CN205667211U - A kind of lamb sheep hurdle - Google Patents
A kind of lamb sheep hurdle Download PDFInfo
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- CN205667211U CN205667211U CN201620545901.3U CN201620545901U CN205667211U CN 205667211 U CN205667211 U CN 205667211U CN 201620545901 U CN201620545901 U CN 201620545901U CN 205667211 U CN205667211 U CN 205667211U
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Abstract
The utility model discloses a kind of lamb sheep hurdle.This lamb sheep hurdle, including left jube, right jube, back wall, it is provided with neck cangue between front end and the front end of right jube of left jube, the outside of described neck cangue is provided with trough, left jube, right jube, back wall, neck cangue jointly form a ring and give up space, by arrange neck cangue can be prevented effectively from lamb on the feed time by Caput Caprae seu ovis extract out, so when lamb is taken food, after some lamb eats up feedstuff above, the feedstuff before other lamb can not be fought for, avoid lamb excess to search for food uneven with nutrition, keep the uniformity of lamb colony；When doing the production activities such as flock of sheep performance measurement, sample collecting, collision that the setting of neck cangue causes during can avoiding grabbing sheep, scaring etc. stress, avoid to rob simultaneously and eat the situation causing lamb injured of fighting, it is possible to effectively lamb group is controlled feeding and management.It is suitable in the field popularization and application of domestic animal cultivation apparatus.
Description
Technical field
This utility model relates to domestic animal cultivation apparatus field, especially a kind of lamb sheep hurdle.
Background technology
Along with the fast development of China's domestic animal cultivation, especially sheep husbandry is developed rapidly especially.Traditional herds
Raise feeding manner scattered and be difficult to meet the requirement of modern sheep husbandry development, and use the mode put in a suitable place to breed, overgraze for a long time
The pastoral area deterioration of the ecological environment can be caused, cause that Productivity is low, severe water and soil erosion, high quality forage reduces in meadow, poison
Plant increases evil, causes grassland area to reduce further, and National Ecological Security in serious harm, seriously governs local agriculture and animal husbandry warp
The development of Ji, more seriously hampers the sustainable development of national economy, and along with wildwood protected project and conceding the land to forestry
Also the enforcement of grass engineering, causes pastoral area scope constantly to reduce, and grassland capacity for raising livestock on the grasslands declines to a great extent, and deterioration of grasslands aggravates, it addition, put
Support the large-scale cultivation being also not suitable for sheep.Therefore, scale and intensive farm mode are increasingly becoming China's sheep husbandry modernization
The direction of development.Under conditions of by herding and raising scattered and be converted into intensive culture, sheep hurdle is to ensure the key that flock of sheep grow up healthy and sound
Place.
Lamb refers to body weight sheep between 4-13kg.Existing lamb sheep hurdle is mostly to use enclosure wall to surround a closing
Space, mainly include left jube, right jube, back wall, the left side of described back wall is connected with the rear end of left jube, described after
The right side of body of wall is connected with the rear end of right jube, is provided with fence between front end and the front end of right jube of left jube, described in enclose
The outside on hurdle is provided with trough, and left jube, right jube, back wall, fence jointly form a ring and give up space, and colony house is spatially
Side be provided with ceiling, when to lamb feeding, be all directly feedstuff to be poured in trough, lamb by Caput Caprae seu ovis from the space of fence
Interior through stretching into the interior feed of trough, in use there is problems with in this lamb sheep hurdle, existing fence space is all
Relatively big, Caput Caprae seu ovis is free to stretch into and take out, and when lamb is taken food, after some lamb eats up the feedstuff of front, can fight for it
Feedstuff in front of its lamb, causes part lamb surfeit feedstuff, it is impossible to ensure the balanced nutritious of every lamb；Due to jube space
Relatively big, part lamb freely comes in and goes out feed trough, pollutes feedstuff, wastes seriously；Doing performance test, vaccine immunity and treatment
Time, because of chase grab sheep easily cause flock of sheep collision, crowded and scaring and produce stress；It is easy to rob food fight and cause sheep to be subject to
Wound, it is impossible to effectively lamb group is controlled feeding and management.
