CN101376607B - All-hydraulic fertilizer turner - Google Patents
All-hydraulic fertilizer turner Download PDFInfo
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- CN101376607B CN101376607B CN2008101967806A CN200810196780A CN101376607B CN 101376607 B CN101376607 B CN 101376607B CN 2008101967806 A CN2008101967806 A CN 2008101967806A CN 200810196780 A CN200810196780 A CN 200810196780A CN 101376607 B CN101376607 B CN 101376607B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/40—Bio-organic fraction processing; Production of fertilisers from the organic fraction of waste or refuse
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Abstract
The invention relates to an all hydraulic fertilizer turner which is mainly used for turning organic fertilizer. The all hydraulic fertilizer turner comprises a caterpillar band travelling system (1), a rack (2), an engine (3), a cab (4), a hydraulic system (5), a rotor lifting system (6), a rotor system (7), a travelling hydraulic motor (8) and a rotor hydraulic motor (9), wherein the caterpillar band travelling system (1) is divided into two sets which are respectively positioned at the left part and the right part and are arranged downward at the bottom of the rack (2), the caterpillar band travelling system (1) is connected with the travelling hydraulic motor (8), the engine (3), the hydraulic system (5) and the cab (4) are installed at the top of the rack (2), the rotor system (7) is connected between the left caterpillar band travelling system (1) and the right caterpillar band travelling system (1) and connected with the rotor hydraulic motor (9), and the two ends of the rotor system (7) are connected with the rotor lifting system (6). The all hydraulic fertilizer turner adopts all hydraulic driving and caterpillar band travelling, the turning rotor and cutter are improved, the all hydraulic fertilizer turner has the advantages of low noise, low energy consumption, high production efficiency, small travelling and turning radius and convenient operation, the structure of the blade is reasonable. Therefore, the fertilizer turning and stacking effect is good.
Description
(1) technical field
The present invention relates to a kind of all-hydraulic fertilizer turner.Be mainly used in the throwing of turning over of organic fertilizer.Belong to fertilizer production equipment special technical field.
(2) background technology
In the making processes of organic fertilizer, the turning of fertilizer fermentation is an important operation, adopts stack turner that the fertilizer of stacking is carried out turning usually.
Traditional fertilizer stack turner adopts mechanical transmission, and the wheel tyre walking has that noise is big, energy consumption is high, production efficiency is low, and the walking radius of turn is big, shortcomings such as operation inconvenience, and blade structure is reasonable inadequately, makes that fertilizer turning effect is relatively poor.
(3) summary of the invention
The objective of the invention is to overcome above-mentioned deficiency, provide that a kind of noise is little, energy consumption is low, production efficiency is high, little, the easy to operate all-hydraulic fertilizer turner of walking radius of turn.
The objective of the invention is to realize like this: a kind of all-hydraulic fertilizer turner; It is characterized in that said turnover throwing machine comprises endless track installation, frame, mover, cab, hydraulicefficiency system, rotor lifting system, rotor-support-foundation system, walking oil motor and rotor oil motor, said endless track installation has two covers, about each one the cover; To lower device in frame bottom; Endless track installation links to each other with the walking oil motor, and said mover, hydraulicefficiency system and cab are installed in frame top, about said rotor-support-foundation system is connected between two endless track installations; Link to each other with the rotor oil motor, the two ends of rotor-support-foundation system are connected with the rotor lifting system.
All-hydraulic fertilizer turner of the present invention; Said rotor lifting system has two covers, is separately positioned on the left and right sides of rotor-support-foundation system, and every cover rotor lifting system comprises shoe, hydro-cylinder and connecting rod; Shoe is fixedly connected on the end face of rotor-support-foundation system; Offer the guide of circular arc on the shoe, the cylinder tail of hydro-cylinder is hinged on the frame with rotor-support-foundation system top, and the piston rod of hydro-cylinder and the centre of connecting rod are hinged; One end of connecting rod and the frame of rotor-support-foundation system rear side are hinged, and the other end of connecting rod is connected in the guide of said shoe.
