CN208821471U - Laying duck cultivation equipment - Google Patents
Laying duck cultivation equipment Download PDFInfo
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- CN208821471U CN208821471U CN201821594437.2U CN201821594437U CN208821471U CN 208821471 U CN208821471 U CN 208821471U CN 201821594437 U CN201821594437 U CN 201821594437U CN 208821471 U CN208821471 U CN 208821471U
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Abstract
The utility model relates to laying duck cultivation equipment, the existing laying duck cultivation apparatus of effective solution is fed inefficiency, and feed is uneven, duck growing environment severe problem；Its solve technical solution be include two frame for cultivating, two frame for cultivating are divided into multilayer, every layer of two frame for cultivating includes several duck cages, it is characterized in that, each duck cage inner bottom surface is fixedly connected to egg collection plate, each egg collection board ends are extended outside duck cage, every layer of outside of two frame for cultivating is fixedly connected to the opposite crib on the inside of two frame for cultivating, every layer of exterior lateral of two frame for cultivating is fixedly connected to sink, the feeding machine for being slidably connected at the two frame for cultivating top is equipped between frame for cultivating described in two；The utility model is simple for structure, easy to operate, very big to improve feed efficiency, while guaranteeing the good growing environment of laying duck, and deflecting improves the quality of laying eggs of laying duck.
Description
Technical field
The utility model relates to duck culturing equipment technical fields, specifically laying duck cultivation equipment.
Background technique
China is laying duck kind, raising, consumption, the first big country of trade in the world, the year laying duck number of animals raised nearly 700,000,000, duck's egg
Output and export volume occupy first place in the world.Duck's egg is the important foodstuffs of China resident, is also considered as safe green food,
Meet the propensity to consume instantly and from now on.Traditional laying duck cultivation is often raised according to river, is played, is swum for laying duck using the river water surface
Swimming, is had a bath at mating, and laying duck can be Metabolism Excretion object and other pollutant emissions into river during water surface activities.Especially
It is intensive cultivation region, since the pollutant of discharge is more than the natural purifying ability in river, water body organic composition is caused to be enriched with,
Water quality deterioration and seriously pollute environment.Moreover, traditional laying duck cultivation also has technical level low, is simply equipped, epidemic disease
The disadvantages of difficulty of preventing epidemic is big, egg product edible safety is low, the waste of soil human and material resources, it is serious to restrict Modern Animal Husbandry production
Development.
Rapid development with society with advances in technology in recent years, has gradually appeared the various mode sides of cage farming egg ducks
Method and equipment.But laying duck cultivation equipment is later because appearance, therefore relatively not mature enough.Existing laying duck cultivation equipment exist more with
Lower problem:
1, the feed of existing equipment mostly uses the mode that single cage is successively fed, and is fed low efficiency；
2, the amount and uniformity coefficient that existing equipment relies on the speed control of feeding machine to be fed more, control is difficult, and effect is opposite
It is poor；
3, the sink of existing equipment is placed in duck cage more, and duck likes to play with water, and easily causes bacterium in cage largely to breed, growth ring
Border is severe, influence laying duck health, thus under the influence of egg quality and quality.
Therefore, the utility model provides the new laying duck cultivation apparatus of one kind to solve the problems, such as this.
Utility model content
For above situation, for the defect for overcoming the prior art, the utility model provides a kind of laying duck cultivation apparatus, effectively
Solve existing laying duck cultivation apparatus feed inefficiency, feed is uneven, the severe problem of duck growing environment.
