CN209403410U - A kind of turning formula steamed bun reshaper transmission mechanism - Google Patents
A kind of turning formula steamed bun reshaper transmission mechanism Download PDFInfo
- Publication number
- CN209403410U CN209403410U CN201822069529.5U CN201822069529U CN209403410U CN 209403410 U CN209403410 U CN 209403410U CN 201822069529 U CN201822069529 U CN 201822069529U CN 209403410 U CN209403410 U CN 209403410U
- Authority
- CN
- China
- Prior art keywords
- chain
- wheel
- integer
- transmission
- roller
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Rollers For Roller Conveyors For Transfer (AREA)
Abstract
The utility model discloses a kind of turning formula steamed bun reshaper transmission mechanisms, including rack, motor, double-output speed reducer, horizontal transmission part and standing shaping running part；The horizontal transmission part includes first level conveyer belt, the second horizontal conveying belt and third horizontal conveying belt, and standing shaping running part includes import integer band, outlet integer band and turning wheel；The bottom of rack is arranged in the motor and double-output speed reducer.The utility model is combined using motor, classical V-belt, vertical double-output speed reducer, chain drive, is realized a plurality of conveyer belt two-way horizontal conveying of reshaper and a plurality of vertical integer band bidirectional movement, is increased conveying integer distance to achieve the purpose that realize.
Description
Technical field
The utility model relates to a kind of turning formula steamed bun reshaper transmission mechanisms, are related to cooking machinery technical field.
Background technique
Currently, the transmission mechanism for the steamed bun reshaper produced and sold in the market is all that will be moved by motor by classical V-belt
Power is transmitted to horizontal conveying belt and integer band, and the transmission mechanism of this structure can only realize that single horizontal feed and single integer band are whole
Type, the scope of application are small.
Summary of the invention
Technical problem to be solved in the utility model be in view of the defects existing in the prior art, provide one kind be able to achieve it is more
The turning formula steamed bun reshaper transmission mechanism of the bidirectional movement of horizontal feed and a plurality of standing shaping.
In order to solve this technical problem, the utility model provides a kind of turning formula steamed bun reshaper transmission mechanism, including
Rack, motor, double-output speed reducer, horizontal transmission part and standing shaping running part；The horizontal transmission part includes
First level conveyer belt, the second horizontal conveying belt and third horizontal conveying belt, standing shaping running part include import integer band,
Export integer band and turning wheel；The bottom of rack is arranged in the motor and double-output speed reducer, and the shaft end of motor is equipped with
Motor wheel, the input shaft shaft end of double-output speed reducer are equipped with big grooved wheel, and motor drives motor wheel to drive lose-lose by classical V-belt
Big grooved wheel rotation on speed reducer out；The horizontal output shaft end of the double-output speed reducer is equipped with speed reducer minor sprocket, vertical
Shaft end is equipped with speed reducer big sprocket wheel；The transmission of the horizontal transmission part include deceleration chain wheel II, transmission shaft I, deceleration chain wheel I,
Transmission shaft II and double bracket chain idler wheel mechanism, the deceleration chain wheel II are fixed on transmission shaft I, and transmission shaft I is solid by transmission bracket I
It is scheduled on frame lower, the deceleration chain wheel I is fixed on transmission shaft II, and transmission shaft II is fixed under rack by transmission bracket II
Portion；The speed reducer minor sprocket by driving chain II drive deceleration chain wheel II and deceleration chain wheel I, drive transmission shaft I and
Transmission shaft II rotates, and the driving chain II passes through double bracket chain idler wheel mechanism；The transmission of the standing shaping running part includes
Expansion tightening wheel, import integer active roller chain, turning wheel sprocket and outlet integer active roller chain, the import integer drive roll chain
Wheel is fixed on the shaft end of import integer drive roll, and turning wheel sprocket is located at the shaft end of turning wheel, and outlet integer active roller chain is solid
It is scheduled on the shaft end of outlet integer drive roll；The speed reducer big sprocket wheel by driving chain I drive import integer active roller chain,
Wheel sprocket of turning and outlet integer active roller chain rotation.
