid the outer double track of kiln
During road, the inconvenient track near the side of kiln body 1 of staff puts the problem of circle alms bowl.In the space at the middle part of cross track 3
Elevating mechanism 6 is installed, when circle alms bowl is transported to 3 intersection of cross track from delivery track 5, circle alms bowl is introduced into elevating mechanism
On 6, after elevating mechanism 6 declines, circle alms bowl enters cross track 3 naturally.This mode, can avoid circle alms bowl directly from delivery track 5
During into cross track 3, circle alms bowl produces the situation that deflect and cannot accurately enter tunnel cave inner tracks.Elevating mechanism 6 is by circle
Alms bowl is smoothly transported to cross track 3, damaged caused by circle alms bowl can be avoided to shake or collide.
Side moves plate 7 is set between delivery track 5 and elevating mechanism 6, and sidesway plate 7 is hinged with lateral movement mechanism 8.The sidesway
Mechanism 8 includes sidesway substrate 81, will be hinged with two rotating bars 82 on sidesway substrate 81 respectively, and use is provided with sidesway substrate 81
In the drive mechanism 83 for driving a rotating bar 82 to rotate, the other end of two rotating bars 82 is articulated with sidesway plate 7.
To ensure that circle alms bowl smoothly enters cross track 3 when elevating mechanism 6 declines, elevating mechanism 6 and delivery track 5 can not
Cross track 3 is sheltered from, the gap of one fixed width can be thus produced between elevating mechanism 6 and delivery track 5, circle alms bowl enters
Can be produced when entering elevating mechanism 6 and necessarily rocked.And after side moves plate 7 is set between delivery track 5 and elevating mechanism 6, can guarantee that
It is seamlessly connected, it is ensured that the stationarity in circle alms bowl course of conveying.When needing to fall circle alms bowl, start lateral movement mechanism 8, sidesway plate 7 from
Remove the top of cross track 3, it is ensured that circle alms bowl is dropped on cross track 3.When needing to remove sidesway plate 7, start drive mechanism
83, rotating bar 82 is rotated, and sidesway plate 7 is removed from the top of cross track 3, cross track 3 is not blocked；When need by circle alms bowl from
Delivery track 5 is transported to when on elevating mechanism 6, and starting drive mechanism 83 rotates rotating bar 82, and sidesway plate 7 rises to conveyor track
The height in road 5, it is ensured that circle alms bowl is steadily conveyed.
Embodiment three
Tunnel kiln system that is a kind of double and pushing away, including kiln body 1, are provided with wicket in kiln body 1, be provided with kiln body double
Track 2, one end of double-row track 2 is stretched out outside kiln body 1 from wicket, and the front end of double-row track 2 is provided with cross track 3, cross track 3
Traffic direction perpendicular to the traffic direction of double-row track 2, be provided with two groups of push pedal cylinders 4, two groups of push pedal gas outside cross track 3
Cylinder 4 is right against two tracks of double-row track 2 respectively；Delivery track 5, the operation of delivery track 5 are additionally provided with outside the kiln body 1
Direction is vertical with the traffic direction of cross track 3, and space is left at the middle part of cross track 3, pacifies in the space at the middle part of cross track 3
Equipped with elevating mechanism 6, elevating mechanism 6 is located at the operating path front end of delivery track 5, and delivery track 5 is higher than cross track 3.
Delivery track 5 is provided with outside kiln body of the present utility model 1, delivery track 5 is single track, it is to avoid the outer double track of kiln
During road, the inconvenient track near the side of kiln body 1 of staff puts the problem of circle alms bowl.In the space at the middle part of cross track 3
Elevating mechanism 6 is installed, when circle alms bowl is transported to 3 intersection of cross track from delivery track 5, circle alms bowl is introduced into elevating mechanism
On 6, after elevating mechanism 6 declines, circle alms bowl enters cross track 3 naturally.This mode, can avoid circle alms bowl directly from delivery track 5
During into cross track 3, circle alms bowl produces the situation that deflect and cannot accurately enter tunnel cave inner tracks.Elevating mechanism 6 is by circle
Alms bowl is smoothly transported to cross track 3, damaged caused by circle alms bowl can be avoided to shake or collide.
Side moves plate 7 is set between delivery track 5 and elevating mechanism 6, and sidesway plate 7 is hinged with lateral movement mechanism 8.The sidesway
Mechanism 8 includes sidesway substrate 81, will be hinged with two rotating bars 82 on sidesway substrate 81 respectively, and use is provided with sidesway substrate 81
In the drive mechanism 83 for driving a rotating bar 82 to rotate, the other end of two rotating bars 82 is articulated with sidesway plate 7.