The utility model includes two frame for cultivating, and two frame for cultivating are divided into multilayer, two frame for cultivating it is every
Layer includes several duck cages, which is characterized in that each duck cage inner bottom surface is fixedly connected to egg collection plate, each collection
Egg board ends are extended outside duck cage, and every layer of outside of two frame for cultivating is fixedly connected to positioned at two frame for cultivating
The opposite crib of inside, every layer of exterior lateral of two frame for cultivating are fixedly connected to sink, frame for cultivating described in two
Between be equipped with and be slidably connected at the feeding machine on the two frame for cultivating top；
The feeding machine lower end is fixedly connected with material distributing rest, be fixedly connected on the material distributing rest there are two and the feed
The hollow rewinding mouth of machine connection, the fixation of two rewinding mouth lower ends are communicated with discharge port, two rewinding mouth sides
It is communicated with feeding passage, two feeding passage other ends are communicated with another discharge port, each discharge port lower end
It is fixedly connected to material-homogenating device, each material-homogenating device is slidably disposed in different cribs.
Preferably, the discharge port quantity is identical with the quantity of crib on two frame for cultivating, and two are located at lower end
Connector is fixedly connected between the discharge port and the feeding passage, it is logical that the connector side can be connected to another feeding
Road, feeding passage other end fixation are communicated with discharge port, and feeding passage and discharge port can be arranged according to the quantity of crib
Quantity.
Preferably, walking track is fixedly connected on frame for cultivating described in two, material distributing rest two sides front end rotates
It is connected with the driving traveling wheel being placed on the walking track, two driving traveling wheels are equal and are fixedly connected on the sub-material
Driving motor on frame is connected, and material distributing rest two sides rear end is rotatably connected to driven traveling wheel.
Preferably, the material distributing rest front end is fixedly connected there are two being respectively placed in front of two driving traveling wheels
Track hairbrush, the material distributing rest rear end are fixedly connected with that there are two be respectively placed in track hair after two driven traveling wheels
Brush.
Preferably, each discharge port rear and front end is equipped with the crib hairbrush being fixedly connected on the material distributing rest.
Preferably, material distributing rest lower end two sides are rotatably connected to multiple guide wheels, and each guide wheel and described in two is supported
The undermost crib side wall of frame is grown to be in contact.
Preferably, the material-homogenating device includes the entrepot for being fixedly connected on the discharge port lower end, and the entrepot is upper
Lower permeable structures and upper end is connected to the discharge port, the entrepot side, which slides up and down, is connected with refining plate, the refining
Plate one end is rotatably connected to regulation handle, is rotatably connected on the entrepot side wall in the middle part of the regulation handle.
Preferably, the entrepot includes the riser for being fixedly connected on the discharge port lower end, and the riser both ends are ipsilateral
It has been respectively fixedly connected with transverse slat, two transverse slat other ends are fixedly connected with the inclined plate of one and crib side wall fitting,
It is not contacted between the riser lower end and crib bottom surface, the inclined plate and two transverse slat bottom ends are and crib bottom surface phase
Contact, when refining plate slide downward, can contact with the crib bottom surface.
Preferably, there are two contrary feeding roller is chosen to install, each described is sent for rotation connection in each mouth
Material roller is driven by driving motor.
Preferably, the egg collection plate is the high lattice structure in the low centre in both sides, and the low both ends of the egg collection plate are fixedly connected with
There is egg slot, the egg slot position is outside duck cage.
The utility model is fed inefficiency for existing laying duck cultivation apparatus, and feed is uneven, duck growing environment
Severe problem makes improvement, adds feeding machine and matched layering feeding device, material-homogenating device across two frame for cultivating, to protect
The synchronous feed of each layer in each frame for cultivating is demonstrate,proved, while can be ensure that by the uniformity coefficient of material-homogenating device adjusting discharge capacity and discharging
Efficient adjustable feed；Sink is set to outside duck cage, prevents duck from playing with water and destroys growing environment, the present apparatus is simple for structure, operation
It is convenient, it is very big to improve feed efficiency, while guaranteeing the good growing environment of laying duck, deflecting improves the matter of laying eggs of laying duck
Amount.
Detailed description of the invention
Fig. 1 is the utility model stereoscopic schematic diagram.
Fig. 2 is the utility model partial enlargement diagram.
