CN208540594U - Formula chicken house is put in a suitable place to breed with shunt charging device - Google Patents

Abstract

The utility model disclose it is a kind of put formula chicken house in a suitable place to breed with shunt charging device, including the rectangular active area surrounded by jube, which is divided at least two active units side by side, the same end of active unit be equipped with feeding systems；Feeding systems include transfer tape assemble, dump skip and feeder, and transfer tape assemble is set to outside active unit, and transfer tape assemble includes the horizontally disposed conveyer belt of orientation along active unit；Conveyer belt is discharge side close to the side of active unit, corresponds to each active unit in the discharge side and is equipped with a dump skip and a feeder.Using the utility model has the beneficial effects that chicken group to be divided into the group of suitable size, facilitates fine-grained management by the way that a certain size active unit is arranged；It using the feeding systems of ingehious design, with conveyer belt and dump skip, may be implemented to reduce manual labor's intensity to each feeder automatic charging, improve chicken group's feed environment.

Description

Formula chicken house is put in a suitable place to breed with shunt charging device

Technical field

The utility model relates to a kind of poultry field devices, and in particular to a kind of to put formula chicken in a suitable place to breed with shunt charging device ?.

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.Majority puts formula chicken farm shortage in a suitable place to breed and makes rational planning at present, different conditions Chicken is often in high volume raised together together, is unfavorable for fine-grained management, the weak chicken of competitiveness often growth and development shape in chicken group State is poor, influences the overall quality of chicken group.From the point of view of raising angle, chicken group energy is enough to obtain a part under the natural conditions in chicken farm Food, but still need daily timing supplement feed.The large-scale poultry place of modernization is generally using advanced automation feeding system 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 generally still relies upon manpower throwing Feed is put, labor intensity is larger.In addition, existing feeding method is directly to shed pellet onto ground, feeding is easily led to Material pollution is likely to become the security risk for threatening chicken group's health, also easily leads to feed waste.Therefore, it is necessary to development cost it is low, Easy to maintain, antipollution feeding systems, 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, which provides, a kind of puts formula chicken house in a suitable place to breed with shunt charging device.

Technical solution is as follows:

It is a kind of to put formula chicken house in a suitable place to breed with shunt charging device, it is critical that including that the rectangle surrounded by jube is lived Dynamic area, the behaviour area are separated at least two active units side by side, are equipped with feeding system in the same end of the active unit System；

The feeding systems include transfer tape assemble, dump skip and feeder, and the transfer tape assemble is set to the activity Outside unit, the transfer tape assemble includes horizontally disposed conveyer belt, the conveyer belt along the active unit orientation Setting；

The conveyer belt is discharge side close to the side of the active unit, is equipped with dump skip in the discharge side, corresponding every A active unit is equipped with the dump skip, all dump skips along the conveyer belt feed direction in the past It is backward in a column distribution；

Corresponding each dump skip is additionally provided with the feeder, and the feeder is located in the active unit, described Dump skip water conservancy diversion feed falls into the feeder；

The dump skip includes stock guide, which is erected on the upper surface of the conveyer belt, before the stock guide End is located at the middle part of the conveyer belt, which extends along the feed direction of the conveyer belt to the discharge side, makes it Rear end extends to the feed inlet of the feeder, which fixes with respect to ground location；

The distance of the front end of all stock guides to the discharge side is sequentially increased along the feed direction of the conveyer belt；

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.

As optimal technical scheme, it is additionally provided with drinking-water system in the same end of the active unit, which includes Along the water supplying pipe that the orientation of the active unit is arranged, and the distributive pipe being connected on the water supplying pipe, the water supply Pipe is set to outside the behaviour area, is equipped with distributive pipe corresponding to each active unit, and the end of the distributive pipe is protruded into described Active unit, and it is connected with row's nipple-shaped drinker.

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 and the blanking cone cylinder coaxial line, the striker plate Top edge coincide and be connected with the lower edge of the dust-proof side wall, the lower edge of the striker plate falls in the crib outer edge Place, the top circumferential direction of the striker plate are equipped with grid and peck at window；

The top of the feed cover offers blanking port, which is located above the tip of the blanking cone cylinder.

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.

As optimal technical scheme, the distance of all stock guides to the conveyer belt feed end uniformly increases, and owns The distance of the front end of the stock guide to the discharge side uniformly increases.

As optimal technical scheme, above-mentioned stock guide shape in curved surface, the front end of the stock guide and the conveyer belt feeding Direction is tangent, and the rear end of the stock guide extends towards the discharge side along the feed direction of the conveyer belt and stretches out described Discharge side.

As optimal technical scheme, the rear end of above-mentioned stock guide is connected with blowpit, and the feed inlet of the blowpit is close to institute The discharge side of conveyer belt is stated, which is connected far from the side wall of the conveyer belt feed end with the stock guide, the blowpit Discharge port be located above the material-falling hopper.

As optimal technical scheme, above-mentioned dump skip further includes vertically arranged supporting leg, the supporting leg upper end and the discharging Slot is connected.

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, and the driving roller and driven roller pass through The conveyer belt transmission connection, the driving roller are connected on the output shaft of the driving motor.

