阅读说明：本技术 一种混料装置 (A kind of mixing device ) 是由 杨威 于 2019-08-08 设计创作，主要内容包括：本发明揭示了一种混料装置,包括：第一进料槽、第二进料槽、第一搅拌叶、第二搅拌叶、第三搅拌叶、升降机构、伸缩板、第一下料板、第二下料板、第四搅拌叶、紫外灯、搅拌轴、混料装置本体。与现有技术相比,升降机构与第三搅拌叶和第四搅拌叶配合,充分搅动混料装置本体内部侧壁的饲料,使得混料装置本体内部侧壁的饲料朝搅拌轴方向运动。伸缩板沿垂直于第四搅拌叶方向做往返运动,使得混料装置本体底部的饲料能,充分混合,避免底部死角出现堆积的饲料。第四搅拌叶经过搅拌轴带动下,在混料装置本体内部做圆周运动,充分搅拌位于混料装置本体中心的饲料。通过上述设置,使得饲料装置本体内部的饲料能充分混合。(Present invention discloses a kind of mixing devices, comprising: the first feed well, the second feed well, the first paddle, the second paddle, third paddle, elevating mechanism, expansion plate, the first blanking plate, the second blanking plate, the 4th paddle, ultraviolet lamp, agitating shaft, mixing device ontology.Compared with prior art, elevating mechanism cooperates with third paddle and the 4th paddle, sufficiently stirs the feed of mixing device body interior side wall, so that the feed of mixing device body interior side wall is moved towards stirring axis direction.Expansion plate does back and forth movement along perpendicular to the 4th stirring leaf direction, so that the Feed Energy of mixing device body bottom portion, is sufficiently mixed, the feed for avoiding bottom dead angle from occurring accumulating.Under 4th paddle drives by agitating shaft, moves in a circle in mixing device body interior, the feed positioned at mixing device body central is sufficiently stirred.By above-mentioned setting, so that the Feed Energy inside feed device noumenon is sufficiently mixed.)

1. a kind of mixing device characterized by comprising the first feed well, the second feed well, the first paddle, the second stirring Leaf, third paddle, elevating mechanism, expansion plate, the first blanking plate, the second blanking plate, the 4th paddle, ultraviolet lamp, agitating shaft, Mixing device ontology；

First feed well and second feed well are located at the mixing device bodies top, along the mixing device ontology Axis centre line is symmetrical arranged；

First paddle is located at below first feed well and second feed well, along the mixing device sheet Body axis center line symmetrical setting;

The elevating mechanism is set to the mixing device body interior side wall, along the mixing device body axis center line pair Claim setting;

Second paddle and the third paddle are respectively arranged at the elevating mechanism close to the 4th paddle One end face, and second paddle and the third paddle are along the elevating mechanism center line symmetrical setting, wherein it is described Elevating mechanism center line passes through the 4th paddle；

The expansion plate is set to the mixing device body bottom portion, symmetrically sets along the mixing device body axis center line It sets, and does back and forth movement along perpendicular to the 4th stirring leaf direction；

The agitating shaft is set to the mixing device body central line, and runs through the mixing device body bottom portion, and described The connection of first blanking plate axis；

4th paddle is set on the agitating shaft, is moved in a circle along the stirring axis direction；

The ultraviolet lamp is set to the 4th paddle close to an end face of the elevating mechanism；

First blanking plate is set to an end face of the mixing device ontology far from the expansion plate；

First blanking plate is provided with multiple first through hole；

Second blanking plate is set to an end face of first blanking plate far from the mixing device ontology, and with described The connection of one blanking plate；

Second blanking plate is provided with multiple second through-holes.

2. mixing device according to claim 1, which is characterized in that the side of first blanking plate is provided with handgrip.

3. mixing device according to claim 1, which is characterized in that when the mixing device completes mixing, described the One through-hole and the second through-hole face setting.

4. mixing device according to claim 1, which is characterized in that the ultraviolet lamp is evenly distributed on the 4th stirring Limb edge.

