CN209120944U - A kind of crib applied to milk cow accurate measurement and overturning - Google Patents
A kind of crib applied to milk cow accurate measurement and overturning Download PDFInfo
- Publication number
- CN209120944U CN209120944U CN201821809311.2U CN201821809311U CN209120944U CN 209120944 U CN209120944 U CN 209120944U CN 201821809311 U CN201821809311 U CN 201821809311U CN 209120944 U CN209120944 U CN 209120944U
- Authority
- CN
- China
- Prior art keywords
- positioning column
- crib
- overturning
- location hole
- plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Food-Manufacturing Devices (AREA)
Abstract
The utility model belongs to a kind of crib applied to milk cow accurate measurement and overturning；Including crib ontology, the two sides of crib ontology pass through crib special self-locking bracket respectively and are connected with crib turnover bracket；Crib special self-locking bracket includes submounts and female bracket, and submounts include submounts plate, and submounts plate medial surface is connected with side plate outer surface, and submounts plate lateral surface is equipped with the first positioning column, the second positioning column and overturning positioning column；Female bracket includes female supporting plate, and the first sliding groove compatible with the first positioning column, the second sliding groove compatible with the second positioning column and overturning locating slot compatible with overturning positioning column are offered on female supporting plate；Crib turnover bracket includes buttress, is equipped with weighing sensor at the top of buttress；Have the advantages that labor intensity is low, work efficiency is high, can facilitate and clean residual feed and convenient addition new feedstuff in crib, to realize accurately measuring and prevent feed from causing secondary pollution to feeding amount.
Description
Technical field
The utility model belongs to animal raising technology field, and in particular to one kind is applied to milk cow accurate measurement and overturning
Crib.
Background technique
During the animal-breeding in China, such as milk cow, sheep only reach birds, and feeding procedure is to consume labor intensity
One of maximum link.By taking milk cow as an example, dry feed is used during milk cattle cultivating mostly, above-mentioned dry feed mainly includes various
Haylage or other grain crushed materials after crushing simply use artificial since the daily food-intake of milk cow is larger
The labor intensity of poultry raiser can be greatly increased by carrying out feeding, and feed efficiency is low, also be unfavorable for farm to enlargement, scale hair
Exhibition；Existing crib is fixed state, and there is following technical problems: 1, manually addition feed is inconvenient, needs
Feed, which is placed on very high height, to be added；2, remaining feed in crib can not be cleared up in time, thus can not be accurate
The food-intake for judging milk cow, further says, can not understand the physical condition of milk cow；3, it can not clear up in time remaining in crib
Feed, easily breed bacterium in crib, and secondary pollution is caused to the feed being newly added, the probability of catching an illness of milk cow can increase greatly
Add.
Utility model content
The purpose of the utility model is to overcome defects in the prior art, and provide a kind of simple structure and reasonable design,
Labor intensity is low, work efficiency is high, can facilitate clean residual feed and convenient addition new feedstuff in crib, to realize to hello
The accurate crib for being applied to milk cow accurate measurement and overturning for measuring and preventing feed from causing secondary pollution of appetite.
Purpose of the utility model is realized as follows: including crib ontology, the two sides of the crib ontology pass through respectively
Crib special self-locking bracket is connected with crib turnover bracket；The crib special self-locking bracket includes submounts and female bracket,
Submounts include submounts plate, and the medial surface of submounts plate is connected with side plate outer surface, and the lateral surface of submounts plate is equipped with first
Positioning column, the second positioning column and overturning positioning column；Female bracket includes the female supporting plate being mounted at the top of weighing sensor, mother's branch
Offered on frame plate the first sliding groove compatible with the first positioning column, the second sliding groove compatible with the second positioning column and
Overturning locating slot compatible with overturning positioning column；The crib turnover bracket includes buttress, and the top of buttress is equipped with weighing and passes
Sensor.
Preferably, the crib ontology includes both side plate and the front and rear panels that are located between both side plate, both side plate,
The bottom of front and rear panels is equipped with bottom plate, and the height of back plate is greater than the height of foreboard, sets between the both side plate of foreboard side
There is overturning handle.
Preferably, the side of first positioning column is equipped with the second positioning column, and a side lower part of the second positioning column, which is equipped with, to be turned over
Turn positioning column.
Preferably, first positioning column and the second positioning column are in same level.
Preferably, first sliding groove and the second sliding groove are located at the top of female supporting plate, and overturning locating slot is provided with
The side of female supporting plate.
