CN108112790A

CN108112790A - A kind of automation feed processing granulation device

Info

Publication number: CN108112790A
Application number: CN201810147199.9A
Authority: CN
Inventors: 费军
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-12
Filing date: 2018-02-12
Publication date: 2018-06-05

Abstract

The invention discloses a kind of automation feed processing granulation devices, its structure includes raw material into bucket, connecting tube, connecting tube nozzle, granulation device, shell, pedestal, extension, No.1 exports, No. two outlets, granulation output band, raw material is arranged on into bucket on cover top portion panel, connecting tube nozzle is structure as a whole with connecting tube, connecting tube nozzle runs through cover top portion panel, raw material is mounted on into bucket above connecting tube, connecting tube is communicated with raw material into bucket, granulation device is installed inside the housing, granulation device is communicated with connecting tube, the present invention passes through a granulation device, the size equalization of feed granulating finished particle is realized under secondary granulation device and residue treatment device collective effect and solves reusing for the remaining rim charge of granulation.

Description

A kind of automation feed processing granulation device

Technical field

The present invention is a kind of automation feed processing granulation device, belongs to feed-processing equipment field.

Background technology

Feed processing granulation device, with the continuous development of animal husbandry, the feed of raise livestock be usually buy it is ready-made, But the granular size of ready-made feed has specification, is selected according to different livestocks, in order to cost-effective, usually selects agriculture The agricultural product such as common potato, sweet potato, radish are feed in village, are shredded first with cutter, then according to the age of livestock, Different size of feed is shredded for feeding.

The granulation of prior art automation feed processing granulation device is not of uniform size, influences the total quality of product, and Remaining granulated material causes the wasting of resources.

The content of the invention

In view of the deficienciess of the prior art, feed processing granulation device is automated it is an object of the present invention to provide a kind of, with It is not of uniform size to solve the granulation of automation feed processing granulation device, influences the total quality of product, and remaining granulation material The problem of material causes the wasting of resources.

To achieve these goals, the present invention is to realize by the following technical solutions：A kind of automation feed processing Granulation device, structure include raw material into bucket, connecting tube, connecting tube nozzle, granulation device, shell, pedestal, extension, No.1 Outlet, No. two outlet, granulation output band, the raw material into bucket be arranged on cover top portion panel on, the connecting tube nozzle with Connecting tube is structure as a whole, and the connecting tube nozzle runs through cover top portion panel, and the raw material is mounted on connecting tube into bucket Top, the connecting tube are communicated with raw material into bucket, the granulation device install inside the housing, the granulation device with Connecting tube communicates, and the shell is arranged on pedestal, and the pedestal is fixedly connected with shell, and the extension is arranged on shell Bottom and through shell bottom plate panel, No.1 outlet is communicated with extension, and the shell one side is equipped with one Opening, the opening are equipped with granulation output band, and described No. two outlets are arranged on granulation output band lower section, and described No. two go out It mouthful is welded as a whole structure with outer shell outer wall；

The granulation device delivers passage, No.1 chamber by raw material, mixing blade, No.1 shaft, fixing groove, once pelletizes Device, No.1 passage, secondary granulation device, No.1 machine shaft, residue treatment device, No.1 motor, No.1 taper cone pulley composition；

The raw material delivers passage and is arranged on No.1 top of chamber, and the raw material is delivered passage and communicated with connecting tube, described No.1 shaft on set there are three above mixing blade, the mixing blade is equally distributed in No.1 shaft, described Fixing groove is equipped on outer casing inner wall with the corresponding position in one end of No.1 shaft, the fixing groove is welded with outer casing inner wall It is structure as a whole, the No.1 shaft is engaged with fixing groove, the other end and the No.1 taper turbine of the No.1 shaft Tool connects, and the No.1 taper cone pulley is mounted on No.1 machine shaft, the No.1 motor and No.1 machine shaft machinery Connection, described granulation device are fixedly mounted below mixing blade, the No.1 passage by a granulation device with Secondary granulation device is connected, and the residue treatment device is mechanically connected with secondary granulation device.

Further, a granulation device is connected by No. two chambers, gear, No. two taper cone pulleies, fixed link, No.1 Band, No. two machine shafts, No. two motors, connecting pole, a marking hammer, two marking hammers, No.1 granulation slot composition.

Further, No. two chambers are arranged below mixing blade, and described No. two motors are fixedly mounted on No. two chambers Bottom center, described No. two machine shafts and No. two electromechanicses coordinate, and the gear is arranged on above No. two motors, described Gear coordinated by No. two taper cone pulleies and gear drive, the No.1 connect band bypasses gear, and the connecting pole is equipped with Two, described two connecting poles are welded as a whole structure with a marking hammer, two marking hammers respectively, one end of the No.1 connect band It is fixedly connected with connecting pole, fixed on the other end to tie up on the connecting pole being fixedly connected with two marking hammers, the fixed link is equipped with It two and is fixed at respectively above two connecting poles and separates No.1 connect band both ends, under a marking hammer, two marking hammers Side is fixed with No.1 granulation slot, and No.1 granulation slot is flexibly connected with a marking hammer, two marking hammers, and the No.1 passage is set Below No.1 granulation slot, No.1 granulation slot is communicated with No.1 passage, and raw material drops to after being stirred by mixing blade On No.1 granulation slot, No. two motor operations convert electrical energy into mechanical energy and pass through No. two machine shaft outputs, and No. two motors turn Axis rotates, and No. two taper cone pulleies are mounted on gear center, and No. two taper cone pulleies change the machine driving direction of No. two machine shafts, so as to Band moving gear rotates, and described No. two motors are controlled by positive and negative rotation circuit, and when No. two motor positive and inverses replace, gear is realized suitable Hour hands, alternate rotation counterclockwise, No.1 connect band are engaged with gear, so as to fulfill a marking hammer, two marking hammers alternately to No.1 The formation that raw material on granulation slot is hammered and pelletized.

Further, the secondary granulation device is fixed by rotating wheel, rotating wheel shaft, No. two connect bands, triangles Block, No. three taper cone pulleies, drive rod, two marking hammer blocks, No. two granulation slots, go out pipeline composition at one marking hammer block.

Further, the rotating wheel shaft and No.1 machine shaft are orthogonal sets up and rotating wheel shaft is arranged on No.1 machine shaft bottom is mechanically connected, institute between the rotating wheel shaft and No.1 machine shaft by No. three taper cone pulleies The one end of rotating wheel shaft away from No. three taper cone pulleies stated is through rotating wheel center, and the rotating wheel shaft is with rotating wheel mechanical Cooperation, described No. two connect bands are around rotating wheel, there are two the drive rod is set, the both ends point of described No. two connect bands Be not fixedly connected with two drive rods, described two one end of drive rod away from No. two connect bands respectively with a marking hammer block, two Marking hammer block welding is structure as a whole, and No. two granulation slots is fixed with below a marking hammer block, two marking hammer blocks, described goes out grain Pipe installing is pelletized at No. two below slot, and described No. two granulation slots are communicated with going out a pipeline, and described goes out a pipeline for No.1 Inner cavity is exported, the finished product size after once pelletizing may be unequal, tumbles by No.1 passage and pelletizes at No. two on slot, described No.1 motor controlled by positive and negative rotation circuit, No.1 motor operation rotates so as to No.1 machine shaft, and No. three taper cone pulleies are mounted on No.1 machine shaft bottom, rotating wheel shaft is vertical with No.1 machine shaft to be set up, and No. three taper cone pulleies change No.1 machine shaft Machine driving direction, therefore rotating wheel shaft rotate, rotating wheel shaft is engaged with No. two connect bands, so as to fulfill a marking hammer Block, two marking hammer blocks carry out secondary granulation to the once granulation product on No. two granulation slots successively, and the specification size of No. two granulation slots is equal Identical with No.1 granulation slot, secondary granulation rim charge not of uniform size in once pelletizing removes, and remaining rim charge is by residue Processing unit recycles.

Further, the residue treatment device by residue suction inlet, No. two passages, E types drive rod, cylinder, be in charge of Road, residue block net, No.1 wind wheel, No. three motors, push plate, small granulation slot, output board, conveyer belt, No. four taper cone pulleies, No. two wind Wheel composition.

Further, the residue suction inlet is structure as a whole with No. two passages, and the residue suction inlet is arranged on two Number granulation slot one side surface, described No. two passages are distributed in E fonts and bottom is communicated with residue suction inlet, top and residue It blocks net to communicate, described No. two wind wheels set there are three and are equidistantly mounted on No. two passage centers, described No. two wind respectively Connected between wheel by rotor axis mechanical, the shaft with No.1 machine shaft is orthogonal sets up, the shaft passes through four Number taper cone pulley is mechanically connected with No.1 machine shaft, and described No. four taper cone pulleies are mounted on No.1 machine shaft, the biography Band is sent to be arranged on above No. two wind wheels, described No. two passage tops and between be equipped with subtube, the subtube leads to No. two Road communicates, and cylinder, separate point of the cylinder are equipped at the top of the rectangular inner cavity formed between the subtube and No. two passages One end of pipeline is equipped with E type drive rods, and the E type drive rods are fixedly connected with push plate, the small granulation slot and push plate In same horizontal line, the small granulation slot is arranged on subtube on the one side away from cylinder, output board installation On the outside of small granulation slot, conveyer belt is equipped with below the output board, the conveyer belt is structure as a whole with granulation output band, The No.1 wind wheel blocks net inside mounted on residue, and the No.1 wind wheel is connected with No. three electromechanicses, No. three motors Work operation is so as to which No.1 wind wheel obtains mechanical energy and runs, to No. two passages there are one the wind-force reversely absorbed, so that Another opening for obtaining No. two passages is that residue suction inlet has the adsorption function for being similar to dust catcher, residual after secondary granulation Remaining rim charge, No. four taper cone pulleies are mounted on No.1 machine shaft, and No.1 machine shaft rotates No. four setting up for taper cone pulley and changes The machine driving direction of No.1 machine shaft drives three No. two wind wheels operations so as to which shaft rotates, one is provided to No. two passages A powerful wind-force obliquely, so as to considerably increase the adsorption capacity of No. two passages, the remaining rim charge after secondary granulation leads to It crosses in No. two passages of residue suction inlet inspiration, residue, which blocks setting up for net, to be entered to avoid the remaining rim charge after secondary granulation The normal operation of No.1 wind wheel, so as to ensure the source of adsorption capacity, the remnants in No. two passages of inspiration are influenced into No.1 wind wheel Rim charge is entered by subtube on small granulation slot, and E types drive rod is mechanically connected with cylinder, and cylinder operation drives E type drive rods Do back and forth movement, be fixedly connected on the other end of E type drive rods with push plate, thus push plate under the action of cylinder to remaining rim charge It is pushed, realizes the granulation of short grained feed, and rolled down in output board, pass through transmission under the action of output board Band transfers out, and from No. two outlet outputs, realizes that granulation residue utilizes.

Further, the output board is in herringbone institutes by the short unequal plate of two block lengths, shorter One piece is mounted on the outside of small granulation slot, and opening is arranged on above conveyer belt, can little particle made of small granulation slot be passed through transmission Band transfers out, and realizes reusing for granulation residue from No. two outlet outputs by output band of pelletizing.

Advantageous effect

Present invention granulation raw material is put by raw material into bucket, and entering raw material by connecting tube delivers in passage, from raw material It delivers passage to drop in No.1 chamber, in No.1 motor operation so as to which No.1 machine shaft obtains mechanical energy and rotates, No.1 The place being connected on machine shaft with No.1 rotor axis mechanical is equipped with No.1 taper cone pulley, and No.1 taper cone pulley changes No.1 machine shaft Machine driving direction, so as to which No.1 shaft rotates, mixing blade is driven to rotate, by from raw material deliver raw material that passage drops into Row stirring, is conducive to the granulation of later stage raw material, can accelerate speed of pelletizing, and No. two motor operations convert electrical energy into mechanical energy simultaneously It is exported by No. two machine shafts, No. two machine shafts rotate, and No. two taper cone pulleies are mounted on gear center, and No. two taper cone pulleies change The machine driving direction of No. two machine shafts, so as to be rotated with moving gear, described No. two motors are controlled by positive and negative rotation circuit, when During No. two motor positive and inverse alternatings, gear realizes alternate rotation clockwise, counterclockwise, and No.1 connect band is engaged with gear, So as to fulfill the formation that a marking hammer, two marking hammers are alternately hammered and pelletized to the raw material on No.1 granulation slot, once pelletize After finished product size may it is unequal, by No.1 passage tumble No. two pelletize slots on, the No.1 motor is by positive and negative Shifting circuit controls, and No.1 motor operation rotates so as to No.1 machine shaft, and No. three taper cone pulleies are mounted on No.1 machine shaft bottom, Rotating wheel shaft is vertical with No.1 machine shaft to be set up, and No. three taper cone pulleies change the machine driving direction of No.1 machine shaft, because This rotating wheel shaft rotates, and rotating wheel shaft is engaged with No. two connect bands, right successively so as to fulfill a marking hammer block, two marking hammer blocks Once granulation product on No. two granulation slots carry out secondary granulation, and the specification size of No. two granulation slots is identical with No.1 granulation slot, Secondary granulation rim charge not of uniform size in once pelletizing removes, and remaining rim charge is recycled by residue treatment device, No. three motor work operations are so as to which No.1 wind wheel obtains mechanical energy and runs, and to No. two passages, there are one the wind reversely absorbed Power, so that another opening of No. two passages, which is residue suction inlet, has the adsorption function for being similar to dust catcher, it is secondary Remaining rim charge after granulation, No. four taper cone pulleies are mounted on No.1 machine shaft, No.1 machine shaft No. four taper cone pulleies of rotation The machine driving direction for changing No.1 machine shaft is set up, three No. two wind wheels operations are driven so as to which shaft rotates, to No. two Passage provides a powerful wind-force obliquely, so as to considerably increase the adsorption capacity of No. two passages, after secondary granulation Remaining rim charge is by the way that in No. two passages of residue suction inlet inspiration, residue blocks setting up for net can be to avoid residual after secondary granulation Remaining rim charge enters in No.1 wind wheel the normal operation for influencing No.1 wind wheel, and so as to ensure the source of adsorption capacity, inspiration two is logical Remaining rim charge in road is entered by subtube on small granulation slot, and E types drive rod is mechanically connected with cylinder, and cylinder operation drives E type drive rods do back and forth movement, are fixedly connected on the other end of E type drive rods with push plate, therefore push plate is under the action of cylinder Remaining rim charge is pushed, realizes the granulation of short grained feed, and is rolled down in output board, in the effect of output board Transferred out by conveyer belt down, from No. two outlet output, realize granulation residue utilize, the present invention by a granulation device, The size equalization of feed granulating finished particle is realized under secondary granulation device and residue treatment device collective effect and is solved The remaining rim charge of granulation reuses.

Description of the drawings

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon：

Fig. 1 is a kind of automation feed processing granulation device of the present invention；

Fig. 2 is a kind of structure diagram for automating feed processing granulation device of the present invention；

Fig. 3 is a kind of working state structure schematic diagram for automating feed processing granulation device of the present invention.

In figure：Raw material into bucket -1, connecting tube -2, connecting tube nozzle -3, granulation device -4, shell -5, pedestal -6, extension Pipe -7, No.1 export -8, No. two outlets -9, granulation exports band -10, raw material delivers passage -401, No.1 chamber -402, stirring blade Piece -403, No.1 shaft -404, fixing groove -405, a granulation device -406, No.1 passage -407, secondary granulation device - 408th, -412, No. two No.1 machine shaft -409, residue treatment device -410, No.1 motor -411, No.1 taper cone pulley chambers - 4061st, gear -4062, No. two taper cone pulleies -4063, fixed link -4064, -4065, No. two machine shafts -4066 of No.1 connect band, No. two motors -4067, connecting pole -4068, a marking hammer -4069, two marking hammers -40610, No.1 granulation slot -40611, rotating wheel - 4081st, -4082, No. two connect bands -4083 of rotating wheel shaft, triangle fixed block -4084, No. three taper cone pulleies -4085, a marking hammers Block -4086, drive rod -4087, the granulation of two marking hammer block -4088, two slots -4089, go out a pipeline -40810, residue suction inlet - 4101st, No. two passages -4102, E types drive rod -4103, cylinder -4104, subtube -4105, residue block net -4106, No.1 Wind wheel -4107, No. three motors -4108, push plate -4109, small granulation slot -41010, output board -41011, conveyer belt -41012, four Number taper cone pulley -41013, No. two wind wheels -41014.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, with reference to Specific embodiment, the present invention is further explained.

- Fig. 3 is please referred to Fig.1, the present invention provides a kind of automation feed processing granulation device technical solution：Its structure includes Raw material exports 8, No. two into bucket 1, connecting tube 2, connecting tube nozzle 3, granulation device 4, shell 5, pedestal 6, extension 7, No.1 and goes out Mouth 9, granulation output band 10, the raw material are arranged on into bucket 1 on 5 top panel of shell, the connecting tube nozzle 3 and connecting tube 2 are structure as a whole, and the connecting tube nozzle 3 runs through 5 top panel of shell, and the raw material is mounted on into bucket 1 in connecting tube 2 Side, the connecting tube 2 are communicated with raw material into bucket 1, and the granulation device 4 is mounted on inside shell 5, the granulation device 4 communicate with connecting tube 2, and the shell 5 is arranged on pedestal 6, and the pedestal 6 is fixedly connected with shell 5, the extension 7 are arranged on 5 bottom of shell and through 5 floor board of shell, and No.1 outlet 8 is communicated with extension 7, the shell 5 One side is equipped with an opening, and the opening is equipped with granulation output band 10, and described No. two outlets 9 are arranged on granulation output band 10 lower sections, described No. two outlets 9 are welded as a whole structure with 5 outer wall of shell, and the granulation device 4 delivers passage by raw material 401st, No.1 chamber 402, mixing blade 403, No.1 shaft 404,405, granulation devices 406 of fixing groove, No.1 passage 407, Secondary granulation device 408, No.1 machine shaft 409, residue treatment device 410, No.1 motor 411,412 groups of No.1 taper cone pulley Into, the raw material delivers passage 401 and is arranged on 402 top of No.1 chamber, and the raw material is delivered passage 401 and communicated with connecting tube 2, It is set in the No.1 shaft 404 there are three above mixing blade 403, the mixing blade 403 is equally distributed on No.1 In shaft 404, fixing groove 405, institute are equipped with the corresponding position in one end of No.1 shaft 404 on 5 inner wall of shell The fixing groove 405 stated and 5 inner wall of shell are welded as a whole structure, and the No.1 shaft 404 is engaged with fixing groove 405, institute The other end for the No.1 shaft 404 stated is mechanically connected with No.1 taper cone pulley 412, and the No.1 taper cone pulley 412 is mounted on No.1 On machine shaft 409, the No.1 motor 411 is mechanically connected with No.1 machine shaft 409, described granulation device 406 are fixedly mounted on the lower section of mixing blade 403, and the No.1 passage 407 is by a granulation device 406 and secondary granulation device 408 are connected, and the residue treatment device 410 is mechanically connected with secondary granulation device 408, described granulation device 406 are turned by 4065, No. two No. two chambers 4061,4062, No. two taper cone pulleies 4063 of gear, fixed link 4064, No.1 connect band motors 4066, No. two motors 4067 of axis, connecting pole 4068, a marking hammer 4069, two marking hammers 40610, No.1 granulation slot 40611 form, institute No. two chambers 4061 stated are arranged on 403 lower section of mixing blade, and described No. two motors 4067 are fixedly mounted on No. two 4061 bottoms of chamber Center, described No. two machine shafts 4066 and No. two 4067 mechanical engagements of motor, the gear 4062 are arranged on No. two motors 4067 tops, the gear 4062 are coordinated by No. two taper cone pulleies 4063 and the transmission of gear 4062, the No.1 connect band 4065 bypass gear 4062, there are two the connecting pole 4068 is set, described two connecting poles 4068 respectively with a marking hammer 4069th, two marking hammers 40610 are welded as a whole structure, and one end of the No.1 connect band 4065 is fixed with connecting pole 4068 to be connected It connects, fixed on the other end to tie up on the connecting pole 4068 being fixedly connected with two marking hammers 40610, the fixed link 4064 is equipped with two It is a and be fixed at two connecting poles, 4068 top respectively and separate 4065 both ends of No.1 connect band, a marking hammer 4069th, two marking hammers, 40610 lower section is fixed with No.1 granulation slot 40611, No.1 granulation 40611 and one marking hammer of slot 4069th, two marking hammers 40610 are flexibly connected, and the No.1 passage 407 is arranged on 40611 lower section of No.1 granulation slot, the No.1 Granulation slot 40611 is communicated with No.1 passage 407, and raw material drops to No.1 granulation slot 40611 after being stirred by mixing blade 403 On, No. two operations of motor 4067 convert electrical energy into mechanical energy and pass through No. two machine shafts 4066 and export, No. two machine shafts 4066 rotate, and No. two taper cone pulleies 4063 are mounted on 4062 center of gear, and No. two taper cone pulleies 4063 change No. two machine shafts 4066 Machine driving direction, so as to being rotated with moving gear 4062, described No. two motors 4067 are controlled by positive and negative rotation circuit, when No. two When 4067 rotating of motor replaces, gear 4062 realizes alternate rotation clockwise, counterclockwise, No.1 connect band 4065 and gear 4062 are engaged, and alternately the raw material on No.1 granulation slot 40611 is hammered into shape so as to fulfill a marking hammer 4069, two marking hammers 40610 The formation hit and pelletized, the secondary granulation device 408 is by 4082, No. two rotating wheel 4081, rotating wheel shaft connect bands 4083rd, 4084, No. three taper cone pulleies 4085 of triangle fixed block, a marking hammer block 4086, drive rod 4087, two marking hammer blocks 4088, two Number granulation slot 4089 goes out a pipeline 40810 and forms, and the rotating wheel shaft 4082 and No.1 machine shaft 409 are orthogonal It sets up and rotating wheel shaft 4082 is arranged on 409 bottom of No.1 machine shaft, the rotating wheel shaft 4082 and No.1 motor It is mechanically connected between shaft 409 by No. three taper cone pulleies 4085, the rotating wheel shaft 4082 is away from No. three taper cone pulleies 4085 One end through the center of rotating wheel 4081, the rotating wheel shaft 4082 and 4081 mechanical engagement of rotating wheel, described No. two Connect band 4083 bypasses rotating wheel 4081, there are two the drive rod 4087 is set, the both ends of described No. two connect bands 4083 It is fixedly connected respectively with two drive rods 4087, one end difference of described two drive rods 4087 away from No. two connect bands 4083 It is welded as a whole structure with a marking hammer block 4086, two marking hammer blocks 4088, a marking hammer block 4086, two marking hammer blocks, 4088 lower section No. two granulation slots 4089 are fixed with, described goes out a pipeline 40810 below No. two granulation slots 4089, described No. two Granulation slot 4089 is communicated with going out a pipeline 40810, and the pipeline 40810 that goes out exports 8 inner cavities for No.1, after once pelletizing Finished product size may it is unequal, by No.1 passage 407 tumble No. two pelletize slots 4089 on, the No.1 motor 411 It is controlled by positive and negative rotation circuit, the operation of No.1 motor 411 rotates so as to No.1 machine shaft 409, and No. three taper cone pulleies 4085 are mounted on 409 bottom of No.1 machine shaft, rotating wheel shaft 4082 is vertical with No.1 machine shaft 409 to be set up, and No. three taper cone pulleies 4085 change Become the machine driving direction of No.1 machine shaft 409, therefore rotating wheel shaft 4082 rotates, rotating wheel shaft 4082 and No. two companies Tape splicing 4083 is engaged, on slots 4089 of pelletizing successively to No. two so as to fulfill a marking hammer block 4086, two marking hammer blocks 4088 once Granulation product carry out secondary granulation, and the specification size of No. two granulation slots 4089 is identical with No.1 granulation slot 40611, and secondary granulation will Rim charge not of uniform size removal in once pelletizing, and remaining rim charge is recycled by residue treatment device 410, and described is residual Slag treatment device 410 by 4101, No. two passages 4102 of residue suction inlet, E types drive rod 4103, cylinder 4104, subtube 4105, Residue block net 4106,4107, No. three motors 4108 of No.1 wind wheel, push plate 4109, it is small granulation slot 41010, output board 41011, The wind wheel 41014 of taper cone pulley 41013, two of conveyer belt 41012, four forms, the residue suction inlet 4101 and No. two passages 4102 are structure as a whole, and the residue suction inlet 4101 is arranged on No. two 4,089 1 side surfaces of granulation slot, described No. two passages 4102 communicate in the distribution of E fonts and bottom with residue suction inlet 4101, and top is blocked net 4106 with residue and communicated, and described two Number wind wheel 41014 sets there are three and is equidistantly mounted on No. two 4102 centers of passages respectively, between No. two wind wheels 41014 Connected by rotor axis mechanical, the shaft with No.1 machine shaft 409 is orthogonal sets up, the shaft passes through No. four cones Shape wheel 41013 is mechanically connected with No.1 machine shaft 409, and described No. four taper cone pulleies 41013 are mounted on No.1 machine shaft 409 On, the conveyer belt 41012 is arranged on 41014 top of No. two wind wheels, described No. two 4102 tops of passage and between be equipped with point Pipeline 4105, the subtube 4105 are communicated with No. two passages 4102, the subtube 4105 and No. two passages 4102 it Between be equipped with cylinder 4104 at the top of the rectangular inner cavity that forms, described one end of cylinder 4104 away from subtube 4105 is equipped with E types Drive rod 4103, the E types drive rod 4103 are fixedly connected with push plate 4109, the small granulation slot 41010 and push plate 4109 in same horizontal line, and the small granulation slot 41010 is arranged on subtube 4105 on the one side away from cylinder 4104, The output board 41011 is mounted on small 41010 outside of granulation slot, and 41011 lower section of output board is equipped with conveyer belt 41012, the conveyer belt 41012 is structure as a whole with granulation output band 10, and the No.1 wind wheel 4107 is mounted on residue 4106 inside of net is blocked, the No.1 wind wheel 4107 is mechanically connected with No. three motors 4108, No. three work operations of motor 4108 So as to which No.1 wind wheel 4107 obtains mechanical energy and runs, to No. two passages 4102 there are one the wind-force reversely absorbed, so that Another opening for obtaining No. two passages 4102 is that residue suction inlet 4101 has the adsorption function for being similar to dust catcher, secondary system Remaining rim charge after grain, No. four taper cone pulleies 41013 are mounted on No.1 machine shaft 409, and No.1 machine shaft 409 rotates No. four Taper cone pulley 41013 sets up the machine driving direction for changing No.1 machine shaft 409, and three No. two are driven so as to which shaft rotates Wind wheel 41014 is run, and a powerful wind-force obliquely is provided to No. two passages 4102, so as to considerably increase No. two passages 4102 adsorption capacity, remaining rim charge after secondary granulation is by residue suction inlet No. two passages 4102 of 4101 inspiration, residue Influence No.1 wind in No.1 wind wheel 4107 can be entered to avoid the remaining rim charge after secondary granulation by blocking setting up for net 4106 The normal operation of wheel 4107, so as to ensure the source of adsorption capacity, the remaining rim charge in No. two passages 4102 of inspiration passes through subtube 4105 enter on small granulation slot 41010, and E types drive rod 4103 is mechanically connected with cylinder 4104, and the operation of cylinder 4104 drives E types Drive rod 4103 does back and forth movement, is fixedly connected on the other end of E types drive rod 4103 with push plate 4109, therefore push plate 4109 exists Remaining rim charge is pushed under the action of cylinder 4104, realizes the granulation of short grained feed, and rolls down to output board It in 41011, is transferred out under the action of output board 41011 by conveyer belt 41012, from No. two 9 outputs of outlet, realizes granulation Residue utilizes, the output board 41011 by the short unequal plate of two block lengths in herringbone institutes, shorter one piece Mounted on small 41010 outside of slot of pelletizing, opening is arranged on 41012 top of conveyer belt, small can will pelletize made of slot 41010 small Grain is transferred out by conveyer belt 41012, and realizes granulation residue from No. two 9 outputs of outlet by output band 10 of pelletizing It reuses.

Motor of the present invention is a kind of medium for converting electrical energy into mechanical energy and exporting, and of the present invention Motor is controlled by positive and negative rotation circuit.

Raw material of pelletizing is put by raw material into bucket 1, and entering raw material by connecting tube 2 delivers in passage 401, is thrown from raw material Passage 401 is passed to drop in No.1 chamber 402, No.1 motor 411 operation so as to No.1 machine shaft 409 obtain mechanical energy and It rotates, with the place that No.1 shaft 404 is mechanically connected equipped with No.1 taper cone pulley 412, No.1 taper cone pulley on No.1 machine shaft 409 412 change the machine driving direction of No.1 machine shaft 409, so as to which No.1 shaft 404 rotates, drive 403 turns of mixing blade It is dynamic, it is stirred the raw material that passage 401 drops is delivered from raw material, is conducive to the granulation of later stage raw material, it is fast that granulation can be accelerated Degree, No. two operations of motor 4067 convert electrical energy into mechanical energy and pass through No. two machine shafts 4066 and export, No. two machine shafts 4066 rotate, and No. two taper cone pulleies 4063 are mounted on 4062 center of gear, and No. two taper cone pulleies 4063 change No. two machine shafts 4066 Machine driving direction, so as to being rotated with moving gear 4062, described No. two motors 4067 are controlled by positive and negative rotation circuit, when No. two When 4067 rotating of motor replaces, gear 4062 realizes alternate rotation clockwise, counterclockwise, No.1 connect band 4065 and gear 4062 are engaged, and alternately the raw material on No.1 granulation slot 40611 is hammered into shape so as to fulfill a marking hammer 4069, two marking hammers 40610 The formation hit and pelletized, the finished product size after once pelletizing may be unequal, is tumbled by No.1 passage 407 in No. two systems On grain slot 4089, the No.1 motor 411 is controlled by positive and negative rotation circuit, and the operation of No.1 motor 411 is so as to No.1 machine shaft 409 rotate, and No. three taper cone pulleies 4085 are mounted on 409 bottom of No.1 machine shaft, rotating wheel shaft 4082 and No.1 machine shaft 409 vertically set up, and No. three taper cone pulleies 4085 change the machine driving direction of No.1 machine shaft 409, therefore rotating wheel shaft 4082 rotate, and rotating wheel shaft 4082 is engaged with No. two connect bands 4083, so as to fulfill a marking hammer block 4086, two marking hammer blocks 4088 carry out secondary granulation to the once granulation product on No. two granulation slots 4089 successively, and the specification size of No. two granulation slots 4089 is equal Identical with No.1 granulation slot 40611, secondary granulation rim charge not of uniform size in once pelletizing removes, and remaining rim charge quilt Residue treatment device 410 recycles, and No. three work of motor 4108 operations are so as to which No.1 wind wheel 4107 obtains mechanical energy and transports Row, to No. two passages 4102 there are one the wind-force reversely absorbed, so that another opening of No. two passages 4102 is as residual Slag suction inlet 4101 has the adsorption function similar to dust catcher, the remaining rim charge after secondary granulation, and No. four taper cone pulleies 41013 are pacified On No.1 machine shaft 409, No.1 machine shaft 409 rotates No. four setting up for taper cone pulley 41013 and changes No.1 motor The machine driving direction of shaft 409 drives three No. two wind wheels 41014 to run, No. two passages 4102 is carried so as to which shaft rotates It is residual after secondary granulation so as to considerably increase the adsorption capacity of No. two passages 4102 for a powerful wind-force obliquely Remaining rim charge is by the way that in residue suction inlet No. two passages 4102 of 4101 inspiration, residue blocks setting up for net 4106 can be to avoid secondary system Remaining rim charge after grain enters in No.1 wind wheel 4107 normal operation for influencing No.1 wind wheel 4107, so as to ensure adsorption capacity Source, the remaining rim charge in No. two passages 4102 of inspiration entered by subtube 4105 on small granulation slot 41010, and E types drive Lever 4103 is mechanically connected with cylinder 4104, and the operation of cylinder 4104 drives E types drive rod 4103 to do back and forth movement, E type drive rods It is fixedly connected on 4103 other end with push plate 4109, therefore push plate 4109 carries out remaining rim charge under the action of cylinder 4104 It pushes, realizes the granulation of short grained feed, and roll down in output board 41011, lead under the action of output board 41011 It crosses conveyer belt 41012 to transfer out, from No. two 9 outputs of outlet, realizes that granulation residue utilizes.