All-hydraulic fertilizer turner of the present invention, said rotor-support-foundation system comprise rotating cylinder, blade assembly I and blade assembly II, and rotating cylinder one end links to each other with the rotor oil motor; A rotating cylinder periphery wall left side is half of to be divided into A1, B1 and three zones of C1 from the left side to the centre successively, and the rotating cylinder right side is half of to be divided into A2, B2 and three zones of C2 from the right to middle successively, and said blade assembly I has two groups; About each one group, two groups of blade assembly I shape in the shape of a spiral are arranged in half of A1 zone, a rotating cylinder left side and the right half of A2 of rotating cylinder zone, regional and A2 zone is symmetrically arranged at said A1 for two groups of blade assembly I; And the left side is a left-hand screw, and the right is a right-hand screw, and said blade assembly II has six groups; About each three groups, three groups of the left side are arranged on half of A1 zone, a rotating cylinder left side respectively, B1 is regional and C1 is regional, three groups of the right are arranged on the right half of A2 of rotating cylinder zone respectively, B2 is regional and C2 is regional; Wherein, the blade assembly II in said C1 zone and the blade assembly II in C2 zone have many, and the blade assembly II in the blade assembly II in C1 zone and C2 zone shape in the shape of a spiral is symmetrically arranged; The left side is a left-hand screw; The right be a right-hand screw, and the blade assembly II in said B1 zone and the regional blade assembly II of B2 have some, at said B1 regional and B2 zone in the shape of a spiral shape be symmetrically arranged; And the left side is a left-hand screw, and the right is a right-hand screw; The blade assembly II in said A1 zone and the blade assembly II in A2 zone respectively have one; Be symmetrically arranged and locate near the rotating cylinder right side near place, rotating cylinder left side and A2 zone, and the zero position of the blade assembly I in and A2 zone regional with said A1 is 180 ° of layouts in the A1 zone.
All-hydraulic fertilizer turner of the present invention; Said blade assembly I comprises blade bearing I and blade I; Blade bearing I is fixed on the rotating cylinder periphery wall of respective regions by strip tape coil of strip coiled; The blade I of every group of blade assembly I has several, and several blades I is fixedly mounted on the blade bearing I, is provided with blank groove I in the middle of the apical margin of said blade I.
All-hydraulic fertilizer turner of the present invention; Said blade assembly II comprises blade bearing II and blade II; Blade bearing II is fixed on the rotating cylinder periphery wall of respective regions; Blade II is fixedly mounted on the blade bearing II, and blade II and blade bearing II are " T " font and arrange, are provided with blank groove II in the middle of the apical margin of said blade II; And the blade II of the blade assembly II that said C1 is regional, C2 is regional, A1 is regional and A2 is regional and the parallel axes of rotating cylinder are arranged, the blade II of the blade assembly II in B1 zone and B2 zone and the oblique layout of axis of rotating cylinder.
The present invention has following characteristics:
1, the walking of this turnover throwing machine, goes up and down, turns over to throw spinning movement and all adopt hydraulic pressure can realize that noise is little.
2, this turnover throwing machine only goes up and down rotor-support-foundation system separately, has reduced the energy that some equipment integrals go up and down to be consumed.Adopt the crawler belt transmission, radius of turn is littler, and place flexibility is stronger, and production efficiency is high.
3, blade structure is reasonable, and fertilizer turning effect is better.
To sum up, the present invention adopts all-hydraulic transmission, crawler travel, and improves and to have gone upset rotor cutter, have advantages such as noise is little, energy consumption is low, production efficiency is high, and the walking radius of turn is little, and is easy to operate, and blade structure is reasonable, makes that fertilizer turning effect is better.
(4) description of drawings
Fig. 1 is the Facad structure synoptic diagram of all-hydraulic fertilizer turner of the present invention.