Preferably, first sliding groove includes the first positioning column inlet and outlet being located at the top of female supporting plate, the first positioning
Column inlet and outlet lower part is communicated with the first positioning column location hole and the first positioning column sliding location hole；Second sliding groove includes being located at
Second positioning column of female supporting plate lateral roof is imported and exported, and the corresponding position in lower part of the second positioning column inlet and outlet is equipped with second
Positioning column slides location hole, and the other side of the second positioning column sliding location hole is connected with the second positioning column location hole；Overturning is fixed
Position slot includes the overturning positioning column opening for being provided with female supporting plate side, overturning positioning column opening and the overturning for being located at its other side
Positioning column location hole is connected.
Preferably, the height of first positioning column sliding location hole is greater than the height of the first positioning column location hole, and first
It is arc groove between location hole and the first positioning column location hole that positioning column, which slides,；The height of second positioning column sliding location hole is greater than
The height of second positioning column location hole, the second positioning column slides location hole and the second positioning column location hole is arc groove；First is fixed
Position column sliding location hole and the second positioning column sliding location hole are located in same level；First positioning column location hole and second is determined
Position column location hole is located in same level.
Preferably, the height of the overturning positioning column opening is greater than the height of overturning positioning column location hole.
Preferably, the height of the first positioning column location hole is greater than the height of overturning positioning column opening.
Preferably, crib hog frame, crib hog frame are equipped between the medial surface and side plate outer surface of the submounts plate
For top opening shape structure, surrounding top respectively with the outer surface of both side plate in corresponding crib ontology, front and rear panels
It is connected, the bottom of bottom plate is connected with the bottom of crib hog frame；The material of crib hog frame is metal, and the material of crib ontology is
Glass reinforced plastic.
It is special by setting crib according to a kind of crib applied to milk cow accurate measurement and overturning made of above scheme
With self locking frame, crib ontology can be made to realize overturning, can be cleared up crib and be added feed after overturning, add feed
During can pass through weighing sensor determine addition feed amount；Above structure can not only labor intensity be low and working efficiency
It is high, additionally it is possible to facilitate and clean residual feed and convenient addition new feedstuff in crib；Handle is overturn additionally by setting, can be facilitated
Crib ontology is overturn, the intensity of crib ontology can be reinforced by the way that crib hog frame is arranged；In addition, passing through setting son branch
Frame and female bracket not only realize the overturning of crib ontology, at the same can to crib ontology normal condition, skid off state with
And lock-bit is realized when rollover states, have the characteristics that saving is artificial, facilitate operation and prevents accident；With structure
Simply, design is rationally, labor intensity is low, work efficiency is high, residual feed and convenient addition in cleaning crib can be facilitated newly to raise
Expect, to realize to feeding amount the advantages of accurately measuring and prevent feed from causing secondary pollution.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the overlooking structure diagram of the utility model.
Fig. 3 is the structural schematic diagram of the utility model normal condition.
Fig. 4 is the structural schematic diagram that the utility model skids off state.
Fig. 5 is the structural schematic diagram of the utility model rollover states.
Fig. 6 is the structural schematic diagram of crib special self-locking bracket normal condition in the utility model.
Fig. 7 is the structural schematic diagram that crib special self-locking bracket skids off state in the utility model.
Fig. 8 is the structural schematic diagram of crib special self-locking bracket rollover states in the utility model.
Specific embodiment
For a clearer understanding of the technical features, objectives and effects of the utility model, now compareing Detailed description of the invention
Specific embodiment of the present utility model, identical label indicates identical component in the various figures.To make simplified form, in each figure
Part relevant to utility model is only schematically shown, they do not represent its practical structures as product.
As shown in Fig. 1~8, the utility model is a kind of crib applied to milk cow accurate measurement and overturning, including food
Slot ontology 1, the two sides of the crib ontology 1 pass through crib special self-locking bracket 2 respectively and are connected with crib turnover bracket 3；It is described
Crib special self-locking bracket 2 includes submounts 21 and female bracket 22, and submounts 21 include submounts plate 211, submounts plate 211
Medial surface be connected with 11 outer surface of side plate, the lateral surface of submounts plate 211 is equipped with the first positioning column 212, the second positioning column 213
And overturning positioning column 214；Female bracket 22 includes the female supporting plate 221 for being mounted on 32 top of weighing sensor, female supporting plate 221
On offer first sliding groove 222 compatible with the first positioning column 212, it is compatible with the second positioning column 213 second sliding
Slot 223 and overturning locating slot 224 compatible with overturning positioning column 214；The crib turnover bracket 3 includes buttress 31, branch
The top of pier 31 is equipped with weighing sensor 32.Before the crib ontology 1 includes both side plate 11 and is located between both side plate 11
Plate 12 and back plate 13, the bottom of both side plate 11, foreboard 12 and back plate 13 are equipped with bottom plate 14, and the height of back plate 13 is greater than foreboard 12
Highly, overturning handle 15 is equipped between the both side plate 11 of 12 side of foreboard.The side of first positioning column 212 is equipped with the
Two positioning columns 213, a side lower part of the second positioning column 213 are equipped with overturning positioning column 214.First positioning column 212 and second
Positioning column 213 is in same level.First sliding groove 222 and the second sliding groove 223 are located at the top of female supporting plate 221,
