CN204969375U - Nonreactive biological fermentation feed processing equipment - Google Patents
Nonreactive biological fermentation feed processing equipment Download PDFInfo
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- CN204969375U CN204969375U CN201520437540.6U CN201520437540U CN204969375U CN 204969375 U CN204969375 U CN 204969375U CN 201520437540 U CN201520437540 U CN 201520437540U CN 204969375 U CN204969375 U CN 204969375U
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Abstract
The utility model provides a nonreactive biological fermentation feed processing equipment, including hoisting device and one -level agitating unit, hoisting device include the support component, with support component fixed connection carry lift up part spare and the continuous feed part with carrying lift up part spare, the support component fixed stay is in one side of one -level agitating unit, the front end of feed part is equipped with the fastener, one -level agitating unit is equipped with one -level agitating unit feed inlet and one -level agitating unit discharge gate, and the side of one -level agitating unit feed inlet is equipped with the arch, and protruding with the fastener cooperation sets up. The utility model provides a nonreactive biological fermentation feed processing equipment carries lift up part spare and can promote the higher fodders of water content such as nonreactive biological fermentation feed, need not the hand feed, unloads to solve the lower problem of feed processing equipment efficiency among the prior art. Simultaneously, this nonreactive biological fermentation feed processing equipment still is equipped with second grade agitating unit for further stir the fodder, make the fodder stirring more even, the better quality.
Description
Technical field
The utility model relates to a kind of feed-processing equipment, particularly relates to a kind of nonreactive biological fermentation feed process equipment.
Background technology
Along with the raising of people's living standard, the quality requirement of people to domestic birds and animals meats such as chicken, duck, ox, sheep is more and more higher, and conventional feed is many containing chemical compositions such as antibiotic, causes serious injury, be therefore eliminated gradually to human body.At present, nonreactive biological fermentation feed is not subject to extensive concern containing any antibiotic agents due to it, nonreactive biological fermentation feed be with microorganism, complex enzyme for biological feed fermentation agent bacterial classification, feedstuff is converted into microbial bacteria body protein, bioactive micro peptide amino acid, microbial activity probio, complex enzyme formulation is integrated biological fermentation feed.Nonreactive biological fermentation feed makes the meat of domestic birds and animals be largely increased, and becomes the development trend of feedstuff industry gradually.
The production and processing technology that nonreactive biological fermentation feed is traditional, the main manpower that relies on stirs by aids such as spades, and waste time and energy, labour intensity is large, inefficiency, and the feeding quality of making is very unstable, is abandoned gradually.Along with the progress of science and technology, adopt at present mostly agitating device to stir feed, process, but still manpower need be relied on feed in raw material, discharging, feed manufacturing efficiency is still not high.For the problems referred to above, the large-scale feed manufacturing emterprise of part achieves the automated production of feed manufacturing gradually, namely utilize lowering or hoisting gear that the feed installed is risen to the charging aperture of fodder mixing machine, feed is added fodder mixing machine and stir, finally the feed mixed is discharged from discharging opening.At present, most enterprises adopts screw rod to promote feed as lowering or hoisting gear, mainly utilizes the helical structure of screw rod, in the process that screw rod rotates, gradually feed to be mixed is promoted to the charging aperture place of fodder mixing machine.Utilize the lowering or hoisting gears such as screw rod to save the time of hand stock, discharging, achieve the automation of feed manufacturing, significantly can promote stirring efficiency, save manpower.
But, utilize the lowering or hoisting gears such as screw rod generally can only promote the dry powder feeding such as corn flour, wheat bran, the feed that this kind of water content of nonreactive biological fermentation feed is higher then can be reunited and cannot to be promoted on screw rod, therefore, general lowering or hoisting gear cannot meet the lifting of nonreactive biological fermentation feed, thus nonreactive biological fermentation feed cannot be transported to the stirring of fodder mixing machine place.Meanwhile, for general fodder mixing machine, easily there is the phenomenon of putty in the lack of homogeneity that feed stirs when feed water content is higher during blanking.Therefore, due to the restriction of lifting device and mixer, when general feed-processing equipment is as processed the mixed fodder of nonreactive biological fermentation feed and the higher moist forage of other water content or dry feed and moist forage, then still need to rely on manpower to feed in raw material and discharging, affect the automated production of feed manufacturing, reduce the efficiency that feed stirs.