The present invention solves the problems, such as that the granulation of automation feed processing granulation device is not of uniform size, influences the whole matter of product Amount, and remaining granulated material causes the wasting of resources, and being combined with each other by above-mentioned component of the invention passes through dress of once pelletizing Putting realizes the size of feed granulating finished particle under 410 collective effect of 406, secondary granulation device 408 and residue treatment device It is impartial and solve reusing for the remaining rim charge of granulation.

The basic principles, main features and the advantages of the invention have been shown and described above, for this field skill For art personnel, it is clear that the invention is not restricted to the details of above-mentioned exemplary embodiment, and without departing substantially from the present invention spirit or In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state Bright restriction, it is intended that including all changes falling within the meaning and scope of the equivalent requirements of the claims in the present invention It is interior.Any reference numeral in claim should not be considered as to the involved claim of limitation.

Moreover, it will be appreciated 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 Using specification as an entirety, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art It is appreciated that other embodiment.

Claims

1. a kind of automation feed processing granulation device, structure include raw material into bucket (1), connecting tube (2), connecting tube nozzle (3), granulation device (4), shell (5), pedestal (6), extension (7), No.1 outlet (8), No. two outlets (9), granulation output band (10), the raw material is arranged on into bucket (1) on shell (5) top panel, and the connecting tube nozzle (3) is with connecting tube (2) Integral structure, the connecting tube nozzle (3) run through shell (5) top panel, and the raw material is mounted on connecting tube into bucket (1) (2) top, the connecting tube (2) are communicated with raw material into bucket (1), and the granulation device (4) is mounted on shell (5) inside, The granulation device (4) is communicated with connecting tube (2), and the shell (5) is arranged on pedestal (6), the pedestal (6) with it is outer Shell (5) is fixedly connected, and the extension (7) is arranged on shell (5) bottom and runs through shell (5) floor board, and described one Number outlet (8) communicated with extension (7), the shell (5) one side be equipped with one opening, the opening be equipped with pelletize Output band (10), described No. two outlets (9) are arranged below granulation output band (10), described No. two outlets (9) and shell (5) Outer wall is welded as a whole structure, it is characterised in that：

The granulation device (4) delivers passage (401), No.1 chamber (402), mixing blade (403), No.1 shaft by raw material (404), fixing groove (405), a granulation device (406), No.1 passage (407), secondary granulation device (408), No.1 motor Shaft (409), residue treatment device (410), No.1 motor (411), No.1 taper cone pulley (412) composition；

The raw material is delivered passage (401) and is arranged at the top of No.1 chamber (402), and the raw material delivers passage (401) with being connected Pipe (2) communicates, and is set in the No.1 shaft (404) there are three above mixing blade (403), the mixing blade (403) it is equally distributed in No.1 shaft (404), it is corresponding with one end of No.1 shaft (404) on the shell (5) inner wall Position be equipped with fixing groove (405), the fixing groove (405) and shell (5) inner wall are welded as a whole structure, described one Number shaft (404) is engaged with fixing groove (405), the other end and No.1 taper cone pulley (412) machine of the No.1 shaft (404) Tool connects, and the No.1 taper cone pulley (412) is mounted on No.1 machine shaft (409), the No.1 motor (411) and one Number machine shaft (409) mechanical connection, described granulation device (406) are fixedly mounted below mixing blade (403), institute Granulation device (406) is connected by the No.1 passage (407) stated with secondary granulation device (408), the residue treatment Device (410) is mechanically connected with secondary granulation device (408).

2. a kind of automation feed processing granulation device according to claim 1, it is characterised in that：The once granulation Device (406) is by No. two chambers (4061), gear (4062), No. two taper cone pulleies (4063), fixed link (4064), No.1 connect band (4065), No. two machine shafts (4066), No. two motors (4067), connecting pole (4068), a marking hammer (4069), two marking hammers (40610), No.1 granulation slot (40611) forms.