Utility model content
Technical problem to be solved in the utility model is to provide one and can effectively be controlled lamb group raising
The lamb sheep hurdle of management.
This utility model solves its technical problem and be the technical scheme is that this lamb sheep hurdle, including left jube, right every
Hurdle, back wall, the left side of described back wall is connected with the rear end of left jube, the rear end phase of the right side of described back wall and right jube
Even, being provided with neck cangue between front end and the front end of right jube of left jube, the outside of described neck cangue is provided with trough, left every
Hurdle, right jube, back wall, neck cangue jointly form a ring and give up space, and colony house space above is provided with ceiling, and described neck cangue includes
First fix bar, second fix the equivalently-sized baffle plate of bar, motion bar, polylith and the equivalently-sized connecting rod of polylith, described
First fixes bar and second fixes bar and be arranged in parallel and the first two ends fixing bar are separately fixed at second and fix on bar, and second is solid
The two ends of fixed pole are separately fixed on left jube and right jube, and first fixes before bar fixed by bar and second and there is gap, described
The width in the gap thickness more than connecting rod and the thickness less than motion bar, every piece of baffle plate all includes a rectangular slab and a ladder
Shape plate, the lower bottom width of described trapezoidal plate is identical with the width of rectangular slab, and it is solid that the upper bottom of described trapezoidal plate is fixed on second
In fixed pole, the upper bottom width of described trapezoidal plate is less than bottom width under trapezoidal plate, and polylith baffle plate is along the second length fixing bar
Direction sets gradually and the width of baffle plate and the second length direction fixing bar coincide mutually, described two adjacent baffle plates
Between there is space, described space is made up of rectangular apertures and trapezoidal space, rectangular apertures be positioned at adjacent two rectangular slab it
Between, trapezoidal space is between two adjacent trapezoidal plates, and on trapezoidal space, bottom width is more than bottom width under trapezoidal space,
The lower bottom width in trapezoidal space is identical with the width of rectangular apertures, and the upper bottom width in trapezoidal space is 14-16cm, trapezoidal sky
The lower bottom width of gap is 6-8cm, and the height in trapezoidal space is 15-18cm, and the height of rectangular apertures is 30-35cm, described company
The quantity of extension bar is identical with the quantity of rectangular slab and one_to_one corresponding, and one end of each connecting rod is fixed on by the first articulated structure
At the upper side corners of corresponding rectangular slab, the other end passes through after fixing bar and the second gap fixing bar through first
Second articulated structure is fixed on motion bar, and described motion bar is arranged on second and fixes above bar and fix with second that bar is parallel to be set
Putting, when motion bar moves, motion bar drives connecting rod to make each connecting rod around the first corresponding articulated structure center
Rotating, when motion bar and second fixes bar contact, connecting rod is parallel with one of them stringcourse of trapezoidal plate.
Further, the upper bottom width in described trapezoidal space is 15cm.
Further, the lower bottom width in described trapezoidal space is 7cm.
Further, the height in described trapezoidal space is 16cm.
Further, the height of described rectangular apertures is 32cm.
Further, the termination of described motion bar is provided with handle, and described handle is orthogonal with motion bar.
Further, described baffle plate uses plank to be made.
Further, described first fix bar, second fix bar, motion bar, connecting rod and all use reinforcement fabrication to form.