The double bracket chain idler wheel mechanism includes idler wheel, double bracket chain roller supporting and double bracket chain idler wheel inner shaft, the double bracket chain
Roller supporting is fixed on bottom of the frame, and double bracket chain idler wheel inner shaft is fixed on double bracket chain roller supporting, and idler wheel is located at the rolling of double bracket chain
It takes turns in inner shaft；The driving chain II is across the idler wheel of double bracket chain idler wheel mechanism.
The lower part of the driving chain I is equipped with support chain rolling, and support chain rolling is located in idler pulley support shaft, and the idler pulley support shaft is solid
It is scheduled in single idler pulley support plate, the list idler pulley support plate is fixed on bottom of the frame.
The expansion tightening wheel is fixed on tightening plate, and tightening plate is fixed on frame lower；The tightening plate is equipped with tension spring.
The first level conveyer belt is wound on first level conveyer belt drive roll, first level conveyer belt passive guide roller, level
On conveying adjustment roller, and bypass the top of rack；The first level conveyer belt drive roll is fixed on one end of transmission shaft I, institute
It states first level conveyer belt passive guide roller to be fixed in ipsilateral transmission bracket I, horizontal feed adjustment roller is located at the both ends of rack；It is passed
Dynamic process are as follows: speed reducer minor sprocket → deceleration chain wheel II → transmission shaft I → first level conveyer belt drive roll → first level is defeated
Send band → first level conveyer belt passive guide roller.
The third horizontal conveying belt is wound on third horizontal conveying belt drive roll, third horizontal conveying belt passive guide roller and level
On conveying adjustment roller, and bypass the top of rack；The third horizontal conveying belt drive roll is fixed on the other end of transmission shaft I,
The third horizontal conveying belt passive guide roller is fixed in ipsilateral transmission bracket I, and horizontal feed adjustment roller is located at the both ends of rack；Its
Transmission process are as follows: speed reducer minor sprocket → deceleration chain wheel II → transmission shaft I → third horizontal conveying belt drive roll → third is horizontal
Conveyer belt → third horizontal conveying belt passive guide roller.
Second horizontal conveying belt is wound on the second horizontal conveying belt drive roll, the second horizontal conveying belt passive guide roller, level
On conveying adjustment roller, and bypass the top of rack；The second horizontal conveying belt drive roll is fixed on the shaft end of transmission shaft II, the
Two horizontal conveying belt passive guide rollers are fixed in transmission bracket II, and horizontal feed adjustment roller is located at the both ends of rack；Its transmission process
Are as follows: speed reducer minor sprocket → deceleration sprocket wheel I → II → the second horizontal conveying belt drive roll of transmission shaft → second horizontal conveying belt →
Second horizontal conveying belt passive guide roller.
The import integer band setting is between import integer drive roll and import integer adjustment roller；Its transmission process are as follows:
Speed reducer big sprocket wheel → driving chain I → import integer active roller chain → import integer drive roll → import integer band → import
Integer adjusts roller.
The outlet integer band setting is between outlet integer drive roll and outlet integer adjustment roller；Its transmission process are as follows:
Speed reducer big sprocket wheel → driving chain I → outlet integer active roller chain → outlet integer drive roll → outlet integer band → outlet
Integer adjusts roller.
The utility model has the advantages that the utility model is mutually tied using motor, classical V-belt, vertical double-output speed reducer, chain drive
It closes, realizes a plurality of conveyer belt two-way horizontal conveying of reshaper and a plurality of vertical integer band bidirectional movement, increase to reach realization
Convey the purpose of integer distance.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the utility model schematic plan view；
Fig. 3 is the utility model A-A schematic cross-sectional view；
Fig. 4 is the utility model B-B schematic cross-sectional view；
Fig. 5 is the utility model C-C schematic cross-sectional view.