As optimal technical scheme, feed hopper is provided with above said conveyer belt feed end.

The utility model has the advantages that using the utility model has the beneficial effects that passing through the active unit that a certain size is arranged, by chicken group It is divided into the group of suitable size, facilitates fine-grained management；Using the feeding systems of ingehious design, by conveyer belt and dump skip Cooperation, may be implemented to reduce manual labor's intensity to each feeder automatic charging, improve chicken group's feed 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 dump skip；

Fig. 4 is the structural schematic diagram of feeder；

Fig. 5 is the structural schematic diagram for removing the feeder after feed cover.

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 put formula chicken house in a suitable place to breed with shunt charging device, the rectangle including being surrounded by jube 1 is living Dynamic area, the behaviour area are separated at least two active units 2 side by side, are equipped with feeding in the same end of the active unit 2 System 3.

As shown in Fig. 2, the feeding systems 3 include transfer tape assemble a, dump skip b and feeder c, the conveyer belt group Part a is set to outside the active unit 2, and the transfer tape assemble a includes horizontally disposed conveyer belt a1, and conveyer belt a1 is along institute State the orientation setting of active unit 2.

The conveyer belt a1 is discharge side close to the side of the active unit 2, is equipped with dump skip b in the discharge side, right Each active unit 2 is answered to be equipped with the dump skip b, all dump skip b sending along the conveyer belt a1 Expect that direction is in a column distribution from front to back.

Corresponding each dump skip b is additionally provided with the feeder c, and the feeder c is located in the active unit 2, The dump skip b water conservancy diversion feed falls into the feeder c.Specifically, the active unit 2 is close to the transfer tape assemble a's The dump skip b is corresponded on jube 1 equipped with discharging notch, so that the blowpit b2 passes through jube 1, feed is imported into described feed Feeder c.

It is additionally provided with drinking-water system 4 in the same end of the active unit 2, which includes single along the activity The water supplying pipe of the orientation setting of member 2, and the distributive pipe being connected on the water supplying pipe, the water supplying pipe are set to the activity Outside area, it is equipped with distributive pipe corresponding to each active unit 2, the active unit 2 is protruded into the end of the distributive pipe, and even It is connected to row's nipple-shaped drinker.Wherein, water supplying pipe is connected to the drinking-water water source in chicken farm, and connects multiple creams by distributive pipe Hair style water fountain facilitates chicken to drink clean drinking-water.The nipple-shaped drinker is chicken farm common apparatus, no longer superfluous herein It states.

As shown in Fig. 2, the dump skip b includes stock guide b1, stock guide b1 is erected on the upper table of the conveyer belt a1 On face, the front end of stock guide b1 is located at the middle part of the conveyer belt a1, stock guide b1 along the conveyer belt a1 feeding Direction extends to the discharge side, and its rear end is made to stretch out the discharge side, and stock guide b1 is fixed with respect to ground location；All institutes The distance for stating front end to the discharge side of stock guide b1 is sequentially increased along the feed direction of the conveyer belt a1.

For further facilitate feed flowing, the stock guide b1 shape in curved surface, the front end of the stock guide b1 with it is described defeated Send band a1 feed direction tangent, the rear end of the stock guide b1 along the conveyer belt a1 feed direction towards the discharge side Extend and stretches out the discharge side.

As shown in figure 3, the dump skip b further includes blowpit b2, the rear end of the stock guide b1 is connected with the discharging The feed inlet of slot b2, blowpit b2 close to the conveyer belt a1 discharge side, blowpit b2 far from the conveyer belt a1 into The side wall at material end is connected with the stock guide b1.The dump skip b further includes vertically arranged supporting leg b3, the upper end supporting leg b3 with The blowpit b2 is connected.

The distance of all the stock guide b1 to the conveyer belt a1 feed ends uniformly increases, all stock guide b1's The distance of front end to the discharge side uniformly increases, and the forage volume unloaded at dump skip each in this way is roughly the same.Actual use In the process, feed preferably tiles on a moving belt, could preferably guarantee that each site discharging quantity is consistent.

The transfer tape assemble a further includes support a5, driving roller a2, driven roller a3 and driving motor a4, the master Dynamic idler wheel a2 and driven roller a3 level are relatively arranged on the support a5, and the driving roller a2 and driven roller a3 pass through The conveyer belt a1 transmission connection, the driving roller a2 are connected on the output shaft of the driving motor a4.

For convenience of feeding, feed hopper d is provided with above the conveyer belt a1 feed end.

As shown in Figures 4 and 5, the feeder c includes crib c1, blanking cone cylinder c2, the blanking cone cylinder c2 in cone, The lower edge of the blanking cone cylinder c2 is connected with the crib c1, and crib c1 is horizontally disposed, and crib c1 is in circular ring shape, the food The inward flange of slot c1 coincide and is connected with the lower edge of the blanking cone cylinder c2.

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.

Since feed is mostly graininess, in feed transmission process, conveyer belt is moved with respect to stock guide b1, so that guide Feed between plate b1 and discharge side in region is passively flowed out along stock guide b1, realizes automatic discharging.Facilitating in this way will raise Material is launched into each feeder c, time saving and energy saving.