Overturning locating slot 224 is provided with the side of female supporting plate 221.First sliding groove 222 includes being located at female 221 top of supporting plate
The first positioning column inlet and outlet 2221, the first positioning column import and export 2221 lower parts be communicated with the first positioning column location hole 2222 and
First positioning column slides location hole 2223；Second sliding groove 223 include be located at the second positioning column of female 221 lateral roof of supporting plate into
Outlet 2231, the corresponding position in lower part of the second positioning column inlet and outlet 2231 are equipped with the second positioning column and slide location hole
2233, the other side of the second positioning column sliding location hole 2233 is connected with the second positioning column location hole 2232；Overturn locating slot
The 224 overturning positioning column openings 2241 including being provided with female 221 side of supporting plate, overturn positioning column opening 2241 and are located at it separately
The overturning positioning column location hole 2242 of side is connected.It is fixed that the height of the first positioning column sliding location hole 2223 is greater than first
The height of position column location hole 2222, it is arc between location hole 2223 and the first positioning column location hole 2222 that the first positioning column, which slides,
Slot；The height that second positioning column slides location hole 2233 is greater than the height of the second positioning column location hole 2232, and the second positioning column is sliding
Dynamic location hole 2233 and the second positioning column location hole 2232 are arc groove；First positioning column slides location hole 2223 and the second positioning
Column sliding location hole 2233 is located in same level；First positioning column location hole 2222 is set with the second positioning column location hole 2232
In same level.The height of the overturning positioning column opening 2241 is greater than the height of overturning positioning column location hole 2242.Institute
The height for stating the first positioning column location hole 2222 is greater than the height of overturning positioning column opening 2241.The submounts plate 211 it is interior
Crib hog frame 4 is equipped between 11 outer surface of side and side plate, crib hog frame 4 is top opening shape structure, surrounding top
It is connected respectively with the outer surface of both side plate 11, foreboard 12 and back plate 13 in corresponding crib ontology 1, the bottom of bottom plate 14 and food
The bottom of slot hog frame 4 is connected；The material of crib hog frame 4 is metal, and the material of crib ontology 1 is glass reinforced plastic.
The working principle of the utility model are as follows: when the utility model is used, the utility model is made to be in normal condition, milk
Ox feeds feed by foreboard 12, it is preferable that the middle part of foreboard 12 offers milk ox head import, to facilitate milk cow to feed；Milk cow
The first positioning column 212 is installed in the first positioning column sliding location hole 2223 during feed, and the second positioning column 213 is installed on
Second positioning column location hole 2232, under the lock-bit of crib special self-locking bracket 2, crib ontology 1 and crib turnover bracket 3
In stable state, prevents crib ontology 1 from freeing shaking and cause milk cow panic；After feed, crib ontology 1 can be carried out
Overturning, makes crib ontology 1 be in sliding mode first, is then being overturn during reversion；It should be noted that milk cow
Appetite it is larger, general crib all has the feature that volume is big and weight is big, therefore when crib ontology 1 being made to be in sliding mode,
First positioning column 212 is located in the first positioning column location hole 2222, and the second positioning column 213 is installed on the sliding positioning of the second positioning column
In hole 2233 with guarantee crib ontology 1 be in can sliding mode but not generate displacement, threaten the life of field personnel
Safety；After crib ontology 1 is in sliding mode, carrying overturning handle 15 makes the foreboard 12 of crib ontology 1 to the side of back plate 13
To movement, the second positioning column 213 is installed in the second positioning column sliding location hole 2233, and makes 214 to be installed on overturning positioning column
In location hole 2242, crib ontology 1 can be realized and rotate about 90 degree, staff can be facilitated to carry out residual feed at this time clear
It sweeps, new feedstuff can be added after cleaning to it, weight feed can be carried out by weighing sensor 32 during adding new feedstuff.It raises
After material addition, so that crib ontology 1 is restored to sliding mode, finally restore to normal condition.The tool of the utility model
Gymnastics makees that steps are as follows: 1, quota of feed is added to feeding cow after crib ontology 1, and after Cow-feeding, record weighing is passed
The data of sensor 32 obtain the feeding amount of milk cow；2, by portable overturning handle 15, crib ontology 1 is moved backward, and makes
One positioning column 212 is located in the first positioning column location hole 2222, and the second positioning column 213 is installed on the second positioning column sliding location hole
In 2233, crib ontology 1 is in sliding mode at this time；3, further portable overturning handle 15, makes crib ontology 1 by sliding mode
Become rollover states, when rollover states, the first positioning column 212 is in the outside of the first sliding groove 222, the second positioning column 213 card
In the second positioning column sliding location hole 2233, and 214 are made to be installed in overturning positioning column location hole 2242；4, to crib sheet
Body is cleaned, and new feedstuff is added, and needs to be measured by weighing sensor 32 when new feedstuff is added；5, new feedstuff adds
After so that crib ontology is in sliding mode；6, make crib ontology 1 there is sliding mode to become normal condition, milk cow is raised
Hello.It should be noted that the material of crib ontology 1 is changed to glass to reduce the weight of crib ontology 1 by the utility model
Steel to achieve the purpose that facilitate operation, while being equipped with crib hog frame 4, crib to improve intensity in the bottom of crib ontology 1
Hog frame 4 can be such that the intensity of 1 bottom of crib ontology and surrounding increases, while improve crib special self-locking bracket 2 and food
Intensity between slot turnover bracket 3；The material of crib hog frame 4 is metal, which is preferably aluminium alloy.In the utility model
Crib ontology 1 can be made to be in three kinds of states by the way that crib special self-locking bracket 2 is arranged, and above-mentioned three kinds of states all have it is self-locking
Function causes milk cow panic and the personal safety of field worker is on the hazard to prevent crib ontology 1 to be subjected to displacement.