In figure: 1 rack, 2 horizontal feed parts, 3 horizontal feeds adjustment roller, 4 outlet integers adjustment rollers, 5 outlet integer bands,
6 transmission brackets I, 7 horizontal conveying belt, III passive guide roller, 8 horizontal conveying belt, III drive roll, 9 horizontal conveying belt, II passive guide roller, 10 levels
II drive roll of conveyer belt, 11 transmission brackets II, 12 speed reducer big sprocket wheels, 13 driving chains, 14 expansion tightening wheels, 15 outlet integers are actively
Roller, 16 outlet integer active roller chains, 17 motor, 18 motor wheels, 19 classical V-belts, 20 double-output speed reducers, 21 big grooved wheels,
22 speed reducer minor sprockets, 23 deceleration chain wheel Is, 24 double bracket chain idler wheel mechanisms, 25 idler wheels, 26 driving chains, 27 deceleration chain wheel IIs, 28
Horizontal conveying belt I, 29 horizontal conveying belts II, 30 import integers adjust roller, 31 import integer bands, 32 import integer drive rolls, 33
Import integer active roller chain, 34 turning wheel sprockets, 35 turning wheels, 36 horizontal conveying belts III, 37 tension springs, 38 tightening plates, 39 water
The single idler pulley support plate of flat I passive guide roller of conveyer belt, 40 horizontal conveying belt, I drive roll, 41 transmission shafts I, 42 transmission shaft II, 43,44 supports
Roll support shaft, the rolling of 45 support chains, 46 double bracket chain idler wheel inner shafts, 47 double bracket chain roller supportings.
Specific embodiment
The utility model is specifically described with reference to the accompanying drawings and embodiments.
Fig. 1 show the structural schematic diagram of the utility model.
The utility model provides a kind of turning formula steamed bun reshaper transmission mechanism, including rack 1, motor 17, lose-lose
Speed reducer 20, horizontal transmission part 2 and standing shaping running part out；The horizontal transmission part 2 is conveyed including first level
Band 28, the second horizontal conveying belt 29 and third horizontal conveying belt 36, standing shaping running part include import integer band 31, outlet
Integer band 5 and turning wheel 35；The bottom of rack 1, the axis of motor 17 is arranged in the motor 17 and double-output speed reducer 20
End is equipped with motor wheel 18, and the input shaft shaft end of double-output speed reducer 20 is equipped with big grooved wheel 21, and motor 17 drives motor wheel 18 logical
Crossing classical V-belt 19 drives the big grooved wheel 21 on double-output speed reducer 20 to rotate；The horizontal output shaft of the double-output speed reducer 20
End is equipped with speed reducer minor sprocket 22, and vertical shaft end is equipped with speed reducer big sprocket wheel 12.
The transmission of the horizontal transmission part 2 includes deceleration chain wheel II 27, transmission shaft I 41, deceleration chain wheel I 23, transmission shaft
II 42 and double bracket chain idler wheel mechanism 24, the deceleration chain wheel II 27 be fixed on transmission shaft I41, transmission shaft I41 by transmission branch
Frame I 6 is fixed on 1 lower part of rack, and the deceleration chain wheel I 23 is fixed on transmission shaft II 42, and transmission shaft II 42 passes through transmission bracket
II 11 are fixed on frame lower；The speed reducer minor sprocket 22 drives deceleration chain wheel II 27 and rough lock by driving chain II26
It takes turns I 23 and then transmission shaft I41 and transmission shaft II 42 is driven to rotate, the driving chain II26 passes through double bracket chain idler wheel mechanism 24.
Fig. 3 show the utility model A-A schematic cross-sectional view.
