CN108391838A - A kind of feed manufacture Granulation Equipments - Google Patents

Abstract

The invention discloses a kind of feed manufacture Granulation Equipments, its structure includes prilling granulator,Headstock,Upper cover,Main control box,Hinge,Operation button,Chamber door,Adjusting knob,Buffer tank,Support base,Right bearing frame,Left bearing frame,Prilling granulator left end is mutually welded with left bearing frame right end,It is mutually welded with headstock bottom at the top of prilling granulator,Headstock top rear is connected with upper cover bottom rear end by hinge,Upper cover bottom is clearance fit with headstock top,Support base left end is fixed by screws with right bearing frame right end,Right bearing frame left end is mutually parallel with left bearing frame right end,A kind of feed manufacture Granulation Equipments of the present invention,Structure is equipped with prilling granulator,After feed is fully ground by device,Poultry is set to be more easy to absorb nutrition,Fully dry feed during granulating and forming simultaneously,And then keeps formed feed not easily broken and be not easy to become damp and rotten,And then extend usage time,Convenient for storage.

Description

A kind of feed manufacture Granulation Equipments

Technical field

The present invention is a kind of feed manufacture Granulation Equipments, belongs to feed manufacturing equipment field.

Background technology

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 include soybean, dregs of beans, corn, fish meal, amino acid, miscellaneous dregs of rice, whey powder, grease, meat The feedstuff of more than ten kinds such as bone meal, cereal, feed addictive.

But existing feed manufacturing equipment is more simple when being granulated, and is easy to become damp and rotten after granulation, influences post storage, simultaneously Granulation process is more coarse to material processing, and grinding is not enough, and influences poultry digestion.

Invention content

In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of feed manufacture Granulation Equipments, to solve Existing feed manufacturing equipment is more simple when being granulated, and is easy to become damp and rotten after granulation, influences post storage, while granulation process pair Material processing is more coarse, and grinding is not enough, and influences the problem of poultry digests.

To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of feed manufacture granulation Equipment, structure includes prilling granulator, headstock, upper cover, main control box, hinge, operation button, chamber door, adjusting knob, spare Water tank, support base, right bearing frame, left bearing frame, the prilling granulator left end are mutually welded with left bearing frame right end, the granulation dress Top set portion is mutually welded with headstock bottom, and the headstock top rear is connected with upper cover bottom rear end by hinge, described Upper cover bottom is clearance fit with headstock top, and the support base left end is fixed by screws with right bearing frame right end, The right bearing frame left end is mutually parallel with left bearing frame right end, and the main control box bottom is consolidated at the top of support base by screw Fixed connection, the buffer tank left end are connect on the right side of support base upper end using card slot, at the top of the buffer tank rear end and main Control cabinet front bottom end fits, and is connected by hinge with chamber door left end on the left of the main control box front end, before the chamber door Hold upside and operation button rear end for embedded connection, it is described with operation button inside to be electrically connected inside the main control box Adjusting knob rear end is to be flexibly connected with chamber door front end, and the chamber door rear end fits with main control box front end, the right load-bearing Frame left end is mutually welded with prilling granulator right end；The prilling granulator by water delivery device, cutting and grinding device, control device, make Grain device, auxiliary device, outer framework composition, the water delivery device left end fit with outer framework inner bottom, and the cutting is ground Mill apparatus top is fixedly connected with outer framework inner tip, is connected for machinery with outer framework inner tip at the top of the prilling granulator It connects, the auxiliary device bottom is connected with outer framework inner bottom, is mutually welded at the top of the headstock bottom and outer framework.

Further, the water delivery device is by feeding conveying belt, card slot conveyer belt, nozzle, L supporting racks, catch box, feed liquor Pipe, booster pump, outlet tube composition, the feeding conveying belt lower end left side fit with card slot conveyer belt right end, and the card slot is defeated Send band rear end with outer framework Internal back end to be mechanically connected, the L supporting racks left end is mutually welded with left end inside outer framework, described Catch box bottom fits with outer framework inner bottom, and the outlet tube middle-end connects with L supporting racks lower end, the booster pump Bottom is connected with inside catch box by inlet tube, and the booster pump right end is connected at the top of nozzle by outlet tube, institute It states at the top of card slot conveyer belt and cutting and grinding bottom of device is clearance fit.

Further, the cutting and grinding device is by cutting blade, material-collecting funnel, slot filtering layer, push rod, fluted disc, straight-tooth Wheel, connecting rod spur gear, bearing, connecting rod locating piece, cutting gear, lapping gears, abrasive disk, grinding case composition, the leakage of gathering materials It connects at the top of bucket middle-end and outer framework, the cutting blade bottom is connected with cutting gear top by connecting rod, described to cut It is clearance fit at the top of cutting blade bottom and slot filtering layer, the slot filtering layer outer wall is that card slot is connect with material-collecting funnel inner wall, The push rod middle-end connects with material-collecting funnel left end, and the push rod left end is to be flexibly connected with fluted disc inner ring, the spur gear It being meshed on the downside of rear end and fluted disc front end, the spur gear right end is connect with cutting gear left end by connecting rod Spur Gear Driving, The connecting rod spur gear middle-end is connected with connecting rod locating piece upper end by bearing, the lapping gears left end rear side and cutting teeth It is meshed on front side of wheel right end, is mutually welded inside the lapping gears middle-end and abrasive disk, in the abrasive disk outer wall and grinding case Portion upper end is clearance fit, and the spur gear bottom is connected at the top of water delivery device by connecting rod.

Further, it is connected with cutting and grinding device lower end at the top of the water delivery device, contains inside the water delivery device There are L supporting racks, is connected with cutting and grinding bottom of device at the top of the L supporting racks, the cutting and grinding device is internally provided with company Bar locating piece, the L supporting racks top are mutually welded with connecting rod locating piece bottom.

Further, the control device is by main power source, master controller, main motor, motor gear, connecting rod driven tooth Wheel, auxiliary discharging rod, driven wheel, driving wheel group are at the main power source anode is to be electrically connected with main motor right end, the main motor Top is connected with master controller left end by connecting line, and the master controller right end is to be electrically connected with main power source cathode, described Main motor bottom is connected at the top of motor gear by connecting rod, and the auxiliary discharging rod right end passes through positioning with driven wheel inner ring Pin is connected, and the driven wheel outer shroud is connected with driving wheel outer shroud by belt, connecting rod driven gear rear end with it is driven Wheel top is that Helical gear Transmission connects, and the connecting rod driven gear right end is connected with prilling granulator.

Further, the prilling granulator is by grain slot gear, mandril sliding block, spring anchor block, spring, half a month gear, solid Fixed pole sliding slot, grain slot composition, the grain slot gear bottom is connected with grain slot side by connecting rod, at the top of the fixed link sliding slot It is mutually welded with outer framework inner wall top, the mandril sliding block left end is to be flexibly connected with fixed link sliding slot right end, the half a month tooth Wheel left end is meshed with mandril sliding block right end, and the half a month gear top is connected with spring anchor block bottom by spring, institute A slot gear left end is stated to connect with control device line.

Further, the control device right end is connected with prilling granulator left end, contains inside the control device It is mechanical connection with prilling granulator to have connecting rod driven gear, the connecting rod driven gear right end, and the prilling granulator is equipped with grain slot Gear, the connecting rod driven gear right end rear side are meshed with grain slot gear left end.

Further, the auxiliary device by accessory power supply, pilot controller, dryer, dryer fixed seat, pulley, Control line, equipment gear, sub-motor gear, stand-by motor, swing arm, L fixed blocks, steel cable, turntable, T-type connecting plate, auxiliary bullet Spring, fixed block, sliding block, sliding slot, fixed link, discharging conveyor belts, discharge nozzle, wraping plate composition, the accessory power supply cathode and auxiliary It is connected by control line with accessory power supply anode for electrical connection, the pilot controller right end at the top of motor, the dryer Right end is fixedly connected with right end inside outer framework by dryer fixed seat, is with pilot controller left end inside the dryer Electrical connection, the stand-by motor left end is sequentially connected with equipment gear right end by sub-motor gear, in the equipment gear End is connected with T-type connecting plate right end by swing arm, and the turntable middle-end is to be flexibly connected with T-type connecting plate left end, and the sliding block is right End is connected with fixed block right end by steel cable, and the slider top is connected with L fixed blocks bottom by sliding slot, and the L is solid Determine block rear end to be fixed by screws with outer framework Internal back end, the fixed link upper end passes through positioning pin phase with wraping plate left end Connection, the discharge nozzle middle-end connect with outer framework bottom.

Further, half a month gear lower end is connected with wraping plate right end by steel cable.

Further, the discharging conveyor belts bottom and outer framework inner bottom are clearance fit.

Advantageous effect

A kind of feed manufacture Granulation Equipments of the present invention, structure are equipped with prilling granulator, place the device in suitable position, Collecting vessel is placed below discharge nozzle, upper cover is opened and checks connection inside headstock, feed is poured into material-collecting funnel, lead to It crosses operation button and starts master controller and pilot controller with adjusting knob, main power source is powered for main motor at this time, motor gear Drive connecting rod driven gear rotation, and then make a slot gear together with driven wheel rotate, at this time driving wheel drive lapping gears together with Abrasive disk rotates, then cuts gear and rotated together with cutting blade, by fodder laceration, after feed is by slot filtering layer, connecting rod straight-tooth Wheel is rotated by spur gear band active toothed disk, and then push rod is made to push away feed toward right end, while being assisted discharging rod to be swept into feed and being ground Grinding in tumbling barrel, being fully ground contributes to poultry to absorb, and the groove on card slot conveyer belt is fallen into after grinding, and booster pump passes through at this time Inlet tube is picked up distiller liquor by catch box, then is sprayed onto in card slot conveyer belt groove by outlet tube and nozzle, feed formulation tune Grain slot is sent by feeding conveying belt with liquid, the rotation of grain slot gear makes a slot go to right side together with feed, and accessory power supply is simultaneously at this time It being energized for dryer and stand-by motor, feed drying is molded by dryer, and sub-motor gear drives equipment gear rotation at this time, Then equipment gear makes turntable do bilateral reciprocation together with T-type connecting plate by swing arm, since L fixed blocks and fixed block are fixed not It is dynamic, so steel cable tears sliding block secondary spring is overcome to be close to sliding slot and horizontally slips, wraping plate is pulled to rotate clockwise, while pulling half Month gear overcomes spring to rotate counterclockwise, and so that mandril sliding block is close to fixed link sliding slot slide downward and formed feed is ejected grain slot, By discharging conveyor belts by discharge nozzle slide out device, after feed is fully ground by device, make poultry be more easy to absorb nutrition, while Fully dry feed during granulating and forming, and then keep formed feed not easily broken and be not easy to become damp and rotten, and then extend and use Time, convenient for storage.

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 structural schematic diagram of feed manufacture Granulation Equipments of the present invention；

Fig. 2 is the sectional view of prilling granulator of the present invention；

Fig. 3 is the action diagram of control device of the present invention；

Fig. 4 is the action diagram of servicing unit of the present invention.

In figure：Prilling granulator -1, headstock -2, upper cover -3, main control box -4, hinge -5, operation button -6, chamber door -7, Adjusting knob -8, buffer tank -9, support base -10, right bearing frame -11, left bearing frame -12, water delivery device -101, cutting and grinding Device -102, control device -103, prilling granulator -104, auxiliary device -105, outer framework -106, feeding conveying belt -1011, Card slot conveyer belt -1012, L supporting racks -1014, catch box -1015, inlet tube -1016, booster pump -1017, goes out nozzle -1013 Liquid pipe -1018, cutting blade -1021, material-collecting funnel -1022, slot filtering layer -1023, push rod -1024, fluted disc -1025, straight-tooth Wheel -1026, connecting rod spur gear -1027, bearing -1028, connecting rod locating piece -1029, cutting gear -10210, lapping gears - 10211, abrasive disk -10212, grinding case -10213, main power source -1031, master controller -1032, main motor -1033, motor tooth Wheel -1034, connecting rod driven gear -1035, auxiliary discharging rod -1036, driven wheel -1037, driving wheel -1038, grain slot gear - 1041, mandril sliding block -1042, spring anchor block -1043, spring -1044, half a month gear -1045, fixed link sliding slot -1046, grain Slot -1047, accessory power supply -1051, pilot controller -1052, dryer -1053, dryer fixed seat -1054, pulley - 1055, control line -1056, equipment gear -1057, sub-motor gear -1058, stand-by motor -1059, swing arm -10510, L are solid Determine block -10511, steel cable -10512, turntable -10513, T-type connecting plate -10514, secondary spring -10515, fixed block -10516, slide Block -10517, sliding slot -10518, fixed link -10519, discharging conveyor belts -10520, discharge nozzle -10521, wraping plate -10522.

