CN204350841U - Rotation grazing fence system - Google Patents
Rotation grazing fence system Download PDFInfo
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- CN204350841U CN204350841U CN201420842432.2U CN201420842432U CN204350841U CN 204350841 U CN204350841 U CN 204350841U CN 201420842432 U CN201420842432 U CN 201420842432U CN 204350841 U CN204350841 U CN 204350841U
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Abstract
The rotation grazing fence system that the utility model provides, rotation grazing fence system comprises end to end border fence and end to end center fence, border fence encloses formation and herds region, center fence is positioned at the inside of herding region, and center fence encloses the relaxing area being formed and be positioned at the inside of herding region.Of the present utility modelly herd the activity that fence system not only can retrain drove, and drove can be guided to make full use of grass resources.Profit fence system of herding of the present utility model carries out flock of sheep when putting in a suitable place to breed, in a planned way can utilize grass resources, avoid overgraze, alleviate flock of sheep to the trample on grassland and destruction, ensure that flock of sheep obtain enough herbage, to promote its normal development and growth within the whole grazing season.
Description
Technical field
The utility model relates to the feeding facility of livestock breeding, particularly relates to a kind of rotation grazing fence system.
Background technology
Rotation grazing is the abbreviation of regional rotation grazing or rotation grazing on an area basis, is a kind of Grazing system that economical and effective utilizes meadow.Rotation grazing typically refers to pasture range regularly rotational grazing and leisure in certain sequence more than two pieces.Rotation grazing cycle, length depended on Herbage regrowth speed, and general aftergrass can be herded again up to 8 centimetres-15 centimetres, needed 25 days-40 days.Rotation grazing cycle, length was also different because grassland types is different, and general dry steppe is 30 days-35 days, and desert steppe is 40 days-50 days, sylvosteppe and grassy marshland are 25 days-30 days, Mountain Meadow is 30 days-35 days, and desert, alpine belt aftergrass seldom, only utilize once for 1 year sometimes.
Rotation grazing in a planned way can utilize grass resources, avoids overgraze and alleviates livestock to the trample on grassland and destruction, ensures that livestock obtains enough herbage, to promote its normal development and growth within the whole grazing season.But up to now, rotation grazing means extensively adopted or traditional migrate the mode of herding with flock of sheep or cows, this mode cannot make full use of grass resources.And traditional rotation grazing fence only can retrain the activity of drove, and drove can not be guided to make full use of grass resources.
Utility model content
The purpose of this utility model is to provide a kind of science of programming, not only can retrain the activity of drove, and drove can be guided to make full use of the rotation grazing fence system of grass resources.
Of the present utility modelly herd fence system, described rotation grazing fence system comprises end to end border fence and end to end center fence, described border fence encloses formation and herds region, described center fence is positioned at the inside of herding region, and described center fence encloses the relaxing area being formed and be positioned at the inside of herding region.
Of the present utility modelly herd fence system, wherein, also comprise subregion fence group, described subregion fence group is between described border fence and center fence, described subregion fence group comprises the first subfield, the second subfield, the two ends of described first subfield point to border fence and center fence respectively, and the two ends of described second subfield point to border fence and center fence respectively, and the first subfield of same subregion fence group and described second subfield enclose the one-level subregion of to herd described in formation in region.
Of the present utility modelly herd fence system, wherein, also comprise segmentation fence, described segmentation fence is positioned at one-level subregion, the two ends of described segmentation fence connect the first subfield of same subregion fence group and described second subfield respectively, and described one-level subregion segmentation is formed multiple secondary subregion by described segmentation fence.
Of the present utility modelly herd fence system, wherein, also comprise and herding, described in the two ends of herding point to border fence and center fence respectively, described in herd and be positioned at outside described one-level subregion,
Of the present utility modelly herd fence system, wherein, described in herd and enclosed formed by the 3rd subfield, the 4th subfield, the two ends of described 3rd subfield point to border fence and center fence respectively, and the two ends of described 4th subfield point to border fence and center fence respectively.
Of the present utility modelly herd fence system, wherein, described center fence is provided with access door.
Of the present utility modelly herd the activity that fence system not only can retrain drove, and drove can be guided to make full use of grass resources.Profit fence system of herding of the present utility model carries out flock of sheep when putting in a suitable place to breed, in a planned way can utilize grass resources, avoid overgraze, alleviate flock of sheep to the trample on grassland and destruction, ensure that flock of sheep obtain enough herbage, to promote its normal development and growth within the whole grazing season.