Fig. 3 is the utility model schematic front view.
Fig. 4 is the utility model simplified schematic diagram.
Fig. 5 is the utility model egg collection plate schematic front view.
Fig. 6 is the half side egg collection plate schematic diagram of the utility model.
Fig. 7 is the utility model material distributing rest schematic perspective view.
Fig. 8 is the utility model material distributing rest schematic front view.
Fig. 9 is the utility model material-homogenating device schematic front view.
Figure 10 is the utility model material-homogenating device stereoscopic schematic diagram.
Specific embodiment
Aforementioned and other technology contents, feature and effect in relation to the utility model, in following cooperation with reference to figures 1 through figure
In the detailed description of 10 pairs of embodiments, can clearly it present.The structure content being previously mentioned in following embodiment is with explanation
Book attached drawing is reference.
Each exemplary embodiment of the utility model is described below with reference to accompanying drawings.
Embodiment one, the utility model are laying duck cultivation equipment, including two frame for cultivating 1, two frame for cultivating 1 are divided equally
For multilayer, every layer of two frame for cultivating 1 includes several duck cages 2, this is existing frame for cultivating common pattern, each frame for cultivating
It is divided into multilayer, every layer isolates multiple duck cages by partition, and the laying duck of equivalent is cultivated in each duck cage, it should be noted that, the present apparatus
Because subsequent structural needs, therefore needing two frame for cultivating 1 is one group, which is characterized in that each 2 inner bottom surface of duck cage is fixed to be connected
It is connected to egg collection plate 3, each 3 both ends of egg collection plate are extended outside duck cage 2, and duck's egg can be fallen and egg collection after the duck is laid eggs
It on plate 3, and rolls to two sides until arriving outside duck cage 2, convenient for collecting, two 1 every layer of outsides of frame for cultivating are fixedly connected with
There is the opposite crib 4 for being located at two 1 insides of frame for cultivating, because two frame for cultivating 1 are one group in the present apparatus, therefore the food
Slot 4 is fixedly connected on outside duck cage 2, and crib 4 is fixedly connected on inside two frame for cultivating 1,4 phase of crib on two frame for cultivating 4
Neighbour, two 1 every layer of exterior laterals of frame for cultivating are fixedly connected to sink 5, and the sink 5 is placed in outside duck cage 2, and two are supported
It grows the sink 5 on frame 1 to be fixedly connected in 1 outside of frame for cultivating, sink 5 is placed in outside duck cage 2 to prevent duck from playing with water
Cause bacterium largely to breed, influence its growing environment, guarantee the healthy growth of duck, to guarantee quality of laying eggs, described in two
Frame for cultivating 1 between be equipped with and be slidably connected at the feeding machine 6 on two 1 top of frame for cultivating, 6 two sides of feeding machine are slided respectively
It moves and is connected to two 1 upper ends of frame for cultivating, the general structure of the feeding machine 6 and two composition of frame for cultivating 1 present apparatus, two
Frame for cultivating 1 is fed by a feeding machine 6, has been saved feed machine cost while having been improved feed efficiency and sync rates, has avoided
Duck is because of the different situation generation of quality of laying eggs caused by feed unevenness in same duck shed, it should be noted that, because the present apparatus is by two
A frame for cultivating 1 and a feeding machine 6 form, therefore when using the present apparatus, required frame for cultivating 1 is necessary for even number；
6 lower end of feeding machine is fixedly connected with material distributing rest 7, and the material distributing rest 7 provides solid for hierarchical synchronization feeding structure
Fixed basis, aftermentioned part is feeding structure specific structure, be fixedly connected on the material distributing rest 7 there are two and the feeding machine
The hollow rewinding mouth 8 of 6 connections, the fixation of two 8 lower ends of rewinding mouth are communicated with discharge port 9, two rewinding mouths 8 one
Side is communicated with feeding passage 10, and two 10 other ends of feeding passage are communicated with another discharge port 9, each discharging
9 lower ends of mouth are fixedly connected to material-homogenating device 11, and the material-homogenating device 11 uniformly be released for that will enter feed therein, and refining