Specific implementation mode

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

- Fig. 4 is please referred to Fig.1, the present invention provides a kind of feed manufacture Granulation Equipments technical solution：Its structure includes being granulated Device 1, headstock 2, upper cover 3, main control box 4, hinge 5, operation button 6, chamber door 7, adjusting knob 8, buffer tank 9, support Seat 10, right bearing frame 11, left bearing frame 12,1 left end of the prilling granulator are mutually welded with 12 right end of left bearing frame, the granulation dress 1 top to be set mutually to weld with 2 bottom of headstock, 2 top rear of the headstock is connected with 3 bottom rear end of upper cover by hinge 5, 3 bottom of the upper cover is clearance fit with 2 top of headstock, and 10 left end of the support base passes through screw with 11 right end of right bearing frame It is fixedly connected, 11 left end of right bearing frame is mutually parallel with 12 right end of left bearing frame, 4 bottom of the main control box and support base 10 tops are fixed by screws, and 9 left end of the buffer tank is connect on the right side of 10 upper end of support base using card slot, described standby It is fitted with 4 front bottom end of main control box at the top of 9 rear end of water tank, is passed through with 7 left end of chamber door on the left of 4 front end of the main control box Hinge 5 is connected, and is embedded connection with 6 rear end of operation button on the upside of 7 front end of the chamber door, 4 inside of the main control box with The inside of operation button 6 is electrical connection, and 8 rear end of the adjusting knob is to be flexibly connected with 7 front end of chamber door, 7 rear end of the chamber door and 4 front end of main control box fits, and 11 left end of right bearing frame is mutually welded with 1 right end of prilling granulator；The prilling granulator 1 is by defeated Water installations 101, cutting and grinding device 102, control device 103, prilling granulator 104, auxiliary device 105,106 groups of outer framework At 101 left end of the water delivery device fits with 106 inner bottom of outer framework, 102 top of the cutting and grinding device and outline border 106 inner tip of frame is fixedly connected, and 104 top of the prilling granulator and 106 inner tip of outer framework are mechanical connection, described auxiliary 105 bottom of device is helped to be connected with 106 inner bottom of outer framework, 2 bottom of the headstock is mutually welded with 106 top of outer framework, The water delivery device 101 is by feeding conveying belt 1011, card slot conveyer belt 1012, nozzle 1013, L supporting racks 1014, catch box 1015, inlet tube 1016, booster pump 1017, outlet tube 1018 form, defeated with card slot on the left of 1011 lower end of the feeding conveying belt 1012 right end of band is sent to fit, 1012 rear end of card slot conveyer belt is mechanical connection, the L with 106 Internal back end of outer framework 1014 left end of supporting rack is mutually welded with 106 inside left end of outer framework, 1015 bottom of the catch box and 106 inner bottom of outer framework It fits, 1018 middle-end of the outlet tube connects with 1014 lower end of L supporting racks, 1017 bottom of the booster pump and catch box It is connected by inlet tube 1016 inside 1015,1017 right end of the booster pump passes through 1018 phase of outlet tube with 1013 top of nozzle Connection, 1012 top of the card slot conveyer belt and 102 bottom of cutting and grinding device are clearance fit, the cutting and grinding device 102 by cutting blade 1021, material-collecting funnel 1022, slot filtering layer 1023, push rod 1024, fluted disc 1025, spur gear 1026, connecting rod Spur gear 1027, connecting rod locating piece 1029, cutting gear 10210, lapping gears 10211, abrasive disk 10212, is ground bearing 1028 Tumbling barrel 10213 forms, and 1022 middle-end of the material-collecting funnel connects with 106 top of outer framework, 1021 bottom of the cutting blade It is connected by connecting rod with 10210 top of cutting gear, between being at the top of 1021 bottom of the cutting blade and slot filtering layer 1023 Gap coordinates, and 1023 outer wall of slot filtering layer is that card slot is connect with 1022 inner wall of material-collecting funnel, 1024 middle-end of the push rod and collection 1022 left end of funnel connects, and 1024 left end of the push rod is to be flexibly connected with 1025 inner ring of fluted disc, the spur gear 1026 It is meshed on the downside of rear end and 1025 front end of fluted disc, 1026 right end of the spur gear and cutting 10210 left end of gear are straight by connecting rod Gear 1027 is sequentially connected, and 1027 middle-end of connecting rod spur gear is connected with 1029 upper end of connecting rod locating piece by bearing 1028 It connects, is meshed on front side of cutting 10210 right end of gear on rear side of 10211 left end of the lapping gears, in the lapping gears 10211 End is mutually welded with 10212 inside of abrasive disk, and 10212 outer wall of the abrasive disk is clearance fit with grinding 10213 inner upper end of case, 1026 bottom of the spur gear is connected with 101 top of water delivery device by connecting rod, and 101 top of the water delivery device is ground with cutting 102 lower end of mill apparatus is connected, and L supporting racks 1014 are contained in the inside of the water delivery device 101,1014 top of the L supporting racks with 102 bottom of cutting and grinding device is connected, and the cutting and grinding device 102 is internally provided with connecting rod locating piece 1029, the L supports 1014 top of frame is mutually welded with 1029 bottom of connecting rod locating piece, and the control device 103 is by main power source 1031, master controller 1032, main motor 1033, motor gear 1034, connecting rod driven gear 1035, auxiliary discharging rod 1036, driven wheel 1037, transmission Wheel 1038 forms, and 1031 anode of the main power source is to be electrically connected with 1033 right end of main motor, 1033 top of the main motor and master 1032 left end of controller is connected by connecting line, and 1032 right end of the master controller is to be electrically connected with 1031 cathode of main power source, 1034 top of 1033 bottom of the main motor and motor gear is connected by connecting rod, 1036 right end of auxiliary discharging rod and from 1037 inner ring of driving wheel is connected by positioning pin, and 1037 outer shroud of the driven wheel is connected with 1038 outer shroud of driving wheel by belt It connects, 1035 rear end of connecting rod driven gear is that Helical gear Transmission is connect with 1037 top of driven wheel, the connecting rod driven gear 1035 right ends are connected with prilling granulator 104, and the prilling granulator 104 is solid by grain slot gear 1041, mandril sliding block 1042, spring Determine block 1043, spring 1044, half a month gear 1045, fixed link sliding slot 1046, grain slot 1047 to form, 1041 bottom of grain slot gear Portion is connected with 1047 side of grain slot by connecting rod, and 1046 top of the fixed link sliding slot is mutually welded with 106 inner wall top of outer framework Connect, 1042 left end of mandril sliding block and 1046 right end of fixed link sliding slot are be flexibly connected, 1045 left end of half a month gear and 1042 right end of mandril sliding block is meshed, and 1045 top of the half a month gear passes through 1044 phase of spring with 1043 bottom of spring anchor block Connection, 1041 left end of grain slot gear are connect with 103 line of control device, and 103 right end of the control device is filled with granulation It sets 104 left ends to be connected, connecting rod driven gear 1035, the connecting rod driven gear are contained in 103 inside of the control device 1035 right ends are mechanical connection with prilling granulator 104, and the prilling granulator 104 is equipped with grain slot gear 1041, and the connecting rod is driven It is meshed with 1041 left end of grain slot gear on rear side of 1035 right end of gear, the auxiliary device 105 is controlled by accessory power supply 1051, auxiliary Device 1052 processed, dryer 1053, dryer fixed seat 1054, pulley 1055, control line 1056, equipment gear 1057, auxiliary electricity Machine gear 1058, stand-by motor 1059, swing arm 10510, L fixed blocks 10511, steel cable 10512, turntable 10513, T-type connecting plate 10514, secondary spring 10515, fixed block 10516, sliding block 10517, sliding slot 10518, fixed link 10519, discharging conveyor belts 10520, discharge nozzle 10521, wraping plate 10522 form, and 1051 cathode of the accessory power supply is electrically connected with 1059 top of stand-by motor It connects, 1052 right end of the pilot controller is connected with 1051 anode of accessory power supply by control line 1056, the dryer 1053 right ends are fixedly connected with 106 inside right end of outer framework by dryer fixed seat 1054, the inside of the dryer 1053 with 1052 left end of pilot controller is electrical connection, and 1059 left end of the stand-by motor passes through stand-by motor with 1057 right end of equipment gear Gear 1058 is sequentially connected, and 1057 middle-end of the equipment gear is connected with 10514 right end of T-type connecting plate by swing arm 10510, institute It is to be flexibly connected that 10513 middle-end of turntable, which is stated, with 10514 left end of T-type connecting plate, and 10517 right end of the sliding block is right with fixed block 10516 End is connected by steel cable 10512, and 10517 top of the sliding block is connected with 10511 bottom of L fixed blocks by sliding slot 10518, 10511 rear end of L fixed blocks is fixed by screws with 106 Internal back end of outer framework, 10519 upper end of the fixed link with 10522 left end of wraping plate is connected by positioning pin, and 10521 middle-end of the discharge nozzle connects with 106 bottom of outer framework, and described half Month 1045 lower end of gear is connected with 10522 right end of wraping plate by steel cable 10512,10520 bottom of the discharging conveyor belts with outside 106 inner bottom of frame is clearance fit.

Secondary spring 10515 described in this patent steps on that spring steel material, and spring steel refers to manufacturing all kinds of bullets The special metals steel of spring and other elastic elements can be divided into common alloy spring steel and special conjunction by performance requirement, use condition Golden spring steel.

In progress in use, placing the device in suitable position, collecting vessel is placed on 10521 lower section of discharge nozzle, is opened Upper cover 3 checks 2 inside connection of headstock, and feed is poured into material-collecting funnel 1022, passes through operation button 6 and adjusting knob 8 Start master controller 1032 and pilot controller 1052, main power source 1031 is powered for main motor 1033 at this time, motor gear 1034 It drives connecting rod driven gear 1035 to rotate, and then a slot gear 1041 is made to be rotated together with driven wheel 1037, at this time driving wheel 1038 It drives lapping gears 10211 to be rotated together with abrasive disk 10212, then cuts gear 10210 and rotated together with cutting blade 1021, will be raised Material chopping, after feed is by slot filtering layer 1023, connecting rod spur gear 1027 is rotated by spur gear 1026 with active toothed disk 1025, into And push rod 1024 is made to push away feed toward right end, while assisting discharging rod 1036 that feed is swept into grinding in grinding case 10213, fully Grinding contributes to poultry to absorb, and the groove on card slot conveyer belt 1012 is fallen into after grinding, booster pump 1017 passes through inlet tube at this time 1016 are picked up distiller liquor by catch box 1015, then are sprayed onto 1012 groove of card slot conveyer belt by outlet tube 1018 and nozzle 1013 Interior, feed formulation distiller liquor is sent into grain slot 1047 by feeding conveying belt 1011, the rotation of grain slot gear 1041 make a slot 1047 together with Feed goes to right side, and accessory power supply 1051 energizes for dryer 1053 and stand-by motor 1059 simultaneously at this time, and dryer 1053 will Feed drying is molded, and sub-motor gear 1058 drives equipment gear 1057 to rotate at this time, then equipment gear 1057 passes through swing arm 10510 make turntable 10513 do bilateral reciprocation together with T-type connecting plate 10514, due to L fixed blocks 10511 and fixed block 10516 It is fixed, so steel cable 10512 tears sliding block 10517 secondary spring 10515 is overcome to be close to sliding slot 10518 and horizontally slips, draw Dynamic wraping plate 10522 rotates clockwise, while pulling half a month gear 1045 that spring 1044 is overcome to rotate counterclockwise, and makes mandril sliding block 1042 are close to 1046 slide downward of fixed link sliding slot by formed feed ejection grain slot 1047, by discharging conveyor belts 10520 by going out 10521 slide out device of expects pipe.

Present invention solution existing feed manufacturing equipment is more simple when being granulated, and is easy to become damp and rotten after granulation, influences the later stage Storage, while granulation process is more coarse to material processing, grinding is not enough, and influences the problem of poultry digests, and the present invention is logical Being combined with each other for above-mentioned component is crossed, structure is equipped with prilling granulator, places the device in suitable position, collecting vessel is placed on out It below expects pipe, opens upper cover and checks connection inside headstock, feed is poured into material-collecting funnel, by operation button and adjust Knob starts master controller and pilot controller, and main power source is powered for main motor at this time, and motor gear drives connecting rod driven gear Rotation, and then a slot gear is made to be rotated together with driven wheel, driving wheel drives lapping gears to be rotated together with abrasive disk at this time, then cuts Gear is rotated together with cutting blade, and by fodder laceration, after feed is by slot filtering layer, connecting rod spur gear passes through spur gear band moving teeth Disk rotates, and then push rod is made to push away feed toward right end, while assisting discharging rod that feed is swept into grinding case and grinding, and is fully ground Contribute to poultry to absorb, the groove on card slot conveyer belt fallen into after grinding, at this time booster pump by inlet tube by distiller liquor by collecting Liquid case picks up, then is sprayed onto in card slot conveyer belt groove by outlet tube and nozzle, and feed formulation distiller liquor is sent by feeding conveying belt Enter a slot, the rotation of grain slot gear makes a slot go to right side together with feed, and accessory power supply is dryer and stand-by motor simultaneously at this time Feed drying is molded by energy supply, dryer, and sub-motor gear drives equipment gear rotation at this time, then equipment gear passes through swing arm Turntable is set to do bilateral reciprocation together with T-type connecting plate, since L fixed blocks and fixed block are fixed, so steel cable tears sliding block Overcome secondary spring to be close to sliding slot to horizontally slip, pulls wraping plate to rotate clockwise, while half a month gear being pulled to overcome the spring inverse time Needle rotates, and so that mandril sliding block is close to fixed link sliding slot slide downward and formed feed is ejected grain slot, by discharging conveyor belts by going out Expects pipe slide out device after feed is fully ground by device, makes poultry be more easy to absorb nutrition, while during granulating and forming fully Dry feed, and then keep formed feed not easily broken and be not easy to become damp and rotten, and then extend usage time, convenient for storage.

The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, 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 that come within the meaning and range of equivalency of the claims in the present invention It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.

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 embodiment being appreciated that.

Claims (8)

1. a kind of feed manufacture Granulation Equipments, structure includes prilling granulator (1), headstock (2), upper cover (3), main control box (4), hinge (5), operation button (6), chamber door (7), adjusting knob (8), buffer tank (9), support base (10), right bearing frame (11), left bearing frame (12), prilling granulator (1) left end are mutually welded with left bearing frame (12) right end, the prilling granulator (1) Top is mutually welded with headstock (2) bottom, and headstock (2) top rear passes through hinge (5) phase with upper cover (3) bottom rear end Connection, upper cover (3) bottom are clearance fit, support base (10) left end and right bearing frame with headstock (2) top (11) right end is fixed by screws, and right bearing frame (11) left end is mutually parallel with left bearing frame (12) right end, special Sign is：

Be fixed by screws at the top of main control box (4) bottom and support base (10), buffer tank (9) left end with It is connected using card slot on the right side of support base (10) upper end, buffer tank (9) the rear end top and main control box (4) front bottom end phase Fitting, main control box (4) the front end left side is connected with chamber door (7) left end by hinge (5), on chamber door (7) front end Side is embedded connection with operation button (6) rear end, and the main control box (4) is internal internal to be electrically connected with operation button (6), Adjusting knob (8) rear end is to be flexibly connected with chamber door (7) front end, chamber door (7) rear end and main control box (4) front end phase Fitting, right bearing frame (11) left end are mutually welded with prilling granulator (1) right end；

The prilling granulator (1) is by water delivery device (101), cutting and grinding device (102), control device (103), prilling granulator (104), auxiliary device (105), outer framework (106) composition, water delivery device (101) left end and outer framework (106) inner bottom End fits, and is fixedly connected with outer framework (106) inner tip at the top of the cutting and grinding device (102), the prilling granulator (104) top is to be mechanically connected with outer framework (106) inner tip, in auxiliary device (105) bottom and outer framework (106) Portion bottom end is connected, and is mutually welded at the top of headstock (2) bottom and outer framework (106).

2. a kind of feed manufacture Granulation Equipments according to claim 1, it is characterised in that：The water delivery device (101) By feeding conveying belt (1011), card slot conveyer belt (1012), nozzle (1013), L supporting racks (1014), catch box (1015), into Liquid pipe (1016), booster pump (1017), outlet tube (1018) composition, feeding conveying belt (1011) the lower end left side are defeated with card slot Band (1012) right end is sent to fit, card slot conveyer belt (1012) rear end is mechanical connection with outer framework (106) Internal back end, L supporting racks (1014) left end is mutually welded with the internal left end of outer framework (106), catch box (1015) bottom and outer framework (106) inner bottom fits, and outlet tube (1018) middle-end connects with L supporting racks (1014) lower end, the booster pump (1017) bottom is connected with catch box (1015) inside by inlet tube (1016), booster pump (1017) right end and nozzle (1013) top is connected by outlet tube (1018), card slot conveyer belt (1012) top and cutting and grinding device (102) Bottom is clearance fit.

3. a kind of feed manufacture Granulation Equipments according to claim 1, it is characterised in that：The cutting and grinding device (102) by cutting blade (1021), material-collecting funnel (1022), slot filtering layer (1023), push rod (1024), fluted disc (1025), straight Gear (1026), connecting rod spur gear (1027), bearing (1028), connecting rod locating piece (1029), cutting gear (10210), grinding Gear (10211), abrasive disk (10212), grinding case (10213) form, material-collecting funnel (1022) middle-end and outer framework (106) top connects, and cutting blade (1021) bottom is connected at the top of cutting gear (10210) by connecting rod, institute It is clearance fit, slot filtering layer (1023) outer wall and collection that cutting blade (1021) bottom, which is stated, with slot filtering layer (1023) top Funnel (1022) inner wall connects for card slot, and push rod (1024) middle-end connects with material-collecting funnel (1022) left end, described Push rod (1024) left end is to be flexibly connected with fluted disc (1025) inner ring, spur gear (1026) rear end and fluted disc (1025) front end Downside is meshed, and spur gear (1026) right end is driven with cutting gear (10210) left end by connecting rod spur gear (1027) Connection, connecting rod spur gear (1027) middle-end is connected with connecting rod locating piece (1029) upper end by bearing (1028), described It is meshed on front side of cutting gear (10210) right end on rear side of lapping gears (10211) left end, in the lapping gears (10211) Between end and the internal mutually welding of abrasive disk (10212), abrasive disk (10212) outer wall and grinding case (10213) inner upper end are Gap coordinates, and spur gear (1026) bottom is connected at the top of water delivery device (101) by connecting rod.