Example 1
A kind of crib applied to milk cow accurate measurement and overturning, including crib ontology 1, the two of the crib ontology 1
Side passes through crib special self-locking bracket 2 respectively and is connected with crib turnover bracket 3；The crib special self-locking bracket 2 includes son branch
Frame 21 and female bracket 22, submounts 21 include submounts plate 211, medial surface and the 11 outer surface phase of side plate of submounts plate 211
Even, the lateral surface of submounts plate 211 is equipped with the first positioning column 212, the second positioning column 213 and overturning positioning column 214；Female bracket
22 include the female supporting plate 221 for being mounted on 32 top of weighing sensor, is offered and the first positioning column 212 on female supporting plate 221
Compatible first sliding groove 222, second sliding groove 223 compatible with the second positioning column 213 and with overturning positioning column 214
Compatible overturning locating slot 224；The crib turnover bracket 3 includes buttress 31, and the top of buttress 31 is equipped with weighing sensor
32。
Example 2
A kind of crib applied to milk cow accurate measurement and overturning, including crib ontology 1, the two of the crib ontology 1
Side passes through crib special self-locking bracket 2 respectively and is connected with crib turnover bracket 3；The crib special self-locking bracket 2 includes son branch
Frame 21 and female bracket 22, submounts 21 include submounts plate 211, medial surface and the 11 outer surface phase of side plate of submounts plate 211
Even, the lateral surface of submounts plate 211 is equipped with the first positioning column 212, the second positioning column 213 and overturning positioning column 214；Female bracket
22 include the female supporting plate 221 for being mounted on 32 top of weighing sensor, is offered and the first positioning column 212 on female supporting plate 221
Compatible first sliding groove 222, second sliding groove 223 compatible with the second positioning column 213 and with overturning positioning column 214
Compatible overturning locating slot 224；The crib turnover bracket 3 includes buttress 31, and the top of buttress 31 is equipped with weighing sensor
32.The crib ontology 1 includes both side plate 11 and the foreboard 12 and back plate 13 that are located between both side plate 11, both side plate 11, preceding
The bottom of plate 12 and back plate 13 is equipped with bottom plate 14, and the height of back plate 13 is greater than the height of foreboard 12, close to the two of 12 side of foreboard
Overturning handle 15 is equipped between side plate 11.
Example 3
A kind of crib applied to milk cow accurate measurement and overturning, including crib ontology 1, the two of the crib ontology 1
Side passes through crib special self-locking bracket 2 respectively and is connected with crib turnover bracket 3；The crib special self-locking bracket 2 includes son branch
Frame 21 and female bracket 22, submounts 21 include submounts plate 211, medial surface and the 11 outer surface phase of side plate of submounts plate 211
Even, the lateral surface of submounts plate 211 is equipped with the first positioning column 212, the second positioning column 213 and overturning positioning column 214；Female bracket
22 include the female supporting plate 221 for being mounted on 32 top of weighing sensor, is offered and the first positioning column 212 on female supporting plate 221
Compatible first sliding groove 222, second sliding groove 223 compatible with the second positioning column 213 and with overturning positioning column 214
Compatible overturning locating slot 224；The crib turnover bracket 3 includes buttress 31, and the top of buttress 31 is equipped with weighing sensor
32.The crib ontology 1 includes both side plate 11 and the foreboard 12 and back plate 13 that are located between both side plate 11, both side plate 11, preceding
The bottom of plate 12 and back plate 13 is equipped with bottom plate 14, and the height of back plate 13 is greater than the height of foreboard 12, close to the two of 12 side of foreboard
Overturning handle 15 is equipped between side plate 11.The side of first positioning column 212 is equipped with the second positioning column 213, the second positioning column
213 side lower part is equipped with overturning positioning column 214.First positioning column 212 and the second positioning column 213 are in same level.