The beneficial effects of the utility model are: this lamb sheep hurdle in use only need to be first mobile alive before to lamb feeding
Lever makes each connecting rod around the first corresponding articulated structure center rotating, selects the moving direction of motion bar, works as work
Lever fixes bar when contacting with second, and connecting rod is parallel with one of them stringcourse of trapezoidal plate, and now connecting rod is positioned at trapezoidal sky
Outside gap, neck cangue is in open mode, then batch turning in trough, when all of lamb by Caput Caprae seu ovis successively from the space of fence,
Pass in trapezoidal space after taking food in stretching into trough, then move motion bar to opposite direction, make connecting rod with trapezoidal plate additionally
One stringcourse is parallel, and now, connecting rod is positioned at trapezoidal space, and neck cangue is in the state of closing, now connecting rod and trapezoidal plate
Edge jointly acts on and being blocked by Caput Caprae seu ovis, it is to avoid Caput Caprae seu ovis is extracted out by lamb, and so when lamb is taken food, some lamb eats up above
After feedstuff, it is impossible to fight for the feedstuff before other lamb, it is to avoid lamb excess is searched for food uneven with nutrition, keeps the equal of lamb colony
Evenness；When doing the production activities such as flock of sheep performance measurement, sample collecting, what the setting of neck cangue caused during can avoiding grabbing sheep touches
Hit, scaring etc. stress, avoid simultaneously and rob food and fight the situation causing lamb injured, it is possible to effectively lamb group is carried out
Control feeding and management.
Accompanying drawing explanation
Fig. 1 is the planar structure schematic diagram of lamb sheep hurdle described in the utility model；
Fig. 2 is the neck cangue open mode schematic diagram of lamb sheep hurdle described in the utility model；
Fig. 3 is that the neck cangue of lamb sheep hurdle described in the utility model closes view；
Description of symbols in figure: neck cangue 1, first fix bar 101, second fix bar 102, motion bar 103, baffle plate
104, rectangular slab 1041, trapezoidal plate 1042, connecting rod 105, space 106, rectangular apertures 1061, trapezoidal space 1062,
First articulated structure the 107, second articulated structure 108, handle 109, left jube 2, right jube 3, back wall 4, trough
5, colony house space 6, ceiling 7.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is further illustrated.
As shown in Figure 1, 2, 3, this lamb sheep hurdle, including left jube 2, right jube 3, back wall 4, a left side for described back wall 4
Side is connected with the rear end of left jube 2, and the right side of described back wall 4 is connected with the rear end of right jube 3, and the front end of left jube 2 is with right
Being provided with neck cangue 1 between the front end of jube 3, the outside of described neck cangue 1 is provided with trough 5, left jube 2, right jube 3, Hou Qiang
Body 4, neck cangue 1 jointly form a ring and give up space 6, and colony house space 6 is provided above ceiling 7, and described neck cangue 1 includes that first fixes
Bar 101, second fix the equivalently-sized baffle plate 104 of bar 102, motion bar 103, polylith and the equivalently-sized connecting rod of polylith
105, described first fixes bar 101 and second fixes bar 102 and be arranged in parallel and the first two ends fixing bar 101 are separately fixed at
Two fix on bar 102, and the second two ends fixing bar 102 are separately fixed on left jube 2 and right jube 3, first fix bar 101 with
Second fixes bar 102 exists gap before, and the width in described gap is more than the thickness of connecting rod 105 and less than motion bar 103
Thickness, every piece of baffle plate 104 all includes a rectangular slab 1041 and a trapezoidal plate 1042, the lower bottom width of described trapezoidal plate 1042
Spending identical with the width of rectangular slab 1041, the upper bottom of described trapezoidal plate 1042 is fixed on second and fixes on bar 102, described trapezoidal
The upper bottom width of plate 1042 is less than 1042 times bottom width of trapezoidal plate, and polylith baffle plate 104 is along the second length side fixing bar 102