Utility model content
The utility model provides a kind of nonreactive biological fermentation feed process equipment, to solve the lower problem of feed-processing equipment efficiency of the prior art.
The utility model provides a kind of nonreactive biological fermentation feed process equipment, described nonreactive biological fermentation feed process equipment comprises lifting device and one-level agitating device, and described lifting device comprises support component, the lifting piece that is fixedly connected with described support component and the feeding parts be connected with described lifting piece; Described support component is fixedly supported on the side of described one-level agitating device; The front end of described feeding parts is provided with fastener; Described one-level agitating device is provided with one-level agitating device charging aperture and one-level agitating device discharging opening, and the side of described one-level agitating device charging aperture is provided with projection, and described projection and described fastener are equipped with.
Preferably, above-mentioned lifting piece is hoist engine, and described hoist engine is provided with steel wire rope, and described steel wire rope is connected with described feeding parts.
Preferably, above-mentioned support component is channel-section steel parts, and described channel-section steel parts are provided with groove.
Preferably, above-mentioned support component comprises the first channel-section steel, the second channel-section steel, the 3rd channel-section steel, the 4th channel-section steel and the 5th channel-section steel, described first channel-section steel and described second channel-section steel be arranged in parallel, and the top of described first channel-section steel is fixedly connected with the two ends of described 3rd channel-section steel respectively with the top of described second channel-section steel; Described 4th channel-section steel and described 5th channel-section steel be arranged in parallel, and one end of described 4th channel-section steel is fixedly connected with described first channel-section steel, the other end of described 4th channel-section steel is fixedly connected with the side of described one-level agitating device, one end of described 5th channel-section steel is fixedly connected with described second channel-section steel, and the other end of described 5th channel-section steel is fixedly connected with the side of described one-level agitating device; Described lifting piece is fixedly connected on described 3rd channel-section steel.
Preferably, above-mentioned support component also comprises the 6th channel-section steel, and one end of described 6th channel-section steel is fixedly connected with described first channel-section steel, and the other end of described 6th channel-section steel is fixedly connected with the second channel-section steel.
Preferably, the bilateral symmetry of above-mentioned feeding parts is provided with sliding part, described sliding part and described groove match.
Preferably, described feeding parts are provided with connector, and the two ends of described connector are flexibly connected with the two sides of described feeding parts, and described connector is connected with described lifting piece.
Preferably, above-mentioned nonreactive biological fermentation feed process equipment also comprises secondary agitating device, described secondary agitating device is provided with secondary agitating device charging aperture and secondary agitating device discharging opening, and described secondary agitating device charging aperture is positioned at immediately below described one-level agitating device discharging opening.
Preferably, above-mentioned secondary agitating device comprises rotor and is interspersed at described epitrochanterian blade.
Preferably, above-mentioned nonreactive biological fermentation feed process equipment also comprises plug, and described plug is between described one-level agitating device discharging opening and described secondary agitating device charging aperture, and the area of described plug is greater than the area of described one-level agitating device discharging opening.
The technical scheme that embodiment of the present utility model provides can comprise following beneficial effect:
The utility model provides a kind of nonreactive biological fermentation feed process equipment, described nonreactive biological fermentation feed process equipment comprises lifting device and one-level agitating device, and described lifting device comprises support component, the lifting piece that is fixedly connected with described support component and the feeding parts be connected with described lifting piece; Described support component is fixedly supported on the side of described one-level agitating device; The front end of described feeding parts is provided with fastener; Described one-level agitating device is provided with one-level agitating device charging aperture and one-level agitating device discharging opening, and the side of described one-level agitating device charging aperture is provided with projection, and described projection and described fastener are equipped with.