Device 11 can control the actual amount of blowing simultaneously, i.e. the practical forage volume being put into crib 4 of the present apparatus is not supplied with feeding machine 6
It subject to amount, but is subject to the amount that material-homogenating device 11 finally releases, layering Precise control has been reached with this, has avoided and only relies on control
The control system complexity that 6 speed of travel of feeding machine processed and feeding speed determine forage volume in crib 4 and cause realizes difficult feelings
Condition occurs, and after 6 blowing of feeding machine, the feed put down enters rewinding mouth 8, and enters material-homogenating device 10 by discharge port 9,
Middle feed a part enters next layer of discharge port 9 by feeding passage 10, and needs to infuse into next layer of material-homogenating device 11 with this
Meaning, the forage volume that the feeding machine 6 is released should be greater than the summation of every layer of forage volume, this shows in every layer of crib 4
Material-homogenating device 11 release need the feed of quantity after, inside material-homogenating device 11 should there is also certain residues, to prevent a certain layer from going out
The case where existing feed deficiency causes material-homogenating device 11 that can not adjust, each material-homogenating device 11 is slidably disposed in different cribs 4,
It can be fed with guaranteeing each material-homogenating device 11 for a crib 4, convenient for controlling the forage volume in each crib 4, the present embodiment exists
When specifically used, operator needs amount needed for the blowing amount of material-homogenating device 11 is first adjusted to each layer, need to only drive feeding machine 6 later
Blowing, while the movement of material distributing rest 7 drives feeding machine 6 to move, under the action of material-homogenating device 11, the forage volume in crib is institute
The amount needed, and feed is not uniformly in heaps, avoid that part laying duck in same 1 same layer of frame for cultivating eats more and what part laying duck was eaten
Few situation.
Embodiment two, on the basis of example 1, crib 4 in 9 quantity of discharge port and two frame for cultivating 1
Quantity is identical, with guarantee discharge port 9 can crib 4 correspond, prevent a certain layer crib 4 from there is no the case where feed, two
Connector 12,12 side of connector are fixedly connected between the discharge port 9 and the feeding passage 10 of lower end
It can be connected to another feeding passage 10, i.e., for the feed from upper layer after the conveying of feeding passage 10, a part passes through connector
12 enter the discharge port 9 and pass through 11 blowing of material-homogenating device, and another part is delivered to next layer by another feeding passage 10,
To realize that multilayer feed discharges, 10 other end of the feeding passage fixation is communicated with discharge port 9, can be set according to the quantity of crib 4
The quantity for setting feeding passage 10 and discharge port 9 present embodiments provides a kind of solution in face of 1 Multi-layer synchronous of multilayer frame for cultivating feed
Certainly method realizes every layer of purpose that is equal and having feed using the discharge port 9 and matched feeding passage 10 of layering, while by every
Material-homogenating device 11 in layer crib 4 realizes that the forage volume in every layer of crib 4 can reach the purpose of desirable value.
Embodiment three present embodiments provides a kind of material distributing rest 7 in two frame for cultivating on the basis of example 2
The concrete mode of 1 upper end sliding, in addition to improving its sport efficiency, while reducing friction to a certain extent, also improving can
Control property, specifically, being fixedly connected with walking track 13 on frame for cultivating 1 described in two, the 7 two sides front end of material distributing rest is rotated
It is connected with the driving traveling wheel 14 being placed on the walking track 13, two driving traveling wheels 14 are equal and are fixedly connected on institute
The driving motor 28 stated on material distributing rest 7 is connected, and the 7 two sides rear end of material distributing rest is rotatably connected to driven traveling wheel 15, that is, grasps
Author can control moving forward and backward for material distributing rest 7 by the rotation of control driving motor 28, it should be noted that, to guarantee material distributing rest
7 stability walked on walking track 13,14 inside of driving traveling wheel described in two have been fixedly and coaxially connected diameter summary
Greater than the derailing disk of the driving traveling wheel 14, to guarantee the stability and safety of material distributing rest 7 in the process of walking.