To setting gradually and the width of baffle plate 104 and the second length direction fixing bar 102 coincide mutually, described adjacent two
There is space 106 between baffle plate 104, described space 106 is made up of rectangular apertures 1061 and trapezoidal space 1062, rectangular apertures
1061 between two adjacent rectangular slabs 1041, and trapezoidal space 1062 is between two adjacent trapezoidal plates 1042, terraced
On shape space 1062, bottom width is more than 1062 times, trapezoidal space bottom width, the lower bottom width in trapezoidal space 1062 and rectangle
The width in space 1061 is identical, and the upper bottom width in trapezoidal space 1062 is 14-16cm, the lower bottom width in trapezoidal space 1062
For 6-8cm, the height in trapezoidal space 1062 is 15-18cm, and the height of rectangular apertures 1061 is 30-35cm, described connecting rod 105
Quantity is identical with the quantity of rectangular slab 1041 and one_to_one corresponding, the first articulated structure 107 is passed through in one end of each connecting rod 105
Being fixed at the upper side corners of corresponding rectangular slab 1041, the other end is fixed bar 101 and second through first and is fixed bar 102
Between gap after be fixed on motion bar 103 by the second articulated structure 108, described motion bar 103 is arranged on second and fixes
Above bar 102 and fixing bar 102 with second to be arranged in parallel, when motion bar 103 moves, motion bar 103 drives connecting rod 105 to make
Each connecting rod 105 is around the first corresponding articulated structure 107 center rotating, when motion bar 103 and second fixes bar 102
During contact, connecting rod 105 is parallel with one of them stringcourse of trapezoidal plate 1042.This lamb sheep hurdle in use only need to be to lamb
Before feeding, first move motion bar 103 and make each connecting rod 105 around the first corresponding articulated structure 107 center rotating, choosing
Select the moving direction of motion bar 103, when motion bar 103 fix with second bar 102 contact time, connecting rod 105 and trapezoidal plate 1042
One of them stringcourse parallel, now connecting rod 105 is positioned at outside trapezoidal space 1062106, and neck cangue 1 is in open mode, then
Batch turning in trough 5, when all of lamb by Caput Caprae seu ovis successively in the space 106 of fence, trapezoidal space 1062 through stretching into
In trough 5 after feed, then move motion bar 103 to opposite direction, make the another one stringcourse of connecting rod 105 and trapezoidal plate 1042
Parallel, now, connecting rod 105 is positioned at trapezoidal space 1062, and neck cangue 1 is in the state of closing, now connecting rod 105 and trapezoidal plate
The edge of 1042 jointly acts on and being blocked by Caput Caprae seu ovis, it is to avoid Caput Caprae seu ovis is extracted out by lamb, and so when lamb is taken food, some lamb eats up
After feedstuff above, it is impossible to fight for the feedstuff before other lamb, it is to avoid lamb excess is searched for food uneven with nutrition, keeps lamb group
The uniformity of body；When doing the production activities such as flock of sheep performance measurement, sample collecting, the setting of neck cangue is made during can avoiding grabbing sheep
The collision that becomes, scaring etc. stress, avoid to rob simultaneously and eat the situation causing lamb injured of fighting, it is possible to effectively to lamb
Group is controlled feeding and management.
In view of body weight and the height of lamb, in order to make the effect of neck cangue 1 reach best, described trapezoidal space 1062 upper
Bottom width is preferably 15cm.Further, the lower bottom width in described trapezoidal space 1062 is preferably 7cm.Described trapezoidal
Space 1062 highly preferred for 16cm.Described rectangular apertures 1061 highly preferred for 32cm.
Moving motion bar 103 for convenience, the termination of described motion bar 103 is provided with handle 109, described handle 109 with
Motion bar 103 is orthogonal.
In order to reduce cost, simultaneously facilitating processing, described baffle plate 104 uses plank to be made.
Whole neck cangue 1 need to have certain structural strength, so can avoid when lamb is firmly clashed into or pulls and draws neck cangue 1
Damaged, described first fix bar 101, second fix bar 102, motion bar 103, connecting rod 105 all use reinforcement fabrication and
Become.