The nonreactive biological fermentation feed process equipment that the utility model provides comprises lifting device and one-level agitating device, after feeding parts install feed, along the apparent motion of support component under the drive of lifting piece, until move to the joint of support component and one-level agitating device, when lifting piece continues to drive feeding parts, on the fastener that feeding member forward end is arranged and one-level agitating device charging aperture, the projection that arranges cooperatively interacts, fastener on feeding parts is stuck in the high spot on one-level agitating device charging aperture, now, feeding parts overturn gradually under the effect of lifting piece power, until upset is for angled with one-level agitating device charging aperture, the feed of feeding components interior is made to enter one-level agitating device charging aperture under gravity, finally mix under the stirring of one-level agitating device.The nonreactive biological fermentation feed process equipment that the utility model provides take lifting piece as power source, drive feeding parts along the apparent motion of support component, on the fastener that feeding member forward end is arranged and one-level agitating device charging aperture, the projection that arranges cooperatively interacts, the feed of feeding components interior is made to enter one-level agitating device smoothly inner, therefore, the feed no matter feeding parts transport is the moist forage that dry feed or nonreactive biological fermentation feed etc. have certain humidity, this nonreactive biological fermentation feed process equipment all drives feeding members uplift by lifting piece, upset, feed is transported in one-level agitating device and stirs the most at last, without the need to hand stock, discharging.It can thus be appreciated that the nonreactive biological fermentation feed process equipment that the utility model provides can solve the lower problem of feed-processing equipment efficiency of the prior art.
Should be understood that, it is only exemplary and explanatory that above general description and details hereinafter describe, and can not limit the utility model.
Accompanying drawing explanation
Fig. 1 is the structural representation of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment;
Fig. 2 is the lifting device structural representation of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment;
Fig. 3 is the top view of the feeding parts of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment;
Fig. 4 is the secondary agitating device structural representation of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment.
Symbol represents:
1-lifting device, 2-one-level agitating device, 3-support component, 4-lifting piece, 5-feeding parts, 6-fastener, 7-one-level agitating device charging aperture, 8-is protruding, 9-groove, 10-steel wire rope, 11-sliding part, 12-secondary agitating device, 13-secondary agitating device charging aperture, 14-secondary agitating device discharging opening, 15-one-level agitating device discharging opening, 16-rotor, 17-blade, 18-plug.
Detailed description of the invention
Here will be described exemplary embodiment in detail, its sample table shows in the accompanying drawings.When description below relates to accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawing represents same or analogous key element.Embodiment described in following exemplary embodiment does not represent all embodiments consistent with the utility model.On the contrary, they only with as in appended claims describe in detail, the example of device that aspects more of the present utility model are consistent.
Please refer to Fig. 1, the structural representation of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment is provided.The utility model provides a kind of nonreactive biological fermentation feed process equipment, described nonreactive biological fermentation feed process equipment comprises lifting device 1 and one-level agitating device 2, and described lifting device 1 comprises support component 3, the lifting piece 4 that is fixedly connected with described support component 3 and the feeding parts 5 be connected with described lifting piece 4; Described support component 3 is fixedly supported on the side of described one-level agitating device 2; The front end of described feeding parts 5 is provided with fastener 6; Described one-level agitating device 2 is provided with one-level agitating device charging aperture 7 and one-level agitating device discharging opening 15, and the side of described one-level agitating device charging aperture 7 is provided with protruding 8, and described protruding 8 are equipped with described fastener 6.General, the junction of support component 3 and one-level agitating device 2 is positioned near one-level agitating device charging aperture 7, the particular location of junction does not do concrete restriction, when only need ensure that feeding parts 5 move to the joint of support component 3 and one-level agitating device 2, the fastener 6 that feeding parts 5 front end is arranged just is positioned at below the projection 8 of one-level agitating device charging aperture 7 side setting.
General, the shape of fastener 6 can be flake, also can be other shapes such as cuboid, cylinder; The shape of protruding 8 can be connected to one-level agitating device charging aperture 7 lateral edge flake, also can be other shapes such as cuboid, cylinder, the utility model does not limit the profile of fastener 6 and protruding 8, and only need meeting cooperatively interacts impels feeding parts 5 to complete to overturn.Protruding 8 are arranged on side relative with feeding parts 5 on one-level agitating device charging aperture 7, on 4 sides that also can be arranged on one-level agitating device charging aperture 7 or other sides, only need ensure to comprise the side relative with feeding parts 5 in other sides described.
The nonreactive biological fermentation feed process equipment that the utility model provides is made up of lifting device 1 and one-level agitating device 2 two large divisions, and lifting device 1 is fixedly connected with one-level agitating device 2 by support component 3.In addition, the fastener 6 that projection 8 and feeding parts 5 front end that one-level agitating device charging aperture 7 side is arranged are arranged cooperatively interacts, make feeding parts 5 when moving to the junction of support component 3 and one-level agitating device 2, can overturn smoothly under the pulling force effect of lifting piece 4, thus the feed of feeding parts 5 inside is turn in one-level agitating device 2.
The specific works flow process of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment is as follows:
Before starting lifting piece 4, the good required feed promoted need be loaded in feeding parts 5, feeding parts 5 under the pulling of lifting piece 4 along the apparent motion of support component 3, until move to the joint of support component 3 and one-level agitating device 2, now, the fastener 6 that feeding parts 5 front end is arranged just is stuck in below the projection 8 of one-level agitating device charging aperture 7 side setting, when lifting piece 4 continues to apply active force to feeding parts 5, feeding parts 5 overturn gradually, until upset is for form certain angle with one-level agitating device charging aperture 7, the feed of feeding parts 5 inside is made to enter one-level agitating device by one-level agitating device charging aperture 7 under gravity inner, finally mix under the stirring of one-level agitating device 2.The nonreactive biological fermentation feed process equipment that the utility model provides with lifting piece 4 for power source, drive feeding parts 5 along the apparent motion of support component 3, the projection 8 that the fastener 6 that feeding parts 5 front end is arranged and one-level agitating device charging aperture 7 are arranged cooperatively interacts, and makes the feed of feeding parts 5 inside enter one-level agitating device 2 inside smoothly.Therefore, the feed no matter feeding parts 5 transport is the moist forage that dry feed or nonreactive biological fermentation feed etc. have certain humidity, this nonreactive biological fermentation feed process equipment all drives feeding parts 5 to promote, overturn by lifting piece 4, feed is transported in one-level agitating device 2 and stirs the most at last, without the need to hand stock, discharging.It can thus be appreciated that the nonreactive biological fermentation feed process equipment that the utility model provides, can solve the problem that feed-processing equipment efficiency of the prior art is lower.
Please refer to Fig. 2, the lifting device structural representation of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment is provided.Fig. 2 shows the concrete structure of lifting device 1 in a kind of embodiment that the utility model provides.Lifting piece 4 provides lifting power as the power source of lifting device 1 for lifting device 1, and is connected with feeding parts 5, drives feeding parts 5 to move upward.Lifting piece 4 can pull feeding parts 5 to move upward to provide the mode of pulling force, also can move upward to provide the mode of thrust to promote feeding parts 5, feeding parts 5 can be driven to move upward as long as meet lifting piece 4 and overturn namely in limited range of the present utility model.A kind of lifting piece 4 that the present embodiment provides is hoist engine, described hoist engine is provided with steel wire rope 10, and described steel wire rope 10 is connected with described feeding parts 5.Hoist engine is provided with engine and steel wire rope 10, wherein engine can provide power for lifting device 1, steel wire rope 10 can be connected with feeding parts 5, is provided by engine power transmission to feeding parts 5, makes feeding parts 5 obtain enough power and moves upward.
In the present embodiment, support component 3 is channel-section steel parts, and preferably, described channel-section steel parts are provided with groove 9.Certainly, channel-section steel parts also can not arrange groove, when channel-section steel parts are provided with groove 9, feeding parts 5 move along the bathtub construction of described groove 9 under the drive of lifting piece 4, when channel-section steel parts are provided with groove 9, feeding parts 5 under the drive of lifting piece 4 along the apparent motion of support component 3.
The support component 3 that the utility model provides is made up of 5 major parts, i.e. the first channel-section steel 31, second channel-section steel 32, the 3rd channel-section steel 33, the 4th channel-section steel 34 and the 5th channel-section steel 35.Described first channel-section steel 31 and described second channel-section steel 32 be arranged in parallel, and the top of described first channel-section steel 31 is fixedly connected with the two ends of described 3rd channel-section steel 33 respectively with the top of described second channel-section steel 32; Described 4th channel-section steel 34 and described 5th channel-section steel 35 be arranged in parallel, and one end of described 4th channel-section steel 34 is fixedly connected with described first channel-section steel 31, the other end of described 4th channel-section steel 34 is fixedly connected with the side of described one-level agitating device 2, one end of described 5th channel-section steel 35 is fixedly connected with described second channel-section steel 32, and the other end of described 5th channel-section steel 35 is fixedly connected with the side of described one-level agitating device 2; Described lifting piece 4 is fixedly connected on described 3rd channel-section steel 33.
Described first channel-section steel 31, second channel-section steel 32, 3rd channel-section steel 33, 4th channel-section steel 34 and the 5th channel-section steel 35 form the basic structure of support component 3 jointly, first channel-section steel 31, second channel-section steel 32, 4th channel-section steel 34 and the 5th channel-section steel 35 constitute the tracks of feeding parts 5, first channel-section steel 31 and the second channel-section steel 32 be arranged in parallel, preferably, first channel-section steel 31 and the second channel-section steel 32 angled with horizontal plane, namely the first channel-section steel 31 and the second channel-section steel 32 are arranged to the lopsidedness of one-level agitating device 2, the first channel-section steel 31 tilted and the second channel-section steel 32 can reduce the first channel-section steel 31 and the 4th channel-section steel 34, angle between second channel-section steel 32 and the 5th channel-section steel 35, contributing to lifting piece 4 for feeding parts 5 provides power.Simultaneously, because the 3rd channel-section steel 33 is arranged on the top of support component 3, and lifting piece 4 is fixedly connected with the 3rd channel-section steel 33, namely lifting piece 4 is arranged at the top of support component 3, the first channel-section steel 31 tilted and the second channel-section steel 32 contribute to lifting piece 4 near one-level agitating device 2, save the power driving feeding parts 5 to move and overturn.4th channel-section steel 34 be arranged in parallel with the 5th channel-section steel 35 and is connected with one-level agitating device 2, when feeding parts 5 move along support component 3, first enter between the first channel-section steel 31 and the second channel-section steel 32 under the drive of lifting piece 4, continue to move to and the 4th channel-section steel 34 and the 5th channel-section steel 35 joint along the first channel-section steel 31 and the second channel-section steel 32, feeding parts 5 enter between the 4th channel-section steel 34 and the 5th channel-section steel 35 under the drive of lifting piece 4, continue to move to and one-level agitating device 2 connecting place.3rd channel-section steel 33 and above-mentioned first channel-section steel 31, second channel-section steel 32, the 4th channel-section steel 34 and the 5th channel-section steel 35 form the basic structure of support component 3 jointly, make support component 3 more stable, firm, feeding parts 5 are avoided to rock back and forth in motion process, the feed in loss feeding parts 5.3rd channel-section steel 33 is fixedly connected with lifting piece 4 simultaneously, makes lifting piece 4 can provide stable power resources for feeding parts 5.
Preferably, the support component 3 that the present embodiment provides also comprises the 6th channel-section steel 36, and one end of described 6th channel-section steel 36 is fixedly connected with described first channel-section steel 31, and the other end of described 6th channel-section steel 36 is fixedly connected with the second channel-section steel 32.Because steel wire rope 10 quality is softer, and lifting piece 4 and feeding parts 5 are not on same vertical line, therefore, steel wire rope 10 is under the pulling force acting in conjunction of gravity and feeding parts 5, being subject to active force obliquely, making steel wire rope 10 resistance when pulling feeding parts 5 to move upward larger.Steel wire rope 10 in the present embodiment can be positioned over the 6th channel-section steel 36 near the side of feeding parts 5,6th channel-section steel 36 provides certain support force for steel wire rope 10, change the Impact direction of steel wire rope 10, contribute to lifting piece 4 and save energy loss, save and promote power, feeding parts 5 are moved more smoothly on channel-section steel parts.
Please refer to Fig. 3, the top view of the feeding parts of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment is provided.Fig. 3 shows the basic structure of feeding parts 5 in a kind of embodiment that the utility model provides.Feeding parts 5 can be the parts of rectangle metal trough, circular metal trough and other shapes, other materials, can splendid attire feed as long as meet, and move upward under the drive of lifting piece 4.The bilateral symmetry of feeding parts 5 is provided with sliding part 11, and described sliding part 11 matches with described groove 9.The match width of i.e. sliding part 11 of described sliding part 11 and described groove 9 is less than the width of groove 9, makes feeding parts 5 can slip in groove 9 smoothly.Sliding part 11 can be slide plate, pulley etc., if can with groove 9 with the use of, all drop in the utility model protection domain.
Preferably, feeding parts 5 are also provided with connector 51, the two ends of described connector 51 are flexibly connected with the two sides of described feeding parts 5, and described connector 51 is connected with described lifting piece 4.Concrete, described connector 51 is connected with steel wire rope 10.Because connector 51 is flexibly connected with feeding parts 5, to move upward and in the process that overturns, connector 51 can move along Impact direction at feeding parts 5, make connector 51 and feeding parts 5 form certain angle.Because steel wire rope 10 directly connects connector 51, the feature that connector 51 changes angle along with Impact direction makes lifting piece 4 can promote feeding parts 5 more smoothly, especially in the process of feeding parts 5 upset, movable connector 51 is subject to steel wire rope 10 pulling force obliquely, change Impact direction gradually, make feeding parts 5 also change the angle with one-level agitating device 2 gradually thereupon, overturn gradually, feed turn to one-level agitating device 2 inside the most at last.Directly connect feeding parts 5 relative to steel wire rope 10, connector 51 can reduce collision, the friction of feeding parts 5 and channel-section steel parts by constantly changing angle and Impact direction, contribute to motion and the upset of feeding parts 5.
Please refer to Fig. 4, the secondary agitating device structural representation of the nonreactive biological fermentation feed process equipment provided in the utility model embodiment is provided.Fig. 4 shows the position relationship of the basic structure of secondary agitating device 12 in a kind of embodiment that the utility model provides and secondary agitating device 12 and one-level agitating device 2.In the present embodiment, nonreactive biological fermentation feed process equipment also comprises secondary agitating device 12, described secondary agitating device 12 is provided with secondary agitating device charging aperture 13 and secondary agitating device discharging opening 14, and described secondary agitating device charging aperture 13 is positioned at immediately below described one-level agitating device discharging opening 15.Preferably, described secondary agitating device 12 comprises rotor 16 and the blade 17 be interspersed on described rotor 16.Feed is after the stirring of one-level agitating device 2, discharge via one-level agitating device discharging opening 15, because secondary agitating device charging aperture 13 is positioned at immediately below one-level agitating device discharging opening 15, the feed of discharge enters in secondary agitating device 12 through secondary agitating device charging aperture 13.General, secondary agitating device charging aperture 13 area slightly larger than the area of one-level agitating device discharging opening 15, thus should ensure that feed enters secondary agitating device 12 inside completely.The blade 17 be arranged in secondary agitating device 12 can rotate under the rotation of rotor 16, thus makes the feed entering secondary agitating device 12 inside under the rotarily driving of blade 17, move to the discharge of secondary agitating device discharging opening 14 place gradually.The blade 17 be interspersed on described rotor 16 can be vertical with rotor 16, also can be angled with rotor 16.For the quantity of blade 17, the utility model does not limit.The secondary agitating device 12 that the utility model provides is by the stirring again of blade 17, feed is stirred more even, the secondary agitating device 12 that the utility model provides not only has agitating function, also be the output device of whole nonreactive biological fermentation feed process equipment simultaneously, by the Double stirring of one-level agitating device 2 and secondary agitating device 12, finally make to have the moist forages such as the nonreactive biological fermentation feed of certain water content and stir problem that is uneven, that not easily discharge and solved preferably.
In the present embodiment, nonreactive biological fermentation feed process equipment also comprises plug 18, described plug 18 is between described one-level agitating device discharging opening 15 and described secondary agitating device charging aperture 13, and the area of described plug 18 is greater than the area of described one-level agitating device discharging opening 15.Plug 18 is between one-level agitating device discharging opening 15 and secondary agitating device charging aperture 13, not complete or according to actual conditions when one-level agitating device 2 stirs, when needing the mixing time extending one-level agitating device 2, plug plug 18, when being in insert state, plug 18 connects with one-level agitating device discharging opening 15, then because the area of plug 18 is greater than the area of one-level agitating device discharging opening 15, feed is kept off by plug 18 continue to stir in one-level agitating device 2, until stirred, after one-level agitating device 2 has stirred, pull out plug 18, the feed at one-level agitating device discharging opening 15 place is made to fall into secondary agitating device 12 smoothly by secondary agitating device charging aperture 13 inner, and under the rotarily driving of blade 17, move to the discharge of secondary agitating device discharging opening 14 place gradually.The discharge time controlling one-level agitating device 2 is as required convenient in plug 18, and be conducive to the abundant stirring of feed, what feed was stirred is more even.
The utility model provides and is not specifically limited one-level agitating device 2, meets the one-level agitating device not only having stirred dry feed but also can stir the moist forage with certain water content and all drops in the utility model protection domain.
It should be noted that, in this article, the such as relational terms of " first " and " second " etc. and so on is only used for an entity or operation to separate with another entity or operating space, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment comprising described key element and also there is other identical element.
Each embodiment in this description all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually see, what each embodiment stressed is the difference with other embodiment.
Above-described the utility model embodiment, does not form the restriction to the utility model protection domain.Any do within spirit of the present utility model and principle amendment, equivalent to replace and improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a nonreactive biological fermentation feed process equipment, is characterized in that, described nonreactive biological fermentation feed process equipment comprises lifting device (1) and one-level agitating device (2),
The lifting piece (4) that described lifting device (1) comprises support component (3), be fixedly connected with described support component (3) and the feeding parts (5) be connected with described lifting piece (4);
Described support component (3) is fixedly supported on the side of described one-level agitating device (2);
The front end of described feeding parts (5) is provided with fastener (6);
Described one-level agitating device (2) is provided with one-level agitating device charging aperture (7) and one-level agitating device discharging opening (15), the side of described one-level agitating device charging aperture (7) is provided with projection (8), and described projection (8) and described fastener (6) are equipped with.
2. nonreactive biological fermentation feed process equipment according to claim 1, it is characterized in that, described lifting piece (4) is hoist engine, described hoist engine is provided with steel wire rope (10), and described steel wire rope (10) is connected with described feeding parts (5).
3. nonreactive biological fermentation feed process equipment according to claim 1, is characterized in that, described support component (3) is channel-section steel parts, and described channel-section steel parts are provided with groove (9).
4. nonreactive biological fermentation feed process equipment according to claim 3, it is characterized in that, described support component (3) comprises the first channel-section steel (31), the second channel-section steel (32), the 3rd channel-section steel (33), the 4th channel-section steel (34) and the 5th channel-section steel (35)
Described first channel-section steel (31) and described second channel-section steel (32) be arranged in parallel, and the top of described first channel-section steel (31) is fixedly connected with the two ends of described 3rd channel-section steel (33) respectively with the top of described second channel-section steel (32);
Described 4th channel-section steel (34) and described 5th channel-section steel (35) be arranged in parallel, and one end of described 4th channel-section steel (34) is fixedly connected with described first channel-section steel (31), the other end of described 4th channel-section steel (34) is fixedly connected with the side of described one-level agitating device (2), one end of described 5th channel-section steel (35) is fixedly connected with described second channel-section steel (32), and the other end of described 5th channel-section steel (35) is fixedly connected with the side of described one-level agitating device (2);
Described lifting piece (4) is fixedly connected on described 3rd channel-section steel (33).
5. the nonreactive biological fermentation feed process equipment according to claim 3 or 4, it is characterized in that, described support component (3) also comprises the 6th channel-section steel (36), one end of described 6th channel-section steel (36) is fixedly connected with described first channel-section steel (31), and the other end of described 6th channel-section steel (36) is fixedly connected with the second channel-section steel (32).
6. nonreactive biological fermentation feed process equipment according to claim 1, it is characterized in that, the bilateral symmetry of described feeding parts (5) is provided with sliding part (11), and described sliding part (11) and described groove (9) match.
7. nonreactive biological fermentation feed process equipment according to claim 1, it is characterized in that, described feeding parts (5) are provided with connector (51), the two ends of described connector (51) are flexibly connected with the two sides of described feeding parts (5), and described connector (51) is connected with described lifting piece (4).
8. nonreactive biological fermentation feed process equipment according to claim 1, it is characterized in that, described nonreactive biological fermentation feed process equipment also comprises secondary agitating device (12), described secondary agitating device (12) is provided with secondary agitating device charging aperture (13) and secondary agitating device discharging opening (14), and described secondary agitating device charging aperture (13) is positioned at immediately below described one-level agitating device discharging opening (15).
9. nonreactive biological fermentation feed process equipment according to claim 8, it is characterized in that, described secondary agitating device (12) comprises rotor (16) and the blade (17) on described rotor (16) that is interspersed.
10. nonreactive biological fermentation feed process equipment according to claim 1, it is characterized in that, described nonreactive biological fermentation feed process equipment also comprises plug (18), described plug (18) is positioned between described one-level agitating device discharging opening (15) and described secondary agitating device charging aperture (13), and the area of described plug (18) is greater than the area of described one-level agitating device discharging opening (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520437540.6U CN204969375U (en) | 2015-06-24 | 2015-06-24 | Nonreactive biological fermentation feed processing equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520437540.6U CN204969375U (en) | 2015-06-24 | 2015-06-24 | Nonreactive biological fermentation feed processing equipment |
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| CN204969375U true CN204969375U (en) | 2016-01-20 |
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| CN201520437540.6U Expired - Fee Related CN204969375U (en) | 2015-06-24 | 2015-06-24 | Nonreactive biological fermentation feed processing equipment |
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Address after: 410600 No.85, xishiquan village, Ningxiang Avenue, Chengjiao Township, Ningxiang Economic Development Zone, Changsha City, Hunan Province Patentee after: Hunan Chushe xiangnongmu Co., Ltd Address before: 410600, Hunan Province, Changsha County, Ningxiang County People's North Road, jade house, the new mansion Di Di golden family room 507 Patentee before: HUNAN CHUWEIXIANG AGRICUTLTURE Co.,Ltd. |
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