CN102783429A - Cage raised pigeon automatic feeding device - Google Patents
Cage raised pigeon automatic feeding device Download PDFInfo
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- CN102783429A CN102783429A CN2012102429135A CN201210242913A CN102783429A CN 102783429 A CN102783429 A CN 102783429A CN 2012102429135 A CN2012102429135 A CN 2012102429135A CN 201210242913 A CN201210242913 A CN 201210242913A CN 102783429 A CN102783429 A CN 102783429A
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Abstract
The invention discloses a cage raised pigeon automatic feeding device, which comprises a feeding vehicle and traveling guide rails, wherein the traveling guide rails are matched with the feeding vehicle, a following hopper is arranged on the feeding vehicle, a transition cavity is arranged between a material feeding door and a material discharge door of the following hopper, the material feeding door is connected with a material feeding door electromagnet, the material discharge door is connected with a material discharge door electromagnet, the material feeding door electromagnet is connected with a material feeding door proximity switch, the material discharge door electromagnet is connected with a material discharge door proximity switch, the material feeding door and the material discharge door are respectively provided with reset springs, the material feeding door proximity switch, the material discharge door proximity switch, the material feeding door electromagnet and the material discharge door electromagnet are connected with a control device, each group of pigeon cages are separated into a plurality of single-lattice pigeon cages, each single-lattice pigeon cage is provided with feeding troughs, the top of each group of pigeon cages is provided with a feeding sensing head corresponding to the proximity switches, the pigeon cages are arranged at two sides of the traveling guide rail. The cage raised pigeon automatic feeding device has the advantages that the work burden of raisers can be reduced, the feeding cost is reduced, the feeding efficiency is high, the quality of raised pigeons is good, the feeding scale can be improved, and the cage raised pigeon automatic feeding device is applicable to the culture of poultry including pigeons, chickens, quails and the like.
Description
Technical field
The present invention relates to poultry rearing equipment, specifically is a kind of pigeon for meat automatic feeding device of raising in cages.
Background technology
The pigeon for meat of raising in cages for many years all is the artificial feed of throwing in, time-consuming, the inefficiency of this method, and the feed loss is many, cost is high.
The self-service hopper feed that occurs in recent years, its structure is for to be provided with a hopper between each single lattice or two lattice pigeon houses, and the hopper main body is divided into upper and lower two parts; Top is hopper, can supply pigeon to eat the feed of couple of days in order to deposit dress, and the bottom is a crib; Supply pigeon to search for food, the poultry raiser puts into feed respectively in the hopper one by one, and feed flows into crib automatically; And keep certain amount, supply the pigeon free choice feeding.This method has been saved the regular hour on the basis that manual work is is directly thrown something and fed, but the thing followed is various drawbacks: at first; Because the long-term material stock of crib, pigeon is in a kind of state of free choice feeding, and feeding does not have rule; Can not stimulate the appetite of pigeon, cause feed intake to descend; The second, when the sick needs of pigeon are treated by medicine feed, mainly be to feed water or spice; Be used to treat the sick medicine major part of dove and all require to let at short notice pigeon eat up, like the PCs medicine, drug effect has only one or two hour; The drinking-water administration is a method easily and effectively originally; But present pigeon for meat is cultured and all uses automatic water-drinking, and water flows into the time that water tumbler needs half a day from water tower, and therefore current equipment can't reach result of treatment; If adopt the spice administration, the therefore type hopper appetite of once throwing in couple of days, this equals also to have destroyed the approach of spice administration, and pigeon is in a single day sick, and the poultry raiser will feel simply helpless; The 3rd, because the long-term material stock of hopper, feed can't in time find after being polluted by pigeon dung, and the pigeon back of searching for food is liable to illness, and this type hopper interior is complicated, and it is very big that difficulty is cleaned in the contaminated back of hopper; The 4th, though this type device has been saved the regular hour than simple hand fed, equally need be to every pair of independent material loading of pigeon.Therefore, present this drawing-in device automaticity is lower, and the investment of hello dove is bigger, and foster dove benefit is still lower, and the nursing scale is difficult to improve.