5. mixing device according to claim 1, which is characterized in that the expansion plate has four section cavitys and telescopic rod, Four cavitys successively successively decrease perpendicular to the projected area in the mixing device body central axis direction, the telescopic rod First cavity is arranged in close to one end of described this body sidewall of mixing device in one end, and the other end is arranged in the 4th cavity Close to one end of first cavity, the telescopic rod drives second cavity, the third cavity and the 4th chamber Body does back and forth movement on perpendicular to the mixing device body central axis direction.

6. mixing device according to claim 1, which is characterized in that first paddle, second paddle with And the 4th paddle all has cutterhead and blade；

The blade is fixed on the cutterhead by way of being spirally connected；

The blade is sequentially distributed on the cutterhead.

7. mixing device according to claim 1, which is characterized in that the 4th paddle has magnetic texure.

Technical field

The present invention relates to feed equipment fields, especially relate to a kind of mixing device.

Background technique

As the improvement of people's living standards, demand of the people to meat, eggs and milk fowl is growing day by day.Feed, as cultivation livestock Major Foods, play the role of to the growth of livestock vital.The ingredient of existing feed generally comprises corn, wheat skin, Huang Some nutritional ingredients such as beans, bone meal.Many Feedstuff Enterprises select independent procurement raw material in order to ensure the safety of feed, It is mixed and made into feed.Wherein, the big raw material of some particles such as soya bean, corn needs to be stirred mixing again after crushing.Due to The raw material of existing bulky grain such as soya bean, corn, also there is short grained raw material such as wheat skin, bone meal etc. in agitator tank.Traditional Mode is to drive agitating shaft by clicking, to stir fines and coarse fodder is mixed.The shortcomings that such feed hybrid mode, exists It can be stacked surrounding in most feed, only intermediate feed can be just sufficiently mixed, and mixed effect is poor.

Summary of the invention

The main object of the present invention is to provide a kind of mixing device, it is intended to solve the insufficient skill of existing agitating device mixing Art problem.

The present invention proposes a kind of mixing device, comprising: the first feed well, the second feed well, the first paddle, the second stirring Leaf, third paddle, elevating mechanism, expansion plate, the first blanking plate, the second blanking plate, the 4th paddle, ultraviolet lamp, agitating shaft, Mixing device ontology；

First feed well and second feed well are located at the mixing device bodies top, along the mixing device ontology Axis centre line is symmetrical arranged；

First paddle is located at below first feed well and second feed well, along the mixing device sheet Body axis center line symmetrical setting;

The elevating mechanism is set to the mixing device body interior side wall, along the mixing device body axis center line pair Claim setting;

Second paddle and the third paddle are respectively arranged at the elevating mechanism close to the 4th paddle One end face, and second paddle and the third paddle are along the elevating mechanism center line symmetrical setting, wherein it is described Elevating mechanism center line passes through the 4th paddle；

The expansion plate is set to the mixing device body bottom portion, symmetrically sets along the mixing device body axis center line It sets, and does back and forth movement along perpendicular to the 4th stirring leaf direction；

The agitating shaft is set to the mixing device body central line, and runs through the mixing device body bottom portion, and described The connection of first blanking plate axis；

4th paddle is set on the agitating shaft, is moved in a circle along the stirring axis direction；

The ultraviolet lamp is set to the 4th paddle close to an end face of the elevating mechanism；

First blanking plate is set to an end face of the mixing device ontology far from the expansion plate；

First blanking plate is provided with multiple first through hole；

Second blanking plate is set to an end face of first blanking plate far from the mixing device ontology, and with described The connection of one blanking plate；

Second blanking plate is provided with multiple second through-holes.

Preferably, the side of first blanking plate is provided with handgrip.

Preferably, when the mixing device completes mixing, the first through hole and the second through-hole face setting.

Preferably, the ultraviolet lamp is evenly distributed on the 4th paddle edge.