First sliding groove 222 and the second sliding groove 223 are located at the top of female supporting plate 221, and overturning locating slot 224 is provided with female branch
The side of frame plate 221.
Example 4
A kind of crib applied to milk cow accurate measurement and overturning, including crib ontology 1, the two of the crib ontology 1
Side passes through crib special self-locking bracket 2 respectively and is connected with crib turnover bracket 3；The crib special self-locking bracket 2 includes son branch
Frame 21 and female bracket 22, submounts 21 include submounts plate 211, medial surface and the 11 outer surface phase of side plate of submounts plate 211
Even, the lateral surface of submounts plate 211 is equipped with the first positioning column 212, the second positioning column 213 and overturning positioning column 214；Female bracket
22 include the female supporting plate 221 for being mounted on 32 top of weighing sensor, is offered and the first positioning column 212 on female supporting plate 221
Compatible first sliding groove 222, second sliding groove 223 compatible with the second positioning column 213 and with overturning positioning column 214
Compatible overturning locating slot 224；The crib turnover bracket 3 includes buttress 31, and the top of buttress 31 is equipped with weighing sensor
32.The crib ontology 1 includes both side plate 11 and the foreboard 12 and back plate 13 that are located between both side plate 11, both side plate 11, preceding
The bottom of plate 12 and back plate 13 is equipped with bottom plate 14, and the height of back plate 13 is greater than the height of foreboard 12, close to the two of 12 side of foreboard
Overturning handle 15 is equipped between side plate 11.The side of first positioning column 212 is equipped with the second positioning column 213, the second positioning column
213 side lower part is equipped with overturning positioning column 214.First positioning column 212 and the second positioning column 213 are in same level.
First sliding groove 222 and the second sliding groove 223 are located at the top of female supporting plate 221, and overturning locating slot 224 is provided with female branch
The side of frame plate 221.First sliding groove 222 includes the first positioning column inlet and outlet 2221 for being located at female 221 top of supporting plate,
First positioning column imports and exports 2221 lower parts and is communicated with the first positioning column location hole 2222 and the first positioning column sliding location hole
2223；Second sliding groove 223 includes the second positioning column inlet and outlet 2231 for being located at female 221 lateral roof of supporting plate, the second positioning column
The corresponding position in lower part of inlet and outlet 2231 is equipped with the second positioning column and slides location hole 2233, the sliding positioning of the second positioning column
The other side in hole 2233 is connected with the second positioning column location hole 2232；Overturning locating slot 224 includes being provided with female supporting plate 221
The overturning positioning column opening 2241 of side, overturning positioning column opening 2241 and the overturning positioning column location hole for being located at its other side
2242 are connected.The height of the first positioning column sliding location hole 2223 is greater than the height of the first positioning column location hole 2222,
It is arc groove between location hole 2223 and the first positioning column location hole 2222 that first positioning column, which slides,；The sliding positioning of second positioning column
The height in hole 2233 is greater than the height of the second positioning column location hole 2232, and the second positioning column slides location hole 2233 and the second positioning
Column location hole 2232 is arc groove；First positioning column sliding location hole 2223 and the second positioning column sliding location hole 2233 are located at together
On one horizontal plane；First positioning column location hole 2222 and the second positioning column location hole 2232 are located in same level.
Example 5
A kind of crib applied to milk cow accurate measurement and overturning, including crib ontology 1, the two of the crib ontology 1
Side passes through crib special self-locking bracket 2 respectively and is connected with crib turnover bracket 3；The crib special self-locking bracket 2 includes son branch
Frame 21 and female bracket 22, submounts 21 include submounts plate 211, medial surface and the 11 outer surface phase of side plate of submounts plate 211
Even, the lateral surface of submounts plate 211 is equipped with the first positioning column 212, the second positioning column 213 and overturning positioning column 214；Female bracket
22 include the female supporting plate 221 for being mounted on 32 top of weighing sensor, is offered and the first positioning column 212 on female supporting plate 221
Compatible first sliding groove 222, second sliding groove 223 compatible with the second positioning column 213 and with overturning positioning column 214
Compatible overturning locating slot 224；The crib turnover bracket 3 includes buttress 31, and the top of buttress 31 is equipped with weighing sensor
32.The crib ontology 1 includes both side plate 11 and the foreboard 12 and back plate 13 that are located between both side plate 11, both side plate 11, preceding
The bottom of plate 12 and back plate 13 is equipped with bottom plate 14, and the height of back plate 13 is greater than the height of foreboard 12, close to the two of 12 side of foreboard
Overturning handle 15 is equipped between side plate 11.The side of first positioning column 212 is equipped with the second positioning column 213, the second positioning column
213 side lower part is equipped with overturning positioning column 214.First positioning column 212 and the second positioning column 213 are in same level.
