CN209643571U - Feeding device - Google Patents

Abstract

The utility model discloses a kind of feeding devices comprising storage device has storing space, and for storing food, the storage device is formed with the feeding inlet being connected to the storing space in the storing space；Connect the feeding device of the storage device, the top of the storage device is arranged in the feeding device, the feeding device includes charging shell, and the charging shell inputs the storing space by the feeding inlet for connecting supplied materials pipeline, and by the food in the supplied materials pipeline；And sealing element, the sealing element seal the gap between the feeding inlet and the charging shell.In the feeding device of the utility model embodiment, sealing element seals the gap between the feeding inlet and the charging shell, dust group food can be prevented to be spilled over to outside feeding device from feeding inlet in this way, not only can protect environment, moreover it is possible to save food.

Description

Feeding device

Technical field

The utility model relates to cultivation equipment field more particularly to a kind of feeding devices.

Background technique

Currently, the scale of the aquacultures such as pig cultivation constantly expands, for example, farm may cultivate up to ten thousand pigs simultaneously, because This, needs to spend a large amount of labor management.In order to improve breeding efficiency, cost of labor is reduced, the farm raised on a large scale adopts With instruments such as feeding devices to improve breeding efficiency.

In the related art, into feeding device input dust group food when, dust group food fugitive dust easy to form and overflow Out to outside feeding device, ambient enviroment is not only polluted, food waste is also caused.

Utility model content

In view of this, the present invention provides a kind of feeding devices.

The feeding device of the utility model embodiment includes:

Storage device has storing space, and the storing space is for storing food, and the storage device is formed with and institute State the feeding inlet of storing space connection；

The feeding device of the storage device is connected, the top of the storage device is arranged in the feeding device, described Feeding device includes charging shell, and the charging shell leads to the food in the supplied materials pipeline for connecting supplied materials pipeline It crosses the feeding inlet and inputs the storing space；With

Sealing element, the sealing element seal the gap between the feeding inlet and the charging shell.

In the feeding device of the utility model embodiment, sealing element is sealed between the feeding inlet and the charging shell Gap, dust group food can be prevented to be spilled over to outside feeding device from feeding inlet in this way, not only can protect environment, moreover it is possible to saved Food.

In some embodiments, the charging shell includes enterprising material shell and the lower charging for connecting the enterprising material shell Shell, the lower charging shell includes blanking portion, and the blanking portion passes through the feeding inlet and protrudes into the storage device, the blanking Portion is formed with the blanking channel being connected to the storing space, the sealing element seal the blanking portion and the feeding inlet it Between gap.

In some embodiments, the enterprising material shell and the lower charging shell cooperation limit mounting hole, the installation Hole is used to protrude into the charging shell for the supplied materials pipeline.

In some embodiments, the coming expects pipe road has the discharge port being located in the charging shell, the charging Device further include:

Valve in the charging shell is set；With

Driving mechanism is opened for driving the valve motion to open or close the discharge port in the discharge port When, the discharge port is connected to the storing space.

In some embodiments, the driving mechanism is for driving the valve circumferentially rotating along the supplied materials pipeline To open or close the discharge port.

In some embodiments, the driving mechanism includes charging motor and gear-driven assembly, the gear drive Component is connect with the valve and the charging motor, and the charging motor is used for by described in gear-driven assembly driving Valve rotation.

In some embodiments, the gear-driven assembly includes:

The rack gear being formed on the valve, circumferentially extending of the rack gear along the supplied materials pipeline；With

Connect the transmission gear of the rack gear and the charging motor.

In some embodiments, the feeding device further includes the discharge component that the bottom of the storage device is arranged in, The discharge component is for exporting the food in the storing space to outside the feeding device.

In some embodiments, the storage device includes the discharging bin of material storage tube and the connection material storage tube, described Discharging bin is formed with tapping channel, and the discharge component is arranged in the discharging bin, and the discharge component is used for by described Tapping channel exports the food in the storing space to outside the feeding device.

In some embodiments,

The discharge component includes:

Be fixed on the barrier element of the discharging bin, for tapping channel and the storing space described in barrier, it is described go out Material channel is formed with the first opening, and the barrier element is formed with the second opening with first open communication；

The sub-material element between the tapping channel and the barrier element, institute are rotatably arranged on relative to the discharging bin It states sub-material element and is formed with spaced multiple sub-material portions, the sub-material portion is for accommodating predetermined amount food and in the sub-material Food is stirred in element rotation process, the food being contained in the sub-material portion is dialled in into the tapping channel.

The additional aspect and advantage of the utility model will be set forth in part in the description, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

In description of the above-mentioned and/or additional aspect and advantage of the utility model from combination following accompanying drawings to embodiment It will be apparent and be readily appreciated that, in which:

Fig. 1 is the stereoscopic schematic diagram of the feeding device of the utility model embodiment；

Fig. 2 is the partial structure diagram of the feeding device of the utility model embodiment；

Fig. 3 is the decomposition diagram of the feeding device of the utility model embodiment；

Fig. 4 is the horizontal section schematic diagram of the feeding device of the utility model embodiment；

Fig. 5 is the longitudinal profile schematic diagram of the feeding device of the utility model embodiment；

Fig. 6 is the schematic diagram of internal structure of the feeding device of the utility model embodiment；

Fig. 7 is the longitudinal profile schematic diagram of the feeding device of another embodiment of the utility model；

Fig. 8 is the decomposition diagram of the discharge component of the feeding device of the utility model embodiment；

Fig. 9 is the longitudinal profile schematic diagram of the discharge component of the feeding device of the utility model embodiment；

Figure 10 is the decomposition diagram of the discharge component of the feeding device of another embodiment of the utility model；

Figure 11 is the longitudinal profile schematic diagram of the discharge component of the feeding device of another embodiment of the utility model；

Figure 12 is the floor map of the agitating element of the feeding device of the utility model embodiment；

Figure 13 is another floor map of the agitating element of the feeding device of the utility model embodiment；

Figure 14 is the another floor map of the agitating element of the feeding device of the utility model embodiment；

Figure 15 is another floor map of the agitating element of the feeding device of the utility model embodiment；

Figure 16 is the decomposition diagram of the feeding device of the utility model embodiment；

Figure 17 is the decomposition diagram of the feeding device of the feeding device of the utility model embodiment；

Figure 18 is the motion process schematic diagram of the feeding device of the feeding device of the utility model embodiment；

Figure 19 is another motion process schematic diagram of the feeding device of the feeding device of the utility model embodiment；

Figure 20 is the decomposition diagram of the feeding device of the utility model embodiment.

