CN208540593U - Chicken farm with mechanization feeding systems - Google Patents
Chicken farm with mechanization feeding systems Download PDFInfo
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- CN208540593U CN208540593U CN201820997924.7U CN201820997924U CN208540593U CN 208540593 U CN208540593 U CN 208540593U CN 201820997924 U CN201820997924 U CN 201820997924U CN 208540593 U CN208540593 U CN 208540593U
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- conveyer belt
- feed
- guiding parts
- material guiding
- feeding systems
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Abstract
The utility model discloses a kind of chicken farm with mechanization feeding systems, including the rectangle place surrounded by jube, it encloses in the middle part of the rectangle place equipped with rectangle material charging region, which is divided into two behaviour areas for the place, and two behaviour areas are located at the material charging region two sides；Feeding systems are equipped between the material charging region and the behaviour area, the synchronous multidigit point into each behaviour area of the feeding systems feeds intake.Using the utility model has the beneficial effects that, feed is loaded on the conveyor belt, moves to appropriate location to it, and lateral material guiding parts are placed on conveyer belt, conveyer belt continues to move to, for lateral material guiding parts to the feed effect of striking off, the feed of lateral material guiding parts updrift side flows out conveyer belt under the guidance of lateral material guiding parts, and falls into feeder, and crib is evenly spread under the guidance of blanking cone cylinder, the synchronous automatic feeding of multidigit point may be implemented, reduce manual labor's intensity, improve chicken and feed environment.
Description
Technical field
It is mechanical that the utility model relates to a kind of cultivation station-services, and in particular to a kind of poultry with mechanization feeding systems
?.
Background technique
In recent years, formula chicken farm is put in a suitable place to breed since the product of its cultivation is closer to the product quality of small family's free-ranging, and product is by joyous
Degree of meeting is high, thus obtains large-scale popularization in rural area.From the point of view of raising angle, chicken group energy is enough under the natural conditions in chicken farm
A part of food is obtained, but still needs daily timing supplement feed.The large-scale poultry place of modernization generally use it is advanced from
Dynamicization feeding system, but its higher cost, are unsuitable for rural area middle-size and small-size chicken farm.So middle-size and small-size chicken farm is generally still
Feed is launched by manpower, labor intensity is larger.In addition, existing feeding method is directly to shed pellet to ground
On, food pollution is easily led to, the security risk for threatening chicken group's health is likely to become, also easily leads to feed waste.Therefore, it is necessary to
Low, easy to maintain, the antipollution feeding systems of development cost, to meet the needs of middle-size and small-size chicken farm.
Utility model content
In order to solve the above technical problems, the utility model provides a kind of chicken farm with mechanization feeding systems.
Technical solution is as follows:
A kind of chicken farm with mechanization feeding systems, including the rectangle place surrounded by jube, it is critical that institute
It states and encloses in the middle part of rectangle place equipped with rectangle material charging region, which is divided into two behaviour areas, two work for the place
Dynamic area is located at the material charging region two sides；
Feeding systems are equipped between the material charging region and the behaviour area, which includes transfer tape assemble, unloads
Hopper and feeder, the transfer tape assemble include horizontally disposed conveyer belt, which is arranged along the material charging region, edge
The conveyer belt feed direction be equipped at least two dump skip groups, each dump skip group include be symmetrically distributed in it is described defeated
Two dump skips with two sides are sent, each dump skip are corresponded in each behaviour area equipped with feeder, the dump skip draws
Feed is led into the feeder；
Lateral material guiding parts are equipped with above the conveyer belt, corresponding to each dump skip group be provided with one it is described lateral
Material guiding parts；
All lateral material guiding parts are connected on the same synchronous lifting device, and the synchronous lifting device control is all
The lateral material guiding parts fall in or leave simultaneously the upper surface of the conveyer belt；
The lateral material guiding parts include two pieces of stock guides being erected on the conveyer belt, and the stock guide is along described defeated
Send the feed direction of band to be arranged, the affixed formation sub-material front end in the front end of two pieces of stock guides, the rear end of two pieces of stock guides backward and point
Do not extend to the two sides of the conveyer belt, the rear end of two pieces of stock guides is respectively close to the corresponding dump skip, the stock guide
Lateral surface formed guide face；
The feeder includes crib, blanking cone cylinder, and the blanking cone cylinder is in cone, the lower edge of the blanking cone cylinder
It is connected with the crib, the crib is horizontally disposed, which is in circular ring shape, under the inward flange of the crib and the blanking cone cylinder
Edge coincide and is connected；
The dump skip water conservancy diversion feed falls on the top of the blanking cone cylinder.
