CN108097416A - A kind of novel organic fertilizer production equipment - Google Patents

Abstract

The present invention is a kind of novel organic fertilizer production equipment, including producing engine base, recessed groove is equipped in the production engine base bottom end face, it is rotatably assorted to be connected in the recessed groove and grinds moving block, described grind is equipped with the first pyramidal cavity in moving block top end surface, described grind is equipped with the second pyramidal cavity in moving block bottom end face, it is communicated between first pyramidal cavity and second pyramidal cavity equipped with the first cavity, the moving block outer surface that grinds circumferentially is installed with profile of tooth ring, tooth socket is equipped in the production inboard wall of base on rear side of the recessed groove, it is equipped in the production engine base inner wall on the upside of the recessed groove and transfers chamber, the charging aperture for extending set up and down is equipped in the production engine base inner wall on front side of the transmission chamber.

Description

A kind of novel organic fertilizer production equipment

Technical field

The present invention relates to organic fertilizer technical fields, are specially a kind of novel organic fertilizer production equipment.

Background technology

Organic fertilizer be mainly derived from plant and（Or）Animal imposes on soil to provide plant nutrient containing as its major function Carbon material.Through biological substance, animals and plants discarded object, plant residue processing, it is important one to grind work in process Road link exists when being ground during organic fertilizer production rely primarily on that manually time-consuming and laborious, grinding rate is slow, mill at present Broken non-uniform shortcoming, therefore set there is an urgent need for researching and developing the production that a kind of time saving and energy saving, grinding rate is fast, grinds uniform organic fertilizer It is standby.

The content of the invention

It is of the prior art above-mentioned scarce for overcoming it is an object of the invention to provide a kind of novel organic fertilizer production equipment It falls into.

A kind of novel organic fertilizer production equipment according to the present invention, including producing engine base, the production engine base bottom end face Interior to be equipped with recessed groove, being rotatably assorted to be connected in the recessed groove grinds moving block, and described grind in moving block top end surface sets There is the first pyramidal cavity, described grind is equipped with the second pyramidal cavity, first pyramidal cavity and described second in moving block bottom end face It is communicated between pyramidal cavity equipped with the first cavity, the moving block outer surface that grinds circumferentially is installed with profile of tooth ring, after the recessed groove It is equipped with tooth socket in the production inboard wall of base of side, is equipped with and transfers in the production engine base inner wall on the upside of the recessed groove Chamber is equipped with the charging aperture for extending set up and down in the production engine base inner wall transferred on front side of chamber, before the charging aperture Side connection, which is equipped with, rotates chamber, the both sides up and down rotated in chamber be respectively arranged with turn rod and under turn rod, it is described on turn rod with Under turn spread ends on front side of rod and be rotatably assorted with the charging aperture front inner wall respectively be connected, it is described on turn rod rear side spread ends It is connected with main motor power, the main motor outer surface is installed on rear side of charging aperture in inner wall, and fixed thereto is matched somebody with somebody Connection is closed, turns spread ends on rear side of rod under described and be rotatably assorted with charging aperture rear side spread ends to be connected, the rotation chamber In it is described on turn rod and under turn transmission between rod and be connected with transfer tape, turn rod and lower turn on described in the charging aperture Rod outer surface is circumferentially installed with multigroup chopping saw blade respectively, is communicated between the transmission chamber and the recessed groove logical equipped with second Chamber is equipped with the first vestibule in the production engine base inner wall transferred on the upside of chamber, the life on rear side of first vestibule It produces and the second vestibule is equipped in inboard wall of base body, second vestibule is located at the position directly above of the tooth socket, the transmission intracavitary Sliding block is slidably connected with, is rotatably assorted in the sliding block and is connected with steering spindle, steering spindle bottom power connector There is the steering arm for extending set downwards, the steering arm bottom extension section is successively through second cavity, the first pyramidal cavity and the Second pyramidal cavity is put in after one cavity, is equipped in second pyramidal cavity and fixes company with steering arm bottom spread ends The taper connect grinds wheel, and spline chamber is equipped in the steering spindle top end surface, is turned between first vestibule and the transmission chamber Dynamic to be connected with the first steering spindle, the first steering spindle top end power connector has the put in first vestibule One taper cone pulley, the first steering spindle bottom end power connector put in the transmission intracavitary and to match somebody with somebody with the spline chamber The spline rod of connection is closed, transmission member is equipped between first vestibule and second vestibule, is equipped in the tooth socket and drives row Component is equipped in the sliding block on rear side of the steering spindle and transfers component, shield rest device is additionally provided in the drive row component.

