CN204350839U - Livestock guides corridor - Google Patents
Livestock guides corridor Download PDFInfo
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- CN204350839U CN204350839U CN201420842465.7U CN201420842465U CN204350839U CN 204350839 U CN204350839 U CN 204350839U CN 201420842465 U CN201420842465 U CN 201420842465U CN 204350839 U CN204350839 U CN 204350839U
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Abstract
Livestock of the present utility model guides corridor, comprise the straight corridor for guiding livestock to pass through and the first ring corridor for guiding livestock to pass through around straight corridor, first ring corridor is provided with at least one septal fossula port and two outer fissure ports, septal fossula port is used for the internal communication of the circle formed with the madial wall of first ring corridor, outer fissure port is used for the external communication of the circle formed with the lateral wall of first ring corridor, an outer fissure port of first ring corridor and the straight corridor inlet communication of straight corridor, a septal fossula port of first ring corridor and the straight corridor outlet of straight corridor, straight corridor is entered by an outer fissure port of first ring corridor to guide livestock, first ring corridor is entered by straight corridor, gone out by another outer fissure port of first ring corridor.Livestock of the present utility model guides Corridor planning science, and floor space is less, facilitates livestock (particularly sheep) to pass through.
Description
Technical field
The utility model relates to the feeding facility of livestock breeding, particularly relates to a kind of livestock and guides corridor.
Background technology
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.
In the design on rotation grazing grassland, the design of sheep hurdle position is most important, and by multiple sheep hurdle with herd the livestock that place couples together and guide corridor same extremely important, the most annular spread of sheep hurdle, existing livestock guides corridor ubiquity floor space large, livestock (sheep) is caused to pass through in a jumble, the defect of be unfavorable for that manager adds up, hiving off.
Utility model content
The purpose of this utility model is to provide a kind of science of programming, and floor space is less, and the livestock facilitating livestock (particularly sheep) to pass through guides corridor.
Livestock of the present utility model guides corridor, comprise the straight corridor for guiding livestock to pass through and the first ring corridor for guiding livestock to pass through around described straight corridor, described first ring corridor is provided with at least one septal fossula port and two outer fissure ports, described septal fossula port is used for the internal communication of the circle formed with the madial wall of first ring corridor, described outer fissure port is used for the external communication of the circle formed with the lateral wall of first ring corridor, an outer fissure port of described first ring corridor and the straight corridor inlet communication of described straight corridor, a septal fossula port of described first ring corridor and the straight corridor outlet of described straight corridor, described straight corridor is entered by an outer fissure port of described first ring corridor to guide livestock, described first ring corridor is entered by described straight corridor, gone out by another outer fissure port of described first ring corridor.
Livestock of the present utility model guides corridor, and wherein, the straight corridor import of described straight corridor is arranged at one end of described straight corridor, and the straight corridor outlet of described straight corridor is arranged at the other end of described straight corridor.
Livestock of the present utility model guides corridor, and wherein, an outer fissure port of described first ring corridor is communicated with by transition corridor with the described straight corridor import of described straight corridor.
Livestock of the present utility model guides corridor, wherein, the width of described first ring corridor is greater than the width of described straight corridor, and the width of described transition corridor is diminished to one end of the described straight corridor import connecting described straight corridor gradually by the one end of the outer fissure port connecting described first ring corridor.
Livestock of the present utility model guides corridor, and wherein, the two side of described transition corridor is extended to the described straight corridor import of described straight corridor is bending by an outer fissure port of described first ring corridor.
Livestock of the present utility model guides corridor, wherein, also comprise the second ring corridor around first ring corridor, described second ring corridor is provided with in being communicated with the outer fissure port of first ring corridor and imports and exports, described second ring corridor is also provided with at least one outer import and export, described outer import and export are used for the external communication of the circle formed with the lateral wall of the second ring corridor.
Livestock of the present utility model guides corridor, and wherein, the circle that the circle of axis formation of described first ring corridor and the axis of the second ring corridor are formed is concentric, the center of circle of the circle that described straight corridor is formed by the axis of described first ring corridor.