Using the above design, feed is loaded on the conveyor belt, moves to appropriate location to it, lateral material guiding parts are placed in defeated
It send and takes, conveyer belt continues to move to, and lateral material guiding parts are to the feed effect of striking off, and the feed of lateral material guiding parts updrift side is in side
Conveyer belt is flowed out under to the guidance of material guiding parts, and falls into feeder, and evenly spreads to crib under the guidance of blanking cone cylinder, it can
To realize the synchronous automatic feeding of multidigit point, manual labor's intensity is reduced, improves chicken and feeds environment.
As optimal technical scheme, rain shade, the behaviour area of the rain shade to two sides are equipped with above above-mentioned material charging region
Top extends, which blocks the feeding systems.
Using the above design, protection can be provided for feeding systems.
As optimal technical scheme, above-mentioned lateral material guiding parts include two pieces of stock guides being erected on the conveyer belt, and two
The front end of block stock guide is affixed to form the sub-material front end, and two pieces of stock guides prolong to the two sides of the conveyer belt backward and respectively
It stretches, the lateral surface of two pieces of stock guides forms the guide face.
Using the above design, it the advantage is that lateral material guiding parts structure is simple.
As optimal technical scheme, above-mentioned lateral material guiding parts further include cutting plate, which is erected on the conveyer belt
Top, the cutting plate are arranged along the length direction of the conveyer belt, the charging of the front end of the cutting plate towards the conveyer belt
End, the rear end of the cutting plate is connected with the front end of two pieces of stock guides.
Using the above design, it the advantage is that facilitate and separate the feed mated formation on the conveyor belt, and direct it towards two sides
Flowing.
As optimal technical scheme, above-mentioned synchronous lifting device includes vertically arranged bracket, the two of the conveyer belt
End is respectively provided with the bracket, a horizontally disposed support rail is connected between two brackets, which is located at
Above the conveyer belt, each lateral material guiding parts correspond on the support rail it are connected separately with one and vertically arranged indulge
Bar, the middle part of the vertical pole and the support rail are hinged, and the lower end of the vertical pole and the lateral material guiding parts consolidate, all described vertical
Operation cross bar described in the upper end of bar and same root is hinged.
Using the above design, synchronous lifting device structure is simple, and by manipulation operations cross bar, lateral material guiding parts may be implemented
Decentralization or rise.
As optimal technical scheme, above-mentioned dump skip includes blowpit, the feed inlet of the blowpit towards the conveyer belt,
The guide face guidance feed of the lateral material guiding parts enters the feed inlet of the blowpit；
The dump skip further includes vertically arranged supporting leg, which is connected with the blowpit.
Using the above design, instant feedstuff flows out conveyer belt.
As optimal technical scheme, above-mentioned transfer tape assemble further includes support, driving roller, driven roller and driving electricity
Machine, the driving roller and driven roller level are relatively arranged on the support, are covered on the driving roller and driven roller
Equipped with the conveyer belt, the driving roller is connected with the driving motor；
The bracket is installed on the support.
Using the above design, it the advantage is that transfer tape assemble is simple for structure.
As optimal technical scheme, feed hopper is provided with above said conveyer belt feed end.
Using the above design, it the advantage is that and facilitate to conveyer belt feeding.
As optimal technical scheme, above-mentioned feeder further includes feed cover, which, which buckles, covers on the crib and blanking
Above cone cylinder, the region between the feed cover and the blanking cone cylinder forms blanking space, which includes that cone is anti-
Dirt side wall and the cylindrical striker plate being arranged below, the dust-proof side wall with it is described
Blanking cone cylinder coaxial line, the top edge of the striker plate coincide and are connected with the lower edge of the dust-proof side wall, institute
The lower edge for stating striker plate falls in the crib outer edge, and the top circumferential direction of the striker plate is equipped with grid and pecks at window；
The top of the feed cover offers blanking port, which is located above the tip of the blanking cone cylinder.