Example IV, on the basis of embodiment three, the present embodiment considers the particularity of duck shed, to prevent walking track
Occurs the sundries that dust, machine oil, duck excrement, feed etc. are surprisingly fallen on walking track 13 on 13 to influence the movement of material distributing rest 7
Stability adds cleaning device, specifically, 7 front end of material distributing rest is fixedly connected, there are two be respectively placed in two drives
Track hairbrush 16 before dynamic traveling wheel 14,7 rear end of material distributing rest are fixedly connected described driven there are two being respectively placed in two
Track hairbrush 16 after traveling wheel 15 is respectively provided with the mesh of track hairbrush 16 before driving traveling wheel 14 and after driven traveling wheel 15
Be can make material distributing rest 7 no matter move forward or move backward have track hairbrush 16 in advance cleaning walking track 13, together
When posterior track hairbrush 13 can also clear up machine oil, feed etc. that the walking of material distributing rest 7 surprisingly leaves later, play dual cleaning
Effect.
Embodiment five, on the basis of embodiment three, each 9 rear and front end of discharge port, which is equipped with, is fixedly connected on institute
State the crib hairbrush 17 on material distributing rest 7, because the discharge port 9 and crib 4 correspond, therefore with 9 flush position two sides of discharge port
Crib hairbrush 17, which is arranged, can effectively clear up the lateral surface of crib 4, can clear up the feed of unexpected adhesion, guarantee duck shed expropriation of land ring
Border it is clean and tidy.
Embodiment six, on the basis of embodiment three, the 7 lower end two sides of material distributing rest are rotatably connected to multiple guide wheels 18,
Each guide wheel 18 is in contact with undermost 4 side wall of crib of frame for cultivating 1 described in two, and the purpose of setting guide wheel 18 is
In order to enhance the stability when movement of material distributing rest 7, because frame for cultivating 1 is mostly higher, therefore the sub-material part of 7 lower end of material distributing rest includes
Material mouth 9, feeding passage 10 are then relatively long, and to provide immobilizing foundation to above structure, 7 lower end of material distributing rest then necessarily needs to fix
A plurality of fixed structure vertical beam is connected, how long 7 substructure of material distributing rest, which excessively easily leads to substructure, swings, to influence
The occurrence of stability in 7 walking process of material distributing rest, the setting of guide wheel 18 can effectively contain this, guide wheel 18 is set to
7 lower end of material distributing rest and 4 side wall of lowest level crib ensure that the remaining structure of 18 lower part of guide wheel is most short to contact to greatest extent,
It ensure that the stability in 7 walking process of material distributing rest to the greatest extent.
Embodiment seven, on the basis of example 1, the material-homogenating device 11 include being fixedly connected on 9 lower end of discharge port
Entrepot 19, the entrepot 19 is that transparent structure and upper end are connected to the discharge port 9, i.e., from feeding machine 6
Feed by rewinding mouth 8 or feeding passage 10 deliver into discharge port 9 after, enter eventually into entrepot 19, it is described interim
19 side of storehouse, which slides up and down, is connected with refining plate 20, specifically, 19 side wall of the entrepot offers sliding slot, the refining plate 20
On be fixedly connected with the slide key being placed in sliding slot, the guiding slided up and down to refining plate 20 is completed by sliding slot and slide key and is made
With described 20 one end of refining plate is rotatably connected to regulation handle 21, is rotatably connected in the middle part of the regulation handle 21 described interim
19 side wall of storehouse, i.e. operator rotate down regulation handle 21, drive the refining plate 20 to rise, ascending path is by regulation handle
The swinging track of 21 one end and the common guiding of sliding slot, to prevent refining plate 20 because self weight is fallen, 21 middle part of regulation handle
Bolt and nut is relied on to connect at 19 side wall rotation connection of entrepot, after refining plate 20 rises to designated position, fastening nut
The position of refining plate 20 can be fixed, later, feed falls through the outflow of the gap between 4 bottom of refining plate 20 and crib, and
After material-homogenating device 20 is walked, because of the shape of crib 4,4 bottom of crib is fallen in.