Further technical solution, the production engine base top end surface is equipped with to be communicated with spread ends at the top of the charging aperture The charging of setting is trembled, and charging aperture bottom spread ends communicate setting with first pyramidal cavity.

Further technical solution, the transmission member include be rotatably assorted connection be arranged on first vestibule with it is described The second steering spindle between second vestibule, the second steering spindle front side spread ends, which are installed with, to be put in first vestibule Second taper cone pulley, the second taper cone pulley front side bottom are connected with the first taper cone pulley backside top, described second turn The triconic wheel put in second vestibule is installed with to spread ends on rear side of axis.

Further technical solution, the row component that drives include the tooth form that clearance fit connection is arranged in the tooth socket Wheel, the toothed wheel front side put in the recessed groove and are connected with the profile of tooth ring power, and the toothed wheel bottom is moved Power is connected with motor, and the motor outer surface is installed in the tooth socket inner bottom wall, and mating connection fixed thereto, described It is rotatably assorted between second vestibule and the tooth socket and is connected with the 3rd steering spindle, the 3rd steering spindle top end power connector There is the 4th taper cone pulley put in second vestibule, the 4th taper cone pulley front side bottom on rear side of the triconic wheel with pushing up Portion's cooperation is connected, and the 3rd steering spindle bottom end is connected with the toothed wheel bottom end face secure fit.

Further technical solution, the component of transferring include the spiral shell shape bar being connected with the sliding block thread fitting, institute It states spiral shell shape bar bottom end to be rotatably assorted and be connected with the transmission intracavitary bottom wall, the spiral shell shape bar top spread ends and motor Two power are connected, and two outer surface of motor is installed in the transmission intracavitary roof, and mating connection fixed thereto.

Further technical solution, the shield rest device include antivibration pad and radiating fin, and the antivibration pad is arranged on institute It states the left end for driving the motor in row component and right end and is fixedly connected with the motor, the radiating fin is arranged on described It the front-end and back-end of motor and is fixedly connected with the motor.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, by the production engine base bottom end face Equipped with recessed groove, being rotatably assorted to be connected in the recessed groove grinds moving block, and described grind in moving block top end surface is equipped with First pyramidal cavity, described grind are equipped with the second pyramidal cavity in moving block bottom end face, first pyramidal cavity and the described second cone It is communicated between shape chamber equipped with the first cavity, the moving block outer surface that grinds circumferentially is installed with profile of tooth ring, the recessed groove rear side The production inboard wall of base in be equipped with tooth socket, be equipped in the production engine base inner wall on the upside of the recessed groove and transfer chamber, The charging aperture for extending set up and down is equipped in the production engine base inner wall on front side of the transmission chamber, is connected on front side of the charging aperture Logical be equipped with rotates chamber, the both sides up and down rotated in chamber be respectively arranged with turn rod and under turn rod, it is described on turn rod and lower turn Spread ends are rotatably assorted respectively with the charging aperture front inner wall on front side of rod be connected, it is described on turn rod rear side spread ends and master Motor power is connected, and the main motor outer surface is installed on rear side of charging aperture in inner wall, and cooperation fixed thereto connects It connects, turns spread ends on rear side of rod under described and be rotatably assorted with spread ends on rear side of the charging aperture to be connected, it is described to rotate in chamber Turn on described rod and under turn transmission between rod and be connected with transfer tape, turning rod on described in the charging aperture turns under outside rod Surface is circumferentially installed with multigroup chopping saw blade respectively, is communicated between the transmission chamber and the recessed groove equipped with the second cavity, institute It states and the first vestibule is equipped in the production engine base inner wall transferred on the upside of chamber, the production engine base on rear side of first vestibule The second vestibule is equipped in inner wall, second vestibule is located at the position directly above of the tooth socket, and the transmission intracavitary slip is matched somebody with somebody Conjunction is connected with sliding block, is rotatably assorted in the sliding block and is connected with steering spindle, and steering spindle bottom power connector has downwards Extend the steering arm set, and the steering arm bottom extension section is successively through second cavity, the first pyramidal cavity and the first cavity After put in second pyramidal cavity, the cone being fixedly connected with steering arm bottom spread ends is equipped in second pyramidal cavity Shape grinds wheel, and spline chamber is equipped in the steering spindle top end surface, is rotatably assorted between first vestibule and the transmission chamber The first steering spindle is connected with, the first steering spindle top end power connector has the first taper put in first vestibule Wheel, the first steering spindle bottom end power connector put in the transmission intracavitary and to be connected with the spline chamber Spline rod, transmission member is equipped between first vestibule and second vestibule, is equipped in the tooth socket and drives row component, institute It states to be equipped in the sliding block on rear side of steering spindle and transfers component, chopping work is first carried out before grinding so as to realize, increase Add the follow-up agility for grinding work, can realize to automatically control and grind moving block and what taper ground wheel rotates backward work, Efficiency and quality are ground so as to improve, by transferring component so as to which fast and easy is overhauled and is safeguarded, prevents that grinding material blocks.

Description of the drawings

Fig. 1 is a kind of novel organic fertilizer production equipment internal structure schematic diagram in the present invention；

Fig. 2 is enlarged structure schematic diagram at the A of Fig. 1 in the present invention；

Specific embodiment

With reference to Fig. 1-2 figures, the present invention is described in detail.

Reference Fig. 1-2 figures, a kind of novel organic fertilizer production equipment according to an embodiment of the invention, including producing engine base 8, Recessed groove 81 is equipped in production 8 bottom end face of engine base, being rotatably assorted to be connected in the recessed groove 81 grinds moving block 810, described grind is equipped with the first pyramidal cavity 812 in 810 top end surface of moving block, described to grind in 810 bottom end face of moving block Equipped with the second pyramidal cavity 813, communicated between first pyramidal cavity 812 and second pyramidal cavity 813 equipped with the first cavity 814,810 outer surface of moving block that grinds circumferentially is installed with profile of tooth ring 811, the production engine base of 81 rear side of recessed groove Tooth socket 82 is equipped in 8 inner walls, is equipped in 8 inner wall of production engine base of 81 upside of recessed groove and transfers chamber 83, the biography It passs and the charging aperture 86 for extending set up and down is equipped in 8 inner wall of production engine base of 83 front side of chamber, 86 front side of charging aperture Connection be equipped with rotate chamber 803, it is described rotate chamber 803 in both sides up and down be respectively arranged with turn rod 806 and under turn rod 804, institute It states and turns rod 806 and turn 804 front side spread ends of rod under and be rotatably assorted with 86 front inner wall of charging aperture respectively to be connected, it is described On turn 806 rear side spread ends of rod and 801 power of main motor and be connected, 801 outer surface of main motor be installed on plus Expect in 86 rear side inner wall of hole, and mating connection fixed thereto, after turning 806 rear side spread ends of rod and the charging aperture 86 under described Side spread ends are rotatably assorted connection, it is described rotate turn on described in chamber 803 rod 806 and under turn to be driven between rod 804 to coordinate It is connected with transfer tape 802, turns rod 806 on described in the charging aperture 86 and turn 804 outer surface of rod under to be circumferentially installed with respectively Multigroup chopping saw blade 805, communicates between the transmission chamber 83 and the recessed groove 81 equipped with the second cavity 833, the transmission chamber The first vestibule 84, the production engine base 8 of 84 rear side of the first vestibule are equipped in 8 inner wall of production engine base of 83 upsides The second vestibule 85 is equipped in inner wall, second vestibule 85 is located at the position directly above of the tooth socket 82, the transmission chamber 83 Sliding block 831 is inside slidably connected with, is rotatably assorted in the sliding block 831 and is connected with steering spindle 832, the steering spindle 832 bottom power connectors have the steering arm 834 for extending set downwards, and the 834 bottom extension section of steering arm is successively through described the Second pyramidal cavity 813, second pyramidal cavity 813 are put in after two cavities 833, the first pyramidal cavity 812 and the first cavity 814 It is interior to grind wheel 815,832 top end of steering spindle equipped with the taper being fixedly connected with the 834 bottom spread ends of steering arm Spline chamber 8321 is equipped in face, is rotatably assorted between first vestibule 84 and the transmission chamber 83 and is connected with the first steering spindle 842, the 842 top end power connector of the first steering spindle has the first taper cone pulley 843 put in first vestibule 84, institute 842 bottom end power connector of the first steering spindle is stated to put in the transmission chamber 83 and with the spline chamber 8321 to coordinate The spline rod 8421 of connection is equipped with transmission member, in the tooth socket 82 between first vestibule 84 and second vestibule 85 Equipped with row component is driven, it is equipped in the sliding block 831 of 832 rear side of steering spindle and transfers component, in the drive row component also It is provided with shield rest device.

Valuably or illustratively, 8 top end surface of the production engine base is equipped with and the 86 top spread ends of charging aperture The charging for communicating setting trembles 87, and the 86 bottom spread ends of charging aperture communicate setting with first pyramidal cavity 812, so as to real Existing Automatic-feeding work.

Valuably or illustratively, the transmission member is arranged on first vestibule 84 and institute including the connection that is rotatably assorted The second steering spindle 853 between the second vestibule 85 is stated, the 853 front side spread ends of the second steering spindle, which are installed with, puts in described The second taper cone pulley 841 in one vestibule 84, the 841 front side bottom of the second taper cone pulley are pushed up with 843 rear side of the first taper cone pulley Portion is connected, and the 853 rear side spread ends of the second steering spindle are installed with the triconic put in second vestibule 85 Wheel 852, work is automatically controlled so as to fulfill power.

Valuably or illustratively, the row component that drives includes the tooth form that clearance fit connection is arranged in the tooth socket 82 Wheel 821,821 front side of toothed wheel put in the recessed groove 81 and are connected with 811 power of profile of tooth ring, the tooth 821 bottom power connector of shape wheel has motor 823, and 823 outer surface of motor is installed in 82 inner bottom wall of tooth socket, and Mating connection fixed thereto is rotatably assorted between second vestibule 85 and the tooth socket 82 and is connected with the 3rd steering spindle 822, institute Stating 822 top end power connector of the 3rd steering spindle has the 4th taper cone pulley 851 put in second vestibule 85, and the described 4th 851 front side bottom of taper cone pulley is connected with 852 backside top of triconic wheel cooperation, 822 bottom of the 3rd steering spindle Portion end is connected with the 821 bottom end face secure fit of toothed wheel, and moving block 810 and cone are ground so as to fulfill automatically controlling Shape grinds the rotation work of wheel 815.

Valuably or illustratively, the component of transferring includes the spiral shell shape bar being connected with 831 thread fitting of sliding block 835,835 bottom end of spiral shell shape bar is rotatably assorted with transmission 83 inner bottom wall of chamber and is connected, and 835 top of spiral shell shape bar is prolonged It opens up end to be connected with 2 836 power of motor, 2 836 outer surface of motor is installed on transmission 83 inner roof wall of chamber It is interior, and mating connection fixed thereto, the elevating control work of wheel 815 is ground so as to fulfill taper, prevents from blocking, it is convenient to overhaul and It safeguards.