Main element symbol description:

Feeding device 100, supplied materials pipeline 200, discharge port 201；

Shell 10, food outlet 11, first shell portion 12, second shell portion 13, director element 14, guide surface 141；

Bracket 20, evacuation channel 21, center relief portion 211, edge relief portion 212, the first position limiting structure 22, limited post 221；

Storage device 30, material storage tube 31, storing space 311, suspension part 32, interconnecting piece 321, the limit knot of hangers 322, second Structure 323, limiting slot 324, discharging bin 33, tapping channel 331, the opening of bottom wall 332, first 3321, the side of wall 333, discharging bin Face 3331, support level 3332, accommodating space 334, the second snap-in structure 335, card slot 3351, feeding inlet 35；

Discharge component 40, barrier element 41, the first side 411, the opening of second side 412, second 413, barrier surface 414, the One snap-in structure 415, card muscle 4151, sub-material element 42, sub-material portion 421, wheel hub 422, blade 423, agitating element 43, central part 431, the bottom surface 4311 of central part, the side 4312 of central part, stirring blade 432, stirring bottom surface 4321, stirring top surface 4322, stir Mix end face 4323, fastener 433, rotation axis 434, discharging machine 44, motor shaft 441；

Feeding device 50, charging shell 51, enterprising material shell 511, lower charging shell 512, blanking portion 5121, blanking channel 5122, mounting hole 513, clip 514, valve 52, arc surface 521, driving mechanism 53, charging motor 531, gear-driven assembly 532, rack gear 5321, transmission gear 5322.

Sealing element 60, sealing 61, mounting portion 62.

Specific embodiment

The embodiments of the present invention is described below in detail, the example of the embodiment is shown in the accompanying drawings, wherein Same or similar label indicates same or similar element or element with the same or similar functions from beginning to end.Lead to below It crosses the embodiment being described with reference to the drawings to be exemplary, is only used for explaining the utility model, and should not be understood as practical to this Novel limitation.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", The orientation or positional relationship of the instructions such as " clockwise ", " counterclockwise " be based on the orientation or positional relationship shown in the drawings, be only for Convenient for description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have specifically Orientation is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " first ", " second " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance or implicitly indicates indicated technology The quantity of feature.Define " first " as a result, the feature of " second " can explicitly or implicitly include it is one or more The feature.The meaning of " plurality " is two or more in the description of the present invention, unless otherwise clearly specific It limits.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected or can mutually communicate；It can be directly connected, it can also be in Between medium be indirectly connected, can be the connection inside two elements or the interaction relationship of two elements.For this field For those of ordinary skill, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.

In the present invention unless specifically defined or limited otherwise, fisrt feature the "upper" of second feature or it "lower" may include that the first and second features directly contact, and also may include that the first and second features are not direct contacts but lead to Cross the other characterisation contact between them.Moreover, fisrt feature includes above the second feature " above ", " above " and " above " One feature is right above second feature and oblique upper, or is merely representative of first feature horizontal height higher than second feature.First is special Sign is directly below and diagonally below the second feature including fisrt feature under the second feature " below ", " below " and " below ", or only Indicate that first feature horizontal height is less than second feature.

Following disclosure provides many different embodiments or example is used to realize the different structure of the utility model. In order to simplify the disclosure of the utility model, hereinafter the component of specific examples and setting are described.Certainly, they are only Example, and purpose does not lie in limitation the utility model.In addition, the utility model can in different examples repeat reference numerals And/or reference letter, this repetition are for purposes of simplicity and clarity, itself not indicate discussed various embodiments And/or the relationship between setting.In addition, the example of various specific techniques and material that the utility model provides, but this Field those of ordinary skill can be appreciated that the application of other techniques and/or the use of other materials.

Referring to Fig. 1, the utility model provides a kind of feeding device 100, feeding device 100 can be installed in farm, Think feeding animal.Described animal is, for example, that pig, sheep, ox, chicken etc. are suitble to the domesticated animal in farm.

Specifically, please refer to Fig. 1 and Fig. 2, the feeding device 100 of the utility model embodiment include shell 10, bracket 20, Storage device 30, discharge component 40 and feeding device 50.

Bracket 20 is fixed in shell 10.Storage device 30 is contained in shell 10.Storage device 30 is for storing food.Storage Material device 30 can be releasably affiliated on bracket 20.Discharge component 40 is arranged in storage device 30, and discharge component 40 is used for Food in storage device 30 is exported to outside feeding device 100.

In the feeding device 100 of the utility model embodiment, storage device 30 can be releasably affiliated on bracket 20, be made It is convenient for disassembly and assembly to obtain storage device 30, is safeguarded convenient for feeding device 100.

Specifically, bracket 20 can be fixedly connected by connection types such as screw, welding with shell 10.Storage device 30 is hung The top-hung that storage device 30 is referred on bracket 20 is leaned against on bracket 20, the bottom of storage device 30 is relative to bracket 20 Hanging setting.

In present embodiment, shell 10 has food outlet 11.Storage device 30 is used to pass through 11 blanking of food outlet.This In embodiment, the food that storage device 30 stores can be for particle food, powder group food or food bar etc., herein not Limit the specific form of food.In addition, food can be feed, or the different types of food such as vegetables.

It is appreciated that storage device 30 refers to that the food in storage device 30 can lead to by 11 blanking of food outlet The output of food outlet 11 is crossed to the outside of feeding device 100.Food in storage device 30 can by storage device 30 from feeding It supports and is packed into storage device 30 after being dismantled on device 100, food import (not shown) can be opened up on feeding device 100, and pass through Food is packed into storage device 30 by food import.

In one example, the weight that storage device 30 can store food is greater than or equal to 10 kilograms (Kg).In other words, 30 full load of storage device, the food weight in storage device 30 are greater than or equal to 10 kilograms.

For example, 30 full load of storage device, the food weight that storage device 30 stores is 10Kg, 12Kg, 15Kg, 20Kg Deng.

Outer member of the shell 10 as feeding device 100 can play the role of protecting storage device 30.Storage device 30 There is gap between shell 10, so that external impact can not be by acting directly on storage device 30.

Shell 10 can be made of metal material, such as the material of shell 10 is stainless steel.Certainly, shell 10 can also be with Adopt made of plastic, plastics have many advantages, such as that corrosion resistance, intensity are big, so that feeding device 100 is adapted to different works Condition environment.