Summary of the invention
The objective of the invention is in order to overcome the deficiency of prior art, and provide a kind of and can alleviate poultry raiser's labor load, reduce feeding cost, feeding efficiency is high, educate the dove quality better, can improve the pigeon for meat automatic feeding device of raising in cages of nursing scale.
The objective of the invention is to realize through following technical scheme:
A kind of pigeon for meat automatic feeding device of raising in cages comprises
Feeding vehicle and suitable with it running rail; Described feeding vehicle is provided with the retinue hopper; Between the feeding gate of retinue hopper and the discharge door is adapter cavity, and feeding gate is connected with the feeding gate electromagnet, and discharge door is connected with the discharge door electromagnet; The feeding gate electromagnet is connected near switch with feeding gate; The discharge door electromagnet is connected near switch with discharge door, and feeding gate and discharge door are equipped with back-moving spring, and feeding gate is connected with control device near switch, feeding gate electromagnet, discharge door electromagnet near switch, discharge door;
Crib, every group of pigeon house is divided into a plurality of single lattice pigeon houses, each single lattice pigeon house is provided with crib, the top of every group of pigeon house be provided with near the corresponding feeding inductive head of switch;
Pigeon house is arranged on the both sides of running rail.
Described running rail is electric guide rail, and electric guide rail is two, is provided with insulating barrier between two electric guide rails; Feeding vehicle is provided with two guiding conductive casterses and is abutted against with two electric guide rails respectively.
The crib of first kind of structure comprises cell body and groove lid, and the back of groove lid is provided with ingesting port, is provided with the separated cushioning fender of charging aperture with ingesting port and groove lid in the groove lid, and the top of foodstuff mouth is provided with antifouling baffle plate.
The crib of second kind of structure comprises groove seat and cell body, and groove seat and cell body are rotatably connected, and the back of cell body is provided with ingesting port; Be provided with cushioning fender between the charging aperture of ingesting port and cell body; The charging aperture top of cell body is provided with antifouling baffle plate, and cell body is provided with back-moving spring and is connected with the groove seat, when crib is empty; Under the effect of back-moving spring, the charging aperture of crib upwarps; When crib had feed, the charging aperture of crib descended, and also was provided with on the groove seat and can limits the buckle that cell body rotates.
Described control device comprises
Electric control gear I, electric control gear I plays the effect of step-down, rectification and filtering, comprises reduction voltage circuit, rectification circuit and filter circuit, and electric control gear I is connected with two electric guide rails, is connected with electric control gear II through electric guide rail, guiding conductive casters;
Electric control gear II; Electric control gear II comprises microcontroller; Microcontroller is connected near switch near switch, discharge door with motor, feeding gate electromagnet, discharge door electromagnet, feeding gate; Feeding gate is connected with the feeding gate electromagnet near switch, and discharge door is connected with the discharge door electromagnet near switch.
Also comprise total hopper and with the suitable feed lifting device of total hopper.
Described adapter cavity is the feed bin of adjustable volume size.
Also be provided with vehicle positioning stop on the feeding vehicle near switch, running rail is other also be provided with vehicle positioning stop near the corresponding vehicle positioning stop inductive head of switch, vehicle positioning stop is connected with microcontroller near switch.
This device is not only applicable to the pigeon for meat aquaculture, is equally applicable to the breed of poultry such as chicken, quail.
This device application machine electric automatic control principle technology in conjunction with the existing dove process of feeding, adopts modern large-scale fowl to support the feed pattern; The material work of throwing something and feeding is all accomplished by machinery; Realize full-automatic feed hello dove, support dove and drop into artificial lacking, feed process time weak point; Throw something and feed as required, the spice administration has realized the requirement that lets pigeon eat up at short notice; Feed intake when time eating up when inferior, feed is pollution-free, mouldy; Throw something and feed at regular time and quantity, let pigeon keep good appetite state, educate the dove quality better, the nursing cost is low, and culture benefit is good, has accomplished energy-saving and environmental protecting simultaneously, and the provisions dove already provides a bigger development space.