Fig. 2 is the left view of Fig. 1.
Fig. 3 removes the vertical view behind the cab for Fig. 1.
Fig. 4 is a cab Facad structure synoptic diagram of the present invention.
Fig. 5 is the wiring layout of rotor-support-foundation system of the present invention and rotor oil motor.
Fig. 6 is a rotor-support-foundation system assembly drawing of the present invention.
Fig. 7 is that rotor-support-foundation system of the present invention is along the rolling drum surface stretch-out view.
Fig. 8 is the A-A cut-away view of Fig. 6.
Fig. 9 is the B-B cut-away view of Fig. 6.
Figure 10 is the I enlarged view of Fig. 7.
Figure 11 is the II enlarged view of Fig. 7.
Figure 12 is the blade I structure iron of rotor-support-foundation system of the present invention.
Figure 13 is the assembly drawing of the blade assembly II of the rotor-support-foundation system of invention.
Figure 14 is that the P of Figure 13 is to view.
Figure 15 is the reduced graph of Figure 14.
Figure 16 is the blade II structure iron of rotor-support-foundation system of the present invention.
Figure 17 is a rotor lifting system assembly drawing of the present invention.
Figure 18 turns over the throwing schematic diagram for rotor fertilizer of the present invention.
Among the figure: endless track installation 1, frame 2, mover 3, cab 4, hydraulicefficiency system 5, rotor lifting system 6, rotor-support-foundation system 7, walking oil motor 8, rotor oil motor 9; Seat 4.1, direction of operating dish 4.2, system 4.3, mirror 4.4, wiper 4.5; Hydro-cylinder 6.1, connecting rod 6.2, hinge axis 6.3, shoe 6.5, piston rod 6.1.1, guide 6.5.1; Rotating shaft 7.1, keyway 7.1.1, rotating cylinder 7.2, blade assembly I7.3, blade I7.3.1, blade bearing I7.3.2, bolt I7.3.3, open hole I7.3.1.1, blank groove I7.3.1.2, turn over material casting face I7.3.1.3, blade assembly II7.4, blade II7.4.1, blade bearing II7.4.2, bolt II7.4.3, open hole II7.4.1.1, blank groove II7.4.1.2, turn over material casting face II7.4.1.3.
(5) embodiment
Referring to Fig. 1～3, the all-hydraulic fertilizer turner that the present invention relates to mainly is made up of endless track installation 1, frame 2, mover 3, cab 4, hydraulicefficiency system 5, rotor lifting system 6, rotor-support-foundation system 7, walking oil motor 8 and rotor oil motor 9.Said endless track installation 1 has two covers, about each one the cover, to lower device in frame 2 bottoms; Said mover 3, hydraulicefficiency system 5 and cab 4 are installed in frame 2 tops; Said rotor-support-foundation system 7 is positioned at the bottom of frame 2, the top of endless track installation, and between two endless track installations 1, rotor-support-foundation system 7 is connected with rotor lifting system 6 about being connected in; Adjust height location overhead through the action of rotor lifting system 6, to satisfy walking and to turn over the function of throwing fertilizer.Rotor lifting system 6 is positioned at frame 2 middle and lower parts.
Referring to Fig. 3, said endless track installation 1 function has two, and the one, carry this all-hydraulic fertilizer turner equipment all wts, the 2nd, drive whole plant and do the walking action, the power of its walking is from walking oil motor 8.
Said frame 2 is made up of some shaped steel, is used for supporting and the whole facilities except that caterpillar system such as stationary engine 3, hydraulicefficiency system 5, cab 4, rotor-support-foundation system 7, rotor lifting system 6.Like Fig. 1～2.
Oil engine (oil motor or petrol motor) is adopted in whole prime mover source of said mover 3 all-hydraulic fertilizer turners.
The facility commonly used of said cab 4 is as shown in Figure 4, is provided with adjustable seat 4.1, direction of operating dish 4.2, system 4.3, mirror 4.4 and wiper 4.5, in case of necessity, also is furnished with air-conditioning system.