The first level conveyer belt 28 is wound on first level conveyer belt drive roll 40, first level conveyer belt passive guide roller
39, on horizontal feed adjustment roller 3, and the top of rack 1 is bypassed；The first level conveyer belt drive roll 40 is fixed on transmission shaft
One end of I41, the first level conveyer belt passive guide roller 39 are fixed in ipsilateral transmission bracket I 6, and horizontal feed adjustment roller 3 is set
At the both ends of rack 1；Its transmission process are as follows: speed reducer minor sprocket 22 → deceleration chain wheel II 27 → transmission shaft, 41 → first level of I
Conveyer belt drive roll 40 → first level conveyer belt 28 → first level conveyer belt passive guide roller 39.
The third horizontal conveying belt 36 is wound on third horizontal conveying belt drive roll 8,7 and of third horizontal conveying belt passive guide roller
Horizontal feed adjusts on roller 3, and bypasses the top of rack 1；The third horizontal conveying belt drive roll 8 is fixed on transmission shaft I41
The other end, the third horizontal conveying belt passive guide roller 7 is fixed in ipsilateral transmission bracket I 6, and horizontal feed adjustment roller 3 is located at
The both ends of rack 1；Its transmission process are as follows: speed reducer minor sprocket 22 → deceleration chain wheel II 27 → transmission shaft I 41 → third level is defeated
Send band 8 → third of drive roll horizontal conveying belt, 36 → third horizontal conveying belt passive guide roller 7.
Fig. 4 show the utility model B-B schematic cross-sectional view.
Second horizontal conveying belt 29 be wound on the second horizontal conveying belt drive roll 10, the second horizontal conveying belt passive guide roller 9,
Horizontal feed adjusts on roller 3, and bypasses the top of rack 1；The second horizontal conveying belt drive roll 10 is fixed on transmission shaft II
42 shaft end, the second horizontal conveying belt passive guide roller 9 are fixed in transmission bracket II 11, and horizontal feed adjustment roller 3 is located at rack 1
Both ends；Its transmission process are as follows: speed reducer 22 → deceleration of minor sprocket sprocket wheel I23 → the II 42 → the second horizontal conveying belt of transmission shaft is actively
10 → the second horizontal conveying belt of roller, 29 → the second horizontal conveying belt passive guide roller 9.
The double bracket chain idler wheel mechanism 24 includes idler wheel 25, double bracket chain roller supporting 47 and double bracket chain idler wheel inner shaft 46, institute
It states double bracket chain roller supporting 47 and is fixed on 1 bottom of rack, double bracket chain idler wheel inner shaft 46 is fixed on double bracket chain roller supporting 47, rolling
Wheel 25 is located in double bracket chain idler wheel inner shaft 46；The driving chain II26 is across the idler wheel 25 of double bracket chain idler wheel mechanism 24.
Fig. 2 show the utility model schematic plan view.
The transmission of the standing shaping running part includes expansion tightening wheel 14, import integer active roller chain 33, turning endless chain
Wheel 34 and outlet integer active roller chain 16, the import integer active roller chain 33 are fixed on the axis of import integer drive roll 32
End, turning wheel sprocket 34 are located at the shaft end of turning wheel 35, and outlet integer active roller chain 16 is fixed on outlet integer drive roll 15
Shaft end；The speed reducer big sprocket wheel 12 drives import integer active roller chain 33, turning wheel sprocket 34 by driving chain I13
It is rotated with outlet integer active roller chain 16.
Fig. 5 show the utility model C-C schematic cross-sectional view.
The lower part of the driving chain I13 is equipped with support chain rolling 45, and support chain rolling 45 is located in idler pulley support shaft 44, the idler pulley
Support shaft 44 is fixed in single idler pulley support plate 43, and the list idler pulley support plate 43 is fixed on 1 bottom of rack.
The expansion tightening wheel 14 is fixed on tightening plate 38, and tightening plate 38 is fixed on frame lower；It is set on the tightening plate 38
There is tension spring 37.