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 (10)

1. a kind of put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: the rectangle including being surrounded by jube (1) is living Dynamic area, which is separated at least two active units (2) side by side, is equipped in the same end of the active unit (2) Feeding systems (3)；

The feeding systems (3) include transfer tape assemble (a), dump skip (b) and feeder (c), and the transfer tape assemble (a) sets Outside in the active unit (2), the transfer tape assemble (a) includes horizontally disposed conveyer belt (a1), the edge conveyer belt (a1) The active unit (2) orientation setting；

The conveyer belt (a1) is discharge side close to the side of the active unit (2), is equipped with dump skip (b) in the discharge side, Corresponding each active unit (2) is equipped with the dump skip (b), and all dump skips (b) are along the conveying The feed direction of band (a1) is in a column distribution from front to back；

Corresponding each dump skip (b) is additionally provided with the feeder (c), and the feeder (c) is located at the active unit (2) Interior, dump skip (b) the water conservancy diversion feed falls into the feeder (c)；

The dump skip (b) includes stock guide (b1), which is erected on the upper surface of the conveyer belt (a1), should The front end of stock guide (b1) is located at the middle part of the conveyer belt (a1), the stock guide (b1) along the conveyer belt (a1) feeding Direction extends to the discharge side, and its rear end is made to extend to the feed inlet of the feeder (c), and the stock guide (b1) is with respect to ground Position is fixed；

The front end of all stock guides (b1) to the discharge side distance along the conveyer belt (a1) feed direction successively Increase；

The feeder (c) includes crib (c1), blanking cone cylinder (c2), and the blanking cone cylinder (c2) is in cone, the blanking The lower edge of cone cylinder (c2) is connected with the crib (c1), and the crib (c1) is horizontally disposed, which is in circular ring shape, the food The inward flange of slot (c1) coincide and is connected with the lower edge of the blanking cone cylinder (c2)；

Dump skip (b) the water conservancy diversion feed falls on the top of the blanking cone cylinder (c2).

2. according to claim 1 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: in the activity The same end of unit (2) is additionally provided with drinking-water system (4), which includes the arrangement side along the active unit (2) To the water supplying pipe of setting, and the distributive pipe being connected on the water supplying pipe, the water supplying pipe are set to outside the behaviour area, correspond to Each active unit (2) is equipped with distributive pipe, and the active unit (2) are protruded into the end of the distributive pipe, and are connected with one Arrange nipple-shaped drinker.

3. according to claim 1 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: the feeder It (c) further include feed cover (c3), which, which buckles, covers on above the crib (c1) and blanking cone cylinder (c2), the feed It covers the region between (c3) and the blanking cone cylinder (c2) and forms blanking space, which includes the dust-proof side wall of cone The cylindrical striker plate (c4) being arranged below, the dust-proof side wall and blanking cone cylinder (c2) coaxial line, the backgauge The top edge of plate (c4) coincide and is connected with the lower edge of the dust-proof side wall, and the lower edge of the striker plate (c4) falls in described Crib (c1) outer edge, the top circumferential direction of the striker plate (c4) are equipped with grid and peck at window (c5)；

The top of the feed cover (c3) offers blanking port, which is located above the tip of the blanking cone cylinder (c2).

4. according to claim 3 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: the feeder (c) blanking port is equipped with material-falling hopper (c6), circumferential on the crib (c1) to be equipped with one group of positive stop lug boss (c8), the positive stop lug boss (c8) elevating feet (c7) is equipped with below the lateral surface of the striker plate (c4), the crib (c1).

5. according to claim 1 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: led described in all The distance of flitch (b1) to the conveyer belt (a1) feed end uniformly increases, and the front end of all stock guides (b1) is unloaded described in The distance of material side uniformly increases.

6. according to claim 5 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: the stock guide (b1) shape in curved surface, the front end of the stock guide (b1) and the conveyer belt (a1) feed direction are tangent, the stock guide (b1) Rear end extend along the feed direction of the conveyer belt (a1) towards the discharge side and stretch out the discharge side.

7. according to claim 6 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: the dump skip (b) further include blowpit (b2), the rear end of the stock guide (b1) is connected with the blowpit (b2), the blowpit (b2) into Discharge side of the material mouth close to the conveyer belt (a1), side wall and institute of the blowpit (b2) far from the conveyer belt (a1) feed end Stock guide (b1) is stated to be connected.

8. according to claim 7 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: the dump skip It (b) further include vertically arranged supporting leg (b3), which is connected with the blowpit (b2).

9. according to claim 8 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: the conveyer belt Component (a) further includes support (a5), driving roller (a2), driven roller (a3) and driving motor (a4), the driving roller (a2) it is relatively arranged on the support (a5) with driven roller (a3) level, the driving roller (a2) and driven roller (a3) It is sequentially connected by the conveyer belt (a1), the driving roller (a2) is connected on the output shaft of the driving motor (a4).

10. according to claim 9 put formula chicken house in a suitable place to breed with shunt charging device, it is characterised in that: the conveying Feed hopper (d) is provided with above band (a1) feed end.