Said hydraulicefficiency system 5 provides driving source by mover 3.The effect of hydraulicefficiency system 5 be the kinetic energy with mover convert into hydraulic pressure can, be transported in the hydro-cylinder 6.1 of crawler travel oil motor 8, rotor oil motor 9 and rotor lifting system 6.
Referring to Fig. 5, rotor-support-foundation system 7 drives rotor-support-foundation system 7 rotations by rotor oil motor 9.
Referring to Fig. 6, rotor-support-foundation system 7 is made up of rotating shaft 7.1, rotating cylinder 7.2, blade assembly I7.3 and blade assembly II7.4.Rotating shaft 7.1 has two, is installed in the two ends of rotating cylinder 7.2, wherein has the hole of band keyway 7.1.1 in the rotating shaft, is connected and transferring power with rotor oil motor 9 through keyway.Be launched into behind the plane rotating cylinder 7.2 that blade assembly I7.3 and blade assembly II7.4 are installed among Fig. 6 as shown in Figure 7.
Referring to Fig. 6,7, to middle A1, B1 and three zones of C1 of being divided into successively, rotating cylinder 7.2 right one side of something are extremely middle A2, B2 and three zones of C2 of being divided into successively from the right from the left side for the left one side of something of rotating cylinder 7.2 periphery walls.Said blade assembly I7.3 has two groups; About each one group; Two groups of blade assembly I7.3 in the shape of a spiral shape to be arranged in half of A1 zone, rotating cylinder 7.2 left sides regional with rotating cylinder 7.2 right half of A2; Two groups of blade assembly I7.3 are symmetrically arranged in said A1 zone and A2 zone, and the left side is left-hand screw, and the right is a right-hand screw.Said blade assembly II7.4 has six groups; About each three groups; Three groups of the left side are arranged on half of A1 zone, rotating cylinder 7.2 left sides respectively, B1 is regional and C1 is regional, and three groups of the right are arranged on rotating cylinder 7.2 right half of A2 zones respectively, B2 is regional and C2 is regional, wherein; The blade assembly II7.4 in said C1 zone and the blade assembly II7.4 in C2 zone have many (having nine among the figure); The blade assembly II7.4 in the blade assembly II7.4 in C1 zone and C2 zone at said C1 regional and C2 zone in the shape of a spiral shape be symmetrically arranged, the left side is a left-hand screw, the right is a right-hand screw; The blade assembly II7.4 in said B1 zone and the blade assembly II7.4 in B2 zone have some (respectively having 14 among the figure), and blade assembly II7.4 that B1 is regional and B2 zone shape in the shape of a spiral are symmetrically arranged, and the left side is left-hand screw, and the right is a right-hand screw; The blade assembly II7.4 in said A1 zone and the blade assembly II7.4 in A2 zone respectively have one; Be symmetrically arranged and locate near rotating cylinder 7.2 right sides near place, rotating cylinder 7.2 left sides and A2 zone, and the zero position of the blade assembly I7.3 in and A2 zone regional with said A1 is 180 ° of layouts in the A1 zone.
Referring to Fig. 8,9,10,11; Said blade assembly I7.3 comprises blade bearing I7.3.2 and blade I7.3.1; Blade bearing I7.3.2 is weldingly fixed on by the strip tape steel on rotating cylinder 7.2 periphery walls of respective regions and is wound into spirrillum; Blade I7.3.1 on every group of blade assembly I7.3 has several (having nine among the figure), evenly is fixedly mounted on the blade bearing I7.3.2 with bolt I7.3.3.
Referring to Figure 12, be provided with blank groove I7.3.1.2 in the middle of the apical margin of said blade I7.3.1, the side of blade I7.3.1 is for turning over material casting face I7.3.1.3, and the root of blade I7.3.1 is provided with two open hole I7.3.1.1.
Referring to Figure 13,14,15; Said blade assembly II7.4 comprises blade bearing II7.4.2 and blade II7.4.1; Blade bearing II7.4.2 is weldingly fixed on rotating cylinder 7.2 periphery walls of respective regions; Blade II7.4.1 is fixedly mounted on the blade bearing II7.4.2 with bolt II7.4.3; Blade II7.4.1 and blade bearing II7.4.2 are " T " font and arrange, and the parallel axes of the blade II7.4.1 of the blade assembly II7.4 that said C1 is regional, C2 is regional, A1 is regional and A2 is regional and rotating cylinder 7.2 is arranged the blade II7.4.1 of the blade assembly II7.4 in B1 zone and B2 zone and the oblique layout of axis of rotating cylinder 7.2.
Referring to Figure 16, be provided with blank groove II7.4.1.2 in the middle of the apical margin of said blade II7.4.1, the side of blade I7.3.1 is for turning over material casting face II7.4.1.3, and the root of blade I7.3.1 is provided with two open hole II7.4.1.1.
Referring to Figure 17, said rotor lifting system 6 has two covers, is separately positioned on the left and right sides of rotor-support-foundation system 7, and every cover rotor lifting system 6 is made up of shoe 6.5, hydro-cylinder 6.1 and connecting rod 6.2.Shoe 6.5 is fixedly connected on the end face of rotor-support-foundation system 7; Offer the guide 6.5.1 of circular arc on the shoe 6.5; The cylinder tail of hydro-cylinder 6.1 is hinged on the frame 2 with rotor-support-foundation system 7 tops; The piston rod 6.1.1 of hydro-cylinder 6.1 and the centre of connecting rod 6.2 are hinged, and an end of connecting rod 6.2 is hinged with the frame 2 of rotor-support-foundation system 7 rear sides with hinge axis 6.3, and the other end of connecting rod 6.2 is connected in the guide 6.5.1 of said shoe 6.5 with rotating shaft.When turnover throwing machine is in long distance walking and does not turn over when throwing fertilizer; Rotor lifting system 6 is rotated around hinge axis 6.3 CWs through the contraction drivening rod 6.2 of the piston rod 6.1.1 of hydro-cylinder 6.1; The rotating shaft of rotor 7 is mentioned to the guide 6.5.1 of upper edge shoe 6.5; Thereby rotor 7 is risen to the top away from ground,, avoid the ground foreign material that the blade of rotor-support-foundation system 7 is caused damage with convenient walking; After turnover throwing machine arrived the work point, the elongation drivening rod 6.2 of the piston rod 6.1.1 through hydro-cylinder 6.1 was rotated counterclockwise and the rotor in the rotor-support-foundation system 7 is lowered into the working position again.
The walking rotation that the hydraulic pressure that walking oil motor 8 provides hydraulicefficiency system 5 can convert endless track installation 1 into drives kinetic energy.
The hydraulic pressure that rotor oil motor 9 provides hydraulicefficiency system 5 can convert the kinetic energy that drives rotor-support-foundation system 7 rotations into, thereby the throwing fertilizer that turns over of realizing rotor cutter 7.2 moves.
Principle of work:
Operator operate in cab 4, through direction of operating dish 4.2 and system 4.3 realize turnover throwing machine crawler belt 1 walking, turn to, the turning over of lifting rotor cutter 7.2 of rotor-support-foundation system 7 throw action.The realization of walking action is realized with endless track installation 1 by walking oil motor 8; The up-down of rotor-support-foundation system 7 is realized by rotor lifting system 6; Turn over to throw to move and realize by rotor-support-foundation system 7.