It using the above design, can prevent dust from falling into crib, be conducive to keep feed cleaning.
As optimal technical scheme, the blanking port of above-mentioned feeder is equipped with material-falling hopper, and circumferential direction is equipped with one on the crib
Group positive stop lug boss, for the positive stop lug boss against the lateral surface of the striker plate, the crib lower section is equipped with elevating feet.
Using the above design, setting material-falling hopper can instant feedstuff enter feeder, setting positive stop lug boss can make feed cover steady
On crib, setting elevating feet is wanted convenient for adjusting feeder height with the chicken feed for adapting to different building shape size for Dingan County
It asks.
The utility model has the advantages that being moved to suitably using the utility model has the beneficial effects that load feed on the conveyor belt to it
Lateral material guiding parts are placed on conveyer belt by position, and conveyer belt continues to move to, and lateral material guiding parts are to the feed effect of striking off, laterally
The feed of material guiding parts updrift side flows out conveyer belt under the guidance of lateral material guiding parts, and falls into feeder, and in blanking cone cylinder
Guidance under evenly spread to crib, the synchronous automatic feeding of multidigit point may be implemented, reduce manual labor's intensity, improve chicken into
Eat environment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of feeding systems；
Fig. 3 is the structural schematic diagram of lateral material guiding parts；
Fig. 4 is the structural schematic diagram of synchronization lifting mechanism；
Fig. 5 is the structural schematic diagram of dump skip；
Fig. 6 is the structural schematic diagram of feeder；
Fig. 7 is that the structural schematic diagram after feed cover is removed in Fig. 6.
Specific embodiment
Below with reference to embodiment and attached drawing, the utility model is described in further detail.
As shown in Figure 1, a kind of chicken farm with mechanization feeding systems, including the rectangle place surrounded by jube 1, institute
It states and encloses in the middle part of rectangle place equipped with rectangle material charging region 2, which is divided into two behaviour areas 3 for the place, described in two
Behaviour area 3 is located at 2 two sides of material charging region.
It is equipped with feeding systems 4 between the material charging region 2 and the behaviour area 3, is equipped with rain shade above the material charging region 2
5, for the rain shade 5 to extending above the behaviour area 3 of two sides, which blocks the feeding systems 4.
As shown in Fig. 2, the feeding systems 4 include transfer tape assemble a, dump skip b and feeder f.
The transfer tape assemble a includes horizontally disposed conveyer belt a1, further includes support a5, driving roller a2, driven rolling
Wheel a3 and driving motor a4, the driving roller a2 and driven roller a3 level are relatively arranged on the support a5, the master
It is arranged with the conveyer belt a1 on dynamic idler wheel a2 and driven roller a3, the driving roller a2 is connected with the driving motor a4.
The conveyer belt a1 is arranged along the material charging region 2, is provided with feed hopper d above the conveyer belt a1 feed end.
At least two dump skip groups are equipped with along the conveyer belt a1 feed direction, each dump skip group includes being symmetrically distributed in institute
Two dump skip b for stating the two sides conveyer belt a1 correspond to each dump skip b equipped with feeder f, institute in each behaviour area 3
It states dump skip b guidance feed and enters the feeder f.Specifically, the dump skip b is corresponded on the jube 1 of the material charging region 2 to set
There is discharging notch, so that the blowpit b2 passes through jube 1, feed is imported into the feeder f.
It is additionally provided with lateral material guiding parts c above the conveyer belt a1, each dump skip group is provided with an institute
State lateral material guiding parts c.All lateral material guiding parts c are connected on the same synchronous lifting device e, the synchronous lifting device
E controls all lateral material guiding parts c while falling in or leaving the upper surface of the conveyer belt a1.
The lateral material guiding parts c includes two pieces of edges stock guide c1, the stock guide c1 being erected on the conveyer belt a1
The conveyer belt a1 feed direction setting, the affixed formation sub-material front end in the front end of two pieces of stock guide c1, the sub-material front end
On the middle line of the conveyer belt a1, the rear end of two pieces of stock guide c1 is prolonged to the two sides of the conveyer belt a1 backward and respectively
It stretches, respectively close to the corresponding dump skip b, the lateral surface of the stock guide c1 forms guide for the rear end of two pieces of stock guide c1
Face.