Description of drawings
Fig. 1 is the structural representation of the embodiment of the invention 1;
Fig. 2 is feeding vehicle and the structural representation that cooperates with pigeon house thereof among the embodiment 1;
Fig. 3 is the structural representation of crib among the embodiment 1;
Fig. 4 is the connection sketch map of control device among the embodiment 1;
Fig. 5 is crib and the structural representation that cooperates with feeding vehicle thereof among the embodiment 2.
Among the figure, 1. electric guide rail 1-2. second electric guide rail 2. feeding vehicles 3. retinue hoppers 4. pigeon houses 5. lifting devices 6. total hopper 7. parking inductive heads 8. discharge doors of running rail 1-1. first near switch 9. feeding gates near switch 10. feeding inductive heads 11. feeding gate electromagnet 12. discharge door electromagnet 13. discharge doors 14. feeding gates 15. adapter cavities 16. accept hopper 17. cell bodies 18. motors 19. go wheel 20. first guiding conductive casterses 21. second guiding conductive casterses 22. grooves cover 23. cushioning fenders, 24. antifouling baffle plate 25. ingesting ports 26. hooks 27. groove seats 28. springs 29. rotating shafts 30. buckles 31. closely feeding gate near switch 32. closely discharge door near switch 33. long apart from feeding gate near switch 34. length apart from discharge door near switch 35. electric control gear I 36. electric control gear II 37. microcontrollers 38. vehicle positioning stops near switch.
Embodiment
Below in conjunction with accompanying drawing and embodiment content of the present invention is done further to set forth, but be not qualification of the present invention.
Embodiment 1:
With reference to Fig. 1-Fig. 4, a kind of pigeon for meat automatic feeding device of raising in cages comprises
Feeding vehicle 2 and suitable with it running rail 1; Described feeding vehicle 2 is provided with retinue hopper 3; Between the feeding gate 14 of retinue hopper 3 and the discharge door 13 is adapter cavity 15, and feeding gate 14 is connected with feeding gate electromagnet 11, and discharge door 13 is connected with discharge door electromagnet 12; Feeding gate electromagnet 11 is connected near switch 9 with feeding gate; Discharge door electromagnet 12 is connected near switch 8 with discharge door, and feeding gate 14 is equipped with back-moving spring with discharge door 13, and feeding gate is connected with control device near switch 8, feeding gate electromagnet 11, discharge door electromagnet 12 near switch 9, discharge door;
Crib, every group of pigeon house 4 is divided into a plurality of single lattice pigeon houses, each single lattice pigeon house is provided with crib, the top of every group of pigeon house 4 be provided with near the corresponding feeding inductive head 10 of switch;
Feeding vehicle 2 also comprises motor 18, road wheel 19 and two groups of guiding conductive casterses, and motor 18 is connected with road wheel 19.Also be provided with vehicle positioning stop on the feeding vehicle 2 near switch 38, running rail is other also be provided with vehicle positioning stop near switch 38 corresponding vehicle positioning stop inductive heads 7.Be installed in vehicle positioning stop on the vehicle frame near switch 38 and the parking inductive head that is installed in the parking stall 7 corresponding inductions, be used to set vehicle positioning stop.
Running rail 1 is electric guide rail, and electric guide rail is two, and promptly the first electric guide rail 1-1 and the second electric guide rail 1-2 are provided with insulating barrier between two electric guide rails; Two guiding conductive casterses that feeding vehicle 2 is provided with, promptly the first guiding conductive casters 20 and the second guiding conductive casters 21 are abutted against with two electric guide rails respectively.