Livestock of the present utility model guides corridor, wherein, described first ring corridor is provided with the first septal fossula port with the first outer fissure port of the described straight corridor inlet communication of described straight corridor and the straight corridor outlet with described straight corridor, described first outer fissure port, the described first septal fossula port angle respectively and between the connection straight line in the center of circle of circle that formed of the axis of described first ring corridor is 90 degree.
Livestock of the present utility model guides corridor, wherein, described first ring corridor is provided with the second septal fossula port, the 3rd septal fossula port, the center of circle of the circle of the axis formation of first ring corridor described in the connection straight-line pass between described second septal fossula port, described 3rd septal fossula port.
Livestock of the present utility model guides corridor, wherein, described second septal fossula port, the described first septal fossula port angle respectively and between the connection straight line in the center of circle of circle that formed of the axis of described first ring corridor is 90 degree, described second ring corridor is provided with multiple outer import and export, and the circle that the lateral wall that multiple described outer import and export are uniformly distributed in described second ring corridor is formed circumferentially.
Livestock of the present utility model guides Corridor planning science, and floor space is less, facilitates livestock (particularly sheep) to pass through.
Accompanying drawing explanation
Fig. 1 is the vertical view that livestock of the present utility model guides corridor;
Fig. 2 is the structural representation of the cross section of the two side of transition corridor;
Fig. 3 is the front view on hurdle, Baoding;
Fig. 4 is the front view of stand;
Fig. 5 is the front view of first point of frame of Shelf for keeing;
Fig. 6 is the front view of second point of frame of Shelf for keeing;
Fig. 7 is the vertical view of the structural representation of dipping equipment.
Embodiment
As shown in Figure 1, livestock of the present utility model guides corridor, comprise the straight corridor 1 for guiding livestock to pass through and the first ring corridor 2 for guiding livestock to pass through around straight corridor 1, first ring corridor 2 is provided with at least one septal fossula port and two outer fissure ports, septal fossula port is used for the internal communication of the circle formed with the madial wall of first ring corridor 2, outer fissure port is used for the external communication of the circle formed with the lateral wall of first ring corridor 2, an outer fissure port of first ring corridor 2 is communicated with the straight corridor import 11 of straight corridor 1, a septal fossula port of first ring corridor 2 exports 12 with the straight corridor of straight corridor 1 and is communicated with, straight corridor 1 is entered by an outer fissure port of first ring corridor 2 to guide livestock, first ring corridor 2 is entered by straight corridor 1, gone out by another outer fissure port of first ring corridor 2.
Livestock of the present utility model guides corridor, and wherein, the straight corridor import 11 of straight corridor 1 is arranged at one end of straight corridor 1, and the straight corridor outlet 12 of straight corridor 1 is arranged at the other end of straight corridor 1.
Livestock of the present utility model guides corridor, wherein, straight corridor 1 is provided with weighing-appliance 40, optical scanning device 50 and dipping equipment 60.
Livestock of the present utility model guides corridor, and wherein, weighing-appliance 40, optical scanning device 50, dipping equipment 60 export 12 one end by close straight corridor import 11 one end of straight corridor 1 to the close straight corridor of straight corridor 1 and is arranged in order.
Livestock of the present utility model guides corridor, wherein, is provided with hurdle, Baoding 80 between optical scanning device 50 and dipping equipment 60.
Shown in composition graphs 3, Fig. 4, Fig. 5, livestock of the present utility model guides corridor, wherein, hurdle, Baoding 80 comprises the platform 81 for support livestock, platform 81 is provided with stand 82, stand 82 comprises stand cross bar 83 and multiple stand montant 84 be connected with stand cross bar 83 square crossing, space is left between multiple stand montant 84, stand montant 84 is fixedly connected on platform 81, hurdle, Baoding 80 also comprises for coordinating with stand 82 Shelf for keeing clamping livestock, and Shelf for keeing is articulated with the upper end of stand montant 84.
Shown in composition graphs 6, livestock of the present utility model guides corridor, wherein, Shelf for keeing comprises first point of frame 86, first point of frame 86 comprises multiple first Baoding cross bar 87 and multiple first Baoding montant 88 be connected with first Baoding cross bar 87 square crossing, leave space between multiple first Baoding montant 88, the space between multiple first Baoding montant 88 is relative with the space between multiple stand montant 84, and one end of first Baoding montant 88 is articulated with the upper end of stand montant 84.