To ensure that circle alms bowl smoothly enters cross track 3 when elevating mechanism 6 declines, elevating mechanism 6 and delivery track 5 can not
Cross track 3 is sheltered from, the gap of one fixed width can be thus produced between elevating mechanism 6 and delivery track 5, circle alms bowl enters
Can be produced when entering elevating mechanism 6 and necessarily rocked.And after side moves plate 7 is set between delivery track 5 and elevating mechanism 6, can guarantee that
It is seamlessly connected, it is ensured that the stationarity in circle alms bowl course of conveying.When needing to fall circle alms bowl, start lateral movement mechanism 8, sidesway plate 7 from
Remove the top of cross track 3, it is ensured that circle alms bowl is dropped on cross track 3.When needing to remove sidesway plate 7, start drive mechanism
83, rotating bar 82 is rotated, and sidesway plate 7 is removed from the top of cross track 3, cross track 3 is not blocked；When need by circle alms bowl from
Delivery track 5 is transported to when on elevating mechanism 6, and starting drive mechanism 83 rotates rotating bar 82, and sidesway plate 7 rises to conveyor track
The height in road 5, it is ensured that circle alms bowl is steadily conveyed.
The elevating mechanism 6 includes lift cylinder 61, and loading plate 62 is fixed with the piston rod of lift cylinder 61.By control
The height of the piston rod of lift cylinder processed 61 is risen or falls circle alms bowl, it is ensured that circle alms bowl is steadily down on cross track 3.
The both sides of the cross track 3 are provided with baffle plate, near the height of the baffle plate less than delivery track 5 of the side of kiln body 1
The height of degree and sidesway plate 7, so that, it is to avoid baffle plate is interfered with delivery track 5 and sidesway plate 7.Away from the gear of the side of kiln body 1
Plate can be blocked from delivery track 5 and convey the circle alms bowl that comes higher than the height of loading plate 62, it is to avoid it is slided from the side of elevating mechanism 6
Fall.
Claims (5)
1. tunnel kiln system that is a kind of double and pushing away, including kiln body (1), are provided with double-row track (2), double-row track in kiln body
(2) front end is provided with cross track (3), the traffic direction of cross track (3) perpendicular to double-row track (2) traffic direction, it is horizontal
To two groups of push pedal cylinders (4) are provided with outside track (3), two groups of push pedal cylinders (4) are right against two rails of double-row track (2) respectively
Road；Characterized in that, being additionally provided with delivery track (5), the traffic direction and transverse rails of delivery track (5) outside the kiln body (1)
The traffic direction in road (3) is vertical, and space is left in the middle part of cross track (3), and liter is provided with the space in the middle part of cross track (3)
Descending mechanism (6), positioned at the operating path front end of delivery track (5), delivery track (5) is higher than cross track for elevating mechanism (6)
(3)。
2. tunnel kiln system that is according to claim 1 a kind of double and pushing away, it is characterised in that delivery track (5) and liter
Side moves plate (7) are set between descending mechanism (6), and sidesway plate (7) is hinged with lateral movement mechanism (8).
3. tunnel kiln system that is according to claim 2 a kind of double and pushing away, it is characterised in that the lateral movement mechanism (8)
Two rotating bars (82) will be hinged with respectively including sidesway substrate (81), on sidesway substrate (81), installed on sidesway substrate (81)
There is the drive mechanism (83) for driving a rotating bar (82) to rotate, the other end of two rotating bars (82) is articulated with sidesway plate
(7) on.
4. a kind of double according to claim 1-3 any one and the tunnel kiln system for pushing away, it is characterised in that the liter
Descending mechanism (6) includes lift cylinder (61), and loading plate (62) is fixed with the piston rod of lift cylinder (61).
5. tunnel kiln system that is according to claim 4 a kind of double and pushing away, it is characterised in that the cross track (3)
Both sides be provided with baffle plate, near kiln body (1) side baffle plate less than delivery track (5) height and sidesway plate (7) height
Degree；Away from the height of the baffle plate higher than loading plate (62) of kiln body (1) side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621394155.9U CN206257956U (en) | 2016-12-19 | 2016-12-19 | Tunnel kiln system that is a kind of double and pushing away |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621394155.9U CN206257956U (en) | 2016-12-19 | 2016-12-19 | Tunnel kiln system that is a kind of double and pushing away |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206257956U true CN206257956U (en) | 2017-06-16 |
Family
ID=59030118
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621394155.9U Expired - Fee Related CN206257956U (en) | 2016-12-19 | 2016-12-19 | Tunnel kiln system that is a kind of double and pushing away |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206257956U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107606950A (en) * | 2017-10-31 | 2018-01-19 | 苏州久亿通热工技术有限公司 | Jacking system and battery material sintered production line |
-
2016
- 2016-12-19 CN CN201621394155.9U patent/CN206257956U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107606950A (en) * | 2017-10-31 | 2018-01-19 | 苏州久亿通热工技术有限公司 | Jacking system and battery material sintered production line |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20170616 Termination date: 20171219 |