Accompanying drawing explanation
Fig. 1 is the vertical view of rotation grazing fence system of the present utility model;
Fig. 2 is the vertical view of the structural representation of the border fence of rotation grazing fence system of the present utility model.
Embodiment
As shown in Figure 1, rotation grazing fence system of the present utility model, comprise end to end border fence 10 and end to end center fence 1, border fence 10 encloses formation and herds region 100, center fence 1 is positioned at the inside of herding region 100, and center fence 1 encloses the relaxing area 200 being formed and be positioned at the inside of herding region 100.
Rotation grazing fence system of the present utility model, wherein, also comprises subregion fence group 20, and subregion fence group 20 is between border fence 10 and center fence 1, and subregion fence group 20 comprises the first subfield 21, second subfield 22.The two ends of the first subfield 21 point to border fence 10 and center fence 1 respectively, the two ends of the second subfield 22 point to border fence 10 and center fence 1 respectively, and the first subfield 21 of same subregion fence group and the second subfield 22 enclose the one-level subregion 101 being formed and herd in region 100.
Rotation grazing fence system of the present utility model, wherein, border fence 10 encloses that shape is conglobate herds region 100, and center fence 1 is positioned at the circle centre position of herding region 100, and center fence 1 encloses the relaxing area 200 being formed and be positioned at the circle centre position of herding region 100.
Rotation grazing fence system of the present utility model, wherein, first subfield 21, second subfield 22 is moveable fence, within a period of time, first subfield 21, second subfield 22 to herd in region 100 mobile, stop, herding the different location in region 100, the first subfield 21, second subfield 22 encloses and forms different one-level subregions 101.Flock of sheep are driven and puts in a suitable place to breed to an one-level subregion, to other zone time to recover, in a planned way utilize grass resources thus, avoid overgraze and alleviate flock of sheep to the trample on grassland and destruction.Above-mentioned different one-level subregion 101 can be adjacent, facilitates movement and the management of flock of sheep like this.
Rotation grazing fence system of the present utility model, wherein, also comprise segmentation fence 30, segmentation fence 30 is positioned at one-level subregion 101, the two ends of segmentation fence 30 connect the first subfield 21 and the second subfield 22 of same subregion fence group respectively, and one-level subregion 101 is split the multiple secondary subregion 201 of formation by segmentation fence 30.
Rotation grazing fence system of the present utility model, wherein, segmentation fence 30 is moveable fence, within a period of time, segmentation fence 30 is mobile in one-level subregion 101, stop, the different location in one-level subregion 101, and segmentation fence 30 encloses, split the different secondary subregion 201 of formation.Flock of sheep are driven and puts in a suitable place to breed to a secondary subregion 201, to other zone time to recover, in a planned way utilize one-level subregion 101 thus, avoid overgraze and alleviate flock of sheep to the trample on grassland and destruction.Above-mentioned different secondary subregion 201 can be adjacent, facilitates movement and the management of flock of sheep like this.
Rotation grazing fence system of the present utility model, wherein, also comprises and herds 40, and the two ends of herding 40 point to border fence 10 and center fence 1 respectively, herd 40 and are positioned at outside one-level subregion 101,
Rotation grazing fence system of the present utility model, wherein, herd 40 to be enclosed formed by the 3rd subfield 23, the 4th subfield 24, the two ends of the 3rd subfield 23 are pointed to border fence 10 respectively and are pointed to border fence 10 and center fence 1 respectively with the two ends of center fence the 1, four subfield 24.
Shown in composition graphs 2, rotation grazing fence system of the present utility model, wherein, border fence 10 comprises:
The fence post 11 of multiple erected parallel;
For stopping the multiple conducting wires 12 of livestock, wire 12 is fixed on fence post 11, multiple conducting wires 12 layout all parallel to the ground;
Impulse controller 13, is connected with multiple conducting wires 12, and multiple conducting wires 12 and impulse controller 13 form loop, and the transmitting terminal transmitted pulse signal of impulse controller 13 is on wire 12, and the receiving terminal of impulse controller 13 receives the pulse signal of wire 12 passback;
Alarm 14, is connected with impulse controller 13, and not receive the pulse signal that wire 12 returns when the receiving terminal of impulse controller 13, impulse controller 13 sends alarm signal to alarm 14.