Please refer to Fig. 1 and Fig. 3, shell 10 includes first shell portion 12 and second shell portion 13, second shell portion 13 and the The bottom of one shell 10 connects.In other words, second shell portion 13 is located at the lower section of first shell 10.Further, second shell It is docked with the bottom of first shell 10 in portion 13.Second shell portion 13 can by way of the fasteners such as screw with first shell portion 12 connections can also be connect by modes such as fastenings with first shell portion 12.

Storage device 30 can be all contained in first shell portion 12, can also be partially housed in first shell portion 12 Interior, other parts are contained in second shell portion 13.In present embodiment, storage device 30 is all contained in first shell portion 12 It is interior.

In present embodiment, bracket 20 is fixed on the top in first shell portion 12.Storage device 30 is for passing through first shell First shell portion 12 is protruded into be affiliated on bracket 20 in the bottom in body portion 12.

In one example, the assembling process of storage device 30 is as follows, first by first shell portion 12 and second shell portion 13 It dismantles, then protrudes into storage device 30 in first shell portion 12 by the bottom in first shell portion 12, and make storage device 30 top-hung leans against on bracket 20, later docks in second shell portion 13 with first shell portion 12, so that storage device 30 are located in first shell portion 12.

In present embodiment, first shell portion 12 is substantially cylindrical.Second shell portion 13 is substantially in cone shape.Or It says, second shell portion 13 is in a shape of big-top and small-bottom.Certainly, in other embodiments, first shell portion 12 and second shell The shape in portion 13 can specifically be set according to the actual situation.For example, first shell portion 12 can be in square tube shape.

In order to keep the consistency of 10 appearance of shell, first shell portion 12 can be consistent with the material in second shell portion 13.

In present embodiment, bracket 20 is plate-like.Bracket 20 can be formed by a plate, can be folded by multiple plates Add to be formed.In order to improve the bearing capacity of bracket 20, preferably, bracket 20 is made of metal material, for example, the material of bracket 20 Material is stainless steel.

Please refer to Fig. 3 and Fig. 4, bracket 20 is formed with evacuation channel 21, and evacuation channel 21 is used for for storage device 30 from the The bottom of one housing section 12 is upward through bracket 20 to be affiliated on bracket 20.In this way, evacuation channel 21 is conducive to storage device 30 are affiliated on bracket 20.

In present embodiment, bracket 20 is run through in evacuation channel 21.Specifically, evacuation channel 21 includes center relief portion 211 With edge relief portion 212, edge relief portion 212 is connected to center relief portion 211.Edge relief portion 212 from center relief portion 211 to Center position far from center relief portion 211 extends.

In present embodiment, the profile of center relief portion 211 is in generally circular.The profile of edge relief portion 212 is substantially It is trapezoidal.Further, the quantity of edge relief portion 212 is multiple, and multiple edge relief portion 212 are around center relief portion 211 Center is spaced apart.

In present embodiment, the quantity of edge relief portion 212 is three, and three edge relief portion 212 are around center relief portion The equiangularly spaced distribution in 211 center.

In present embodiment, bracket 20 is formed with the first position limiting structure 22, and the first position limiting structure 22 is for limiting storing dress 30 are set to rotate relative to bracket 20.In this way, storage device 30 can be steadily affiliated on bracket 20.

Specifically, the first position limiting structure 22 is formed in the side of edge relief portion 212.In present embodiment, the first limit The quantity of structure 22 three, certainly, in other embodiments, the quantity of the first position limiting structure 22 is not limited to three, Ke Yiwei Other multiple quantity such as two, four.

In present embodiment, the first position limiting structure 22 includes limited post 221, and limited post 221 is for limiting storage device 30 It is rotated relative to bracket 20.Certainly, in other embodiments, the first position limiting structure 22 has limiting slot, and limiting slot is for limiting Storage device 30 processed is rotated relative to bracket 20.

In present embodiment, storage device 30 includes material storage tube 31, suspension part 32 and discharging bin 33, suspension part 32 and discharging Storehouse 33 is all connected with material storage tube 31.Storage device 30 is affiliated on bracket 20 by suspension part 32.

Material storage tube 31 is for storing food.Specifically, material storage tube 31 is substantially cylindrical, and suspension part 32 is connected to material storage tube 31 top.Material storage tube 31 can be an integral molding structure with suspension part 32.For example, material storage tube 31 and the material of suspension part 32 are equal Using plastics, storage device 30 can form material storage tube 31 and suspension part 32 by the technique of injection molding.

In present embodiment, food is entered in material storage tube 31 by suspension part 32.The height of material storage tube 31 is greater than suspension part 32 height, food are stored in material storage tube 31.

Suspension part 32 includes interconnecting piece 321 and hangers 322.Interconnecting piece 321 connects material storage tube 31.Hangers 322 is from interconnecting piece 321 being laterally extended along material storage tube 31.In other words, hangers 322 protrudes from interconnecting piece 321.Interconnecting piece 321 is substantially cylindrical in shape. Hangers 322 is radially extended along interconnecting piece 321.

Edge relief portion 212 is used to pass through bracket 20 for hangers 322.Hangers 322 is affiliated in 212 side of edge relief portion. In this way, hangers 322 can make storage device 30 be affiliated on bracket 20.

Center relief portion 211 is used to pass through bracket 20 for interconnecting piece 321.Interconnecting piece 321 wears center relief portion 211.

The quantity of hangers 322 is multiple, circumferentially-spaced distribution of multiple hangers 322 along material storage tube 31.In this way, multiple hangers 322 that storage device 30 can be made to be affiliated to is more stable on bracket 20.The quantity of hangers 322 and the number of edge relief portion 212 Amount can identical or edge relief portion 212 quantity be greater than hangers 322 quantity.Each hangers 322 is used for from corresponding one A edge relief portion 212 passes through.

The shape of hangers 322 is similar to the shape of edge relief portion 212.The size of edge relief portion 212 is greater than hangers 322 Size.

In present embodiment, hangers 322 is formed with the second position limiting structure 323, and the second position limiting structure 323 and the first limit are tied Structure 22 is cooperatively connected limitation storage device 30 relative to the rotation of bracket 20.In this way, storage device 30 can be more steadily affiliated to On bracket 20.