Specifically, as shown in figure 3, the lateral material guiding parts c includes two pieces of stock guides being erected on the conveyer belt a1
C1, the front end of two pieces of stock guide c1 is affixed to form the sub-material front end, and two pieces of stock guide c1 are backward and respectively to the conveyer belt
The two sides of a1 extend, and the lateral surface of two pieces of stock guide c1 forms the guide face.
The lateral material guiding parts c further includes cutting plate c2, and cutting plate c2 is erected on above the conveyer belt a1, the sub-material
Plate c2 is arranged along the length direction of the conveyer belt a1, the front end of cutting plate c2 towards the conveyer belt a1 feed end,
The rear end of cutting plate c2 is connected with the front end of two pieces of stock guide c1.
As shown in figure 4, the synchronous lifting device e includes vertically arranged bracket e1, at the both ends of the conveyer belt a1
It is respectively provided with the bracket e1, the bracket e1 is installed on the support a5.A water is connected between two bracket e1
The support rail e2 of flat setting, support rail e2 are located above the conveyer belt a1, correspond to each institute on support rail e2
It states lateral material guiding parts c and is connected separately with a vertically arranged vertical pole e3, the middle part of vertical pole e3 and the support rail e2 are cut with scissors
It connects, the lower end of vertical pole e3 and the lateral material guiding parts c are consolidated, and are operated described in the upper end of all vertical pole e3 and same root horizontal
Bar e4 is hinged, and the operation cross bar e4 is parallel with the support rail e2.
For convenience of operation, the operation cross bar e4 is corresponded on the bracket e1 equipped with sliding rail, operation cross bar e4 is along described
Sliding rail slides, and is additionally provided with locking pin on the sliding rail, and working position lock hole and storage position lock are correspondingly provided on the operation cross bar e4
Determine hole.When locking pin is inserted into working position lock hole, vertical pole e3 is in vertical position, and the lateral material guiding parts c lower edge falls in institute
The upper surface of conveyer belt a1 is stated, to guarantee that lateral material guiding parts keep stable state in discharge process.Described in locking pin insertion
When storing position lock hole, vertical pole e3 is in oblique position under the drive of the operation cross bar e4, to make the lateral guide
Part c lower edge leaves the upper surface of the conveyer belt a1.
As shown in figure 5, the dump skip b further includes blowpit b2, the feed inlet of blowpit b2 is towards the conveyer belt
The guide face guidance feed of a1, the lateral material guiding parts c enter the feed inlet of the blowpit b2, the discharging of the blowpit b2
Mouth is located above the feeder f.The dump skip b further includes vertically arranged supporting leg b1, and the upper end supporting leg b1 is unloaded with described
Hopper b2 is connected.
As shown in Figures 6 and 7, the feeder f includes crib f1, blanking cone cylinder f2, the blanking cone cylinder f2 in cone,
The lower edge of the blanking cone cylinder f2 is connected with the crib f1, and crib f1 is horizontally disposed, and crib f1 is in circular ring shape, the food
The inward flange of slot f1 coincide and is connected with the lower edge of the blanking cone cylinder f2.The dump skip b water conservancy diversion feed falls on described fall
Expect the top of cone cylinder f2.
To prevent feed contaminated, the feeder c further includes feed cover c3, and feed cover c3, which is buckled, covers on the crib c1
Above blanking cone cylinder c2, the region between the feed cover c3 and the blanking cone cylinder c2 forms blanking space, the feed cover
C3 includes the dust-proof side wall of cone and the cylindrical striker plate c4 that is arranged below, the dust-proof side wall and the blanking cone cylinder c2
Coaxial line, the top edge of the striker plate c4 coincide and are connected with the lower edge of the dust-proof side wall, under the striker plate c4
Edge falls in the crib c1 outer edge, and the top circumferential direction of the striker plate c4 is equipped with grid and pecks at window c5；The feed
The top of cover c3 offers blanking port, which is located above the tip of the blanking cone cylinder c2.
The blanking port of the feeder c is equipped with material-falling hopper c6, and the dump skip b water conservancy diversion feed falls into the material-falling hopper
c6。
Circumferential on the crib c1 to be equipped with one group of positive stop lug boss c8, positive stop lug boss c8 is against the outside of the striker plate c4
Face prevents feed cover c3 from sliding to realize the fixing assembling between the feed cover c3 and the crib c1.