Valuably or illustratively, the shield rest device includes antivibration pad 8231 and radiating fin 8232, the antivibration pad 8231 are arranged on the left end for driving the motor 823 in row component and right end and are fixedly connected with the motor 823, described Radiating fin 8232 is arranged on the front-end and back-end of the motor 823 and is fixedly connected with the motor 823, the heat dissipation Fin 8232 is to absorb and distribute the heat that the motor 823 operationally generates, and the antivibration pad 8231 is reducing The shaking force that the motor 823 operationally generates is so as to preventing shaking force mistake that the motor 823 operationally generates Greatly the present apparatus is caused to be shaken.

During original state, sliding block 831 is located at the top position transferred in chamber 83, at this point, by sliding block 831 with turn Spline chamber 8321 and 8421 fully mated connection of spline rod into 832 top end surface of axis, meanwhile, by steering spindle 832 with turn It utmostly puts in and is transferred in chamber 83 to 834 top section of arm, at this point, by steering arm 834 taper of bottom end is driven to grind wheel 815 utmostly close to 813 inner roof wall of the second pyramidal cavity, so as to fulfill state is ground.

When needing to grind, it would be desirable to which the raw material ground pours into charging and trembles in 87, then falls into the first cone into charging aperture 86 In shape chamber 812, at this point, controlling 822 up time of the 3rd steering spindle at 821 top of toothed wheel 821 and toothed wheel by motor 823 Pin rotates, and then realization drives profile of tooth ring 811 by the first pyramidal cavity 812 and what is be fixedly connected with profile of tooth ring 811 grinds rotation Block 810, which rotates counterclockwise, grinds work, at this point, driving third hand tap by the 4th taper cone pulley 851 of 822 top end of the 3rd steering spindle Shape wheel 852 rotates, meanwhile, 853 front side end of the second steering spindle 853 and the second steering spindle is driven by triconic wheel 852 Second taper cone pulley 841 rotates, at this point, by the second taper cone pulley 841 the first taper cone pulley 843 is driven to rotate clockwise, and then by first Steering spindle 842 drives spline rod 8421 to rotate, meanwhile, 832 bottom of steering spindle 832 and steering spindle is driven by spline rod 8421 Steering arm 834 rotates, and rotates clockwise at this point, by steering arm 834 taper of bottom end is driven to grind wheel 815 and grinds work, Raising grinds efficiency and grinds quality；When blocking or needing to safeguard and overhaul, spiral shell shape bar is controlled by motor 2 836 835 rotate, and then by spiral shell shape bar 835 sliding block 831 are driven gradually to be slided along the bottom direction transferred in chamber 83, meanwhile, by turning To arm 834 taper is driven to grind wheel 815 gradually to slide along the bottom direction in the second pyramidal cavity 813, when sliding block 831 slides into When transferring the lowest position in chamber 83, at this point, making the spline chamber 8321 in 832 top end surface of steering spindle utmostly away from flower Key lever 8421, meanwhile, by steering arm 834 taper is driven to grind 815 top end surfaces of wheel utmostly away from the second pyramidal cavity 813 Roof.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, by the production engine base bottom end face Equipped with recessed groove, being rotatably assorted to be connected in the recessed groove grinds moving block, and described grind in moving block top end surface is equipped with First pyramidal cavity, described grind are equipped with the second pyramidal cavity in moving block bottom end face, first pyramidal cavity and the described second cone It is communicated between shape chamber equipped with the first cavity, the moving block outer surface that grinds circumferentially is installed with profile of tooth ring, the recessed groove rear side The production inboard wall of base in be equipped with tooth socket, be equipped in the production engine base inner wall on the upside of the recessed groove and transfer chamber, The charging aperture for extending set up and down is equipped in the production engine base inner wall on front side of the transmission chamber, is connected on front side of the charging aperture Logical be equipped with rotates chamber, the both sides up and down rotated in chamber be respectively arranged with turn rod and under turn rod, it is described on turn rod and lower turn Spread ends are rotatably assorted respectively with the charging aperture front inner wall on front side of rod be connected, it is described on turn rod rear side spread ends and master Motor power is connected, and the main motor outer surface is installed on rear side of charging aperture in inner wall, and cooperation fixed thereto connects It connects, turns spread ends on rear side of rod under described and be rotatably assorted with spread ends on rear side of the charging aperture to be connected, it is described to rotate in chamber Turn on described rod and under turn transmission between rod and be connected with transfer tape, turning rod on described in the charging aperture turns under outside rod Surface is circumferentially installed with multigroup chopping saw blade respectively, is communicated between the transmission chamber and the recessed groove equipped with the second cavity, institute It states and the first vestibule is equipped in the production engine base inner wall transferred on the upside of chamber, the production engine base on rear side of first vestibule The second vestibule is equipped in inner wall, second vestibule is located at the position directly above of the tooth socket, and the transmission intracavitary slip is matched somebody with somebody Conjunction is connected with sliding block, is rotatably assorted in the sliding block and is connected with steering spindle, and steering spindle bottom power connector has downwards Extend the steering arm set, and the steering arm bottom extension section is successively through second cavity, the first pyramidal cavity and the first cavity After put in second pyramidal cavity, the cone being fixedly connected with steering arm bottom spread ends is equipped in second pyramidal cavity Shape grinds wheel, and spline chamber is equipped in the steering spindle top end surface, is rotatably assorted between first vestibule and the transmission chamber The first steering spindle is connected with, the first steering spindle top end power connector has the first taper put in first vestibule Wheel, the first steering spindle bottom end power connector put in the transmission intracavitary and to be connected with the spline chamber Spline rod, transmission member is equipped between first vestibule and second vestibule, is equipped in the tooth socket and drives row component, institute It states to be equipped in the sliding block on rear side of steering spindle and transfers component, chopping work is first carried out before grinding so as to realize, increase Add the follow-up agility for grinding work, can realize to automatically control and grind moving block and what taper ground wheel rotates backward work, Efficiency and quality are ground so as to improve, by transferring component so as to which fast and easy is overhauled and is safeguarded, prevents that grinding material blocks.