The border fence of rotation grazing fence system of the present utility model is specially adapted to manage large-scale herd, and compared to traditional infrared rays alert warning system, cost is low, highly sensitive, and rate of false alarm is low, and can stop that livestock escapes or the invasion of external larger animal.
Rotation grazing fence system of the present utility model, wherein, also comprises:
Solar cell system 15, is connected with impulse controller 13, for converting solar energy into electrical energy and providing to impulse controller 13;
For anti-lightning strike lightning rod system, the lightning rod 16 of lightning rod system is arranged on fence post 11;
Insulator 17, wire 12 is fixed on fence post 11 by insulator 17.
Specifically, solar cell system 15 in support power supply uses, usually, solar cell system is to the charge in batteries of impulse controller 13, when the electric network fault that impulse controller 13 connects, the then battery discharging of impulse controller 13, impulse controller 13 sends alarm signal to alarm 14 simultaneously.
Rotation grazing fence system of the present utility model, wherein, also comprise messaging controller, described messaging controller is connected with impulse controller 13, not receive the pulse signal that wire 12 returns when the receiving terminal of impulse controller 13, impulse controller 13 sends signal to messaging controller, and messaging controller sends alarming short message by mobile communcations system to manager.
Rotation grazing fence system of the present utility model, wherein, wire 12 comprises the first wire 121, second wire 122, privates 123, privates 124, the 5th wire 125,15 centimetres apart from ground, first wire 121,30 centimetres apart from ground, second wire 122, privates 123 45 centimetres apart from ground, privates 124 70 centimetres apart from ground, 95 centimetres apart from ground, the 5th wire 125.
Above-mentioned height setting has taken into full account the height height of various fields common animals, with the animal (as wolf, dog etc.) making the more efficiently stop of rotation grazing fence system of the present utility model may affect herd.
Rotation grazing fence system of the present utility model, wherein, center fence 1 is provided with access door.
Rotation grazing fence system of the present utility model, wherein, also comprise multiple earth polar 18, above-mentioned loop is accessed by call wire in one of them earth polar 18, one of them earth polar 18 is connected by the receiving terminal of call wire with impulse controller 13, forms loop with this multiple conducting wires 12 with impulse controller 13.
Rotation grazing fence system of the present utility model, wherein, five wires (the first wire 121, second wire 122, privates 123, privates 124, the 5th wire 125) are live wire, when extraneous animal or inner livestock contact above-mentioned wire, extraneous animal or inner livestock form loop with the earth, wire, the inside livestock of attempting the extraneous animal that enters thus or attempt to escape is electrically shocked, and plays deterrent effect like this.
In other embodiment of rotation grazing fence system of the present utility model, multiple conducting wires 12 can directly be connected with the receiving terminal of impulse controller 13, forms loop with this multiple conducting wires 12 with impulse controller 13.
Rotation grazing fence system of the present utility model is utilized to carry out flock of sheep when putting in a suitable place to breed, first flock of sheep can be trapped among in first one-level subregion 101 and put in a suitable place to breed, after certain hour, flock of sheep are driven and puts in a suitable place to breed to next one-level subregion, to first one-level subregion time to recover, after certain hour, flock of sheep are driven and puts in a suitable place to breed to the 3rd one-level subregion, to second one-level subregion time to recover, by that analogy, each one-level subregion recovers if having time, so in a planned way utilize grass resources, avoid overgraze and alleviate flock of sheep to the trample on grassland and destruction, ensure that flock of sheep obtain enough herbage within the whole grazing season, to promote its normal development and growth.
Utilize rotation grazing fence system of the present utility model can better running sheep, make the activity of flock of sheep science, rationally and more orderly more, growing of convenient monitoring sheep.
The movable route of rotation grazing fence system of the present utility model to flock of sheep is utilized to make accurate planning, overcome that to raise the flock of sheep activity brought completely scattered large, physical consumption is large, the shortcoming that the slow and easy large area of disease of becoming fat infects, flock of sheep are made again to have certain motion every day, its physique effectively strong.
Utilize rotation grazing fence system of the present utility model to herd and more in a planned way can utilize grass resources, ensure that flock of sheep obtain enough herbage, to promote its normal development and growth within the whole grazing season.