Feeding inductive head 10 rotatable being arranged on the support; When certain a pair of pigeon does not need feeding; Then corresponding feeding inductive head 10 is rotated a direction or angle, for example feeding inductive head 10 is turned to the rear end from front end, feeding gate is detected less than getting final product near switch 9; Then a certain specific pigeon can not realized the selectivity feeding by feeding.
Feeding inductive head 10 is installed on top or the pigeon house pin of pigeon house or the top, corridor; With into and out of bin gate near switch on same horizontal line; Every group of feeding inductive head 10 respectively be arranged on the pigeon house top to accept hopper corresponding; Be that the discharging opening of drawing-in device is passed through with feeding vehicle and accepted hopper when top; Can successively sense this into and out of bin gate near switch and accept the corresponding feeding inductive head of hopper (if this feeding inductive head is to turn to the place ahead), every group of feeding inductive head is provided with several inductive heads, and concrete quantity is decided with the feeding the dove number of times of every meal; The number of turns of going of the every meal of feeding vehicle is also decided with this quantity, and purpose is in order to distinguish the different feeding capacities of every pair of pigeon.As: the every meal of this corresponding pigeon of group feeding inductive head need feed intake several times, can be by near the detected position of switch before then this group feeding inductive head just has several inductive heads to turn to.
Each single lattice pigeon house is provided with one and accepts hopper 16, and the hopper of accepting on the whole pigeon house is word order, is installed on the pigeon house top front, with the spout travel route in vertical state, in order to accept feeding vehicle 2 blowings.
Crib comprises cell body 17 and groove lid 22, and the back of crib cell body 17 is provided with hook 26, and the back of groove lid 22 is provided with ingesting port 25; Be provided with in the groove lid 22 the charging aperture separated cushioning fender 23 of ingesting port 25 with groove lid 22; Cushioning fender 23 is arc or spiral guide groove, is used for preventing that feed from spreading outward, and the top of ingesting port 25 is provided with antifouling baffle plate 24; Antifouling baffle plate 24 also has the effect that prevents that groove lid 22, cell body 17 from becoming flexible, dropping except that having antifouling effect.The crib of this structure be applicable to pigeon in artificial each single lattice pigeon house of adjustment by the feeding number of times.
Accept hopper 16 and be communicated with through conveying pipeline, make the feed of accepting in the hopper 16 fall into the appointment crib with crib.
Control device comprises
Electric control gear I 35, electric control gear I 35 plays the effect of step-down, rectification and filtering, comprises reduction voltage circuit, rectification circuit and filter circuit, and electric control gear I 35 is connected with two electric guide rails, is connected with electric control gear II 36 through electric guide rail, guiding conductive casters;
Electric control gear II 36; Electric control gear II 36 comprises microcontroller 37; Microcontroller 37 is connected near switch 38 near switch 8, vehicle positioning stop near switch 9, discharge door with motor 18, feeding gate electromagnet 11, discharge door electromagnet 12, feeding gate; Feeding gate is connected with feeding gate electromagnet 11 near switch 9, and discharge door is connected with discharge door electromagnet 12 near switch 8.The startup of microcontroller 37 control motors 18, stop, rotating, advance, stop or retreating thereby drive feeding vehicle 2, make 11 work of feeding gate electromagnet through feeding gate near the closure of switch 9; Thereby open feeding gate 14,, feeding gate electromagnet 11 is quit work through near the cut-offfing of switch; Thereby feeding gate 14 is closed under the effect of reset tension spring, make 12 work of discharge door electromagnet through discharge door near the closure of switch 8 then, thereby open discharge door 13; Through cut-offfing near switch; Discharge door electromagnet 12 is quit work, thereby discharge door 13 is closed under the effect of reset tension spring, realize feeding work.