Embodiment eight present embodiments provides the specific structure of the composition of entrepot 19 on the basis of embodiment seven,
In, the entrepot 19 includes the riser 22 for being fixedly connected on 9 lower end of discharge port, and the riser 22 and discharge port 9 are fixed
Connection, when making material distributing rest 7 is mobile discharge port 9 is driven to move, material-homogenating device 20 therewith slide in crib 4 by synchronization, the riser 22
Both ends are ipsilateral to be respectively fixedly connected with transverse slat 23, and two 23 other ends of transverse slat are fixedly connected with one and 4 side of crib
The inclined plate 24 of wall fitting, does not contact, the inclined plate 24 and two transverse slats 23 between 22 lower end of riser and 4 bottom surface of crib
Bottom end is in contact with 4 bottom surface of crib, and when 20 slide downward of refining plate can contact with 4 bottom surface of crib, i.e. institute
Transverse slat 23 described in stating riser 22, two and the inclined plate 24 have collectively constituted entrepot 19, and the refining plate 20 is then made at this time
It being slided up and down for switch and is connected to 22 lateral surface of riser, the height adjustment by adjusting refining plate 20 discharges the amount of feed,
The inclined plate 24 should be affixed with 4 one side wall of crib, stabilization when guaranteeing that material-homogenating device 11 slides in crib 4, meanwhile, because
Need blowing, thus between refining plate 20 and another side wall of crib 4 should there are a fixed gaps, then easily lead to material-homogenating device 11 at this time and eating
Swing in slot 4, to improve stability, can 22 rear and front end of riser with the transverse slat 23 is not ipsilateral is fixedly connected with support plate, branch
The fagging other end can be in contact with 4 inner sidewall of crib, to guarantee stability of the material-homogenating device 11 in crib 4.
Embodiment nine, on the basis of example 1, the egg collection plate 3 are the high lattice structure in the low centre in both sides, the collection
The low both ends of egg plate 3 are fixedly connected to egg slot 26, and the egg slot 26 is located at outside duck cage 2, i.e., after duck's egg is fallen on egg collection plate 3
By the architectural characteristic low because of high both ends among egg collection plate 3, duck's egg will be fallen into egg slot 26, to be collected convenient for duck's egg, every layer of institute
It states in each egg slot 26 equipped with belt to transport the duck's egg for falling into egg slot 26, i.e., after being rolled under the inclined-plane that duck's egg passes through egg collection plate 3,
It falls on the belt in egg slot 26, and is transported to the end of the frame for cultivating 1 by belt, transport the duck of coming to collect belt
Egg, 1 end of frame for cultivating are fixedly connected with supporting plate corresponding with every layer of belt, and the duck's egg of Belt Conveying finally each falls within support
In plate, collected convenient for operator.
When specifically used, operator needs amount needed for the blowing amount of material-homogenating device 11 is first adjusted to each layer, specifically, operation
Person rotates down regulation handle 21, and the refining plate 20 is driven to rise, after refining plate 20 rises to designated position, fastening nut
The position of refining plate 20 can be fixed；
6 blowing of feeding machine need to be only driven later, while the movement of material distributing rest 7 drives feeding machine 6 to move, at this point, feed
6 blowing of machine, by the transport of discharge port 9 or feeding passage 10, discharge port 9, feed falls through into the entrepot 19 of material-homogenating device 11
In, feed is flowed out after falling by the gap between 4 bottom of refining plate 20 and crib, and after material-homogenating device 20 is walked, because of crib 4
Shape, 4 bottom of crib is fallen in, to complete feeder process；
Meanwhile duck's egg fall on egg collection plate 3 after by the architectural characteristic low because of both ends high among egg collection plate 3, duck's egg passes through
After being rolled under the inclined-plane of egg collection plate 3, fall on the belt in egg slot 26, and the skin of 1 end of frame for cultivating is transported to by belt
In supporting plate, collected convenient for operator.