The border fence of rotation grazing fence system of the present utility model is specially adapted to manage large-scale herd, and compared to traditional infrared rays alert warning system, cost is low, highly sensitive, and rate of false alarm is low, and can stop that livestock escapes or the invasion of external larger animal.
The border fence of rotation grazing fence system of the present utility model, while playing barrier effect, to human body fanout free region, can really realize stopping, deter and reporting to the police.
Rotation grazing fence system of the present utility model is specially adapted to the rotation grazing of flock of sheep, also goes for other livestocks such as ox, horse.
The above is only preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (5)
1. a rotation grazing fence system, it is characterized in that, described rotation grazing fence system comprises end to end border fence and end to end center fence, described border fence encloses formation and herds region, described center fence is positioned at the inside of herding region, described center fence encloses the relaxing area being formed and be positioned at the inside of herding region, described rotation grazing fence system also comprises subregion fence group, described subregion fence group is between described border fence and center fence, described subregion fence group comprises the first subfield, second subfield, the two ends of described first subfield point to border fence and center fence respectively, the two ends of described second subfield point to border fence and center fence respectively, first subfield of same subregion fence group and described second subfield enclose the one-level subregion of to herd described in formation in region.
2. rotation grazing fence system according to claim 1, it is characterized in that, also comprise segmentation fence, described segmentation fence is positioned at one-level subregion, the two ends of described segmentation fence connect the first subfield of same subregion fence group and described second subfield respectively, and described one-level subregion segmentation is formed multiple secondary subregion by described segmentation fence.
3. rotation grazing fence system according to claim 2, is characterized in that, also comprises and herding, described in the two ends of herding point to border fence and center fence respectively, described in herd and be positioned at outside described one-level subregion,
4. rotation grazing fence system according to claim 3, it is characterized in that, described herding is enclosed formed by the 3rd subfield, the 4th subfield, and the two ends of described 3rd subfield point to border fence and center fence respectively, and the two ends of described 4th subfield point to border fence and center fence respectively.
5. rotation grazing fence system according to claim 1, is characterized in that, described center fence is provided with access door.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420842432.2U CN204350841U (en) | 2014-12-24 | 2014-12-24 | Rotation grazing fence system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420842432.2U CN204350841U (en) | 2014-12-24 | 2014-12-24 | Rotation grazing fence system |
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| Publication Number | Publication Date |
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| CN204350841U true CN204350841U (en) | 2015-05-27 |
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| CN201420842432.2U Active CN204350841U (en) | 2014-12-24 | 2014-12-24 | Rotation grazing fence system |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107229289A (en) * | 2017-07-31 | 2017-10-03 | 内蒙古智牧溯源技术开发有限公司 | A kind of unmanned plane grazing management system |
| CN107291102A (en) * | 2017-07-31 | 2017-10-24 | 内蒙古智牧溯源技术开发有限公司 | A kind of unmanned plane grazing system |
| CN110419502A (en) * | 2019-08-30 | 2019-11-08 | 贵州大学 | A kind of method that accurate daily ration is herded and its fence system |
| CN110447550A (en) * | 2019-08-30 | 2019-11-15 | 贵州大学 | One kind herding fence system and its Grazing method |
| CN110447342A (en) * | 2019-09-16 | 2019-11-15 | 王元华 | A kind of resource circulation utilization formula ecologic breeding recreation farm |
-
2014
- 2014-12-24 CN CN201420842432.2U patent/CN204350841U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107229289A (en) * | 2017-07-31 | 2017-10-03 | 内蒙古智牧溯源技术开发有限公司 | A kind of unmanned plane grazing management system |
| CN107291102A (en) * | 2017-07-31 | 2017-10-24 | 内蒙古智牧溯源技术开发有限公司 | A kind of unmanned plane grazing system |
| CN107229289B (en) * | 2017-07-31 | 2024-02-20 | 内蒙古智牧溯源技术开发有限公司 | Unmanned aerial vehicle grazing management system |
| CN110419502A (en) * | 2019-08-30 | 2019-11-08 | 贵州大学 | A kind of method that accurate daily ration is herded and its fence system |
| CN110447550A (en) * | 2019-08-30 | 2019-11-15 | 贵州大学 | One kind herding fence system and its Grazing method |
| CN110447342A (en) * | 2019-09-16 | 2019-11-15 | 王元华 | A kind of resource circulation utilization formula ecologic breeding recreation farm |
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