Preferably, the expansion plate has four section cavitys and telescopic rod, and four cavitys are filled perpendicular to the mixing The projected area set in body central axis direction is successively successively decreased, and telescopic rod one end setting is in first cavity close to described The 4th cavity is arranged in close to one end of first cavity in one end of this body sidewall of mixing device, the other end, described to stretch Contracting bar drives second cavity, the third cavity and the 4th cavity perpendicular to the mixing device body central Back and forth movement is done in axis direction.

Preferably, first paddle, second paddle and the 4th paddle all have cutterhead and knife Piece；

The blade is fixed on the cutterhead by way of being spirally connected；

The blade is sequentially distributed on the cutterhead.

Preferably, the 4th paddle has magnetic texure.

The beneficial effects of the present invention are: feed enters mixing device from the first feed well and the second feed well, and first stirs Mix feed of the leaf for stir mixing device bodies top.Elevating mechanism is done and is moved up and down being parallel to stirring axis direction, Second paddle and third paddle are arranged in elevating mechanism and stir close to an end face of the 4th paddle, elevating mechanism and third Leaf and the cooperation of the 4th paddle, sufficiently stir the feed of mixing device body interior side wall, so that mixing device body interior side The feed of wall is moved towards stirring axis direction.Expansion plate is set to mixing device body bottom portion, along perpendicular to the 4th stirring leaf direction Back and forth movement is done, so that the Feed Energy of mixing device body bottom portion, is sufficiently mixed, the feed for avoiding bottom dead angle from occurring accumulating. 4th paddle passes through under the agitating shaft drive of mixing device ontology axial centre, does circumference in mixing device body interior Movement, is sufficiently stirred the feed positioned at mixing device body central.By above-mentioned setting, so that the feeding inside feed device noumenon Material can be sufficiently mixed.The ultraviolet lamp being set on the 4th paddle can kill the bacterium inside mixing device, play the effect of sterilization Fruit.First blanking plate is set to an end face of the mixing device ontology far from expansion plate；It is logical that first blanking plate is provided with multiple first Hole；Second blanking plate is set to an end face of first blanking plate far from mixing device ontology, and connect with the first blanking plate, second Blanking plate is provided with multiple second through-holes.After mixing device completes mixing, the first blanking plate is rotated, so that first through hole face Second through-hole.First through hole and the setting of the second through-hole face, form feed flow channel, and feed is flowed out from feed flow channel, Flow into feed packing bag.After feed packing bag fills feed, the first blanking plate is continued to rotate, so that first through hole is not with second The setting of through-hole face, closure feed flow channel.By above-mentioned setting, the discharging speed of mixing device can be admirably controlled, is made Mixing device energy uniform discharge is obtained, avoids feed packing bag side feed excessive, needs to expend worker's physical strength adjustment feed package Bag, so that the feed of feed packing bag two sides is evenly distributed.

Detailed description of the invention

Fig. 1 is a kind of first side structural schematic diagram of mixing device of one embodiment of the invention；

Fig. 2 is a kind of activity chart of the expansion plate of mixing device of one embodiment of the invention；

Fig. 3 is a kind of structural schematic diagram of the 4th paddle of mixing device of one embodiment of the invention；

Fig. 4 is a kind of structural schematic diagram of the first blanking plate of mixing device of one embodiment of the invention；

Fig. 5 is a kind of structural schematic diagram of the expansion plate of mixing device of one embodiment of the invention.

Label declaration:

1, the first feed well；2, the second feed well；3, the first paddle；4, the second paddle；

5, third paddle；6, elevating mechanism；7, expansion plate；8, the first blanking plate；9, the second blanking plate；10, it the 4th stirs Mix leaf；11, ultraviolet lamp；12, agitating shaft；13, mixing device ontology.

The embodiments will be further described with reference to the accompanying drawings for the realization, the function and the advantages of the object of the present invention.

Specific embodiment

It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.

Referring to Fig.1, the present invention provides a kind of mixing device, comprising: the first feed well 1, the stirring of the second feed well 2, first Leaf 3, the second paddle 4, third paddle 5, elevating mechanism 6, expansion plate 7, the first blanking plate 8, the second blanking plate the 9, the 4th stir Mix leaf 10, ultraviolet lamp 11, agitating shaft 12, mixing device ontology 13；

First feed well 1 and the second feed well 2 are located at 13 top of mixing device ontology, along 13 axis centre line of mixing device ontology It is symmetrical arranged；

First paddle 3 is located at 2 lower section of the first feed well 1 and the second feed well, along 13 axis centre of mixing device ontology Line is symmetrical arranged;

Elevating mechanism 6 is set to 13 internal side wall of mixing device ontology, is symmetrical arranged along 13 axis centre line of mixing device ontology;

Second paddle 4 and third paddle 5 are respectively arranged at elevating mechanism 6 close to an end face of the 4th paddle 10, and Two paddles 4 and third paddle 5 are along 6 center line symmetrical setting of elevating mechanism, wherein 6 center line of elevating mechanism passes through the 4th Paddle 10；

Expansion plate 7 is set to 13 bottom of mixing device ontology, is symmetrical arranged along 13 axis centre line of mixing device ontology, and along vertical Directly back and forth movement is done in 10 direction of the 4th paddle；

Agitating shaft 12 is set to 13 center line of mixing device ontology, and runs through 13 bottom of mixing device ontology, with the first blanking plate 8 Axis connection；

4th paddle 10 is set on agitating shaft 12, is moved in a circle along 12 direction of agitating shaft；

Ultraviolet lamp 11 is set to the 4th paddle 10 close to an end face of elevating mechanism 6；

First blanking plate 8 is set to an end face of the mixing device ontology 13 far from expansion plate 7；

First blanking plate 8 is provided with multiple first through hole；

Second blanking plate 9 is set to an end face of first blanking plate 8 far from mixing device ontology 13, and connects with the first blanking plate 8 It connects；

Second blanking plate 9 is provided with multiple second through-holes.

In embodiments of the present invention, feed enters mixing device, the first stirring from the first feed well 1 and the second feed well 2 Feed of the leaf 3 for 13 top of stir mixing device ontology.Elevating mechanism 6 is transported up and down being parallel to 12 direction of agitating shaft and do Dynamic, elevating mechanism 6 is arranged in close to an end face of the 4th paddle 10, elevating mechanism 6 in the second paddle 4 and third paddle 5 Cooperate with third paddle 5 and the 4th paddle 10, the feed of 13 internal side wall of mixing device ontology is sufficiently stirred, so that mixing The feed of 13 internal side wall of device noumenon is moved towards 12 direction of agitating shaft.Expansion plate 7 is set to 13 bottom of mixing device ontology, edge Back and forth movement is done perpendicular to 10 direction of the 4th paddle, so that the Feed Energy of 13 bottom of mixing device ontology, is sufficiently mixed, avoids There is the feed accumulated in bottom dead angle.4th paddle 10 is by 12 band of agitating shaft positioned at 13 axial centre of mixing device ontology Under dynamic, move in a circle inside mixing device ontology 13, the feed positioned at 13 center of mixing device ontology is sufficiently stirred.Pass through Above-mentioned setting, so that the Feed Energy inside feed device noumenon is sufficiently mixed.The ultraviolet lamp 11 being set on the 4th paddle 10 The bacterium inside mixing device can be killed, the effect of sterilization is played.First blanking plate 8 is set to mixing device ontology 13 far from stretching One end face of contracting plate 7；First blanking plate 8 is provided with multiple first through hole；It is separate that second blanking plate 9 is set to the first blanking plate 8 One end face of mixing device ontology 13, and connect with the first blanking plate 8, the second blanking plate 9 is provided with multiple second through-holes.When mixed After expecting that device completes mixing, the first blanking plate 8 is rotated, so that the second through-hole of first through hole face.First through hole and the second through-hole Face setting forms feed flow channel, and feed is flowed out from feed flow channel, flows into feed packing bag.Work as feed packing bag After filling feed, the first blanking plate 8 is continued to rotate, so that first through hole is not arranged with the second through-hole face, closure feed flowing Channel.By above-mentioned setting, the discharging speed of mixing device can be admirably controlled, enables mixing device uniform discharge, is avoided Feed packing bag side feed is excessive, needs to expend worker's physical strength adjustment feed packing bag, so that the feeding of feed packing bag two sides Material is evenly distributed.

Further, the side of the first blanking plate 8 is provided with handgrip.

In this hair invention example, the side of the first blanking plate 8 is provided with handgrip, and worker is facilitated to rotate the first blanking plate 8, To control the dispensing speed of mixing device.

Further, when mixing device completes mixing, first through hole and the setting of the second through-hole face.

In embodiments of the present invention, first through hole and the second through-hole are circle.Because circular area is big, and all directions Even angle, so that Feed Energy evenly flows into first through hole and the interface channel to be formed is arranged in the second through-hole face.

Further, ultraviolet lamp 11 is evenly distributed on 10 edge of the 4th paddle.

In embodiments of the present invention, ultraviolet lamp 11 is evenly distributed on the edge of the 4th paddle, so that the 4th paddle 10 Center can sufficiently be contacted with feed.By above-mentioned setting, Feed Energy can be made to come into full contact with ultraviolet lamp and make the 4th Feed of the paddle 10 fully with 13 center of mixing device ontology is sufficiently mixed.

Further, expansion plate 7 has four section cavitys and telescopic rod, and four cavitys are perpendicular to mixing device body central Projected area in axis direction is successively successively decreased, and the first cavity is arranged in close to the one of mixing device this body sidewall in telescopic rod one end The 4th cavity is arranged in close to one end of the first cavity in end, the other end, and telescopic rod drives the second cavity, third cavity and the 4th Cavity does back and forth movement on perpendicular to 13 central axis direction of mixing device ontology.

In embodiments of the present invention, when expansion plate 7 is stretched out, the second cavity, third cavity and the 4th cavity successively from First cavity opens.When expansion plate 7 is shunk, the 4th cavity, third cavity and the second cavity are successively withdrawn in the first cavity.The One cavity, the second cavity, third cavity and the 4th cavity projected area be gradually reduced so that the second cavity, third cavity and 4th cavity can be placed in the first cavity, improve space utilization rate.

Further, the first paddle 4, the second paddle 5 and the 4th paddle 6 all have cutterhead and blade；

Blade is fixed on cutterhead by way of being spirally connected；

Blade is sequentially distributed on cutterhead.

In embodiments of the present invention, blade is fixed on cutterhead by way of being spirally connected, and paddle is enabled to change difference The blade of size, is stirred, and improves the versatility of paddle.In addition, only needing to change blade when paddle damage, being not necessarily to Integral replacing reduces maintenance cost.

Further, the 4th paddle 10 has magnetic texure.

In embodiments of the present invention, magnetic texure is to inhale iron plate.Iron plate will be inhaled to be set on the 4th paddle 10, absorb and raise Iron filings in material, to achieve the purpose that except iron.