Elevating feet c7 is equipped with below the crib c1, elevating feet c7 is screw-type elevating feet, including is fixed on
Branch foot sleeve and stud below the crib c1, the stud are fixed below the crib c1, set internal screw thread in branch foot sleeve,
The branch foot sleeve is threadedly attached on the stud.By screwing branch foot sleeve, the height of adjustable entire feeder c,
It is required to adapt to the chicken feed of different building shape size.
When specifically used, first pull operation cross bar e4 simultaneously makes locking pin insertion storage position lock hole, keeps lateral material guiding parts c
Lower edge is located above the conveyer belt a1.It charges on conveyer belt a1, and opening driving motor operates conveyer belt a1 to suitable
Suitable position can be generally sent to the dump skip group of most downstream to feed, then put down lateral material guiding parts c, and locking pin is inserted
Enter working position lock hole, keep its stabilization, when conveyer belt a1 continues movement, feed flows out under the action of lateral material guiding parts c, warp
Enter each feeder f after crossing dump skip b, to realize that synchronization feeds intake to multiple feeder f, realizes synchronous multiple spot feeding.
Finally, it should be noted that foregoing description is only the preferred embodiment of the utility model, the common skill of this field
Art personnel are under the enlightenment of the utility model, under the premise of without prejudice to the utility model aims and claim, can make
Multiple similar expressions, such transformation are each fallen within the protection scope of the utility model.
Claims (9)
1. a kind of chicken farm with mechanization feeding systems, including the rectangle place surrounded by jube (1), it is characterised in that:
It encloses in the middle part of the rectangle place equipped with rectangle material charging region (2), which is divided into two behaviour areas (3) for the place,
Two behaviour areas (3) are located at the material charging region (2) two sides；
Feeding systems (4) are equipped between the material charging region (2) and the behaviour area (3), which includes conveyer belt
Component (a), dump skip (b) and feeder (f), the transfer tape assemble (a) include horizontally disposed conveyer belt (a1), the conveying
Band (a1) is arranged along the material charging region (2), is equipped at least two dump skip groups along the conveyer belt (a1) feed direction, often
A dump skip group includes two dump skips (b) for being symmetrically distributed in the two sides the conveyer belt (a1), in each behaviour area (3)
The interior each dump skip (b) of correspondence is equipped with feeder (f), and dump skip (b) the guidance feed enters the feeder (f)；
It is equipped with lateral material guiding parts (c) above the conveyer belt (a1), is provided with described in one corresponding to each dump skip group
Lateral material guiding parts (c)；
All lateral material guiding parts (c) are connected on the same synchronous lifting device (e), synchronous lifting device (e) control
It makes all lateral material guiding parts (c) while falling in or leaving the upper surface of the conveyer belt (a1)；
The lateral material guiding parts (c) include two pieces of stock guides (c1) being erected on the conveyer belt (a1), the stock guide
(c1) it is arranged along the feed direction of the conveyer belt (a1), the affixed formation sub-material front end in the front end of two pieces of stock guides (c1), two
The rear end of block stock guide (c1) extends to the two sides of the conveyer belt (a1) backward and respectively, the rear end point of two pieces of stock guides (c1)
Not close to the corresponding dump skip (b), the lateral surface of the stock guide (c1) forms guide face；
The feeder (f) includes crib (f1), blanking cone cylinder (f2), and the blanking cone cylinder (f2) is in cone, the blanking
The lower edge of cone cylinder (f2) is connected with the crib (f1), and the crib (f1) is horizontally disposed, which is in circular ring shape, the food
The inward flange of slot (f1) coincide and is connected with the lower edge of the blanking cone cylinder (f2)；
Dump skip (b) the water conservancy diversion feed falls on the top of the blanking cone cylinder (f2).
2. the chicken farm according to claim 1 with mechanization feeding systems, it is characterised in that: the material charging region (2)
Top is equipped with rain shade (5), which blocks institute to extension above the behaviour area (3) of two sides, the rain shade (5)
State feeding systems (4).
3. the chicken farm according to claim 1 with mechanization feeding systems, it is characterised in that: the lateral material guiding parts
It (c) further include cutting plate (c2), which is arranged along the length direction of the conveyer belt (a1), the cutting plate (c2)
Rear end be connected with the sub-material front end.