Second position limiting structure 323 has limiting slot 324, and limited post 221 is plugged in limiting slot 324.In this way, limited post 221 can prevent storage device 30 from rotating relative to bracket 20 with the cooperation of limiting slot 324.

Certainly, in other embodiments, the second position limiting structure 323 may include limited post, the second position limiting structure 323 Limited post can be plugged in the limiting slot 324 of the first position limiting structure 22, be rotated with limiting storage device 30 relative to bracket 20.

It please refers to Fig. 5 and Fig. 6, in present embodiment, director element 14, director element 14 is fixed in first shell portion 12 For limiting transverse movement of the storage device 30 relative to first shell portion 12, by storage device 30 from first shell portion 12 Bottom guiding trestle 20.

In this way, director element 14 can reduce the space of 30 transverse movement of storage device, so as to reduce storage device 30 shaking during the installation process, so that storage device 30 can be quickly installed to bracket 20.

Specifically, director element 14 can in the form of sheets, director element 14 can be the element formed by stamped from sheetstock.Guiding Element 14 can also be in other shapes structure, as long as can be from the inner surface in first shell portion 12 to the center in first shell portion 12 Extend, to reduce the space of 30 transverse movement of storage device.

Further, director element 14 has the guide surface 141 longitudinally extended along first shell portion 12, guide surface 141 Cooperate with the outer surface of storage device 30.The outer surface cooperation of guide surface 141 and storage device 30 refer to guide surface 141 with The shape of the outer surface of storage device 30 is similar, for example, the outer surface of guide surface 141 and storage device 30 is arcwall face.

It is appreciated that the transverse direction in first shell portion 12 is the diameter in first shell portion 12 when first shell portion 12 is cylindric To.

To sum up, in one example, the installation process of storage device 30 is as follows:

One, first shell portion 12 and second shell portion 13 are dismantled；

Two, storage device 30 is protruded into first shell portion 12 from the bottom in first shell portion 12, is moved along guide surface 141 To bracket 20, so that hangers 322 passes through edge relief portion 212；

Three, storage device 30 is rotated, so that the first position limiting structure 22 and the second position limiting structure 323 are cooperatively connected, to make Storage device 30 is affiliated on bracket 20 by hangers 322；

Four, second shell portion 13 and first shell 10 are connected, so that storage device 30 is contained in shell 10.

The disassembly process of storage device 30 and the installation process of storage device 30 are on the contrary, details are not described herein.

Fig. 7, Fig. 8 and Fig. 9 are please referred to, discharging bin 33 is formed with tapping channel 331.Discharging bin 33 includes bottom wall 332 and connects The wall 333 of bottom wall 332 is connect, bottom wall 332 has the first opening 3321, and the first opening 3321 is connected to tapping channel 331.Food Outlet 11 is connected to tapping channel 331.

In this way, food can from discharging bin 33 by first opening 3321, tapping channel 331 and food outlet 11 output to Outside feeding device 100.Specifically, tapping channel 331 can be substantially cylindrical in shape, and the shape of the first opening 3321 can be with tapping channel 331 cooperations.

Specifically, tapping channel 331 can substantially cylindrical, square tube shape or other forms, herein not to tapping channel 331 specific form is defined.

Furthermore it is possible to make the inner wall smooth of tapping channel 331 by way of coating coating or accurate polishing, in this way Be conducive to reduce the resistance that food passes through tapping channel 331, so that food smoothly exports.

Discharge component 40 is arranged in discharging bin 33.Discharge component 40 includes barrier element 41, sub-material element 42, stirring member Part 43 and discharging machine 44.

Barrier element 41 is arranged in discharging bin 33.The periphery of barrier element 41 is bonded with the side 3331 of discharging bin 33. Barrier element 41 includes opposite the first side 411 and second side 412.Barrier element 41 is formed with the first side 411 and second of perforation The opening of side 412.

Specifically, barrier element 41, bottom wall 332 and wall 333 are surrounded by accommodating space 334, and barrier element 41 is formed with It is connected to the second opening 413 of accommodating space 334 and material storage tube 31, the second opening 413 is open with first and 3321 is staggered setting.

In this way, food can enter accommodating space 334 from material storage tube 31 by the second opening 413 of barrier element 41.It can To understand, since the second opening 413 and the first opening 3321 are staggered setting, food directly will not be open 413 into the from second One opening 3321 can make food enter control of first opening 3321 by sub-material element 42 from the second opening 413 in this way, To guarantee going on smoothly for sub-material.

In addition, the setting of barrier element 41 is between the first opening 3321 and agitating element 43.It can make stirring member in this way Part 43 stir food when, barrier of the food by barrier element 41, will not from first opening 3321 output, and then ensure food from Control of the output of first opening 3321 by sub-material element 42, to guarantee going on smoothly for sub-material.

The periphery of barrier element 41 is bonded with the side 3331 of discharging bin 33, can make the barrier of barrier element 41 more It sufficiently, will not be due to making food from barrier there are gap between the periphery of barrier element 41 and the side 3331 of discharging bin 33 Second side 412 of element 41 falls on the first side 411 of barrier element 41.

In addition, the wall 333 of discharging bin 33 can be in the form of boundary is in different by barrier element 41.Specifically, in barrier The wall 333 of first side 411 of element 41, discharging bin 33 extends from bottom wall 332 along the direction vertical with barrier element 41；In Second side 412 of barrier element 41, external expansion of the extending direction of the wall 333 of discharging bin 33 to feeding device 100.

In this way, accommodating space 334 can cooperate with sub-material element 42 in the first side 411 of barrier element 41, facilitate sub-material 42 dispensation of food of element.In second side 412 of barrier element 41, the space of discharging bin 33 is larger, convenient for 43 pairs of agitating element foods Object is sufficiently stirred.

Storing space 311 of the barrier element 41 for barrier tapping channel 331 and material storage tube 31, barrier element 41 are formed with First snap-in structure 415, discharging bin 33 are formed with the second snap-in structure 335, the first snap-in structure 415 and the second snap-in structure 335 are cooperatively connected to limit barrier element 41 relative to discharging bin 33 and rotate.

In this way, barrier element 41 is fixed on discharging bin 33 by snap-in structure, so that discharge component 40 and storage device 30 Between connection structure it is simple, it is easy for installation.

Further, the first snap-in structure 415 includes card muscle 4151, and the second snap-in structure 335 is formed with card slot 3351, is blocked Muscle 4151 is fastened in card slot 3351.

In this way, by the engaging of card muscle 4151 and card slot 3351, can simply and easily realize the first snap-in structure 415 with The mating connection of second snap-in structure 335, to realize that limitation barrier element 41 is rotated relative to discharging bin 33.

It note that in other implementations, can be the first snap-in structure 415 and be formed with card slot, the second engaging knot Structure 335 includes card muscle, and card muscle is fastened in card slot, to realize that the cooperation of the first snap-in structure 415 and the second snap-in structure 335 connects It connects.

It is appreciated that the rotation axis 434 due to agitating element 43 wears barrier element 41, when agitating element 43 rotates, Barrier element 41 is possible to rotate with it, and can not achieve so as to cause the second opening 413 and first 3321 settings that are staggered that are open, Therefore, it is necessary to which barrier element 41 is fixed on discharging bin 33, barrier element 41 is avoided to be stirred the drive of element 43.

In addition, barrier element 41 and discharging bin 33 are connected by way of engaging, and it is simple and convenient and easily disassembled, be conducive to The replacement and maintenance of subsequent feeding device 100 part when something goes wrong.

Further, bottom wall 332 has the first opening 3321, and the first opening 3321 is connected to tapping channel 331, wall 333 are formed with card slot 3351.The edge of card muscle 4151 from the second opening 413 extends.In this way, make the first snap-in structure 415 with The form of second snap-in structure 335 is smooth beautiful.

Wall 333 has support level 3332, and barrier element 41 is supported on support level 3332.In this way, barrier element 41 Be supported the support of step 3332, and the reliability of barrier element 41 can be improved.

Sub-material element 42 is rotatably arranged in discharging bin 33.Further, sub-material element 42 is located in accommodating space 334, The bottom wall 332 of discharging bin 33 is rotatably arranged in sub-material element 42.In other words, sub-material element 42 is located at barrier element 41 The side opposite with agitating element 43.

In this way, food enters accommodating space after the stirring of agitating element 43, through the second opening 413 of barrier element 41 334, the sub-material element 42 in accommodating space 334 can pass through rotation control food output.

The two sides of barrier element 41 it is appreciated that sub-material element 42 and agitating element 43 are lived apart, in this way, barrier element 41 will Sub-material element 42 and agitating element 43 separate, so that sub-material element 42 and agitating element 43 are not interfere with each other, guarantee the stirring of food Output with food is independent of each other, to improve the reliability of feeding device 100.

Sub-material element 42 is rotatably arranged on the first side 411 relative to barrier element 41, and for making 100 blanking of feeding device. Sub-material element 42 is formed with spaced multiple sub-material portions 421, and sub-material portion 421 is for accommodating predetermined amount food and in sub-material member Food is stirred in 42 rotation process of part, the food being contained in sub-material portion 421 is dialled in into tapping channel 331.

In this way, sub-material element 42 rotates, the predetermined amount food being contained in sub-material portion 421 is allowed to fall into tapping channel In 331, fining blanking is realized, convenient for controlling the amount of blanking.

Specifically, predetermined amount food is housed in the sub-material portion 421 at interval, when sub-material element 42 rotates, predetermined amount food It is rotated with the rotation of sub-material element 42, when predetermined amount food turns to the first opening 3321, just from the first opening 3321 Into tapping channel 331, finally it is output to outside feeding device 100 from food outlet 11.It is appreciated that due to being housed in each sub-material The amount of food in portion 421 be it is certain, therefore, the rotation by controlling sub-material element 42, which can control, exports food Amount.

For example, each sub-material portion 421, which accommodates 500g food, can control sub-material element when needing to export 500g food 42 1 lattice of rotation can control sub-material element 42 and rotate 2 lattice, needing to export 2000g food when needing to export 1000g food When, it can control sub-material element 42 and rotate 4 lattice ... and so on, to realize the amount of control output food.

Multiple blades 423 of the sub-material element 42 including wheel hub 422 and the circumferentially-spaced distribution along wheel hub 422, adjacent two Sub-material portion 421 is formed between a blade 423.

In this way, realizing the setting in sub-material portion 421.It is appreciated that blade 423 drives receiving when sub-material element 42 rotates Predetermined amount food movement in sub-material portion 421 is received during two adjacent blades 423 are by the first opening 3321 The predetermined amount food held in the sub-material portion 421 between two adjacent blades 423 is logical from the first opening 3321 into discharging Road 331 is finally output to outside feeding device 100 from food outlet 11.

Preferably, multiple blades 423 are evenly spaced distribution along the circumferential direction of wheel hub 422.In this way, each 421 energy of sub-material portion The amount of the food enough accommodated is all identical, so that more convenient to the control of the output of food.

In the utility model embodiment, the quantity of blade 423 is 6.In other implementations, blade 423 Quantity can be 3,4,8 or any other quantity.Here, not being defined to the particular number of blade 423.

In the utility model embodiment, blade 423 is from wheel hub 422 to extending direction and wheel hub far from wheel hub 422 422 tangential angle is acute angle.

In this way, convenient for the predetermined amount food in sub-material portion 421 is dialled in tapping channel 331 from the first opening 3321.In Fig. 8 Example in, sub-material element 42 rotates counterclockwise, and blade 423, which is taken advantage of a situation, stirs predetermined amount food.

Specifically, the tangential angle of blade 423 and wheel hub 422 can be 30 °, 45 °, 60 ° or any other acute angle number Value.Certainly, in other implementations, the tangential angle of blade 423 and wheel hub 422 can be right angle.In other words, leaf The tangential angle of piece 423 and wheel hub 422 can be 90 °.Herein not to the tool of blade 423 and the tangential angle of wheel hub 422 Body numerical value is defined.

Agitating element 43 is rotatably arranged in discharging bin 33.Wall 333 surrounds agitating element 43.Agitating element 43 relative to For the setting of barrier element 41 in second side 412, agitating element 43 is used to stir the food in feeding device 100, sub-material element 42 with stir Element 43 is mixed to be fixedly connected.

In this way, agitating element 43 can stir the food in discharging bin 33 by way of rotation, so that food stirring is equal It is uniform prevented from caking.It is appreciated that food type may more than one, by agitating element 43 stirring after, variety classes Food be uniformly mixed, so that be output in the food outside feeding device 100, different types of food is uniformly distributed, Be conducive to the equilibrium of animal feed.

In addition, in some cases, food is easy agglomeration, and agitating element 43, can be by agglomeration during stirring Food stir it is scattered, thus prevent agglomeration food blocking first opening 3321, cause the failure of feeding device 100.