First sliding groove 222 and the second sliding groove 223 are located at the top of female supporting plate 221, and overturning locating slot 224 is provided with female branch
The side of frame plate 221.First sliding groove 222 includes the first positioning column inlet and outlet 2221 for being located at female 221 top of supporting plate,
First positioning column imports and exports 2221 lower parts and is communicated with the first positioning column location hole 2222 and the first positioning column sliding location hole
2223；Second sliding groove 223 includes the second positioning column inlet and outlet 2231 for being located at female 221 lateral roof of supporting plate, the second positioning column
The corresponding position in lower part of inlet and outlet 2231 is equipped with the second positioning column and slides location hole 2233, the sliding positioning of the second positioning column
The other side in hole 2233 is connected with the second positioning column location hole 2232；Overturning locating slot 224 includes being provided with female supporting plate 221
The overturning positioning column opening 2241 of side, overturning positioning column opening 2241 and the overturning positioning column location hole for being located at its other side
2242 are connected.The height of the first positioning column sliding location hole 2223 is greater than the height of the first positioning column location hole 2222,
It is arc groove between location hole 2223 and the first positioning column location hole 2222 that first positioning column, which slides,；The sliding positioning of second positioning column
The height in hole 2233 is greater than the height of the second positioning column location hole 2232, and the second positioning column slides location hole 2233 and the second positioning
Column location hole 2232 is arc groove；First positioning column sliding location hole 2223 and the second positioning column sliding location hole 2233 are located at together
On one horizontal plane；First positioning column location hole 2222 and the second positioning column location hole 2232 are located in same level.It is described to turn over
The height for turning positioning column opening 2241 is greater than the height of overturning positioning column location hole 2242.The first positioning column location hole 2222
Height be greater than overturning positioning column opening 2241 height.
Example 6
A kind of crib applied to milk cow accurate measurement and overturning, including crib ontology 1, the two of the crib ontology 1
Side passes through crib special self-locking bracket 2 respectively and is connected with crib turnover bracket 3；The crib special self-locking bracket 2 includes son branch
Frame 21 and female bracket 22, submounts 21 include submounts plate 211, medial surface and the 11 outer surface phase of side plate of submounts plate 211
Even, the lateral surface of submounts plate 211 is equipped with the first positioning column 212, the second positioning column 213 and overturning positioning column 214；Female bracket
22 include the female supporting plate 221 for being mounted on 32 top of weighing sensor, is offered and the first positioning column 212 on female supporting plate 221
Compatible first sliding groove 222, second sliding groove 223 compatible with the second positioning column 213 and with overturning positioning column 214
Compatible overturning locating slot 224；The crib turnover bracket 3 includes buttress 31, and the top of buttress 31 is equipped with weighing sensor
32.The crib ontology 1 includes both side plate 11 and the foreboard 12 and back plate 13 that are located between both side plate 11, both side plate 11, preceding
The bottom of plate 12 and back plate 13 is equipped with bottom plate 14, and the height of back plate 13 is greater than the height of foreboard 12, close to the two of 12 side of foreboard
Overturning handle 15 is equipped between side plate 11.The side of first positioning column 212 is equipped with the second positioning column 213, the second positioning column
213 side lower part is equipped with overturning positioning column 214.First positioning column 212 and the second positioning column 213 are in same level.
First sliding groove 222 and the second sliding groove 223 are located at the top of female supporting plate 221, and overturning locating slot 224 is provided with female branch
The side of frame plate 221.First sliding groove 222 includes the first positioning column inlet and outlet 2221 for being located at female 221 top of supporting plate,
First positioning column imports and exports 2221 lower parts and is communicated with the first positioning column location hole 2222 and the first positioning column sliding location hole
2223；Second sliding groove 223 includes the second positioning column inlet and outlet 2231 for being located at female 221 lateral roof of supporting plate, the second positioning column
The corresponding position in lower part of inlet and outlet 2231 is equipped with the second positioning column and slides location hole 2233, the sliding positioning of the second positioning column
The other side in hole 2233 is connected with the second positioning column location hole 2232；Overturning locating slot 224 includes being provided with female supporting plate 221
The overturning positioning column opening 2241 of side, overturning positioning column opening 2241 and the overturning positioning column location hole for being located at its other side
2242 are connected.The height of the first positioning column sliding location hole 2223 is greater than the height of the first positioning column location hole 2222,
It is arc groove between location hole 2223 and the first positioning column location hole 2222 that first positioning column, which slides,；The sliding positioning of second positioning column
The height in hole 2233 is greater than the height of the second positioning column location hole 2232, and the second positioning column slides location hole 2233 and the second positioning
Column location hole 2232 is arc groove；First positioning column sliding location hole 2223 and the second positioning column sliding location hole 2233 are located at together
On one horizontal plane；First positioning column location hole 2222 and the second positioning column location hole 2232 are located in same level.It is described to turn over
The height for turning positioning column opening 2241 is greater than the height of overturning positioning column location hole 2242.The first positioning column location hole 2222
Height be greater than overturning positioning column opening 2241 height.Between 11 outer surface of medial surface and side plate of the submounts plate 211
Equipped with crib hog frame 4, crib hog frame 4 is top opening shape structure, surrounding top respectively with corresponding crib ontology 1
The outer surface of middle both side plate 11, foreboard 12 and back plate 13 is connected, and the bottom of bottom plate 14 is connected with the bottom of crib hog frame 4；Food
The material of slot hog frame 4 is metal, and the material of crib ontology 1 is glass reinforced plastic.