3. a kind of automation feed processing granulation device according to claim 2, it is characterised in that：No. two chambers (4061) it is arranged below mixing blade (403), described No. two motors (4067) are fixedly mounted in No. two chamber (4061) bottoms Centre, described No. two machine shafts (4066) and No. two motor (4067) mechanical engagements, the gear (4062) are arranged on No. two Above motor (4067), the gear (4062) is coordinated by No. two taper cone pulleies (4063) and gear (4062) transmission, described No.1 connect band (4065) around gear (4062), there are two the connecting pole (4068) is set, described two connecting poles (4068) be welded as a whole structure with a marking hammer (4069), two marking hammers (40610) respectively, the No.1 connect band (4065) One end is fixedly connected with connecting pole (4068), fixed on the other end to tie up to the connecting pole being fixedly connected with two marking hammers (40610) (4068) on, the fixed link (4064) sets there are two and is fixed at No.1 respectively above two connecting poles (4068) Connect band (4065) both ends separate, and No.1 granulation slot is fixed with below a marking hammer (4069), two marking hammers (40610) (40611), No.1 granulation slot (40611) is flexibly connected with a marking hammer (4069), two marking hammers (40610), and described one Number passage (407) is arranged below No.1 granulation slot (40611), No.1 granulation slot (40611) and No.1 passage (407) phase It is logical.

4. a kind of automation feed processing granulation device according to claim 1, it is characterised in that：The secondary granulation Device (408) by rotating wheel (4081), rotating wheel shaft (4082), No. two connect bands (4083), triangle fixed block (4084), No. three taper cone pulleies (4085), a marking hammer block (4086), drive rod (4087), two marking hammer blocks (4088), No. two granulation slots (4089), Go out a pipeline (40810) composition.

5. a kind of automation feed processing granulation device according to claim 4, it is characterised in that：The rotation rotation Axis (4082) and No.1 machine shaft (409) be orthogonal to be set up and rotating wheel shaft (4082) is arranged on No.1 machine shaft (409) bottom passes through No. three taper cone pulley (4085) machines between the rotating wheel shaft (4082) and No.1 machine shaft (409) Tool connects, and the one end of the rotating wheel shaft (4082) away from No. three taper cone pulleies (4085) is central through rotating wheel (4081), The rotating wheel shaft (4082) and rotating wheel (4081) mechanical engagement, described No. two connect bands (4083) bypass rotating wheel (4081), there are two the drive rod (4087) is set, the both ends of described No. two connect bands (4083) drive respectively with two Bar (4087) is fixedly connected, the one end of described two drive rods (4087) away from No. two connect bands (4083) respectively with a marking hammer Block (4086), two marking hammer blocks (4088) are welded as a whole structure, below a marking hammer block (4086), two marking hammer blocks (4088) No. two granulation slots (4089) are fixed with, described goes out a pipeline (40810) below No. two granulation slots (4089), described No. two granulation slots (4089) communicated with going out a pipeline (40810), it is described to go out a pipeline (40810) for No.1 to export (8) interior Chamber.

6. a kind of automation feed processing granulation device according to claim 1, it is characterised in that：The residue treatment Device (410) is by residue suction inlet (4101), No. two passages (4102), E types drive rod (4103), cylinder (4104), subtube (4105), residue blocks net (4106), No.1 wind wheel (4107), No. three motors (4108), push plate (4109), small granulation slot (41010), output board (41011), conveyer belt (41012), No. four taper cone pulleies (41013), No. two wind wheel (41014) compositions.

7. a kind of automation feed processing granulation device according to claim 6, it is characterised in that：The residue sucking Mouth (4101) is structure as a whole with No. two passages (4102), and the residue suction inlet (4101) is arranged on No. two granulation slots (4089) One side surface, described No. two passages (4102) are distributed in E fonts and bottom is communicated with residue suction inlet (4101), top and Residue blocks net (4106) and communicates, and described No. two wind wheels (41014) set there are three and are equidistantly mounted on No. two passages respectively (4102) it is central, it is connected between No. two wind wheels (41014) by rotor axis mechanical, the shaft and No.1 machine shaft (409) orthogonal to set up, the shaft is mechanically connected by No. four taper cone pulleies (41013) and No.1 machine shaft (409), No. four taper cone pulleies (41013) are mounted on No.1 machine shaft (409), and the conveyer belt (41012) is arranged on No. two Above wind wheel (41014), described No. two passage (4102) tops and between be equipped with subtube (4105), the subtube (4105) communicated with No. two passages (4102), in the rectangle formed between the subtube (4105) and No. two passages (4102) Top of chamber is equipped with cylinder (4104), and the one end of the cylinder (4104) away from subtube (4105) is equipped with E type drive rods (4103), the E types drive rod (4103) is fixedly connected with push plate (4109), the small granulation slot (41010) and push plate (4109) in same horizontal line, the small granulation slot (41010) is arranged on subtube (4105) away from cylinder (4104) One side on, the output board (41011) is mounted on the outside of small granulation slot (41010), below the output board (41011) Equipped with conveyer belt (41012), the conveyer belt (41012) exports band (10) with granulation and is structure as a whole, the No.1 wind Wheel (4107) is blocked mounted on residue on the inside of net (4106), and the No.1 wind wheel (4107) connects with No. three motor (4108) machineries It connects.

8. a kind of automation feed processing granulation device according to claim 1, it is characterised in that：The output board (41011) by the short unequal plate of two block lengths in herringbone institutes, shorter one piece is mounted on small granulation slot (41010) outside, opening are arranged on above conveyer belt (41012).