The utility model is fed inefficiency for existing laying duck cultivation apparatus, and feed is uneven, duck growing environment
Severe problem makes improvement, adds feeding machine and matched layering feeding device, material-homogenating device across two frame for cultivating, to protect
The synchronous feed of each layer in each frame for cultivating is demonstrate,proved, while can be ensure that by the uniformity coefficient of material-homogenating device adjusting discharge capacity and discharging
Efficient adjustable feed；Sink is set to outside duck cage, prevents duck from playing with water and destroys growing environment, the present apparatus is simple for structure, operation
It is convenient, it is very big to improve feed efficiency, while guaranteeing the good growing environment of laying duck, deflecting improves the matter of laying eggs of laying duck
Amount.
Claims (9)
1. laying duck cultivation equipment, including two frame for cultivating (1), two frame for cultivating (1) are divided into multilayer, two cultivation
Every layer of frame (1) includes several duck cages (2), which is characterized in that each duck cage (2) inner bottom surface is fixedly connected to collection
Duck cage (2) outside is extended at egg plate (3), each egg collection plate (3) both ends, and every layer of outside of two frame for cultivating (1) is equal
It is fixedly connected with the opposite crib (4) being located on the inside of two frame for cultivating (1), every layer of outside of two frame for cultivating (1)
Outside is fixedly connected to sink (5), is equipped between frame for cultivating (1) described in two and is slidably connected at two frame for cultivating
(1) feeding machine (6) on top；
Feeding machine (6) lower end is fixedly connected with material distributing rest (7), be fixedly connected on the material distributing rest (7) there are two and it is described
Feeding machine (6) connection hollow rewinding mouth (8), two rewinding mouth (8) lower ends fixation is communicated with discharge port (9),
Two rewinding mouth (8) sides are communicated with feeding passage (10), and two feeding passage (10) other ends are communicated with
Another discharge port (9), each discharge port (9) lower end are fixedly connected to material-homogenating device (11), each material-homogenating device (11)
It is slidably disposed in different cribs (4).
2. laying duck cultivation equipment according to claim 1, which is characterized in that described in discharge port (9) quantity and two
The quantity of crib (4) is identical on frame for cultivating (1), two be located at lower end the discharge ports (9) and the feeding passage (10) it
Between be fixedly connected with connector (12), connector (12) side can be connected to another feeding passage (10), the feeding passage
(10) other end fixation is communicated with discharge port (9), feeding passage (10) and discharge port (9) can be arranged according to the quantity of crib (4)
Quantity.
3. laying duck cultivation equipment according to claim 1, which is characterized in that fixed on frame for cultivating (1) described in two to connect
It is connected to walking track (13), material distributing rest (7) the two sides front end is rotatably connected to the drive being placed on walking track (13)
Dynamic traveling wheel (14), two driving motors for driving traveling wheel (14) and being fixedly connected on the material distributing rest (7)
(28) it is connected, material distributing rest (7) the two sides rear end is rotatably connected to driven traveling wheel (15).
4. laying duck cultivation equipment according to claim 3, which is characterized in that described material distributing rest (7) front end is fixedly connected
There are two two track hairbrush (16) driven before traveling wheel (14) are respectively placed in, material distributing rest (7) rear end is fixed
There are two the track hairbrush (16) being respectively placed in after two driven traveling wheels (15) for connection.