Those skilled in the art can be clear and definite, can in the case of the overall spirit of the present invention and design is not departed from To make the various modifications for above example.It is each fallen within protection scope of the present invention.The protection scheme of the present invention It is subject to claims appended hereto.

Claims (6)

1. a kind of novel organic fertilizer production equipment, including producing engine base, it is characterised in that：It is set in the production engine base bottom end face There is recessed groove, being rotatably assorted to be connected in the recessed groove grinds moving block, and described grind is equipped with the in moving block top end surface One pyramidal cavity, described grind are equipped with the second pyramidal cavity in moving block bottom end face, first pyramidal cavity and second taper It is communicated between chamber equipped with the first cavity, the moving block outer surface that grinds circumferentially is installed with profile of tooth ring, on rear side of the recessed groove It is equipped with tooth socket in the production inboard wall of base, is equipped in the production engine base inner wall on the upside of the recessed groove and transfers chamber, institute It states to transfer and the charging aperture that extension is set up and down is equipped in the production engine base inner wall on front side of chamber, connection on front side of the charging aperture Equipped with rotating chamber, the both sides up and down rotated in chamber be respectively arranged with turn rod and under turn rod, it is described on turn rod and turn rod under Front side spread ends are rotatably assorted with the charging aperture front inner wall are connected respectively, it is described on turn spread ends and main electricity on rear side of rod Motivation power is connected, and the main motor outer surface is installed on rear side of charging aperture in inner wall, and mating connection fixed thereto, Turn spread ends on rear side of rod under described and be rotatably assorted with spread ends on rear side of the charging aperture to be connected, it is described in the rotation chamber On turn rod and under turn transmission between rod and be connected with transfer tape, turn rod on described in the charging aperture turns rod outer surface under It is circumferential to be installed with multigroup chopping saw blade respectively, it is communicated between the transmission chamber and the recessed groove equipped with the second cavity, the biography It passs and the first vestibule is equipped in the production engine base inner wall on the upside of chamber, the production inboard wall of base on rear side of first vestibule The second vestibule is equipped in vivo, and second vestibule is located at the position directly above of the tooth socket, and the intracavitary of transferring is slidably matched company Sliding block is connected to, is rotatably assorted in the sliding block and is connected with steering spindle, steering spindle bottom power connector has downward extension The steering arm of setting, the steering arm bottom extension section are stretched after second cavity, the first pyramidal cavity and the first cavity successively The taper mill being fixedly connected with steering arm bottom spread ends is equipped with into second pyramidal cavity, in second pyramidal cavity Broken wheel, the steering spindle top end surface is interior to be equipped with spline chamber, and be rotatably assorted connection between first vestibule and the transmission chamber There is the first steering spindle, the first steering spindle top end power connector has the first taper cone pulley put in first vestibule, The first steering spindle bottom end power connector, which has, puts in the transmission intracavitary and to be connected with the spline chamber Spline rod is equipped with transmission member, is equipped in the tooth socket and drives row component between first vestibule and second vestibule, described It is equipped in the sliding block on rear side of steering spindle and transfers component, shield rest device is additionally provided in the drive row component.

2. a kind of novel organic fertilizer production equipment according to claim 1, it is characterised in that：The production engine base top end Face, which is equipped with, to be communicated the charging of setting with spread ends at the top of the charging aperture and trembles, charging aperture bottom spread ends and described the One pyramidal cavity communicates setting.

3. a kind of novel organic fertilizer production equipment according to claim 1, it is characterised in that：The transmission member includes turning Dynamic mating connection is arranged on the second steering spindle between first vestibule and second vestibule, the second steering spindle front side Spread ends are installed with the second taper cone pulley put in first vestibule, the second taper cone pulley front side bottom and described first Taper cone pulley backside top is connected, and spread ends are installed with the put in second vestibule on rear side of second steering spindle Triconic wheel.

4. a kind of novel organic fertilizer production equipment according to claim 3, it is characterised in that：Between the drive row component includes Gap mating connection is arranged on toothed wheel in the tooth socket, put on front side of the toothed wheel in the recessed groove and with the tooth form Gyration force-fitting connects, and toothed wheel bottom power connector has motor, and the motor outer surface is installed on the tooth socket In inner bottom wall, and mating connection fixed thereto, it is rotatably assorted between second vestibule and the tooth socket and is connected with the 3rd steering Axis, the 3rd steering spindle top end power connector have the 4th taper cone pulley put in second vestibule, the 4th cone Bottom is connected with triconic wheel backside top cooperation on front side of shape wheel, the 3rd steering spindle bottom end with it is described Toothed wheel bottom end face secure fit connects.

5. a kind of novel organic fertilizer production equipment according to claim 1, it is characterised in that：It is described transfer component include with The spiral shell shape bar of sliding block thread fitting connection, the spiral shell shape bar bottom end and the transmission intracavitary bottom wall are rotatably assorted company It connects, spread ends are connected with two power of motor at the top of the spiral shell shape bar, and two outer surface of motor is installed on described It transfers in intracavitary roof, and mating connection fixed thereto.

6. a kind of novel organic fertilizer production equipment according to claim 1, it is characterised in that：The shield rest device includes anti- Shake pad and radiating fin, the antivibration pad be arranged on it is described drive row component in motor left end and right end and with it is described electronic Machine is fixedly connected, and the radiating fin is arranged on the front-end and back-end of the motor and is fixedly connected with the motor.