CN207167417U - One breeder cultivates automatic feeding device - Google Patents
One breeder cultivates automatic feeding device Download PDFInfo
- Publication number
- CN207167417U CN207167417U CN201721151991.9U CN201721151991U CN207167417U CN 207167417 U CN207167417 U CN 207167417U CN 201721151991 U CN201721151991 U CN 201721151991U CN 207167417 U CN207167417 U CN 207167417U
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- China
- Prior art keywords
- power transmission
- transmission shaft
- regulation
- discharge
- frame
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Abstract
The utility model discloses a breeder to cultivate automatic feeding device, suitable for chicken cultural technique field；It is included across the frame above chicken coop, it is located at the conveying worm of frame top, multiple big hoppers being fixed in frame and below conveying worm, multiple discharge mechanisms for being located at big feed hopper bottom, the discharge governor motion for being located in frame and being connected with discharge mechanism, the frame is provided with hoofing part mechanism, the discharge governor motion includes its both ends and is hinged in frame and positioned at the regulation power transmission shaft of discharge mechanism side, it is located at central rack and with regulation power transmission shaft by being driven the regulation motor of chain link, the variable regulating mechanism being located between regulation power transmission shaft and each discharge mechanism；The utility model is reasonable in design, simple and easy to use, and the flexible modulation to chicken feed discharge capacity can be achieved.
Description
Technical field
It the utility model is related to chicken cultural technique field, and in particular to a breeder cultivates automatic feeding device.
Background technology
Existing chicken cultivates automatic feeding device in structure design, and for the regulation aspect of withdrawal rate, existing chicken is supported
It is to run through multiple discharge mechanisms by the axis of rotation of motor driven one, the rotating shaft to grow automatic feeding device, and material toggling blade wheel is fixed
In the rotating shaft, the axis of rotation drives material toggling blade wheel to rotate, and the rotating speed by changing motor realizes the rotation of material toggling blade wheel
Rotary speed change regulation, and then change the amount that material is discharged in drainage conduit；But this kind of structure design is only capable of realizing multiple discharges
The withdrawal rate of mechanism is adjusted in synchronism, and is stepped with the chicken coop that chicken cultivation automatic feeding device matches, and it has multiple foods
Groove, in the breeding process of reality, each crib can remain different amounts of chicken feed, if still by the way of being adjusted in synchronism
To adjust chicken feed injected volume, then the due chicken feed amount of each crib can not be adjusted well, it may appear that feed is more than needed and unrestrained
The phenomenon taken.
Utility model content
The purpose of this utility model is directed to the deficiencies in the prior art, there is provided a kind of convenient regulation feed injected volume
Chicken cultivates automatic feeding device；It can be launched according to the demand flexible modulation of the demand and each crib injected volume actually cultivated
Amount, avoids feed waste, makes feed injected volume more reasonable.
To achieve the above object, the technical solution adopted in the utility model is：
One breeder cultivates automatic feeding device, including across the frame above chicken coop, is located at the spiral transferring of frame top
Send machine, multiple big hoppers being fixed in frame and below conveying worm, multiple material discharging machines for being located at big feed hopper bottom
Structure, the discharge governor motion for being located in frame and being connected with discharge mechanism, the frame are provided with hoofing part mechanism, the row
Material governor motion includes its both ends and is hinged in frame and positioned at the regulation power transmission shaft of discharge mechanism side, be located at central rack and
With regulation power transmission shaft by being driven the regulation motor of chain link, the change being located between regulation power transmission shaft and each discharge mechanism
Fast governor motion.
Further, the variable regulating mechanism includes regulation gearbox, the first power transmission shaft, second driving shaft, turbine, worm screw
Set and gear shift adjustment structure, the regulation gearbox are fixedly connected with discharge mechanism, and first power transmission shaft and second passes
Moving axis lateral arrangement and is respectively hinged at regulation transmission internal up and down, and one end of second driving shaft is extended to outside regulation gearbox
Portion, the turbine are located at one end of second driving shaft, the worm set be fixedly provided on regulation power transmission shaft and with the turbine
It is adapted, the gear shift adjustment structure is located between the first power transmission shaft and second driving shaft.
Further, the gear shift adjustment structure includes tooth in sliding sleeve, hand driving lever, active gear wheel, active
Wheel, driver pinion, driven gear wheel, driven middle gear and driven pinion, the sliding sleeve are set in second driving shaft
It can move axially above and along second driving shaft, be set on sliding sleeve, be another one end axial restraint of the hand driving lever
End is extended to below regulation gearbox, and the active gear wheel, active middle gear and driver pinion are fixed on cunning at intervals
On moving sleeve, the driven pinion, driven middle gear and driven gear wheel are fixed on the first power transmission shaft at intervals, work as cunning
Moving sleeve along second driving shaft move axially when, active gear wheel and driven pinion, active middle gear and driven middle gear with
And driver pinion and driven gear wheel are sequentially meshed.
Further, the discharge mechanism includes discharge casing, the 3rd power transmission shaft, material toggling blade wheel and drainage conduit, the row
Hopper body is fixed on below big hopper and is connected with big hopper, and the 3rd power transmission shaft is hinged on discharge casing and one end exists
It is located at discharge box house with the first transmission axis connection, the material toggling blade wheel outside nesting box body and is fixed with the 3rd power transmission shaft
Connection, the drainage conduit are connected to discharge bottom half.
Further, the lower end of the drainage conduit is connected with material scraping plate.
The beneficial effects of the utility model are：
The utility model can realize the regulation to each drainage conduit discharge chicken feed amount, can make poultry feeders according to crib
The interior flexible control feed injected volume of chicken feed residual quantity, feed can be avoided to be wasted because more than needed, make feed injected volume more reasonable；
It is simple and convenient in the operation of regulation injected volume, it is only necessary to Manual push-pull hand driving lever, you can make active gear wheel, active middle gear
Cooperation is produced with driver pinion and driven gear wheel, driven middle gear and driven pinion, and then realizes on discharge mechanism the
The rotational speed regulation of three power transmission shafts, and then the rotational speed regulation of material toggling blade wheel is realized, so as to change the injected volume of feed.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is side structure schematic view of the present utility model；
Fig. 3 is discharge mechanism and the structural representation of variable regulating mechanism in the utility model.
Wherein：1- frames；2- conveying worms；The big hoppers of 3-；4- adjusts power transmission shaft；5- regulation motors；6- adjusts speed change
Case；The power transmission shafts of 7- first；8- second driving shafts；9- turbines；10- worm sets；11- sliding sleeves；12- hand driving levers；13- is actively
Gear wheel；14- active middle gears；15- driver pinions；The driven gear wheels of 16-；The driven middle gears of 17-；18- driven pinions；
19- discharge casings；The power transmission shafts of 20- the 3rd；21- material toggling blade wheels；22- drainage conduits；23- material scraping plates.
Embodiment
The utility model preferred embodiment is illustrated below in conjunction with accompanying drawing：
As shown in Figures 1 to 3, breeder cultivation automatic feeding device, including across the frame 1 above chicken coop, it is located at machine
The conveying worm 2 at the top of frame 1, it is multiple to be fixed in frame 1 and positioned at the big hopper 3 of the lower section of conveying worm 2, it is multiple to be located at
The discharge mechanism of the big bottom of hopper 3, the discharge governor motion for being located in frame 1 and being connected with discharge mechanism, set in the frame 1
There is hoofing part mechanism, the discharge governor motion includes its both ends and is hinged in frame 1 and positioned at the tune of discharge mechanism side
Power transmission shaft 4 is saved, the middle part of frame 1 is located at and with regulation power transmission shaft 4 by being driven the regulation motor 5 of chain link, is located at regulation transmission
Variable regulating mechanism between axle 4 and each discharge mechanism；It is in character "door" form structure that frame 1 is overall, and frame 1 is across existing
Chicken coop above, existing chicken coop is stepped, can according to the size of hen house adjust frame 1 overall width and chicken coop number
Amount；Frame 1 is provided with hoofing part mechanism, and hoofing part mechanism can drive frame 1 to move back and forth, and hoofing part mechanism is mainly wrapped
Motor, hoofing part power transmission shaft and electric cabinet are included, electric cabinet can control motor to rotate, and motor passes through transmission
Chain drives hoofing part drive axis, hoofing part power transmission shaft drive the road wheel of frame 1 bottom to rotate by driving-chain,