The setting of import integer band 31 is between import integer drive roll 32 and import integer adjustment roller 30；It was driven
Journey are as follows: 12 → driving chain of speed reducer big sprocket wheel I13 → import integer active roller chain 33 → import integer drive roll 32 → into
Mouth integer band 31 → import integer adjusts roller 30.
The setting of outlet integer band 5 is between outlet integer drive roll 15 and outlet integer adjustment roller 4；Its transmission process
Are as follows: 12 → driving chain of speed reducer big sprocket wheel I13 → outlet integer active roller chain 16 → outlet integer drive roll 15 → outlet
Integer band 5 → outlet integer adjusts roller 4.
The course of work of the utility model:
In use, starting motor 17, motor 17 drive motor wheel 18 to drive on speed reducer 20 by classical V-belt 19
Big grooved wheel 21 rotates, while speed reducer minor sprocket 22 and speed reducer big sprocket wheel 12 being driven to rotate；Minor sprocket 22 passes through driving chain
26 drive deceleration chain wheel II 27, deceleration chain wheel I 23, first level conveyer belt drive roll 40, the second horizontal conveying belt drive roll 10
It is rotated with third horizontal conveying belt drive roll 40, realizes that first level conveyer belt 28, the second horizontal conveying belt 29 and third are horizontal
Conveyer belt 36 rotates, and realizes horizontal feed；Speed reducer big sprocket wheel 12 drives import integer active roller chain by driving chain 13
33, integer active roller chain 16 and turning wheel sprocket 34, import integer drive roll 32, turning wheel 35, outlet integer are exported actively
The rotation of roller 15 realizes import integer band 31 and exports the rotation of integer band 5, realizes vertical integer transmission.
The utility model is combined using motor, classical V-belt, double-output speed reducer, chain drive, realizes that reshaper is more
The conveying of conveyer belt two-way horizontal and a plurality of vertical integer band bidirectional movement, to reach the mesh for realizing and increasing and conveying integer distance
, realize horizontal feed operating and the bidirectional movement of vertical integer.
The utility model the embodiment above, is merely illustrative, be not it is only, it is all in the scope of the utility model
Or the change in equivalent the scope of the utility model is surrounded by the utility model.
Claims (9)
1. a kind of turning formula steamed bun reshaper transmission mechanism, it is characterised in that: subtract including rack (1), motor (17), dual output
Fast machine (20), horizontal transmission part (2) and standing shaping running part；The horizontal transmission part (2) includes that first level is defeated
Sending band (28), the second horizontal conveying belt (29) and third horizontal conveying belt (36), standing shaping running part includes import integer
Band (31), outlet integer band (5) and turning wheel (35)；The motor (17) and double-output speed reducer (20) are arranged in rack
(1) shaft end of bottom, motor (17) is equipped with motor wheel (18), and the input shaft shaft end of double-output speed reducer (20) is equipped with large trough
It takes turns (21), motor (17) drives motor wheel (18) to drive the big grooved wheel on double-output speed reducer (20) by classical V-belt (19)
(21) it rotates；The horizontal output shaft end of the double-output speed reducer (20) is equipped with speed reducer minor sprocket (22), and vertical shaft end is set
There are speed reducer big sprocket wheel (12)；The transmission of the horizontal transmission part (2) includes deceleration chain wheel II (27), transmission shaft I(41), subtract
Fast chain wheel I (23), transmission shaft II (42) and double bracket chain idler wheel mechanism (24), the deceleration chain wheel II (27) are fixed on transmission shaft I
(41) on, transmission shaft I(41) rack (1) lower part is fixed on by transmission bracket I (6), the deceleration chain wheel I (23) is fixed on biography
On moving axis II (42), transmission shaft II (42) is fixed on frame lower by transmission bracket II (11)；The speed reducer minor sprocket
(22) deceleration chain wheel II (27) and deceleration chain wheel I (23), drive transmission shaft I(41 are driven by driving chain II(26)) and
Transmission shaft II (42) rotation, the driving chain II(26) pass through double bracket chain idler wheel mechanism (24)；The standing shaping driving section
The transmission divided includes expansion tightening wheel (14), import integer active roller chain (33), turning wheel sprocket (34) and outlet integer drive roll
Sprocket wheel (16), the import integer active roller chain (33) are fixed on the shaft end of import integer drive roll (32), wheel sprocket of turning
(34) it is located at the shaft end of turning wheel (35), outlet integer active roller chain (16) is fixed on the axis of outlet integer drive roll (15)
End；The speed reducer big sprocket wheel (12) passes through driving chain I(13) drive import integer active roller chain (33), turning wheel sprocket
(34) it is rotated with outlet integer active roller chain (16).
2. turning formula steamed bun reshaper transmission mechanism according to claim 1, it is characterised in that: the double bracket chain roller machine
Structure (24) includes idler wheel (25), double bracket chain roller supporting (47) and double bracket chain idler wheel inner shaft (46), the double bracket chain roller supporting
(47) it is fixed on rack (1) bottom, double bracket chain idler wheel inner shaft (46) is fixed on double bracket chain roller supporting (47), and idler wheel (25) is set
In double bracket chain idler wheel inner shaft (46)；The driving chain II(26) pass through double bracket chain idler wheel mechanism (24) idler wheel (25) it
Between.
3. turning formula steamed bun reshaper transmission mechanism according to claim 1, it is characterised in that: the driving chain I
(13) lower part is equipped with support chain rolling (45), and support chain rolling (45) is located on idler pulley support shaft (44), and the idler pulley support shaft (44) is solid
It is scheduled on single idler pulley support plate (43), the list idler pulley support plate (43) is fixed on rack (1) bottom.
4. turning formula steamed bun reshaper transmission mechanism according to claim 1, it is characterised in that: the expansion tightening wheel (14) is solid
It is scheduled on tightening plate (38), tightening plate (38) is fixed on frame lower；The tightening plate (38) is equipped with tension spring (37).
5. turning formula steamed bun reshaper transmission mechanism according to claim 1, it is characterised in that: the first level conveying
Band (28) is wound on first level conveyer belt drive roll (40), first level conveyer belt passive guide roller (39), horizontal feed adjustment roller (3)
On, and bypass the top of rack (1)；The first level conveyer belt drive roll (40) is fixed on transmission shaft I(41) one end, institute
It states first level conveyer belt passive guide roller (39) to be fixed on ipsilateral transmission bracket I (6), horizontal feed adjustment roller (3) is located at rack
(1) both ends；Its transmission process are as follows: speed reducer minor sprocket (22) → deceleration chain wheel II (27) → transmission shaft I (41) → first water
Flat conveyer belt drive roll (40) → first level conveyer belt (28) → first level conveyer belt passive guide roller (39).
6. turning formula steamed bun reshaper transmission mechanism according to claim 1, it is characterised in that: the third horizontal feed
Band (36) is wound on third horizontal conveying belt drive roll (8), third horizontal conveying belt passive guide roller (7) and horizontal feed adjustment roller (3)
On, and bypass the top of rack (1)；The third horizontal conveying belt drive roll (8) is fixed on transmission shaft I(41) the other end,
The third horizontal conveying belt passive guide roller (7) is fixed on ipsilateral transmission bracket I (6), and horizontal feed adjustment roller (3) is located at rack
(1) both ends；Its transmission process are as follows: speed reducer minor sprocket (22) → deceleration chain wheel II (27) → transmission shaft I (41) → third water
Flat conveyer belt drive roll (8) → third horizontal conveying belt (36) → third horizontal conveying belt passive guide roller (7).