4. the chicken farm according to claim 1 with mechanization feeding systems, it is characterised in that: the synchronization lifting dress
Setting (e) includes vertically arranged bracket (e1), is respectively provided with the bracket (e1) at the both ends of the conveyer belt (a1), and two
A horizontally disposed support rail (e2) is connected between bracket (e1), which is located at the conveyer belt (a1)
Top corresponds to each lateral material guiding parts (c) on the support rail (e2) and is connected separately with a vertically arranged vertical pole
(e3), the middle part of the vertical pole (e3) and the support rail (e2) hingedly, the lower end of the vertical pole (e3) and the lateral material guiding parts
(c) it consolidates, the upper end of all vertical poles (e3) and same root operation cross bar (e4) are hinged.
5. the chicken farm according to claim 1 with mechanization feeding systems, it is characterised in that: the dump skip (b)
Including blowpit (b2), the feed inlet of the blowpit (b2) is towards the conveyer belt (a1), the guide of the lateral material guiding parts (c)
Face guides feed into the feed inlet of the blowpit (b2)；
The dump skip (b) further includes vertically arranged supporting leg (b1), which is connected with the blowpit (b2).
6. the chicken farm according to claim 4 with mechanization feeding systems, it is characterised in that: the transfer tape assemble
(a) further include support (a5), driving roller (a2), driven roller (a3) and driving motor (a4), the driving roller (a2) and
Driven roller (a3) level is relatively arranged on the support (a5), is arranged on the driving roller (a2) and driven roller (a3)
Have the conveyer belt (a1), the driving roller (a2) is connected with the driving motor (a4)；
The bracket (e1) is installed on the support (a5).
7. the chicken farm according to claim 1 with mechanization feeding systems, it is characterised in that: the conveyer belt (a1)
Feed hopper (d) is provided with above feed end.
8. the chicken farm according to claim 1 with mechanization feeding systems, it is characterised in that: the feeder (f)
It further include feed cover (f3), which, which buckles, covers on above the crib (f1) and blanking cone cylinder (f2), the feed cover
(f3) region between the blanking cone cylinder (f2) forms blanking space, the feed cover (f3) include the dust-proof side wall of cone and
The cylindrical striker plate (f4) being arranged below, the dust-proof side wall and blanking cone cylinder (f2) coaxial line, the striker plate
(f4) top edge coincide and is connected with the lower edge of the dust-proof side wall, and the lower edge of the striker plate (f4) falls in the food
Slot (f1) outer edge, the top circumferential direction of the striker plate (f4) are equipped with grid and peck at window (f5)；
The top of the feed cover (f3) offers blanking port, which is located above the tip of the blanking cone cylinder (f2).
9. the chicken farm according to claim 8 with mechanization feeding systems, it is characterised in that: the feeder (f)
Blanking port be equipped with material-falling hopper (f6), it is circumferential on the crib (f1) to be equipped with one group of positive stop lug boss (f8), the positive stop lug boss
(f8) elevating feet (f7) is equipped with below the lateral surface of the striker plate (f4), the crib (f1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820997924.7U CN208540593U (en) | 2018-06-26 | 2018-06-26 | Chicken farm with mechanization feeding systems |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820997924.7U CN208540593U (en) | 2018-06-26 | 2018-06-26 | Chicken farm with mechanization feeding systems |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208540593U true CN208540593U (en) | 2019-02-26 |
Family
ID=65423539
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820997924.7U Expired - Fee Related CN208540593U (en) | 2018-06-26 | 2018-06-26 | Chicken farm with mechanization feeding systems |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208540593U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112352706A (en) * | 2020-11-02 | 2021-02-12 | 山东恒基农牧机械有限公司 | Feed dividing device for breeding |
-
2018
- 2018-06-26 CN CN201820997924.7U patent/CN208540593U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112352706A (en) * | 2020-11-02 | 2021-02-12 | 山东恒基农牧机械有限公司 | Feed dividing device for breeding |
| CN112352706B (en) * | 2020-11-02 | 2021-12-28 | 山东恒基农牧机械有限公司 | Feed dividing device for breeding |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190226 Termination date: 20190626 |
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| CF01 | Termination of patent right due to non-payment of annual fee |