4. a kind of feed manufacture Granulation Equipments according to claim 1 or 2 or 3, it is characterised in that：The water delivery device (101) top is connected with cutting and grinding device (102) lower end, and L supporting racks are contained inside the water delivery device (101) (1014), it is connected with cutting and grinding device (102) bottom at the top of the L supporting racks (1014), the cutting and grinding device (102) it is internally provided with connecting rod locating piece (1029), is mutually welded with connecting rod locating piece (1029) bottom at the top of the L supporting racks (1014) It connects.

5. a kind of feed manufacture Granulation Equipments according to claim 1, it is characterised in that：The control device (103) by main power source (1031), master controller (1032), main motor (1033), motor gear (1034), connecting rod driven gear (1035), auxiliary discharging rod (1036), driven wheel (1037), driving wheel (1038) composition, the main power source (1031) anode with Main motor (1033) right end is electrical connection, and main motor (1033) top passes through connecting line phase with master controller (1032) left end Connection, master controller (1032) right end and main power source (1031) cathode are to be electrically connected, main motor (1033) bottom and It is connected by connecting rod at the top of motor gear (1034), auxiliary discharging rod (1036) right end is logical with driven wheel (1037) inner ring It crosses positioning pin to be connected, driven wheel (1037) outer shroud is connected with driving wheel (1038) outer shroud by belt, the connecting rod Driven gear (1035) rear end is connect at the top of driven wheel (1037) for Helical gear Transmission, and the connecting rod driven gear (1035) is right End is connected with prilling granulator (104).

6. a kind of feed manufacture Granulation Equipments according to claim 1, it is characterised in that：The prilling granulator (104) By grain slot gear (1041), mandril sliding block (1042), spring anchor block (1043), spring (1044), half a month gear (1045), consolidate Fixed pole sliding slot (1046), grain slot (1047) composition, the grain slot gear (1041) bottom passes through connecting rod with grain slot (1047) side It is connected, is mutually welded with outer framework (106) inner wall top at the top of the fixed link sliding slot (1046), the mandril sliding block (1042) Left end is to be flexibly connected with fixed link sliding slot (1046) right end, and half a month gear (1045) left end is right with mandril sliding block (1042) End is meshed, and is connected by spring (1044) with spring anchor block (1043) bottom at the top of the half a month gear (1045), institute Slot gear (1041) left end is stated to connect with control device (103) line.

7. a kind of feed manufacture Granulation Equipments according to claim 5 or 6, it is characterised in that：The control device (103) right end is connected with prilling granulator (104) left end, and connecting rod driven gear is contained inside the control device (103) (1035), connecting rod driven gear (1035) right end and prilling granulator (104) are mechanical connection, the prilling granulator (104) Equipped with grain slot gear (1041), it is meshed with grain slot gear (1041) left end on rear side of connecting rod driven gear (1035) right end.

8. a kind of feed manufacture Granulation Equipments according to claim 1, it is characterised in that：The auxiliary device (105) By accessory power supply (1051), pilot controller (1052), dryer (1053), dryer fixed seat (1054), pulley (1055), Control line (1056), equipment gear (1057), sub-motor gear (1058), stand-by motor (1059), swing arm (10510), L are solid Determine block (10511), steel cable (10512), turntable (10513), T-type connecting plate (10514), secondary spring (10515), fixed block (10516), sliding block (10517), sliding slot (10518), fixed link (10519), discharging conveyor belts (10520), discharge nozzle (10521), wraping plate (10522) forms, and accessory power supply (1051) cathode is to be electrically connected with stand-by motor (1059) top, institute It states pilot controller (1052) right end with accessory power supply (1051) anode to be connected by control line (1056), the dryer (1053) right end is fixedly connected with the internal right end of outer framework (106) by dryer fixed seat (1054), the dryer (1053) inside is to be electrically connected with pilot controller (1052) left end, stand-by motor (1059) left end and equipment gear (1057) right end is sequentially connected by sub-motor gear (1058), equipment gear (1057) middle-end and T-type connecting plate (10514) right end is connected by swing arm (10510), and turntable (10513) middle-end is to live with T-type connecting plate (10514) left end Dynamic connection, sliding block (10517) right end are connected with fixed block (10516) right end by steel cable (10512), the sliding block (10517) top be connected by sliding slot (10518) with L fixed blocks (10511) bottom, L fixed blocks (10511) rear end and Outer framework (106) Internal back end is fixed by screws, and fixed link (10519) upper end is logical with wraping plate (10522) left end It crosses positioning pin to be connected, discharge nozzle (10521) middle-end connects with outer framework (106) bottom.