In addition, sub-material element 42 is fixedly connected with agitating element 43 so that sub-material element 42 and agitating element 43 share discharging Motor 44 can simplify the structure of feeding device 100, have while guaranteeing that sub-material element 42 and agitating element 43 work normally Conducive to the space optimization and energy saving of feeding device 100.

Also referring to Figure 10 and Figure 11, agitating element 43 includes central part 431, stirring blade 432, fastener 433 and turns Moving axis 434.

Central part 431 connects rotation axis 434, and rotation axis 434 is for driving agitating element 43 to rotate.Stirring blade 432 connects Central part 431, central part 431 and stirring blade 432 are respectively positioned on second side 412.The motor shaft 441 of discharging machine 44 connects central part 431。

Central part 431 is in pyramid type, and stirring blade 432 is connected to the side 4312 of central part 431.It is appreciated that central part 431 be in pyramid type, when food can be made to fall in central part 431, can slide from central part 431, will not be deposited in central part 431, in this way while guaranteeing that food is sufficiently stirred, it can be stirred caused by central part 431 to avoid due to food build-up It slows, efficiency reduction, thus energy saving.

In addition, the motor shaft 441 of discharging machine 44 can the tip from the bottom of circular cone towards circular cone protrude into central part 431. When discharging machine 44 operates, the motor shaft 441 of discharging machine 44 drives central part 431 and stirring blade 432 by central part 431 Rotation, to realize the stirring to food.

In addition, central part 431 and stirring blade 432 can be made of integrally formed technique, part can be simplified in this way, The step of saving assembly.Certainly, central part 431 and stirring blade 432 can also be separately formed, then by glued, engaging or other Mode link together.

Also referring to Figure 12, Figure 13 and Figure 14, stirring blade 432 includes stirring bottom surface 4321, connection stirring bottom surface 4321 Stirring top surface 4322 and connection stirring bottom surface 4321 stirring end face 4323.

Also referring to Figure 15, the cross-sectional profiles line 4324 for stirring top surface 4322 is streamlined.Stirring bottom surface 4321 is Plane.It is appreciated that the cross-sectional profiles line 4324 of stirring top surface 4322 is streamlined, so that agitating element 43 is in stirring food Friction is small between food in the process, to reduce the resistance outside food output feeding, is conducive to the foods such as feed Output.

Specifically, streamlined includes at least one of camber and parabolic type.In one example, top surface 4322 is stirred Cross-sectional profiles line 4324 be in camber；In another example, the cross-sectional profiles line 4324 for stirring top surface 4322 is in parabolic Line style；In further example, the cross-sectional profiles line 4324 of top surface 4322 is stirred in the form of camber and parabolic type combine.

Barrier element 41 includes the barrier surface 414 opposite with tapping channel 331, stirring bottom surface 4321 and barrier surface 414 fittings, stirring end face 4323 are bonded with the side 3331 of discharging bin 33.Stirring blade 432 extends from central part 431, central part 431 bottom surface 4311 is bonded with barrier surface 414.

In this way, the stirring food of agitating element 43 can be made more abundant, avoid due to agitating element 43 and surrounding structure Between exist and cause part of the food not to be stirred to compared with big gap.

It is appreciated that the side rotation opposite with tapping channel 331 in barrier element 41 due to agitating element 43, if stirred It mixes and is not bonded between bottom surface 4321 and barrier surface 414, but exist compared with big gap, the food in gap is easy to cause to be difficult to It is stirred to, food is not only easy agglomeration and is also difficult to be output to outside feeding device 100, causes the failure and food of feeding device 100 Waste.

Similarly, if stirring end face 4323 is not bonded with the side 3331 of discharging bin 33, the bottom surface of central part 431 4311 are not bonded with barrier surface 414, also will appear above-mentioned similar problem, to avoid redundancy, details are not described herein.

In addition, for the side for being bonded, stirring end face 4323 Yu discharging bin 33 for realizing stirring bottom surface 4321 and barrier surface 414 The fitting in face 3331 and the bottom surface 4311 of central part 431 and being bonded for barrier surface 414, can manufacture agitating element 43, When barrier element 41 and discharging bin 33, first manufacture agitating element 43, barrier element 41 and discharging bin 33 entirety, then to entirety into Row cutting, to guarantee being bonded between face and face.

In addition, the quantity of stirring blade 432 is multiple, circumferentially-spaced distribution of multiple stirring blades 432 along central part 431.It is excellent Selection of land, multiple stirring blades 432 are evenly spaced distribution along the circumferential direction of central part 431.Certainly, the interval of multiple stirring blades 432 point Cloth is also possible to non-uniform.

In the utility model embodiment, as shown in Figure 10, the quantity of stirring blade 432 is 2,2 432 edges of stirring blade The circumferential direction of central part 431 is evenly spaced distribution, and whole stirring blade 432 is substantially in line-styled.

It is appreciated that the quantity of stirring blade 432 is 4, and 4 stirring blades 432 are in other some embodiments The circumferential direction of center portion 431 is evenly spaced distribution, and whole stirring blade 432 is substantially in " ten " font.

In other other embodiments, the quantity of stirring blade 432 is 6, and 6 stirring blades 432 are along central part 431 Circumferential direction be evenly spaced distribution, whole stirring blade 432 is substantially in " rice " font.Herein not to the particular number of stirring blade 432 It is defined.

Referring to Figure 10, sub-material element 42 is fixedly connected with agitating element 43 by fastener 433.Further, Rotation axis 434 wears barrier element 41, and fastener 433 is fixedly connected with rotation axis 434 and sub-material element 42.

In this way, achieve a fixed connection sub-material element 42 and agitating element 43, prevent from driving sub-material element in discharging machine 44 42 with agitating element 43 when rotating, poor by sub-material element 42 and the agitating element 43 caused rotational efficienty that produces relative rotation, Be conducive to energy saving.

Specifically, fastener 433 includes but is not limited to screw and pin shaft.The quantity of fastener 433 can be 1 or more It is a.The particular number of fastener 433 is not defined herein.

One end of rotation axis 434 is protruded into wheel hub 422, and fastener 433 is fixedly connected with wheel hub 422 and rotation axis 434.In this way The fixed sub-material element 42 of fastener 433 and the effect of agitating element 43 can be made more preferable.