In the description of the present invention, it should be understood that term " inside ", " top ", " front end " etc. instruction
Orientation or positional relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description the utility model and simplification
Description, rather than the device or element of indication or suggestion meaning must have a particular orientation, constructed and grasped with specific orientation
Make, therefore should not be understood as limiting the present invention.It is in the description of the present invention, it should be noted that unless another
There is specific regulation and limit, term " being equipped with ", " installation ", " connected " etc. shall be understood in a broad sense, for example, it may be fixed connect
It connects, is integrally connected, may be a detachable connection；The connection being also possible to inside two elements；It can be directly connected,
Can indirectly connected through an intermediary, for the ordinary skill in the art, can understand as the case may be on
State the concrete meaning of term in the present invention.In addition, it should be noted that the example of this hair utility model, practical to this
Novel technical solution is clearly and completely described, it is clear that described example is only that a part of the utility model is shown
Example, rather than whole examples.Based on the example in the utility model, one of ordinary skilled in the art is not making wound
Every other embodiment obtained under the premise of the property made is worked, fall within the protection scope of the utility model.
Claims (10)
1. a kind of crib applied to milk cow accurate measurement and overturning, including crib ontology (1), it is characterised in that: the food
The two sides of slot ontology (1) pass through crib special self-locking bracket (2) respectively and are connected with crib turnover bracket (3)；
The crib special self-locking bracket (2) includes submounts (21) and female bracket (22), and submounts (21) include submounts
The medial surface of plate (211), submounts plate (211) is connected with side plate (11) outer surface, and the lateral surface of submounts plate (211) is equipped with the
One positioning column (212), the second positioning column (213) and overturning positioning column (214)；Female bracket (22) includes being mounted on weighing and sensing
Female supporting plate (221) at the top of device (32) offers and the first positioning column (212) compatible first on female supporting plate (221)
Sliding groove (222), with the second positioning column (213) compatible second sliding groove (223) and with overturning positioning column (214) Xiang Shi
The overturning locating slot (224) matched；
The crib turnover bracket (3) includes buttress (31), and the top of buttress (31) is equipped with weighing sensor (32).
2. a kind of crib applied to milk cow accurate measurement and overturning according to claim 1, it is characterised in that: described
Crib ontology (1) includes both side plate (11) and the foreboard (12) being located between both side plate (11) and back plate (13), both side plate
(11), the bottom of foreboard (12) and back plate (13) is equipped with bottom plate (14), and the height of back plate (13) is greater than the height of foreboard (12), leans on
Overturning handle (15) is nearby equipped between the both side plate (11) of plate (12) side.
3. a kind of crib applied to milk cow accurate measurement and overturning according to claim 1, it is characterised in that: described
The side of first positioning column (212) is equipped with the second positioning column (213), and it is fixed that a side lower part of the second positioning column (213) is equipped with overturning
Position column (214).
4. a kind of crib applied to milk cow accurate measurement and overturning according to claim 3, it is characterised in that: described
First positioning column (212) and the second positioning column (213) are in same level.
5. a kind of crib applied to milk cow accurate measurement and overturning according to claim 1, it is characterised in that: described
First sliding groove (222) and the second sliding groove (223) are located at the top of female supporting plate (221), and overturning locating slot (224) is provided with
The side of female supporting plate (221).
6. a kind of crib applied to milk cow accurate measurement and overturning according to claim 5, it is characterised in that: described
First sliding groove (222) include be located at the top of female supporting plate (221) the first positioning column inlet and outlet (2221), the first positioning column into
Outlet (2221) lower part is communicated with the first positioning column location hole (2222) and the first positioning column sliding location hole (2223)；Second
Sliding groove (223) includes the second positioning column inlet and outlet (2231) for being located at female supporting plate (221) lateral roof, the disengaging of the second positioning column
The corresponding position in lower part of mouth (2231) is equipped with the second positioning column sliding location hole (2233), the sliding positioning of the second positioning column
The other side in hole (2233) is connected with the second positioning column location hole (2232)；Overturning locating slot (224) includes being provided with female branch
The overturning positioning column of frame plate (221) side is open (2241), overturning positioning column opening (2241) and the overturning for being located at its other side
Positioning column location hole (2242) is connected.