(feeding vehicle 2 whenever takes a round group more than microcontroller 37 also can let simultaneously by the switching electricity by turns by true-to-shape near switch into and out of bin gate; Many groups have only wherein one group of energising into and out of bin gate near switch); Being divided into several groups (actual quantity is decided by the feeding number of times of the every meal of pigeon) into and out of bin gate near switch equates with the quantity of feeding inductive head; Every group into and out of bin gate near the travel route of switch and corresponding feeding inductive head on same horizontal line; String sense phenomenon can not appear each other; Every group is one in front and one in back by feeding vehicle 2 travel directions near switch into and out of bin gate and is provided with, and preceding, it is in order to distinguish the different feeding capacities of every pair of pigeon in each pigeon house into and out of bin gate near the switch and the purpose of feeding inductive head that many groups are set to feeding gate near switch 9.
Vehicle positioning stop is connected with microcontroller 37 near switch 38, and the parking spot of parking inductive head 7 controlled feeding vehicles 2 is set at parking spot as required.
Also comprise total hopper 6 and with the suitable feed lifting device 5 of total hopper 6.Total hopper 6 is used to the feed that prestores, and blowing is to the retinue hopper 3 of feeding vehicle 2; Feed lifting device 5 is transported to the feed lifting of lower in total hopper 6.
Total hopper 6 bucket bodies are provided with discharging device, and discharging device comprises the blowing discharge door that is arranged on total hopper 6 bucket bodies, and the blowing discharge door is provided with collision block, and the blowing discharge door is connected with total hopper bucket body through return spring.
Feed lifting device 5 is installed on the ground; Total hopper 6 is installed at discharging opening place, top, and total hopper 6 is fixed with support, aligns below top opening part and the feed lifting device discharging opening; Total hopper blowing discharge door is installed at total hopper 6 lower opening places; Total hopper blowing discharge door is provided with the extension bar that extends to orbital direction, so that feeding vehicle spurs total hopper blowing discharge door through out-of-date bump extension bar, and total hopper blowing discharge door is opened.
The motor 18 that install feeding vehicle 2 vehicle frame bottoms be a dc motor, and the wheel 19 that goes is installed in feeding vehicle 2 bottom of frame both sides, and go wheel 19 and motor 18 are connected through linkage, in ground run, go take turns 19 bear whole feeding vehicle 2 weight.
The guiding conductive casters is installed on feeding vehicle 2 bottom of frame or both sides or retinue hopper top; Guiding conductive casters stiff end passes through bearing fixing on vehicle frame or retinue hopper; Movable end and electric guide rail are abutted against; The guiding conductive casters plays the guiding electric action and does not bear feeding vehicle 2 weight, and the guiding conductive casters is two groups, and corresponding two electric guide rails are respectively installed one group.
When feeding vehicle 2 drives to total hopper 6 places; Feeding vehicle 2 is collided with collision block; The blowing discharge door is opened, and the feed that prestores gets in the retinue hopper 3 on the feeding vehicle 2, and is got in the adapter cavity 15 by feeding gate 14; By the adapter cavity 15 control feeding amounts of adjustable volume, feed is put into the crib that needs feeding through control discharge door 13 again.
Particularly; This routine pigeon house 4 is divided into upper, middle and lower-ranking; Every layer is divided into a plurality of single lattice pigeon houses, crib of each single lattice dovecote configuration, and feeding vehicle 2 is through these single lattice pigeon houses the time; Feeding gate on the feeding vehicle 2 induces corresponding signal near switch 9 and discharge door near switch 8 and the corresponding feeding inductive head 10 of each crib; After being judged by control device, the switching electricity of control feeding gate electromagnet 11 and discharge door electromagnet 12 realizes opening or closing feeding gate 14, discharge door 13; Feed is thrown in into crib, so repeats work, the mechanical feed of the pigeon for meat of having realized raising in cages.
Embodiment 2:
With reference to Fig. 5, crib comprises groove seat 27 and cell body 17, and groove seat 27 is rotatably connected with cell body 17; The back of cell body 17 is provided with ingesting port 25, is provided with cushioning fender 23 between the charging aperture of ingesting port 25 and cell body 17, and the charging aperture top of cell body 17 is provided with antifouling baffle plate 24; Groove seat 27 is rotatably connected through rotating shaft 29 with cell body 17, and cell body 17 is provided with back-moving spring 28 and is connected with groove seat 27, when crib is empty; Under the effect of back-moving spring, the charging aperture of crib upwarps, and can closely be detected near switch; When feeding vehicle 2 through out-of-date, then carry out automatic discharging; When crib had feed, the charging aperture of crib descended, can not closely be detected near switch, when feeding vehicle 2 through out-of-date, can automatic discharging, be convenient the installation, the groove seat is provided with hook 26;
Also be provided with on the groove seat 27 and can limit the buckle 30 that cell body 17 rotates, the effect of buckle 30 is cell body 17 to be fixed in the material state is arranged, make feeding vehicle 2 through out-of-date can automatic discharging.
Adopt the crib of this structure; Be arranged on discharge door 13 belows near switch on the feeding vehicle 2, near switch for feeding gate closely near switch 31, closely discharge door near switch 32, long apart from feeding gate near switch 33 and long apart from discharge door near switch 34, cancellation feeding inductive head 10; Be body to be detected directly near switch with crib; Long distance can detect all cribs near switch, closely judges whether feeding near switch by the location status that detects crib, and hopper is accepted in cancellation; Feeding vehicle 2 directly is fed into crib, and all the other are with embodiment 1.
In actual production; On the feeding vehicle 2 the long distance of configuration simultaneously near switch (comprise long apart from feeding gate near switch 33 with long apart from discharge door near switch 34) and closely near switch (comprise closely feeding gate near switch 31 and closely discharge door near switch 32); When feeding vehicle 2 was walked the first lap feeding, microcontroller 37 made long distance near the Switching Power Supply conducting, closely breaks off near Switching Power Supply simultaneously; This duration distance is near switch work; Because of long distance can detect all cribs near switch, so when feeding vehicle 2 was walked the first lap feeding, all cribs all can be by feeding; When feeding vehicle 2 is walked second, third circle; Microcontroller 37 makes closely near the Switching Power Supply conducting, breaks off near Switching Power Supply with the duration distance, and this moment is closely near switch work; Closely can only detect the crib under the no material state near switch; Crib under the no material state is by feeding, and crib under the material state arranged because of not in the detection distance range near switch closely, so there is the crib under the material state can be by feeding.The common every meal of non-kind of the dove that broods only need be thrown something and fed material once; Available buckle 30 is fixed in the non-corresponding crib of kind of dove of brooding has the material state, like this, and when feeding vehicle 2 is walked the first lap feeding; All crib is all thrown in feed; Walk second, third circle during feeding, it is corresponding and be the crib of dead slot state only to throw in kind of the dove that broods, and reaches the effect of feeding as required.
Claims (8)
1. the pigeon for meat automatic feeding device of raising in cages is characterized in that: comprise
Feeding vehicle and suitable with it running rail; Described feeding vehicle is provided with the retinue hopper; Between the feeding gate of retinue hopper and the discharge door is adapter cavity, and feeding gate is connected with the feeding gate electromagnet, and discharge door is connected with the discharge door electromagnet; The feeding gate electromagnet is connected near switch with feeding gate; The discharge door electromagnet is connected near switch with discharge door, and feeding gate and discharge door are equipped with back-moving spring, and feeding gate is connected with control device near switch, feeding gate electromagnet, discharge door electromagnet near switch, discharge door;
Crib, every group of pigeon house is divided into a plurality of single lattice pigeon houses, each single lattice pigeon house is provided with crib, the top of every group of pigeon house be provided with near the corresponding feeding inductive head of switch;
Pigeon house is arranged on the both sides of running rail.
2. the pigeon for meat automatic feeding device of raising in cages according to claim 1 is characterized in that: described running rail is electric guide rail, and electric guide rail is two, is provided with insulating barrier between two electric guide rails; Feeding vehicle is provided with two guiding conductive casterses and is abutted against with two electric guide rails respectively.