Preferably, it is non-circular that rotation axis 434, which protrudes into the cross section of one end of wheel hub 422,.In this way, rotation axis can be increased Resistance between 434 and wheel hub 422 further prevents the relative rotation of sub-material element 42 Yu agitating element 43.

Discharging machine 44 is used to drive the rotation of agitating element 43 to stir the food being located in discharging bin 33, so as to be located at Food in feed bin 33 is exported from tapping channel 331 to outside feeding device 100.In addition, discharging machine 44 is for driving sub-material element 42 rotations, sub-material element 42 are during rotation dialled in out the food being contained in sub-material portion 421 by the first opening 3321 Expect channel 331.

In other words, discharging machine 44 is connect with sub-material element 42 and agitating element 43, for drive sub-material element 42 and Agitating element 43 rotates synchronously.

Discharging machine 44 is arranged in bottom wall 332.Specifically, discharging machine 44 is arranged outside discharging bin 33, discharging machine 44 Motor shaft 441 protrude into discharging bin 33, the motor shaft 441 of discharging machine 44 is connect with agitating element 43.

In this way, driving agitating element 43 and sub-material element 42, driving process to be easy to control and drive by discharging machine 44 Effect it is preferable.

Referring to Fig. 7, feeding device 50 connects storage device 30.Storage device 30 has storing space 311, storing Space 311 is for storing food.Storage device 30 is formed with the feeding inlet 35 being connected to storing space 311.Storage device 30 is received It is dissolved in shell 10, the top of shell 10 is arranged in feeding device 50.

Also referring to Figure 16 and Figure 17, feeding device 50 includes charging shell 51, valve 52 and driving mechanism 53.

Also referring to Figure 18, shell 51 is fed for connecting supplied materials pipeline 200, supplied materials pipeline 200, which has, is located at charging Discharge port 201 in shell 51.The lower charging shell 512 that shell 51 includes enterprising material shell 511 and the enterprising material shell 511 of connection is fed, Enterprising material shell 511 limits mounting hole 513 with the cooperation of lower charging shell 512, and mounting hole 513 for supplied materials pipeline 200 for extending into Expect in shell 51.Specifically, mounting hole 513 is used to pass through charging shell 51 for supplied materials pipeline 200.

In this way, entering food in feeding device 100 from outside feeding device 100.It is appreciated that food is in coming expects pipe When conveying in road 200, the storing space 311 of feeding device 100 can be fallen by the discharge port 201 of supplied materials pipeline 200, thus real Food is now transported to feeding device 100.In the actual use process, multiple supplied materials pipelines 200 can form conveying food Network is connected with multiple feeding devices 100 on the network, so that the Automatic Conveying of food will be carried out to feeding device 100 by realizing.

In addition, enterprising material shell 511 is connected with lower charging shell 512 by the fastening of clip 514 in the utility model embodiment It connects.It is appreciated that in other implementations, enterprising material shell 511 can pass through buckle or its other party with lower charging shell 512 Formula is fastenedly connected.Here, not being defined to the connection type between enterprising material shell 511 and lower charging shell 512.

Lower charging shell 512 includes blanking portion 5121, and blanking portion 5121 protrudes into storage device 30, and blanking portion 5121 is formed with Blanking channel 5122, discharge port 201 are connected to by blanking channel 5122 with storing space 311.

In this way, enabling food by the blanking channel 5122 in blanking portion 5121, successfully always pipe material 200 enters In storage device 30.It is appreciated that since blanking portion 5121 protrudes into storage device 30, food always pipe material 200 After discharge port 201 falls into feeding device 100, storage device 30 all can be entered by blanking channel 5122, will not enter and feed Position in device 100 in addition to storage device 30 is avoided since food enters in feeding device 100 in addition to storage device 30 The failure of feeding device 100 caused by position.

Specifically, the specific form in blanking portion 5121 can cooperate with storage device 30, so that blanking portion 5121 protrudes into storage Expect in device 30.Blanking portion 5121 can cylindrical or square tube shape, the opening in blanking portion 5121 can also be towards storage device 30 are gradually reduced.The specific form in blanking portion 5121 is not defined herein.

The setting of valve 52 is in charging shell 51.In this way, user can not observe valve 52 in the outside of feeding device 100, Be conducive to the beauty of 100 shape of feeding device.It is appreciated that in other implementations, valve 52 can be from charging shell 51 Expose, it might even be possible to which setting is outside charging shell 51, as long as valve 52 can open or close discharge port 201, herein not to valve The specific location of 52 setting of door is defined.

Driving mechanism 53 is for driving the movement of valve 52 to open or close discharge port 201, when discharge port 201 is opened, Discharge port 201 is connected to storing space 311.In this way, realizing that driving the movement of valve 52 to open control food by driving mechanism 53 is It is no to fall into storing space 311.It is appreciated that food can be by going out when driving mechanism 53 drives valve 52 to open discharge port 201 Material mouth 201 enters storing space 311.When driving mechanism 53 drives valve 52 to close discharge port 201, food can not pass through discharge port 201 enter storing space 311.

In the utility model embodiment, as shown in Figure 18 and Figure 19, driving mechanism 53 is for driving valve 52 along next Pipe material 200 is circumferentially rotated to open or close discharge port 201.It is appreciated that in other some embodiments, driving Mechanism 53 is for driving valve 52 along the axial movement of supplied materials pipeline 200 to open or close discharge port 201.Herein not to valve The 52 specific motion modes for opening or closing discharge port 201 are defined.

Specifically, valve 52 includes arc surface 521, and arc surface 521 with the outer surface of supplied materials pipeline 200 for being bonded, circle Cambered surface 521 is used to open or closes discharge port 201.In this way, cooperating valve 52 more with supplied materials pipeline 200, be conducive to subtract The consistency of resistance and holding appearance that minor valve 52 moves.

Driving mechanism 53 includes charging motor 531 and gear-driven assembly 532, gear-driven assembly 532 and valve 52 and Charging motor 531 connects, and charging motor 531 is used to drive valve 52 to rotate by gear-driven assembly 532.

Gear-driven assembly 532 includes rack gear 5321 and transmission gear 5322.Rack gear 5321 is formed on valve 52, rack gear 5321 along supplied materials pipeline 200 circumferentially extending.Transmission gear 5322 connects rack gear 5321 and charging motor 531.

In this way, simply and easily realizing the setting of driving mechanism 53.Specifically, as shown in figure 19, charging motor 531 can To drive transmission gear 5322 to rotate, the rotation of transmission gear 5322 will drive the rotation of rack gear 5321 again, due to rack gear 5321 It is formed on valve 52, therefore, transmission gear 5322 can be rotated when band carry-over bar 5321 is rotated with movable valve 52.