7. turning formula steamed bun reshaper transmission mechanism according to claim 1, it is characterised in that: second horizontal feed
Band (29) is wound on the second horizontal conveying belt drive roll (10), the second horizontal conveying belt passive guide roller (9), horizontal feed adjustment roller (3)
On, and bypass the top of rack (1)；The second horizontal conveying belt drive roll (10) is fixed on the shaft end of transmission shaft II (42),
Second horizontal conveying belt passive guide roller (9) is fixed in transmission bracket II (11), and horizontal feed adjustment roller (3) is located at rack (1)
Both ends；Its transmission process are as follows: speed reducer minor sprocket (22) → deceleration sprocket wheel I(23) → transmission shaft II (42) → the second horizontal feed
Band drive roll (10) → second horizontal conveying belt (29) → second horizontal conveying belt passive guide roller (9).
8. turning formula steamed bun reshaper transmission mechanism according to claim 1, it is characterised in that: the import integer band
(31) setting is between import integer drive roll (32) and import integer adjustment roller (30)；Its transmission process are as follows: the big chain of speed reducer
Take turns (12) → driving chain I(13) → import integer active roller chain (33) → import integer drive roll (32) → import integer band
(31) → import integer adjustment roller (30).
9. turning formula steamed bun reshaper transmission mechanism according to claim 1-8, it is characterised in that: outlet integer
Band (5) setting is between outlet integer drive roll (15) and outlet integer adjustment roller (4)；Its transmission process are as follows: the big chain of speed reducer
Take turns (12) → driving chain I(13) → outlet integer active roller chain (16) → outlet integer drive roll (15) → outlet integer band
(5) → outlet integer adjustment roller (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822069529.5U CN209403410U (en) | 2018-12-11 | 2018-12-11 | A kind of turning formula steamed bun reshaper transmission mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822069529.5U CN209403410U (en) | 2018-12-11 | 2018-12-11 | A kind of turning formula steamed bun reshaper transmission mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209403410U true CN209403410U (en) | 2019-09-20 |
Family
ID=67937606
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822069529.5U Expired - Fee Related CN209403410U (en) | 2018-12-11 | 2018-12-11 | A kind of turning formula steamed bun reshaper transmission mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209403410U (en) |
-
2018
- 2018-12-11 CN CN201822069529.5U patent/CN209403410U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206187818U (en) | Conveying line body of state is placed to full -automatic light -duty cylinder class material axial level | |
| CN209721189U (en) | A kind of cable conveying device | |
| CN203538233U (en) | Round steamed bun shaping machine | |
| CN100467706C (en) | Drying, reforming and transmission device for textile | |
| AU2003208015B2 (en) | A method and an apparatus for shaping a dough piece | |
| CN203046310U (en) | Belt-type paper feeder | |
| JPWO2004085291A1 (en) | Chain drive mechanism and conveyor device | |
| CN209403410U (en) | A kind of turning formula steamed bun reshaper transmission mechanism | |
| US4171044A (en) | Inclined belt conveyor | |
| CN213893123U (en) | Flexible tubbiness film folding mechanism | |
| US4050575A (en) | Belt conveyor | |
| US2875624A (en) | Belt drive | |
| CN207467618U (en) | A kind of efficiently band material conveying device | |
| CN201230485Y (en) | Harvested crops gripping and transporting mechanism | |
| CN209635271U (en) | A kind of green brick tea automatic feed preparation charging equipment | |
| CN203711334U (en) | Variable amplitude fruit sorting machine | |
| CN201380983Y (en) | Box piece steering and conveying device | |
| CN112027620A (en) | Round steamed bun combining machine | |
| CN101297620A (en) | Mechanism for harvesting, retaining and conveying crops | |
| CN215100826U (en) | Prevent pleating sheet material conveyor | |
| CN205500047U (en) | Promote and carry all -in -one with flat link chain | |
| CN217779733U (en) | Double-row feeding device | |
| CN221216593U (en) | Soft rope-shaped filler conveying device | |
| CN211687218U (en) | Round steamed bun combining machine | |
| CN221094477U (en) | Roller type needling machine with double-side transmission |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20190920 Termination date: 20211211 |