Livestock of the present utility model guides corridor, wherein, Shelf for keeing comprises second point of frame 91, second point of frame 91 comprises multiple second Baoding cross bar 92 and multiple second Baoding montant 93 be connected with second Baoding cross bar 92 square crossing, space is left between multiple second Baoding montant 93, space between multiple first Baoding montant 88 is relative with the space between multiple second Baoding montant 93, and second Baoding montant 93 is articulated with the other end of first Baoding montant 88.
Shown in composition graphs 7, livestock of the present utility model guides corridor, wherein, dipping equipment 60 comprise medicated bath pools 61 for carrying out dipping to livestock and and the walking passageway that be arranged in parallel of medicated bath pools 61, the orientation that medicated bath pools 61 comprise the first pond 62 and the second pond, pond 63, first 62 and the second pond 63 communicates with the bearing of trend of straight corridor 1.
Livestock of the present utility model guides corridor, wherein, is provided with half space 64 between the first pond 62 and the second pond 63.
Livestock of the present utility model guides corridor, and wherein, an outer fissure port of first ring corridor 2 is communicated with by transition corridor 3 with the straight corridor import 11 of straight corridor 1.
Livestock of the present utility model guides corridor, and wherein, the width of first ring corridor 2 is greater than the width of straight corridor 1, and the width of transition corridor 3 is diminished to one end of the straight corridor import 11 of the straight corridor 1 of connection gradually by the one end of the outer fissure port connecting first ring corridor 2.
Livestock of the present utility model guides corridor, and wherein, the two side 31 of transition corridor 3 is extended to the straight corridor import 11 of straight corridor 1 is bending by an outer fissure port of first ring corridor 2.
Shown in composition graphs 2, livestock of the present utility model guides corridor, and wherein, the cross section of the two side 31 of transition corridor 3 is upper end width and is less than the trapezoidal of lower end width.
Livestock of the present utility model guides corridor, wherein, also comprise the second ring corridor 4 around first ring corridor 2, second ring corridor 4 is provided with in being communicated with the outer fissure port of first ring corridor 2 and imports and exports 41, second ring corridor 4 is also provided with at least one and outer imports and exports 42, the external communication of circle of outer import and export 42 for being formed with the lateral wall of the second ring corridor 4.
Livestock of the present utility model guides corridor, and wherein, the circle that the circle of axis formation of first ring corridor 2 and the axis of the second ring corridor 4 are formed is concentric.
Livestock of the present utility model guides corridor, wherein, and the center of circle of the circle that straight corridor 1 is formed by the axis of first ring corridor 2.
Livestock of the present utility model guides corridor, wherein, first ring corridor 2 being provided with the first outer fissure port 21 of being communicated with the straight corridor import 11 of straight corridor 1 and exporting the angle of 12 the first septal fossula port 22, first outer fissure port 21, the first septal fossula ports 22 be communicated with respectively and between the connection straight line in the center of circle of circle that formed of the axis of first ring corridor 2 with the straight corridor of straight corridor 1 is 90 degree.
Livestock of the present utility model guides corridor, wherein, and the center of circle of the circle that axis first ring corridor 2 being provided with the connection straight-line pass first ring corridor 2 between the second septal fossula port 23, the 3rd septal fossula port 24, second septal fossula port 23, the 3rd septal fossula port 24 is formed.
Livestock of the present utility model guides corridor, and wherein, the angle of the second septal fossula port 23, first septal fossula port 22 respectively and between the connection straight line in the center of circle of circle that formed of the axis of first ring corridor 2 is 90 degree.
Livestock of the present utility model guides corridor, wherein, the second ring corridor 4 is provided with multiple outer import and export 42, and the circle that the lateral wall that multiple outer import and export 42 are uniformly distributed in the second ring corridor 4 is formed circumferentially.
Livestock of the present utility model guides corridor, wherein, first ring corridor 2 is provided with the second outer fissure port 25 and the 3rd outer fissure port 26.Second outer fissure port 25, the 3rd outer fissure port 26 angle respectively and between the connection straight line in the center of circle of circle that formed of the axis of first ring corridor 2 is 90 degree.