And then realize the movement of frame 1；The lower section of conveying worm 2 and the big corresponding position of hopper 3 are provided with discharging opening, and conveying worm 2 is used
In the chicken feed of external storage is conveyed into each big hopper 3；Big hopper 3 is integrally conical, open top；Discharge mechanism is located at
The big bottom of hopper 3, is typically provided with three, because the side of chicken coop has three stepped cribs, discharge mechanism is used
In the discharge and closing of realizing chicken feed；Discharge governor motion is used for the regulation for realizing the withdrawal rate of discharge mechanism；Regulation transmission
Axle 4 and frame 1 are isometric, both ends are be hinged by bearing block and frame 1, longer due to adjusting power transmission shaft 4, therefore can be in frame 1
It is upper that multiple bearing blocks are set, for preventing from adjusting the deflection deformation of power transmission shaft 4；Regulation motor 5 is used to drive regulation power transmission shaft 4
Rotate, regulation motor 5 is connected with external electric cabinet, and keying and the big ditty of rotating speed of motor 5 can be controlled to adjust by electric cabinet
Section；Variable regulating mechanism is to drive the operation of discharge mechanism using the rotation for adjusting power transmission shaft 4, and variable regulating mechanism is convertible
Output speed, and then the discharge velocity change of discharge mechanism can be changed, realize the regulation of chicken feed discharge capacity.
Variable regulating mechanism specifically includes regulation gearbox 6, the first power transmission shaft 7, second driving shaft 8, turbine 9, worm set
10 and gear shift adjustment structure, the regulation gearbox 6 is fixedly connected with discharge mechanism, first power transmission shaft 7 and second
Power transmission shaft lateral arrangement and is respectively hinged inside regulation gearbox 6 about 8, and one end of second driving shaft 8 extends to regulation and become
Outside fast case 6, the turbine 9 is located at one end of second driving shaft 8, and the worm set 10 is fixedly provided on regulation power transmission shaft 4
And be adapted with the turbine 9, the gear shift adjustment structure is located between the first power transmission shaft 7 and second driving shaft 8；First
Power transmission shaft 7 forms the output shaft of variable regulating mechanism, and one end of the first power transmission shaft 7 is extended to outside regulation gearbox 6, and second passes
Moving axis 8 forms the input of variable regulating mechanism, and to realize that regulation power transmission shaft 4 drives the operation of second driving shaft 8, there is provided whirlpool
Wheel 9 and worm set 10, worm set 10 are hollow worm screw, can be set on regulation power transmission shaft 4 and relative adjustment power transmission shaft 4 is solid
It is fixed；Gear shift adjustment structure, it is the engagement using different gears, to change the output speed of the first power transmission shaft 7.
Gear shift adjustment structure specifically includes sliding sleeve 11, hand driving lever 12, active gear wheel 13, active middle gear
14th, driver pinion 15, driven gear wheel 16, driven middle gear 17 and driven pinion 18, the sliding sleeve 11 are set in
It can move axially on second driving shaft 8 and along second driving shaft 8, be set in cunning one end axial restraint of the hand driving lever 12
On moving sleeve 11, the other end extend to regulation gearbox 6 lower section, the active gear wheel 13, active middle gear 14 and actively small
Gear 15 is fixed on sliding sleeve 11 at intervals, the driven pinion 16, driven middle gear 17 and driven gear wheel 18
It is fixed at intervals on the first power transmission shaft 7, when sliding sleeve 11 moves axially along second driving shaft 8, active gear wheel 13
With driven pinion 18, active middle gear 14 and driven middle gear 17 and driver pinion 15 and driven gear wheel 16 sequentially phase
Engagement；Chute is provided with the lower section of regulation gearbox 6, is available for the movement of hand driving lever 12 spacing；Hand driving lever 12 is operated, can band
Dynamic sliding sleeve 11 moves on second driving shaft 8, in the synchronous drive active gear wheel 13 of the movement meeting of sliding sleeve 11, active
The movement of gear 14 and driver pinion 15, active gear wheel 13 and driven pinion 18, active can be achieved in moving process
Middle gear 14 and driven middle gear 17 and driver pinion 15 and driven gear wheel 16 are sequentially meshed, when there is two gear phases
The gear that other are engaged during engagement will not engage；Sliding sleeve 11 is inner spline housing, and second driving shaft 8 is in regulation gearbox 6
Internal part is spline shaft structure, and sliding sleeve 11 is set on second driving shaft 8 and can moved axially, while again can be the
Two power transmission shafts 8 rotate the lower rotation for realizing synchronization.