3. the pigeon for meat automatic feeding device of raising in cages according to claim 1; It is characterized in that: described crib comprises cell body and groove lid; The back of groove lid is provided with ingesting port, is provided with the separated cushioning fender of charging aperture with ingesting port and groove lid in the groove lid, and the top of foodstuff mouth is provided with antifouling baffle plate.
4. the pigeon for meat automatic feeding device of raising in cages according to claim 1, it is characterized in that: described crib comprises groove seat and cell body, groove seat and cell body are rotatably connected; The back of cell body is provided with ingesting port, is provided with cushioning fender between the charging aperture of ingesting port and cell body, and the charging aperture top of cell body is provided with antifouling baffle plate; Cell body is provided with back-moving spring and is connected with the groove seat; When crib was empty, under the effect of back-moving spring, the charging aperture of crib upwarped; When crib had feed, the charging aperture of crib descended, and also was provided with on the groove seat and can limits the buckle that cell body rotates.
5. the pigeon for meat automatic feeding device of raising in cages according to claim 1, it is characterized in that: described control device comprises
Electric control gear I, electric control gear I plays the effect of step-down, rectification and filtering, comprises reduction voltage circuit, rectification circuit and filter circuit, and electric control gear I is connected with two electric guide rails, is connected with electric control gear II through electric guide rail, guiding conductive casters;
Electric control gear II; Electric control gear II comprises microcontroller; Microcontroller is connected near switch near switch, discharge door with motor, feeding gate electromagnet, discharge door electromagnet, feeding gate; Feeding gate is connected with the feeding gate electromagnet near switch, and discharge door is connected with the discharge door electromagnet near switch.
6. the pigeon for meat automatic feeding device of raising in cages according to claim 1 is characterized in that: also comprise total hopper and with the suitable feed lifting device of total hopper.
7. the pigeon for meat automatic feeding device of raising in cages according to claim 1 is characterized in that: described adapter cavity is the feed bin of adjustable volume size.
8. the pigeon for meat automatic feeding device of raising in cages according to claim 1; It is characterized in that: also be provided with vehicle positioning stop on the feeding vehicle near switch; Running rail is other also be provided with vehicle positioning stop near the corresponding vehicle positioning stop inductive head of switch, vehicle positioning stop is connected with microcontroller near switch.
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201210242913 CN102783429B (en) | 2012-07-15 | 2012-07-15 | Cage raised pigeon automatic feeding device |
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| CN 201210242913 CN102783429B (en) | 2012-07-15 | 2012-07-15 | Cage raised pigeon automatic feeding device |
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| CN102783429B CN102783429B (en) | 2013-08-14 |
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| CN 201210242913 Expired - Fee Related CN102783429B (en) | 2012-07-15 | 2012-07-15 | Cage raised pigeon automatic feeding device |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105165657A (en) * | 2014-10-09 | 2015-12-23 | 李为松 | Poultry feeding device |
| CN105794657A (en) * | 2016-04-13 | 2016-07-27 | 张顺发 | Industrial intelligent livestock cultivation system |
| CN106857271A (en) * | 2017-03-01 | 2017-06-20 | 孟赵兰 | A kind of livestock rearing apparatus and method |
| CN109588334A (en) * | 2019-02-01 | 2019-04-09 | 安徽农业大学 | A kind of animal automation feeding colony house |
| CN110274180A (en) * | 2019-06-12 | 2019-09-24 | 湖南城市学院 | A kind of lighting device of the tunnel with cleaning function |
| CN110451191A (en) * | 2019-08-30 | 2019-11-15 | 合肥市兴烨包装材料有限公司 | A kind of rail mounted handling device |
| CN112021192A (en) * | 2020-08-20 | 2020-12-04 | 塔里木大学 | Automatic intelligent livestock breeding shed |
| CN114027223A (en) * | 2021-12-02 | 2022-02-11 | 阚征 | Poultry feeding equipment for livestock-raising |
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