Livestock of the present utility model guides corridor, wherein, imports and exports the 41, second septal fossula port 23, first outer fissure port 21 relative in outer of importing and exporting the 42, second ring corridor 4 of the second ring corridor 4.
Livestock of the present utility model guides corridor, and wherein, import and export 42 outward of the second ring corridor 4, directly corridor outlet the 12, first septal fossula port 22, second outer fissure port 25 are relative.
Livestock of the present utility model guides corridor, wherein, imports and exports the 41, the 3rd septal fossula port 24, the 3rd outer fissure port 26 is relative in outer of importing and exporting the 42, second ring corridor 4 of the second ring corridor 4.
Livestock of the present utility model guides the design of the straight corridor in corridor, first ring corridor, transition corridor, considers Animal behaviour especially: the vision system of sheep has very wide visual angle, and sheep can observe its dynamic sound after one's death when not turning one's head; The road ahead clearly that one does not have obstacle is needed when sheep forwards walks.
Livestock of the present utility model guides the straight corridor import 11 of the straight corridor 1 in corridor to export 12 with straight corridor and is designed to wider gateway, is convenient to the advance of sheep.
Livestock of the present utility model guides the first ring corridor in corridor, transition corridor is designed with larger bend, is convenient to the guiding to sheep.Livestock of the present utility model guides corridor, straight corridor is provided with weighing-appliance, optical scanning device and dipping equipment, like this hiving off of livestock, health examination and dipping are all carried out in a passage (straight corridor), not only save space, time, and avoid livestock tired, ensure that its mood does not produce larger fluctuation.
Sheep can only deal with a situation when advancing at every turn, such as: upwards slope, descending, admission passage door, enter bend, enter sheep hurdle or towards lorry etc.Livestock of the present utility model guides corridor to ensure, and sheep can only deal with a situation.
Sheep has phototaxis when walking, and livestock of the present utility model guides corridor to avoid sheep to walk there being shade area that is dark or visible blind alley.
Sheep is liked advancing in stable bend, and likes bend progressively to be narrowed by wide, and sheep advances Shi Huiyi in the channel only with this, and livestock of the present utility model guides corridor to adopt bar shaped to be conducive to the advance of sheep.
Livestock of the present utility model guides the straight corridor in corridor to be one section of enclosed channel, does not have unnecessary gateway, is convenient to livestock admission passage like this, avoid the reverse walking of livestock.
Livestock of the present utility model guides corridor to be annular or circular circle road system, and its advantage can allow sheep very stable from Accreditation Waiting Area to boot section and channel region, thus enters hive off district or workspace, returns Yang Peng or grazing district.Livestock of the present utility model guides corridor to be that annular ensures that livestock is advanced smoothness.
Livestock of the present utility model guides corridor comprise the first ring corridor of annular and straight corridor is provided with weighing-appliance, optical scanning device and dipping equipment, allows operator at any time can in-plant contact livestock thus.
Livestock of the present utility model guides corridor to make livestock can be familiar with and adapt to the mode of its population management soon.
Livestock of the present utility model guides corridor to be annular or circular circle road system, can allow sheep is easily natural advances to last outlet from entrance.
The import of straight corridor is in weighing-appliance one section, and be craspedodrome section near the stage of weighing-appliance, length is 3 to 3.5 meters, and craspedodrome section both sides should be made up of seamless sealing plate material.Straight corridor is provided with weighing-appliance, optical scanning device and dipping equipment, most quarantine all here completes.Effective saving labour and guarantee to hive off fast, effectively and accurately.
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 (10)
1. a livestock guides corridor, it is characterized in that, comprise the straight corridor for guiding livestock to pass through and the first ring corridor for guiding livestock to pass through around described straight corridor, described first ring corridor is provided with at least one septal fossula port and two outer fissure ports, described septal fossula port is used for the internal communication of the circle formed with the madial wall of first ring corridor, described outer fissure port is used for the external communication of the circle formed with the lateral wall of first ring corridor, an outer fissure port of described first ring corridor and the straight corridor inlet communication of described straight corridor, a septal fossula port of described first ring corridor and the straight corridor outlet of described straight corridor, described straight corridor is entered by an outer fissure port of described first ring corridor to guide livestock, described first ring corridor is entered by described straight corridor, gone out by another outer fissure port of described first ring corridor.