Discharge mechanism specifically includes discharge casing 19, the 3rd power transmission shaft 20, material toggling blade wheel 21 and drainage conduit 22, the row
Hopper body 19 is fixed on the big lower section of hopper 3 and is connected with big hopper 3, and the 3rd power transmission shaft 20 is hinged on discharge casing 19
And one end is connected in the outside of discharge casing 19 with the first power transmission shaft 7, the material toggling blade wheel 21 be located inside discharge casing 19 and
It is fixedly connected with the 3rd power transmission shaft 20, the drainage conduit 22 is connected to the bottom of discharge casing 19；Material toggling blade wheel 21 has multiple
Blade separately, the chicken feed in big hopper 3 can be discharged into drainage conduit 22 by rotating, chicken feed passes through under gravity
Drainage conduit 22 is emitted into the crib of chicken coop.
Drainage conduit 22 can make the feed out-of-flatness in crib when discharging chicken feed, it sometimes appear that height fluctuating shows
As, it the chicken of part can not be had the feed of sufficient amount, therefore material scraping plate 23 is connected with the lower end of drainage conduit 22, scrape
Flitch 23 is in bending-like, can drive the synchronizing moving of material scraping plate 23 during drainage conduit 22 moves, and then make to utilize material scraping plate
23 strike off the chicken feed of injustice.
The operation principle and process that chicken feed discharge capacity is adjusted in the utility model：
When active gear wheel 13 and driven pinion 18 engage, the first power transmission shaft 7 obtains of a relatively high output speed,
When active middle gear 14 and driven middle gear 17 engage, the first power transmission shaft 7 obtains relatively small output speed, when actively small
When gear 15 and driven gear wheel 16 engage, the first power transmission shaft 7 obtains relatively minimal output speed.
In use, manual operation hand driving lever 12, hand driving lever 12 drives sliding sleeve 11 to be moved up in second driving shaft 8
It is dynamic, make active gear wheel 13 and driven pinion 18, active middle gear 14 and driven middle gear 17 or driver pinion 15 and from
Dynamic gear wheel 16 engages；Start regulation motor 5, regulation motor 5 drives regulation power transmission shaft 4 to rotate, adjusts the tumbler band of power transmission shaft 4
The dynamic synchronous axial system of worm set 10, worm set 10 drive turbine 9 to rotate, and turbine 9 drives second driving shaft 8 to rotate, second driving shaft 8
The synchronous axial system of sliding sleeve 11 is driven, sliding sleeve 11 drives active gear wheel 13, active middle gear 14 and driver pinion 15
Rotate, and then drive driven gear wheel 16, driven middle gear 17 and driven pinion 18 to rotate under gearing relationships, so as to
The first power transmission shaft 7 is driven to rotate, the first power transmission shaft 7 will drive the 3rd power transmission shaft 20 to rotate, and the 3rd power transmission shaft 20 drives material toggling leaf
Piece wheel 21 is rotated, and the chicken feed in big hopper 3 is imported in drainage conduit 22 and discharged by material toggling blade wheel 21；In the synchronization of frame 1
In moving process, the chicken feed addition in crib can be achieved.
The utility model can realize that each drainage conduit 22 discharges the regulation of chicken feed amount, and regulation is simple to operate.