It certainly, in other implementations, can be by belt or friction pulley as transmission mechanism, herein not to transmission The concrete form of mechanism is defined.

Please refer to Fig. 7 and Figure 20, in present embodiment, feeding device 100 further includes sealing element 60, and sealing element 60 is used for It seals feeding inlet 35 and feeds the gap 36 between shell 51.

In this way, sealing element 60 seals feeding inlet 35 and feeds the gap 36 between shell 51, dust can be prevented in this way Group food is spilled over to outside feeding device 100 from feeding inlet 35, not only can protect environment, moreover it is possible to save food.

Specifically, sealing element 60 seals the gap 36 between blanking portion 5121 and feeding inlet 35.Sealing element 60 can be with Be made of the softer material such as rubber, silica gel, felt so that sealing element 60 be easily deformed and seal feeding inlet 35 with Gap 36 between charging shell 51 is more preferably.

In present embodiment, sealing element 60 is in convolution shape.Sealing element 60 includes sealing 61 and mounting portion 62, Sealing 61 seals the gap 36 between blanking portion 5121 and feeding inlet 35.Sealing element 60 is fixed on storing by mounting portion 62 Device 30.For example, mounting portion 62 is fixed with storage device 30 by screw, or fixed by way of bonding.

Mounting portion 62 is in the form of sheets.In the axial direction of storage device 30, the cross section of sealing element 60 is gradually reduced.

To sum up, a kind of feeding device 100 of the utility model embodiment includes storage device 30, feeding device 50 and sealing Element 60.Storage device 30 has storing space 311, and storing space 311 is for storing food.Storage device 30 is formed with storing The feeding inlet 35 that space 311 is connected to.

Feeding device 50 connects storage device 30, and the top of storage device 30, feeding device 50 is arranged in feeding device 50 Including feeding shell 50, charging shell 50 is for connecting supplied materials pipeline 200, and the food in pipe material in future 200 passes through pan feeding Mouth 35 inputs storing spaces 311.

Sealing element 60 is used to seal feeding inlet 35 and feeds the gap 36 between shell 51.

In the feeding device 100 of the utility model embodiment, sealing element 60 seal feeding inlet 35 and charging shell 51 it Between gap 36, dust group food can be prevented to be spilled over to outside feeding device 100 from feeding inlet 35 in this way, not only can protect ring Border, moreover it is possible to save food.

In the description of this specification, reference term " embodiment ", " certain embodiments ", " schematically implementation What the description of mode ", " example ", " specific example " or " some examples " etc. meant to describe in conjunction with the embodiment or example Particular features, structures, materials, or characteristics are contained at least one embodiment or example of the utility model.In this explanation In book, schematic expression of the above terms are not necessarily referring to identical embodiment or example.Moreover, the specific spy of description Sign, structure, material or feature can be combined in any suitable manner in any one or more embodiments or example.

While there has been shown and described that the embodiments of the present invention, those skilled in the art can manage Solution: a variety of to the progress of these embodiments can change in the case where not departing from the principles of the present invention and objective, modify, Replacement and variant, the scope of the utility model are defined by the claims and their equivalents.

Claims (10)

1. a kind of feeding device characterized by comprising

Storage device has storing space, and for storing food, the storage device is formed with and the storage in the storing space The feeding inlet of material space connection；

The feeding device of the storage device is connected, the top of the storage device, the charging is arranged in the feeding device Device includes charging shell, and the food in the supplied materials pipeline is passed through institute for connecting supplied materials pipeline by the charging shell It states feeding inlet and inputs the storing space；With

Sealing element, the sealing element seal the gap between the feeding inlet and the charging shell.

2. feeding device as described in claim 1, which is characterized in that the charging shell includes enterprising material shell and connects on described The lower charging shell of shell is fed, the lower charging shell includes blanking portion, and the blanking portion passes through the feeding inlet and protrudes into the storing In device, the blanking portion is formed with the blanking channel being connected to the storing space, and the sealing element seals the blanking Gap between portion and the feeding inlet.

3. feeding device as claimed in claim 2, which is characterized in that the enterprising material shell is limited with the lower charging shell cooperation Mounting hole, the mounting hole are used to protrude into the charging shell for the supplied materials pipeline.

4. feeding device as described in claim 1, which is characterized in that the coming expects pipe road, which has, to be located in the charging shell Discharge port, the feeding device further include:

Valve in the charging shell is set；With

Driving mechanism, for driving the valve motion to open or close the discharge port, when the discharge port is opened, institute Discharge port is stated to be connected to the storing space.

5. feeding device as claimed in claim 4, which is characterized in that the driving mechanism is for driving the valve along described next Pipe material is circumferentially rotated to open or close the discharge port.

6. feeding device as claimed in claim 5, which is characterized in that the driving mechanism includes charging motor and gear drive group Part, the gear-driven assembly are connect with the valve and the charging motor, and the charging motor is used to pass through the gear Transmission component drives the valve rotation.

7. feeding device as claimed in claim 6, which is characterized in that the gear-driven assembly includes:

The rack gear being formed on the valve, circumferentially extending of the rack gear along the supplied materials pipeline；With

Connect the transmission gear of the rack gear and the charging motor.

8. feeding device as described in claim 1, which is characterized in that the feeding device further includes that the storage device is arranged in The discharge component of bottom, the discharge component is for exporting the food in the storing space to outside the feeding device.

9. feeding device as claimed in claim 8, which is characterized in that the storage device includes material storage tube and the connection storing The discharging bin of cylinder, the discharging bin are formed with tapping channel, and the discharge component is arranged in the discharging bin, the discharging group Part is for being exported the food in the storing space to outside the feeding device by the tapping channel.

10. feeding device as claimed in claim 9, which is characterized in that the discharge component includes:

It is fixed on the barrier element of the discharging bin, for tapping channel and the storing space described in barrier, the discharging is logical Road is formed with the first opening, and the barrier element is formed with the second opening with first open communication；

The sub-material element between the tapping channel and the barrier element is rotatably arranged on relative to the discharging bin, described point Material element is formed with spaced multiple sub-material portions, and the sub-material portion is for accommodating predetermined amount food and in the sub-material element Food is stirred in rotation process, and the food being contained in the sub-material portion is dialled in into the tapping channel.