In conclusion the present invention provides a kind of mixing device, comprising: the first feed well 1, the stirring of the second feed well 2, first Leaf 3, the second paddle 4, third paddle 5, elevating mechanism 6, expansion plate 7, the first blanking plate 8, the second blanking plate the 9, the 4th stir Mix leaf 10, ultraviolet lamp 11, agitating shaft 12, mixing device ontology 13；First feed well 1 and the second feed well 2 are located at mixing device 13 top of ontology, is symmetrical arranged along 13 axis centre line of mixing device ontology；First paddle 3 is located at the first feed well 1 With 2 lower section of the second feed well, it is symmetrical arranged along 13 axis centre line of mixing device ontology;Elevating mechanism 6 is set to mixing device 13 internal side wall of ontology is symmetrical arranged along 13 axis centre line of mixing device ontology;Second paddle 4 and third paddle 5 divide It is not set to elevating mechanism 6 close to an end face of the 4th paddle 10, and the second paddle 4 and third paddle 5 are along elevator 6 center line symmetrical setting of structure, wherein 6 center line of elevating mechanism passes through the 4th paddle 10；Expansion plate 7 is set to mixing device 13 bottom of ontology is symmetrical arranged along 13 axis centre line of mixing device ontology, and past along doing perpendicular to 10 direction of the 4th paddle Return movement；Agitating shaft 12 is set to 13 center line of mixing device ontology, and runs through 13 bottom of mixing device ontology, with the first blanking The connection of 8 axis of plate；4th paddle 10 is set on agitating shaft 12, is moved in a circle along 12 direction of agitating shaft；Ultraviolet lamp 11 is set The 4th paddle 10 is placed in close to an end face of elevating mechanism 6；First blanking plate 8 is set to mixing device ontology 13 far from flexible One end face of plate 7；First blanking plate 8 is provided with multiple first through hole；Second blanking plate 9 is set to the first blanking plate 8 far from mixed Expect an end face of device noumenon 13, and is connect with the first blanking plate 8；Second blanking plate 9 is provided with multiple second through-holes.Feed from First feed well 1 and the second feed well 2 enter mixing device, and the first paddle 3 is for 13 top of stir mixing device ontology Feed.Elevating mechanism 6 is moved up and down being parallel to 12 direction of agitating shaft and do, and the second paddle 4 and third paddle 5 are arranged Cooperate in elevating mechanism 6 close to an end face of the 4th paddle 10, elevating mechanism 6 and third paddle 5 and the 4th paddle 10, The sufficiently feed of agitation 13 internal side wall of mixing device ontology, so that the feed of 13 internal side wall of mixing device ontology is towards agitating shaft The movement of 12 directions.Expansion plate 7 is set to 13 bottom of mixing device ontology, and round-trip fortune is done perpendicular to 10 direction of the 4th paddle in edge It is dynamic, so that the Feed Energy of 13 bottom of mixing device ontology, is sufficiently mixed, the feed for avoiding bottom dead angle from occurring accumulating.4th stirs Leaf 10 is mixed by being located under the drive of agitating shaft 12 of 13 axial centre of mixing device ontology, does circle inside mixing device ontology 13 The feed positioned at 13 center of mixing device ontology is sufficiently stirred in Zhou Yundong.By above-mentioned setting, so that inside feed device noumenon Feed Energy be sufficiently mixed.The ultraviolet lamp 11 being set on the 4th paddle 10 can kill the bacterium inside mixing device, play The effect of sterilization.First blanking plate 8 is set to an end face of the mixing device ontology 13 far from expansion plate 7；The setting of first blanking plate 8 There are multiple first through hole；Second blanking plate 9 is set to an end face of first blanking plate 8 far from mixing device ontology 13, and with The connection of one blanking plate 8, the second blanking plate 9 are provided with multiple second through-holes.After mixing device completes mixing, the first blanking is rotated Plate 8, so that the second through-hole of first through hole face.First through hole and the setting of the second through-hole face, form feed flow channel, feed It is flowed out from feed flow channel, flows into feed packing bag.After feed packing bag fills feed, the first blanking plate 8 is continued to rotate, So that first through hole is not arranged with the second through-hole face, closure feed flow channel.By above-mentioned setting, can admirably control mixed The discharging speed for expecting device, enables mixing device uniform discharge, avoids feed packing bag side feed excessive, needs to expend work Human body power adjusts feed packing bag, so that the feed of feed packing bag two sides is evenly distributed.

The above description is only a preferred embodiment of the present invention, is not intended to limit the scope of the invention, all utilizations Equivalent structure or equivalent flow shift made by description of the invention and accompanying drawing content is applied directly or indirectly in other correlations Technical field, be included within the scope of the present invention.