Claims (5)
1. a breeder cultivates automatic feeding device, including across the frame (1) above chicken coop, the spiral shell being located at the top of frame (1)
Conveyer (2) is revolved, multiple big hoppers (3) being fixed in frame (1) and below conveying worm (2) are multiple to be located at greatly
The discharge mechanism of hopper (3) bottom, it is located at the discharge governor motion being connected in frame (1) and with discharge mechanism, the frame (1)
It is provided with hoofing part mechanism, it is characterised in that the discharge governor motion is hinged in frame (1) and is located at including its both ends
The regulation power transmission shaft (4) of discharge mechanism side, it is located in the middle part of frame (1) and with regulation power transmission shaft (4) by being driven chain link
Regulation motor (5), the variable regulating mechanism being located between regulation power transmission shaft (4) and each discharge mechanism.
2. a breeder as claimed in claim 1 cultivates automatic feeding device, it is characterised in that the variable regulating mechanism includes
Adjust gearbox (6), the first power transmission shaft (7), second driving shaft (8), turbine (9), worm set (10) and gear shift regulation knot
Structure, the regulation gearbox (6) are fixedly connected with discharge mechanism, and first power transmission shaft (7) and second driving shaft (8) are horizontal up and down
To arranging and being respectively hinged at regulation gearbox (6) inside, one end of second driving shaft (8) extends to regulation gearbox (6) outside
Portion, the turbine (9) are located at one end of second driving shaft (8), and the worm set (10) is fixedly provided on regulation power transmission shaft (4)
And be adapted with the turbine (9), the gear shift adjustment structure be located at the first power transmission shaft (7) and second driving shaft (8) it
Between.
3. a breeder as claimed in claim 2 cultivates automatic feeding device, it is characterised in that the gear shift adjustment structure
Including sliding sleeve (11), hand driving lever (12), active gear wheel (13), active middle gear (14), driver pinion (15), from
Dynamic gear wheel (16), driven middle gear (17) and driven pinion (18), the sliding sleeve (11) are set in second driving shaft
(8) it can move axially on and along second driving shaft (8), be set in slip cap one end axial restraint of the hand driving lever (12)
On cylinder (11), the other end extend to below regulation gearbox (6), the active gear wheel (13), active middle gear (14) and main
Dynamic little gear (15) is fixed on sliding sleeve (11) at intervals, the driven pinion (18), driven middle gear (17) and
Driven gear wheel (16) is fixed on the first power transmission shaft (7) at intervals, when sliding sleeve (11) is axial along second driving shaft (8)
When mobile, active gear wheel (13) and driven pinion (18), active middle gear (14) and driven middle gear (17) and active
Little gear (15) and driven gear wheel (16) are sequentially meshed.
4. a breeder as claimed in claim 2 or claim 3 cultivates automatic feeding device, it is characterised in that the discharge mechanism includes
Discharge casing (19), the 3rd power transmission shaft (20), material toggling blade wheel (21) and drainage conduit (22), the discharge casing (19) are fixed on
It is connected below big hopper (3) and with big hopper (3), the 3rd power transmission shaft (20) is hinged on discharge casing (19) and one end
It is connected in discharge casing (19) outside with the first power transmission shaft (7), it is internal that the material toggling blade wheel (21) is located at discharge casing (19)
And be fixedly connected with the 3rd power transmission shaft (20), the drainage conduit (22) is connected to discharge casing (19) bottom.
5. a breeder as claimed in claim 4 cultivates automatic feeding device, it is characterised in that the lower end of the drainage conduit (22)
It is connected with material scraping plate (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721151991.9U CN207167417U (en) | 2017-09-10 | 2017-09-10 | One breeder cultivates automatic feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721151991.9U CN207167417U (en) | 2017-09-10 | 2017-09-10 | One breeder cultivates automatic feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207167417U true CN207167417U (en) | 2018-04-03 |
Family
ID=61741971
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721151991.9U Expired - Fee Related CN207167417U (en) | 2017-09-10 | 2017-09-10 | One breeder cultivates automatic feeding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207167417U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107624676A (en) * | 2017-09-10 | 2018-01-26 | 白银贝多来农业科技有限公司 | One breeder cultivates automatic feeding device |
-
2017
- 2017-09-10 CN CN201721151991.9U patent/CN207167417U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107624676A (en) * | 2017-09-10 | 2018-01-26 | 白银贝多来农业科技有限公司 | One breeder cultivates automatic feeding device |
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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: 20180403 Termination date: 20200910 |