5. laying duck cultivation equipment according to claim 3, which is characterized in that each discharge port (9) rear and front end is equal
Equipped with the crib hairbrush (17) being fixedly connected on the material distributing rest (7).
6. laying duck cultivation equipment according to claim 3, which is characterized in that material distributing rest (7) the lower end two sides rotation connects
Be connected to multiple guide wheels (18), each guide wheel (18) and two described in undermost crib (4) the side wall phase of frame for cultivating (1)
Contact.
7. laying duck cultivation equipment according to claim 1, which is characterized in that the material-homogenating device (11) includes being fixedly connected on
The entrepot (19) of discharge port (9) lower end, the entrepot (19) are transparent structure and upper end and the discharge port
(9) it is connected to, entrepot (19) side, which slides up and down, to be connected with refining plate (20), refining plate (20) one end rotation connection
Have regulation handle (21), is rotatably connected on the entrepot (19) side wall in the middle part of the regulation handle (21).
8. laying duck cultivation equipment according to claim 7, which is characterized in that the entrepot (19) includes being fixedly connected on
The riser (22) of discharge port (9) lower end, riser (22) both ends are ipsilateral to be respectively fixedly connected with transverse slat (23), two institutes
The inclined plate (24) that transverse slat (23) other end is fixedly connected with one and the fitting of the crib (4) side wall is stated, under the riser (22)
It is not contacted between end and crib (4) bottom surface, the inclined plate (24) and two transverse slat (23) bottom ends are equal with the crib (4) bottom
Face is in contact, and when refining plate (20) slide downward can contact with the crib (4) bottom surface.
9. laying duck cultivation equipment according to claim 1, which is characterized in that the egg collection plate (3) is the high grid in the low centre in both sides
Lattice structure, the low both ends of the egg collection plate (3) are fixedly connected to egg slot (26), and it is external that the egg slot (26) is located at duck cage (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821594437.2U CN208821471U (en) | 2018-09-29 | 2018-09-29 | Laying duck cultivation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821594437.2U CN208821471U (en) | 2018-09-29 | 2018-09-29 | Laying duck cultivation equipment |
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| Publication Number | Publication Date |
|---|---|
| CN208821471U true CN208821471U (en) | 2019-05-07 |
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ID=66318312
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821594437.2U Active CN208821471U (en) | 2018-09-29 | 2018-09-29 | Laying duck cultivation equipment |
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| CN (1) | CN208821471U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112470974A (en) * | 2020-12-24 | 2021-03-12 | 绍兴乐丰笼具设备有限公司 | Cage, culture system and control method of cage |
| CN113091869A (en) * | 2021-04-20 | 2021-07-09 | 安徽农业大学 | Fodder utilization ratio measuring device |
| WO2021139160A1 (en) * | 2020-01-09 | 2021-07-15 | 河南金凤牧业设备股份有限公司 | Stacked laying duck breeding apparatus |
| CN113994926A (en) * | 2021-10-28 | 2022-02-01 | 平昌县鑫平蚕业有限公司 | Automatic change time circulation and feed silkworm machine |
-
2018
- 2018-09-29 CN CN201821594437.2U patent/CN208821471U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021139160A1 (en) * | 2020-01-09 | 2021-07-15 | 河南金凤牧业设备股份有限公司 | Stacked laying duck breeding apparatus |
| CN112470974A (en) * | 2020-12-24 | 2021-03-12 | 绍兴乐丰笼具设备有限公司 | Cage, culture system and control method of cage |
| CN113091869A (en) * | 2021-04-20 | 2021-07-09 | 安徽农业大学 | Fodder utilization ratio measuring device |
| CN113994926A (en) * | 2021-10-28 | 2022-02-01 | 平昌县鑫平蚕业有限公司 | Automatic change time circulation and feed silkworm machine |
| CN113994926B (en) * | 2021-10-28 | 2022-11-08 | 平昌县鑫平蚕业有限公司 | Automatic change time circulation and feed silkworm machine |
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