Claims (8)
1. a lamb sheep hurdle, including left jube (2), right jube (3), back wall (4), the left side of described back wall (4) is with left
The rear end of jube (2) is connected, and the right side of described back wall (4) is connected with the rear end of right jube (3), it is characterised in that: left jube
(2) being provided with neck cangue (1) between front end and the front end of right jube (3), the outside of described neck cangue (1) is provided with trough (5),
Left jube (2), right jube (3), back wall (4), neck cangue (1) jointly form a ring and give up space (6), colony house space (6) top
Being provided with ceiling (7), described neck cangue (1) includes first fixing bar (101), second fixing bar (102), motion bar (103), polylith
Equivalently-sized baffle plate (104) and the equivalently-sized connecting rod (105) of polylith, described first to fix bar (101) solid with second
Fixed pole (102) be arranged in parallel and the first two ends fixing bar (101) are separately fixed at second and fix on bar (102), and second fixes
The two ends of bar (102) are separately fixed on left jube (2) and right jube (3), and first fixes bar (101) and second fixes bar
(102) there is gap before, the width in the described gap thickness more than connecting rod (105) and the thickness less than motion bar (103),
Every piece of baffle plate (104) all includes a rectangular slab (1041) and a trapezoidal plate (1042), going to the bottom of described trapezoidal plate (1042)
End width is identical with the width of rectangular slab (1041), and the upper bottom of described trapezoidal plate (1042) is fixed on second and fixes bar (102)
On, the upper bottom width of described trapezoidal plate (1042) is less than bottom width under trapezoidal plate (1042), and polylith baffle plate (104) is along second
The length direction of fixing bar (102) sets gradually and the width of baffle plate (104) and second fixes the length direction of bar (102)
Coinciding mutually, there is space (106) between described two adjacent baffle plates (104), described space (106) are by rectangular apertures
(1061) forming with trapezoidal space (1062), rectangular apertures (1061) is positioned between adjacent two rectangular slab (1041), trapezoidal
Space (1062) is positioned between adjacent two trapezoidal plate (1042), and trapezoidal space (1062) upper bottom width is more than trapezoidal space
(1062) bottom width under, the lower bottom width of trapezoidal space (1062) is identical with the width of rectangular apertures (1061), trapezoidal sky
The upper bottom width of gap (1062) is 14-16cm, and the lower bottom width of trapezoidal space (1062) is 6-8cm, trapezoidal space
(1062) height is 15-18cm, and the height of rectangular apertures (1061) is 30-35cm, the quantity of described connecting rod (105) and square
The quantity of shape plate (1041) is identical and one_to_one corresponding, and one end of each connecting rod (105) is fixed by the first articulated structure (107)
At the upper side corners of corresponding rectangular slab (1041), the other end is fixed bar (101) and second through first and is fixed bar
(102) being fixed on motion bar by the second articulated structure (108) behind the gap between, described motion bar (103) is arranged on the
Two fix bar (102) top and fix bar (102) with second and be arranged in parallel, when motion bar (103) is mobile, and motion bar (103)
Drive connecting rod (105) to make each connecting rod (105) around corresponding the first articulated structure (107) center rotating, work as work
Lever (103) fixes bar (102) when contacting with second, and connecting rod (105) is parallel with one of them stringcourse of trapezoidal plate (1042).
2. lamb sheep hurdle as claimed in claim 1, it is characterised in that: the upper bottom width of described trapezoidal space (1062) is
15cm。
3. lamb sheep hurdle as claimed in claim 2, it is characterised in that: the lower bottom width of described trapezoidal space (1062) is
7cm。
4. lamb sheep hurdle as claimed in claim 3, it is characterised in that: the height of described trapezoidal space (1062) is 16cm.
5. lamb sheep hurdle as claimed in claim 4, it is characterised in that: the height of described rectangular apertures (1061) is 32cm.
6. lamb sheep hurdle as claimed in claim 1, it is characterised in that: the termination of described motion bar (103) is provided with handle
(109), described handle (109) is orthogonal with motion bar (103).
7. lamb sheep hurdle as claimed in claim 1, it is characterised in that: described baffle plate (104) uses plank to be made.
8. lamb sheep hurdle as claimed in claim 1, it is characterised in that: described first fix bar (101), second fix bar
(102), motion bar (103), connecting rod (105) all use reinforcement fabrication to form.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620545901.3U CN205667211U (en) | 2016-06-06 | 2016-06-06 | A kind of lamb sheep hurdle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620545901.3U CN205667211U (en) | 2016-06-06 | 2016-06-06 | A kind of lamb sheep hurdle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205667211U true CN205667211U (en) | 2016-11-02 |
Family
ID=57191536
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620545901.3U Active CN205667211U (en) | 2016-06-06 | 2016-06-06 | A kind of lamb sheep hurdle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205667211U (en) |
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2016
- 2016-06-06 CN CN201620545901.3U patent/CN205667211U/en active Active
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