2. livestock according to claim 1 guides corridor, and it is characterized in that, the straight corridor import of described straight corridor is arranged at one end of described straight corridor, and the straight corridor outlet of described straight corridor is arranged at the other end of described straight corridor.
3. livestock according to claim 1 guides corridor, and it is characterized in that, an outer fissure port of described first ring corridor is communicated with by transition corridor with the described straight corridor import of described straight corridor.
4. livestock according to claim 3 guides corridor, it is characterized in that, the width of described first ring corridor is greater than the width of described straight corridor, and the width of described transition corridor is diminished to one end of the described straight corridor import connecting described straight corridor gradually by the one end of the outer fissure port connecting described first ring corridor.
5. livestock according to claim 4 guides corridor, it is characterized in that, the two side of described transition corridor is extended to the described straight corridor import of described straight corridor is bending by an outer fissure port of described first ring corridor.
6. livestock according to claim 1 guides corridor, it is characterized in that, also comprise the second ring corridor around first ring corridor, described second ring corridor is provided with in being communicated with the outer fissure port of first ring corridor and imports and exports, described second ring corridor is also provided with at least one outer import and export, described outer import and export are used for the external communication of the circle formed with the lateral wall of the second ring corridor.
7. livestock according to claim 6 guides corridor, it is characterized in that, the circle that the circle of axis formation of described first ring corridor and the axis of the second ring corridor are formed is concentric, the center of circle of the circle that described straight corridor is formed by the axis of described first ring corridor.
8. livestock according to claim 7 guides corridor, it is characterized in that, described first ring corridor is provided with the first septal fossula port with the first outer fissure port of the described straight corridor inlet communication of described straight corridor and the straight corridor outlet with described straight corridor, described first outer fissure port, the described first septal fossula port angle respectively and between the connection straight line in the center of circle of circle that formed of the axis of described first ring corridor is 90 degree.
9. livestock according to claim 8 guides corridor, it is characterized in that, described first ring corridor is provided with the second septal fossula port, the 3rd septal fossula port, the center of circle of the circle of the axis formation of first ring corridor described in the connection straight-line pass between described second septal fossula port, described 3rd septal fossula port.
10. livestock according to claim 9 guides corridor, it is characterized in that, described second septal fossula port, the described first septal fossula port angle respectively and between the connection straight line in the center of circle of circle that formed of the axis of described first ring corridor is 90 degree, described second ring corridor is provided with multiple outer import and export, and the circle that the lateral wall that multiple described outer import and export are uniformly distributed in described second ring corridor is formed circumferentially.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420842465.7U CN204350839U (en) | 2014-12-24 | 2014-12-24 | Livestock guides corridor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420842465.7U CN204350839U (en) | 2014-12-24 | 2014-12-24 | Livestock guides corridor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204350839U true CN204350839U (en) | 2015-05-27 |
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ID=53252347
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420842465.7U Expired - Fee Related CN204350839U (en) | 2014-12-24 | 2014-12-24 | Livestock guides corridor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204350839U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104521791A (en) * | 2014-12-24 | 2015-04-22 | 百绿国际草业(北京)有限公司 | Corridor for guiding livestock |
| CN104839034A (en) * | 2015-06-04 | 2015-08-19 | 严涛 | Livestock and poultry farming method and house simulating natural movement environment |
-
2014
- 2014-12-24 CN CN201420842465.7U patent/CN204350839U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104521791A (en) * | 2014-12-24 | 2015-04-22 | 百绿国际草业(北京)有限公司 | Corridor for guiding livestock |
| CN104521791B (en) * | 2014-12-24 | 2017-02-22 | 百绿国际草业(北京)有限公司 | Corridor for guiding livestock |
| CN104839034A (en) * | 2015-06-04 | 2015-08-19 | 严涛 | Livestock and poultry farming method and house simulating natural movement environment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| 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: 20150527 Termination date: 20191224 |