7. a kind of crib applied to milk cow accurate measurement and overturning according to claim 6, it is characterised in that: described
The height that first positioning column slides location hole (2223) is greater than the height of the first positioning column location hole (2222), and the first positioning column is sliding
It is arc groove between dynamic location hole (2223) and the first positioning column location hole (2222)；Second positioning column slides location hole (2233)
Height be greater than the height of the second positioning column location hole (2232), the second positioning column slides location hole (2233) and the second positioning column
Location hole (2232) is arc groove；First positioning column sliding location hole (2223) and the second positioning column sliding location hole (2233) are set
In same level；First positioning column location hole (2222) and the second positioning column location hole (2232) are located at same level
On.
8. a kind of crib applied to milk cow accurate measurement and overturning according to claim 6, it is characterised in that: described
The height for overturning positioning column opening (2241) is greater than the height of overturning positioning column location hole (2242).
9. a kind of crib applied to milk cow accurate measurement and overturning according to claim 6, it is characterised in that: described
The height of first positioning column location hole (2222) is greater than the height of overturning positioning column opening (2241).
10. a kind of crib applied to milk cow accurate measurement and overturning according to claim 1, it is characterised in that: institute
It states and is equipped with crib hog frame (4) between the medial surface of submounts plate (211) and side plate (11) outer surface, crib hog frame (4) is
Top opening shape structure, surrounding top respectively with both side plate (11), foreboard (12) and back plate in corresponding crib ontology (1)
(13) outer surface is connected, and the bottom of bottom plate (14) is connected with the bottom of crib hog frame (4)；The material of crib hog frame (4)
For metal, the material of crib ontology (1) is glass reinforced plastic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821809311.2U CN209120944U (en) | 2018-11-02 | 2018-11-02 | A kind of crib applied to milk cow accurate measurement and overturning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821809311.2U CN209120944U (en) | 2018-11-02 | 2018-11-02 | A kind of crib applied to milk cow accurate measurement and overturning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209120944U true CN209120944U (en) | 2019-07-19 |
Family
ID=67233984
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821809311.2U Active CN209120944U (en) | 2018-11-02 | 2018-11-02 | A kind of crib applied to milk cow accurate measurement and overturning |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209120944U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114128629A (en) * | 2021-12-02 | 2022-03-04 | 黑龙江省农业机械工程科学研究院 | Automatic metering trough for feeding dairy cows |
-
2018
- 2018-11-02 CN CN201821809311.2U patent/CN209120944U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114128629A (en) * | 2021-12-02 | 2022-03-04 | 黑龙江省农业机械工程科学研究院 | Automatic metering trough for feeding dairy cows |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN209120944U (en) | A kind of crib applied to milk cow accurate measurement and overturning | |
| CN206744214U (en) | A kind of siccative precisely feeds system equipment | |
| CN201667887U (en) | Pig digestion and metabolism cage | |
| CN202738602U (en) | Tunnel type fence for yak | |
| CN208338622U (en) | Closed intelligence boar measurement station | |
| CN209572837U (en) | A kind of novel and multifunctional aquaculture device for feeding | |
| CN210352559U (en) | Group rearing pen with animal feeding monitoring system | |
| CN113842122B (en) | Nursing sow physiological parameter intelligent acquisition system | |
| CN213948835U (en) | Fodder packing apparatus | |
| CN206177431U (en) | Electronics pound is used to pig | |
| CN211381956U (en) | Poultry animal doctor treatment is with retaining frame based on can rais livestock or poultry are weighed | |
| CN208872391U (en) | A kind of domestic animal weight scale with fixed function | |
| CN212520375U (en) | Feeding device for animal husbandry breeding | |
| CN201160435Y (en) | Goose metabolism cage | |
| CN206095381U (en) | Gestational period sow management system | |
| CN209254917U (en) | A kind of screening plant | |
| CN206851688U (en) | A kind of livestock feed groove | |
| CN215003909U (en) | Electronic scale for feed production | |
| CN211153272U (en) | Poultry is with feeding volume detection device | |
| CN216254622U (en) | Automatic feeder for livestock breeding | |
| CN214758532U (en) | Trough convenient to wash for cattle and sheep breeding | |
| CN205498986U (en) | Lamb transfer car(buggy) | |
| CN212164552U (en) | Feeding device for animal husbandry | |
| CN219121522U (en) | Weighing device for livestock-raising | |
| CN212212290U (en) | Young incubator is used in livestock-raising |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |