CN208292990U - A kind of aquatic feeds Rapid Fermentation manufacturing machine - Google Patents

Abstract

The utility model discloses a kind of aquatic feeds Rapid Fermentation manufacturing machines, its structure includes elevating hopper, feeding power drive mechanism, material-feed transmission device, crush drying fermentation integrated apparatus, frames, feed hopper, discharge bucket, conveying buffering bucket, motor bench, driving motor, electric cabinet, the elevating hopper is equipped with above feeding power drive mechanism and is connected by electric welding, it is flexibly connected inside the material-feed transmission device lower part insertion elevating hopper and with feeding power drive mechanism, the material-feed transmission device upper shelf is dried above fermentation integrated apparatus in crushing.The utility model, which passes through to be equipped with, crushes drying fermentation integrated apparatus, it can be in being crushed, fermented, drying and processing to aquatic feeds in a body, process interval time is reduced, realizes the multifunction of aquatic feeds Rapid Fermentation manufacturing machine, while improving feed manufacture whole efficiency.

Description

A kind of aquatic feeds Rapid Fermentation manufacturing machine

Technical field

The utility model relates to feed manufacturing fields, more precisely, being a kind of aquatic feeds Rapid Fermentation manufacturing machine.

Background technique

Feed is the general name of the food of owner domesticated animal, compares narrowly general feeds and generally refers to agricultural Or the food of animal husbandry domesticated animal.Feed (Feed) include soybean, dregs of beans, corn, fish meal, amino acid, miscellaneous dregs of rice, whey powder, The feedstuff of more than ten kinds such as grease, meat meal tankage, cereal, feed addictive.But this aquatic feeds are quickly sent out at present Ferment manufacturing machine has the following disadvantages:

1, it can only ferment to feedstuff, function is more single.

2, crushing, fermentation, drying function integration be cannot achieve, feed manufacturing process interval time is larger, production efficiency It is low.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of aquatic feeds Rapid Fermentation manufacture Machine can only ferment to feedstuff with solving the aquatic feeds Rapid Fermentation manufacturing machine of the prior art, and function is more single And it cannot achieve crushing, fermentation, drying function integration, feed manufacturing process interval time is larger, and production efficiency is low to be lacked It falls into.

To achieve the goals above, the utility model is achieved through the following technical solutions:

A kind of aquatic feeds Rapid Fermentation manufacturing machine, structure include elevating hopper, feeding power drive mechanism, feeding transmission Device crushes drying fermentation integrated apparatus, frames, feed hopper, discharge bucket, conveying buffering bucket, motor bench, driving electricity Mechanical, electrical control case, the elevating hopper are equipped with above feeding power drive mechanism and are connected by electric welding, the material-feed transmission device It is flexibly connected inside lower part insertion elevating hopper and with feeding power drive mechanism, the material-feed transmission device upper shelf is dried in crushing Above dry fermentation integrated apparatus, the frames are set to crush and dry below fermentation integrated apparatus and be in hang down by electric welding Straight shape is connected, and the feed hopper, which is set to, to be crushed drying fermentation integrated apparatus inner upper and be in integrated molding structure, institute Discharge bucket is stated set on crushing drying fermentation integrated apparatus lower part and being in integrated molding structure, the conveying buffering bucket is set on branch Support rack among and be located at discharge bucket immediately below, the motor bench be set to crush drying fermentation integrated apparatus left side side and with Frames are connected by being welded perpendicular shape, and the driving motor is set to above motor bench and dries fermentation one with crushing Body makeup is set to be flexibly connected by engagement, and the electric cabinet is set on crushing drying fermentation integrated apparatus right side side and electric with driving Machine by electrical connection, crushings drying fermentation integrated apparatus by crust of the device, charging induction mechanism, driving open certainly mechanism, Power drive mechanism, primary disintegrator structure, depth Double crusher structure, stirring fermentation mechanism, wind-force drying mechanism composition, it is described Crust of the device is in rectangular configuration, and the charging induction mechanism is set to inside feed hopper, and the driving is set to charging sense from mechanism is opened It answers right side side of mechanism and is intertwined and connected by traction rope, the driving is opened mechanism certainly and is electrically connected with driving motor, and the power passes Motivation structure is set to crust of the device inside left and engages flexible connection with driving motor, and the primary disintegrator structure is horizontal to be set to Crust of the device inner upper and with feed hopper penetrate through connect, the depth Double crusher structure be set to primary disintegrator structure lower right And by electric welding perforation connection, stirring fermentation mechanism is horizontal to be set to depth Double crusher structure lower left and passes through electricity Weldering perforation connection, the wind-force drying mechanism is set to crust of the device bosom and is located at immediately below stirring fermentation mechanism, described Primary disintegrator structure, stirring fermentation mechanism, wind-force drying mechanism pass through electric welding with power drive mechanism and are connected.

As the utility model further scheme, the charging induction mechanism by tablet, fixed hinge, stretch bullet Spring, traction rope, fixed pulley composition, the tablet is horizontal to be set to feed hopper inner right side and by fixed hinge and charging The inner wall that struggles against is flexibly connected, and the extension spring is set to below tablet right part and is connected by electric welding, described traction rope one end It is intertwined and connected with tablet right part, the traction rope other end is crossed fixed pulley and driving in inverse time needle-shaped jail and connected from mechanism winding is opened It connects.

As the utility model, further scheme, the driving open mechanism by sliding rail, sliding part, flexible connection certainly Bar, oscillating rod, gantry pillars, electricity-leading end block, power connection end block composition, the sliding rail be set to crust of the device inside the upper right corner and It is connected with inner wall on crust of the device by electric welding, the sliding part is inside sliding rail and is slidably connected, the sliding Part is intertwined and connected by traction rope and tablet, and the movable connecting rod is set to below sliding part and one end passes through with sliding part Articulate connection, the movable connecting rod other end are flexibly connected by hinge with the left end of oscillating rod, and the oscillating rod is set It is connected above gantry pillars and through articulate, the electricity-leading end block is set to oscillating rod right end, and the power connection end block is set to It electricity-leading end block lower right and is electrically connected with driving motor.

As the utility model further scheme, the power drive mechanism is by power transmission shaft, the first drive pulley Wheel, the first drive belt, the first driven pulley, the second drive pulley, the second drive belt, the second driven pulley, umbrella Gear composition, power transmission shaft one end driving motor center and is flexibly connected by engagement, and the power transmission shaft is another End flush mounting interior of shell and through the first drive pulley, the second drive pulley center, institute on the left of the crust of the device The first drive pulley, the second drive pulley and power transmission shaft is stated to be connected by being welded perpendicular shape, described first from Dynamic belt pulley engage flexible connection with the first drive pulley by the first drive belt, first driven pulley with tentatively The crushing line shaft of disintegrating mechanism is connected by electric welding, and second driven pulley is main by the second drive belt and second Dynamic belt pulley engagement is flexibly connected, and second driven pulley is connected with the stirring shaft of stirring fermentation mechanism by electric welding It connects, the bevel gear is set to power transmission shaft right end and is connected by electric welding, and the power transmission shaft passes through bevel gear and wind The engagement of power drying mechanism is flexibly connected.

As the utility model further scheme, the primary disintegrator structure by preliminary pulverization cylinder, crush line shaft, begin It holds rotating seat, crush screw thread, terminal rotating seat, feed inlet composition, the preliminary pulverization cylinder is horizontal to be set in crust of the device Portion and by feed inlet and feed hopper perforation weld, the feed inlet be set to preliminary pulverization cylinder upper left quarter and be in integrated molding knot Structure, the crushing line shaft left end is through the first driven pulley center and insertion beginning rotating seat internal activity connects, institute It states and crushes line shaft right end through preliminary pulverization cylinder and be embedded in the flexible connection of terminal rotating seat, the crushing screw thread is uniformly equidistant It set on crushing line shaft outer surface and is in integrated molding structure.

As the utility model further scheme, the depth Double crusher structure is by depth pulverization cylinder, main transmission skin Band, bastard belt pulley, serration belt pulley, the first driving belt, auxiliary bastard belt pulley, the second driving belt, auxiliary serration skin Belt wheel composition, the depth pulverization cylinder is in a vertical shape to be set to preliminary pulverization cylinder lower right and by electric welding perforation connection, the master Flexible connection, the main drive belt other end and bastard belt pulley, serration skin are engaged with line shaft is crushed in driving belt one end The wheel shaft of belt wheel, which engages, to be flexibly connected, and the auxiliary bastard belt pulley is set to bastard belt pulley left side side and by the first transmission skin Band engagement is flexibly connected, and the bastard belt pulley is flexibly connected with auxiliary bastard belt pulley by gear teeth meshing, and the auxiliary is thin Toothed belt wheel be set to serration belt pulley left side side and by the second driving belt engage flexible connection, the serration belt pulley with it is auxiliary Help serration belt pulley by gear teeth meshing be flexibly connected, the serration belt pulley, auxiliary serration belt pulley be set to bastard belt pulley, It assists immediately below bastard belt pulley.

As the utility model, further scheme, the stirring ferment mechanism by fermentation cylinder, stirring shaft, rotation Seat, stirring blade, connector, grid barrel, discharge port composition, the fermentation cylinder be it is horizontal set on depth pulverization cylinder lower left and By electric welding perforation connection, the stirring shaft left end through the second driven pulley center and insertion rotating seat inside It is flexibly connected, inside the stirring shaft right end insertion fermentation cylinder, the stirring blade is set to stirring shaft two sides up and down And be fixedly connected by connector, the grid barrel is set to fermentation cylinder top, and the discharge port is set to fermentation cylinder lower part and is in Integrated molding structure.

As the utility model further scheme, the wind-force drying mechanism is by drying drive shaft, drive bevel gear, outstanding Mounting base, welding central axis, flabellum composition are hung, the drying drive shaft is in a vertical shape to be set to immediately below fermentation cylinder, the drying Drive shaft upper end is through drive bevel gear center and insertion suspension mounting base internal activity connection, the wind-force drying mechanism lead to Flexible connection, the drying drive shaft lower end and welding are engaged in the cooperation for crossing drive bevel gear and bevel gear with power drive mechanism By the vertical connection of electric welding, the flabellum is set to welding central axis side in emitting shape and is fixed by electric welding at the center of central axis Connection.

Utility model beneficial effect

A kind of aquatic feeds Rapid Fermentation manufacturing machine of the utility model, under conditions of connecting power supply, by aquatic feeds Raw material be added inside elevating hopper, the feeding power drive mechanism for connecing electricity at this time drives material-feed transmission device operating by feedstock transportation Through, into crushing inside drying fermentation integrated apparatus, when by feed hopper, raw material can be to positioned at feed hopper inside feed hopper The tablet position of internal-internal applies downward active force, and the left part of tablet is origin to lower swing using fixed hinge, and By lever principle, the right part of tablet can be swung up and pull one end of traction rope, and the other end of traction rope is then in inverse Hour hands are pullled sliding part and are slided to the left along sliding rail after bypassing fixed pulley, while sliding part pulls pendulum by movable connecting rod The left end of lever is swung up by fulcrum of gantry pillars, and equally by lever principle, the right end of oscillating rod can be to lower swing simultaneously It drives the electricity-leading end block bottom to contact with power connection end block, connects the circuit of driving motor, start to work and drive power transmission shaft rotation Turn, power transmission shaft then drives the first drive pulley, the second drive pulley, bevel gear rotation, wherein the first drive pulley Wheel drives the rotation of the first driven pulley by the first drive belt, and the first driven pulley drives and crushes line shaft rotation, The raw material in preliminary pulverization cylinder is tentatively crushed by crushing screw thread with line shaft is crushed, and raw material is transported to the right, most The crushing line shaft for falling into depth pulverization cylinder, while rotating eventually drives bastard belt pulley, serration belt by main drive belt Wheel rotation, and bastard belt pulley, serration belt pulley pass through the first driving belt, the second driving belt band dynamic auxiliary bastard skin respectively Belt wheel, auxiliary serration belt pulley rotation, to raw material carry out double-depth crushing, after fall into fermentation cylinder inside；And the second active skin Belt wheel then passes through the second drive belt and drives the rotation of the second driven pulley, and the second driven pulley drives again to be stirred with what it was welded Drive shaft is mixed, stirring shaft is stirred fermentation, while power transmission shaft bevel gear and transmission to raw material by stirring blade Bevel gear drives drying drive shaft rotation, and drying drive shaft passes through welding central axis again and drives flabellum rotation, carries out wind to raw material Power drying, the feedstuff finally dried and fermented are fallen on conveying buffering bucket through discharge port from discharge bucket, complete feed Fermentation processing.

A kind of aquatic feeds Rapid Fermentation manufacturing machine of the utility model crushes drying fermentation one makeup by being equipped with It sets, can reduce process interval time in being crushed, being fermented, drying and processing to aquatic feeds in a body, realize aquatic feeds The multifunction of Rapid Fermentation manufacturing machine, while improving feed manufacture whole efficiency.

Detailed description of the invention

By reading referring to attached drawing detailed description of non-limiting embodiments, the other feature of the utility model, Objects and advantages will become more apparent upon.

In the accompanying drawings:

Fig. 1 is a kind of structural schematic diagram of aquatic feeds Rapid Fermentation manufacturing machine of the utility model.

Fig. 2 is a kind of structural plan figure of aquatic feeds Rapid Fermentation manufacturing machine of the utility model.

Fig. 3 is a kind of structural plan figure for crushing drying fermentation integrated apparatus of the utility model.

Fig. 4 is a kind of working state figure for crushing drying fermentation integrated apparatus of the utility model.

In figure: elevating hopper -1, material-feed transmission device -3, crushes drying fermentation one makeup at feeding power drive mechanism -2 Set -4, frames -5, feed hopper -6, discharge bucket -7, conveying buffering bucket -8, motor bench -9, driving motor -10, electric cabinet - 11, mechanism -42, power drive mechanism -43, primary disintegrator structure-are opened in crust of the device -40, charging induction mechanism -41, driving certainly 44, depth Double crusher structure -45, stirring fermentation mechanism -46, wind-force drying mechanism -47, tablet -410, fixed hinge - 411, extension spring -412, traction rope -413, fixed pulley -414, sliding rail -420, sliding part -421, movable connecting rod - 422, oscillating rod -423, gantry pillars -424, electricity-leading end block -425, power connection end block -426, power transmission shaft -430, the first active Belt pulley -431, the first drive belt -432, the first driven pulley -433, the second drive pulley -434, the second driving skin The -435, second driven pulley -436 of band, preliminary pulverization cylinder -440, crushes line shaft -441, beginning rotation at bevel gear -437 Seat -442, crush screw thread -443, terminal rotating seat -444, feed inlet -445, depth pulverization cylinder -450, main drive belt -451, Bastard belt pulley -452, serration belt pulley -453, the first driving belt -454, auxiliary bastard belt pulley -455, second are driven skin Band -456, auxiliary serration belt pulley -457, fermentation cylinder -460, stirring shaft -461, rotating seat -462, stirring blade -463, Connector -464, grid barrel -465, discharge port -466, drying drive shaft -470, drive bevel gear -471, suspension mounting base - 472, central axis -473, flabellum -474 are welded.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

As Figure 1-Figure 4, the utility model provides a kind of technical solution of aquatic feeds Rapid Fermentation manufacturing machine:

A kind of aquatic feeds Rapid Fermentation manufacturing machine, structure include elevating hopper 1, feeding power drive mechanism 2, feeding biography Dynamic device 3 crushes drying fermentation integrated apparatus 4, frames 5, feed hopper 6, discharge bucket 7, conveying buffering bucket 8, motor platform Frame 9, driving motor 10, electric cabinet 11, the elevating hopper 1 are equipped with 2 top of feeding power drive mechanism and are connected by electric welding, It is flexibly connected inside 3 lower part of the material-feed transmission device insertion elevating hopper 1 and with feeding power drive mechanism 2, the feeding passes Dynamic 3 upper shelf of device is dried above fermentation integrated apparatus 4 in crushing, and the frames 5, which are set to crush, dries fermentation one Makeup sets 4 lower sections and is connected by being welded perpendicular shape, and the feed hopper 6, which is set to, to be crushed in drying fermentation integrated apparatus 4 It above portion and is in integrated molding structure, the discharge bucket 7, which is set to, crushes drying fermentation 4 lower part of integrated apparatus and in integration Molding structure, the conveying buffering bucket 8 are set among frames 5 and are located at immediately below discharge bucket 7, and the motor bench 9 is set In crushing drying fermentation 4 left side side of integrated apparatus and being connected with frames 5 by being welded perpendicular shape, the driving is electric Machine 10 is set to 9 top of motor bench and dries fermentation integrated apparatus 4 by engaging flexible connection, the electric cabinet 11 with crushing Fermentation 4 right side side of integrated apparatus is dried and with driving motor 10 by being electrically connected set on crushing, the crushing drying fermentation one Body makeup sets 4 and opens mechanism 42, power drive mechanism 43, primary disintegrator certainly by crust of the device 40, charging induction mechanism 41, driving Structure 44, depth Double crusher structure 45, stirring fermentation mechanism 46, wind-force drying mechanism 47 form, and described device shell 40 is in square Shape structure, the charging induction mechanism 41 are set to inside feed hopper 6, and the driving is set to charging induction mechanism 41 from mechanism 42 is opened It right side side and is intertwined and connected by traction rope, the driving is electrically connected from opening mechanism 42 with driving motor 10, the power transmission Mechanism 43 is set to 40 inside left of crust of the device and engages flexible connection with driving motor 10, and the primary disintegrator structure 44 is horizontal Shape is set to 40 inner upper of crust of the device and penetrates through with feed hopper 6 and connects, and the depth Double crusher structure 45 is set to preliminary powder Broken 44 lower right of mechanism and by electric welding perforation connection, stirring fermentation mechanism 46 is horizontal set on depth Double crusher 45 lower left of structure and by electric welding perforation connection, the wind-force drying mechanism 47 be set to 40 bosom of crust of the device and be located at stir It mixes immediately below fermentation mechanism 46, the primary disintegrator structure 44, stirring fermentation mechanism 46, wind-force drying mechanism 47 and power transmission Mechanism 43 by electric welding is connected, the charging induction mechanism 41 by tablet 410, fixed hinge 411, extension spring 412, Traction rope 413, fixed pulley 414 form, and the tablet 410 is horizontal to be set to 6 inner right side of feed hopper and by fixed hinge Chain 411 is flexibly connected with 6 inner wall of feed hopper, and the extension spring 412 is set to below 410 right part of tablet and is connected by electric welding It connects, described 413 one end of traction rope is intertwined and connected with 410 right part of tablet, and 413 other end of traction rope is in inverse time needle-shaped firm mistake Fixed pulley 414 and driving are intertwined and connected from opening mechanism 42, the driving from open mechanism 42 by sliding rail 420, sliding part 421, Movable connecting rod 422, oscillating rod 423, gantry pillars 424, electricity-leading end block 425, power connection end block 426 form, the sliding rail 420 are set to the 40 inside upper right corner of crust of the device and are connected with inner wall on crust of the device 40 by electric welding, and the sliding part 421 is embedding It in 420 inside of sliding rail and is slidably connected, the sliding part 421 is intertwined and connected by traction rope 413 with tablet 410, institute Movable connecting rod 422 is stated set on 421 lower section of sliding part and one end is connect with sliding part 421 by articulate, the activity 422 other end of connecting rod is flexibly connected by hinge with the left end of oscillating rod 423, and the oscillating rod 423 is set to gantry pillars 424 Top and by articulate connect, the electricity-leading end block 425 be set to 423 right end of oscillating rod, the power connection end block 426 be set to draws It electric 425 lower right of end block and is electrically connected with driving motor 10, the power drive mechanism 43 is main by power transmission shaft 430, first Dynamic belt pulley 431, the first drive belt 432, the first driven pulley 433, the second drive pulley 434, the second drive belt 435, the second driven pulley 436, bevel gear 437 form, and 430 one end driving motor of power transmission shaft, 10 center and pass through Engagement is flexibly connected, and 430 other end of power transmission shaft is from 40 left side flush mounting shell of crust of the device, 40 inside and runs through In the first drive pulley 431,434 center of the second drive pulley, first drive pulley 431, the second drive pulley Wheel 434 is connected with power transmission shaft 430 by being welded perpendicular shape, and first driven pulley 433 passes through the first driving Belt 432 engages flexible connection, first driven pulley 433 and primary disintegrator structure 44 with the first drive pulley 431 Crushing line shaft be connected by electric welding, second driven pulley 436 passes through the second drive belt 435 and the second active The engagement of belt pulley 434 is flexibly connected, and second driven pulley 436 and the stirring shaft of stirring fermentation mechanism 46 pass through electricity Weldering is connected, and the bevel gear 437 is set to 430 right end of power transmission shaft and is connected by electric welding, the power transmission shaft 430 Engage flexible connection with wind-force drying mechanism 47 by bevel gear 437, the primary disintegrator structure 44 by preliminary pulverization cylinder 440, It crushes line shaft 441, beginning rotating seat 442, crush screw thread 443, terminal rotating seat 444, the composition of feed inlet 445, it is described preliminary Pulverization cylinder 440 is horizontal to be set to 40 inside of crust of the device and is welded by feed inlet 445 and the perforation of feed hopper 6, the charging Mouthfuls 445 are set to preliminary 440 upper left quarter of pulverization cylinder and are in integrated molding structure, and 441 left end of crushing line shaft is through the One driven pulley, 433 center and insertion 442 internal activity of beginning rotating seat connection, 441 right end of crushing line shaft runs through In preliminary pulverization cylinder 440 and the insertion flexible connection of terminal rotating seat 444, the crushing screw thread 443, which uniformly is equidistantly set to crush, to be moved 441 outer surface of power axis and be in integrated molding structure, the depth Double crusher structure 45 is by depth pulverization cylinder 450, main transmission Belt 451, bastard belt pulley 452, serration belt pulley 453, the first driving belt 454, auxiliary bastard belt pulley 455, second pass Dynamic belt 456, auxiliary serration belt pulley 457 form, and the depth pulverization cylinder 450 is in a vertical shape to be set to preliminary 440 right side of pulverization cylinder Lower section and by electric welding perforation connection, described 451 one end of main drive belt with crushing line shaft 441 engage flexible connection, it is described 451 other end of main drive belt engages flexible connection with the wheel shaft of bastard belt pulley 452, serration belt pulley 453, and the auxiliary is thick Toothed belt wheel 455 is set to 452 left side side of bastard belt pulley and is flexibly connected by the engagement of the first driving belt 454, the bastard Belt pulley 452 is flexibly connected with auxiliary bastard belt pulley 455 by gear teeth meshing, and the auxiliary serration belt pulley 457 is set to thin It 453 left side side of toothed belt wheel and is flexibly connected by the engagement of the second driving belt 456, the serration belt pulley 453 is thin with auxiliary Toothed belt wheel 457 is flexibly connected by gear teeth meshing, and the serration belt pulley 453, auxiliary serration belt pulley 457 are set to bastard skin Immediately below belt wheel 452, auxiliary bastard belt pulley 455, the stirring ferment mechanism 46 by fermentation cylinder 460, stirring shaft 461, Rotating seat 462, stirring blade 463, connector 464, grid barrel 465, discharge port 466 form, and the fermentation cylinder 460 is horizontal Set on 450 lower left of depth pulverization cylinder and by electric welding perforation connection, 461 left end of stirring shaft is driven through second The center of belt pulley 436 and insertion 462 internal activity of rotating seat connection, 461 right end of the stirring shaft insertion fermentation cylinder 460 Inside, the stirring blade 463 are set to about 461 two sides of stirring shaft and are fixedly connected by connector 464, the grid Barrel 465 is set to fermentation 460 top of cylinder, and the discharge port 466 is set to fermentation 460 lower part of cylinder and is in integrated molding structure, institute Wind-force drying mechanism 47 is stated by drying drive shaft 470, drive bevel gear 471, suspension mounting base 472, welding central axis 473, fan Leaf 474 forms, and the drying drive shaft 470 is in a vertical shape to be set to immediately below fermentation cylinder 460,470 upper end of drying drive shaft Through 471 center of drive bevel gear and insertion suspension 472 internal activity of mounting base connection, the wind-force drying mechanism 47 pass through Flexible connection, the drying drive shaft 470 are engaged in the cooperation of drive bevel gear 471 and bevel gear 437 with power drive mechanism 43 Lower end is connect with the center of welding central axis 473 by the way that electric welding is vertical, and the flabellum 474 is set to welding central axis in emitting shape 473 sides and by electric welding be fixedly connected.

A kind of aquatic feeds Rapid Fermentation manufacturing machine of the utility model, its working principle is that: in the condition of connection power supply Under, the raw material of aquatic feeds is added inside elevating hopper 1, the feeding power drive mechanism 2 for connecing electricity at this time drives feeding transmission dress It sets 3 operatings to be entered feedstock transportation inside crushing drying fermentation integrated apparatus 4 inside feed hopper 6, is passing through feed hopper 6 When, raw material can apply downward active force, the left part of tablet 410 to 410 position of tablet for being located at 6 internal-internal of feed hopper It is origin to lower swing, and by lever principle with fixed hinge 411, the right part of tablet 410, which can be swung up and pull, to be led One end of messenger 413, and the other end of traction rope 413 is then in pull sliding part 421 along cunning after bypassing fixed pulley 414 counterclockwise Dynamic rail road 420 slides to the left, while sliding part 421 pulls the left end of oscillating rod 423 by movable connecting rod 422 with gantry pillars 424 are swung up for fulcrum, and equally by lever principle, the right end of oscillating rod 423 to lower swing and can drive electricity-leading end block 425 The bottom is contacted with power connection end block 426, connects the circuit of driving motor 10, starts to work and power transmission shaft 430 is driven to rotate, and is moved Power transmission axle 430 then drives the first drive pulley 431, the second drive pulley 434, bevel gear 437 to rotate, wherein first is main Dynamic belt pulley 431 drives the first driven pulley 433 to rotate by the first drive belt 432, and 433 band of the first driven pulley The dynamic line shaft 441 that crushes rotates, and is carried out by crushing screw thread 443 to the raw material in preliminary pulverization cylinder 440 with line shaft 441 is crushed It is preliminary to crush, and raw material is transported to the right, it finally falls into depth pulverization cylinder 450, while the crushing line shaft 441 rotated passes through Main drive belt 451 drives bastard belt pulley 452, serration belt pulley 453 to rotate, and bastard belt pulley 452, serration belt pulley 453 respectively by the first driving belt 454, the second driving belt 456 with dynamic auxiliary bastard belt pulley 455, auxiliary serration belt Wheel 457 rotation, to raw material carry out double-depth crushing, after fall into fermentation cylinder 460 inside；And the second drive pulley 434 then leads to It crosses the second drive belt 435 and drives the rotation of the second driven pulley 436, second driven pulley 436 drives again to be welded with it Stirring shaft 461, stirring shaft 461 are stirred fermentation, while power transmission shaft to raw material by stirring blade 463 430 bevel gears 437 and drive bevel gear 471 drive drying drive shaft 470 to rotate, and drying drive shaft 470 passes through welding center again Axis 473 drives flabellum 474 to rotate, and carries out wind-force drying to raw material, the feedstuff finally dried and fermented is through discharge port 466 It is fallen on conveying buffering bucket 8 from discharge bucket 7, completes feed fermentation processing.

The utility model solves the problems, such as it is that the aquatic feeds Rapid Fermentation manufacturing machine of the prior art can only be to feedstuff It ferments, function is more single and it cannot achieve crushing, fermentation, drying function integration, when feed manufacturing process interval Between it is larger, production efficiency is low, and the utility model is combined with each other by above-mentioned component, crushes drying fermentation integration by being equipped with Device can reduce process interval time in being crushed, being fermented, drying and processing to aquatic feeds in a body, realize that aquatic products is raised Expect the multifunction of Rapid Fermentation manufacturing machine, while improving feed manufacture whole efficiency.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, for For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this In the case where the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims All changes are embraced therein.It should not treat any reference in the claims as limiting related right It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (8)

1. a kind of aquatic feeds Rapid Fermentation manufacturing machine, structure includes elevating hopper (1), feeding power drive mechanism (2), feeding Transmission device (3), crushing drying fermentation integrated apparatus (4), frames (5), feed hopper (6), discharge bucket (7), conveying are slow Punching bucket (8), motor bench (9), driving motor (10), electric cabinet (11), it is characterised in that: the elevating hopper (1) is equipped with feeding It is connected above power drive mechanism (2) and by electric welding, material-feed transmission device (3) lower part insertion elevating hopper (1) is internal And be flexibly connected with feeding power drive mechanism (2), material-feed transmission device (3) upper shelf is integrated in crushing drying fermentation Above device (4), the frames (5) are set to below crushing drying fermentation integrated apparatus (4) and perpendicular by electric welding Shape is connected, and the feed hopper (6), which is set to, to crush drying fermentation integrated apparatus (4) inner upper and be in integrated molding knot Structure, the discharge bucket (7), which is set to, to crush drying fermentation integrated apparatus (4) lower part and is in integrated molding structure, the conveying Buffering bucket (8) is set among frames (5) and is located at immediately below discharge bucket (7), and the motor bench (9) is set to crush and dry Fermentation integrated apparatus (4) left side side and it is connected with frames (5) by the perpendicular shape of electric welding, the driving motor (10) Fermentation integrated apparatus (4) is dried by engaging flexible connection, the electric cabinet above motor bench (9) and with crushing (11) it is set to crush drying fermentation integrated apparatus (4) right side side and pass through with driving motor (10) and be electrically connected；

Crushing drying fermentation integrated apparatus (4) opens mechanism by crust of the device (40), charging induction mechanism (41), driving certainly (42), power drive mechanism (43), primary disintegrator structure (44), depth Double crusher structure (45), stirring fermentation mechanism (46), Wind-force drying mechanism (47) composition, described device shell (40) is in rectangular configuration, and the charging induction mechanism (41) is set to charging Struggling against, (6) are internal, and the driving opens mechanism (42) certainly and is set to charging induction mechanism (41) right side side and is intertwined and connected by traction rope, The driving is opened mechanism (42) certainly and is electrically connected with driving motor (10), and the power drive mechanism (43) is set to crust of the device (40) Inside left and flexible connection is engaged with driving motor (10), the primary disintegrator structure (44) is horizontal to be set to crust of the device (40) inner upper and with feed hopper (6) penetrate through connect, the depth Double crusher structure (45) be set to primary disintegrator structure (44) lower right and by electric welding perforation connection, stirring fermentation mechanism (46) is horizontal set on depth Double crusher structure (45) lower left and by electric welding perforation connection, the wind-force drying mechanism (47) be set to crust of the device (40) bosom and position Immediately below stirring fermentation mechanism (46), the primary disintegrator structure (44), stirring fermentation mechanism (46), wind-force drying mechanism (47) it is connected by electric welding with power drive mechanism (43).

2. a kind of aquatic feeds Rapid Fermentation manufacturing machine according to claim 1, it is characterised in that: the charging induction machine Structure (41) is made of tablet (410), fixed hinge (411), extension spring (412), traction rope (413), fixed pulley (414), The tablet (410) is horizontal to be set to feed hopper (6) inner right side and by fixed hinge (411) and feed hopper (6) Wall is flexibly connected, and the extension spring (412) is set to below tablet (410) right part and is connected by electric welding, the traction Rope (413) one end is intertwined and connected with tablet (410) right part, and traction rope (413) other end is excessively fixed sliding in inverse time needle-shaped jail Wheel (414) opens mechanism (42) certainly with driving and is intertwined and connected.

3. a kind of aquatic feeds Rapid Fermentation manufacturing machine according to claim 1, it is characterised in that: machine is opened in the driving certainly Structure (42) by sliding rail (420), sliding part (421), movable connecting rod (422), oscillating rod (423), gantry pillars (424), Electricity-leading end block (425), power connection end block (426) composition, the sliding rail (420) be set to crust of the device (40) internal upper right corner and It is connected with inner wall on crust of the device (40) by electric welding, the sliding part (421) is internal embedded in sliding rail (420) and slides Connection, the sliding part (421) are intertwined and connected by traction rope (413) with tablet (410), the movable connecting rod (422) Below sliding part (421) and one end is connect with sliding part (421) by articulate, the movable connecting rod (422) The other end is flexibly connected by hinge with the left end of oscillating rod (423), and the oscillating rod (423) is set on gantry pillars (424) It just and by articulate connects, the electricity-leading end block (425) is set to oscillating rod (423) right end, and the power connection end block (426) sets It is electrically connected in electricity-leading end block (425) lower right and with driving motor (10).

4. a kind of aquatic feeds Rapid Fermentation manufacturing machine according to claim 1, it is characterised in that: the power transmission machine Structure (43) is by power transmission shaft (430), the first drive pulley (431), the first drive belt (432), the first driven pulley (433), the second drive pulley (434), the second drive belt (435), the second driven pulley (436), bevel gear (437) group It is flexibly connected at, described power transmission shaft (430) one end driving motor (10) center and by engagement, the power transmission shaft (430) other end flush mounting shell (40) on the left of the crust of the device (40) it is internal and through the first drive pulley (431), Second drive pulley (434) center, first drive pulley (431), the second drive pulley (434) and power transmission Axis (430) is connected by being welded perpendicular shape, first driven pulley (433) by the first drive belt (432) with First drive pulley (431) engagement is flexibly connected, the powder of first driven pulley (433) and primary disintegrator structure (44) Broken line shaft is connected by electric welding, and second driven pulley (436) passes through the second drive belt (435) and the second active Belt pulley (434) engagement is flexibly connected, the stirring shaft of second driven pulley (436) and stirring fermentation mechanism (46) It is connected by electric welding, the bevel gear (437) is set to power transmission shaft (430) right end and is connected by electric welding, described dynamic Power transmission axle (430) engages flexible connection with wind-force drying mechanism (47) by bevel gear (437).

5. a kind of aquatic feeds Rapid Fermentation manufacturing machine according to claim 1 or 4, it is characterised in that: the preliminary powder Broken mechanism (44) is by preliminary pulverization cylinder (440), crushing line shaft (441), beginning rotating seat (442), crushing screw thread (443), end Rotating seat (444), feed inlet (445) composition are held, the preliminary pulverization cylinder (440) is horizontal to be set to crust of the device (40) inside And welded by feed inlet (445) and feed hopper (6) perforation, the feed inlet (445) is set to preliminary pulverization cylinder (440) upper left quarter And be in integrated molding structure, the crushing line shaft (441) left end is through the first driven pulley (433) center and insertion The connection of beginning rotating seat (442) internal activity, crushing line shaft (441) right end is through preliminary pulverization cylinder (440) and embedding Enter terminal rotating seat (444) flexible connection, uniformly equidistant be set to crushes line shaft (441) outer surface to the crushing screw thread (443) It and is in integrated molding structure.

6. a kind of aquatic feeds Rapid Fermentation manufacturing machine according to claim 1, it is characterised in that: the dual powder of depth Broken mechanism (45) by depth pulverization cylinder (450), main drive belt (451), bastard belt pulley (452), serration belt pulley (453), First driving belt (454), auxiliary bastard belt pulley (455), the second driving belt (456), auxiliary serration belt pulley (457) group At the depth pulverization cylinder (450) is in a vertical shape to be set to preliminary pulverization cylinder (440) lower right and by electric welding perforation connection, institute It states main drive belt (451) one end and engages flexible connection, main drive belt (451) other end with line shaft (441) are crushed Flexible connection is engaged with the wheel shaft of bastard belt pulley (452), serration belt pulley (453), the auxiliary bastard belt pulley (455) sets It is flexibly connected in bastard belt pulley (452) left side side and by the first driving belt (454) engagement, the bastard belt pulley (452) it is flexibly connected with auxiliary bastard belt pulley (455) by gear teeth meshing, the auxiliary serration belt pulley (457) is set to thin Toothed belt wheel (453) left side side and by the second driving belt (456) engagement be flexibly connected, the serration belt pulley (453) with Serration belt pulley (457) are assisted to be flexibly connected by gear teeth meshing, the serration belt pulley (453), auxiliary serration belt pulley (457) bastard belt pulley (452), auxiliary bastard belt pulley (455) underface are set to.

7. a kind of aquatic feeds Rapid Fermentation manufacturing machine according to claim 1 or 4, it is characterised in that: the stirring hair Ferment mechanism (46) is by fermentation cylinder (460), stirring shaft (461), rotating seat (462), stirring blade (463), connector (464), grid barrel (465), discharge port (466) composition, the fermentation cylinder (460) are horizontal set on depth pulverization cylinder (450) Lower left and by electric welding perforation connection, stirring shaft (461) left end is through in the second driven pulley (436) The heart and insertion rotating seat (462) internal activity connection, stirring shaft (461) right end insertion fermentation cylinder (460) is internal, institute It states stirring blade (463) and two sides and is fixedly connected up and down by connector (464), the grid set on stirring shaft (461) Barrel (465) is set to fermentation cylinder (460) top, and the discharge port (466) is set to fermentation cylinder (460) lower part and is in integrated molding Structure.

8. a kind of aquatic feeds Rapid Fermentation manufacturing machine according to claim 1 or 4, it is characterised in that: the wind-force dries Dry mechanism (47) by drying drive shaft (470), drive bevel gear (471), suspension mounting base (472), welding central axis (473), Flabellum (474) composition, the drying drive shaft (470) is in a vertical shape to be set to immediately below fermentation cylinder (460), the drying drive shaft (470) upper end is through drive bevel gear (471) center and insertion suspension mounting base (472) internal activity connects, the wind-force Drying mechanism (47) engages activity with power drive mechanism (43) by the cooperation of drive bevel gear (471) and bevel gear (437) Connection, drying drive shaft (470) lower end are connect with the center for welding central axis (473) by the way that electric welding is vertical, the flabellum (474) welding central axis (473) side is set in emitting shape and be fixedly connected by electric welding.