The principle that fertilizer turns in the throwing process is shown in figure 18: when rotating cylinder 7.2 rotates by direction as shown; Fertilizer on the rotating cylinder right ends limit is thrown away by A1 zone and A2 zone blade assembly II7.4; Damage blade assembly I7.3 and both sides axle bumper with the undue extruding of avoiding two ends fertilizer; A1 zone blade assembly I7.3 cuts the fertilizer that looses on one side and throws forward diffusing; Simultaneously, turn over material casting face I7.3.1.3 and under the effect of left-handed helicoidal, fertilizer thrown to the right and deliver to the mid-way, the blade assembly II7.4 that is beneficial to B1 zone and C1 zone further throws the fertilizer cutting diffusing; The blade assembly I7.3 in A2 zone cuts the fertilizer that looses on one side and throws forward diffusing; Simultaneously; The material casting face of turning over I7.3.1.3 throws fertilizer left under the effect of right-hand(ed)screw face and delivers to the mid-way, and the blade assembly II7.4 that is beneficial to B2 zone and C2 zone further throws the fertilizer cutting diffusing.The blade assembly I7.3 in A1 zone and A2 zone is when cutting throwing fertilizer, and main effect is that the fertilizer on the dual-side is sent to the mid-way; The material casting face that the turns over II7.4.1.3 of the blade assembly II7.4 in B1 zone is for being positioned on the left-handed helicoidal, and the effect of blade assembly II7.4 has two, and the one, broken fertilizer, the 2nd, fertilizer throwing in the middle of the front and the right side is turned over; The material casting face that the turns over II7.4.1.3 of the blade assembly II7.4 in B2 zone is for being positioned on the right-hand(ed)screw face, and the effect of blade assembly II7.4 has two, and the one, broken fertilizer, the 2nd, fertilizer throwing in the middle of the front and the left side is turned over; The material casting face that the turns over II7.4.1.3 of the blade assembly II7.4 in C1 zone and C2 zone and the parallel axes of rotating cylinder 7.2, the blade assembly II7.4 in C1 zone and C2 zone plays broken fertilizer and send fertilizer with throwing forward.
Claims (6)
1. all-hydraulic fertilizer turner; It is characterized in that said turnover throwing machine comprises endless track installation (1), frame (2), mover (3), cab (4), hydraulicefficiency system (5), rotor lifting system (6), rotor-support-foundation system (7), walking oil motor (8) and rotor oil motor (9); Said endless track installation (1) has two covers; About each cover, in frame (2) bottom, endless track installation (1) links to each other with the oil motor (8) of walking to lower device; Said mover (3), hydraulicefficiency system (5) and cab (4) are installed in frame (2) top; Between two endless track installations (1), link to each other with rotor oil motor (9) about said rotor-support-foundation system (7) is connected in, the two ends of rotor-support-foundation system (7) are connected with rotor lifting system (6).
2. a kind of all-hydraulic fertilizer turner according to claim 1; It is characterized in that said rotor lifting system (6) has two covers; Be separately positioned on the left and right sides of rotor-support-foundation system (7); Every cover rotor lifting system (6) comprises shoe (6.5), hydro-cylinder (6.1) and connecting rod (6.2), and shoe (6.5) is fixedly connected on the end face of rotor-support-foundation system (7), offers the guide (6.5.1) of circular arc on the shoe (6.5); The cylinder tail of hydro-cylinder (6.1) is hinged on the frame (2) with rotor-support-foundation system (7) top; The piston rod (6.1.1) of hydro-cylinder (6.1) is hinged with the centre of connecting rod (6.2), and the frame (2) of an end of connecting rod (6.2) and rotor-support-foundation system (7) rear side is hinged, and the other end of connecting rod (6.2) is connected in the guide (6.5.1) of said shoe (6.5).
3. a kind of all-hydraulic fertilizer turner according to claim 1 and 2 is characterized in that said rotor-support-foundation system (7) comprises rotating cylinder (7.2), blade assembly I (7.3) and blade assembly II (7.4), and rotating cylinder (7.2) one ends link to each other with rotor oil motor (9); Rotating cylinder (a 7.2) periphery wall left side is half of to be divided into A1, B1 and three zones of C1 from the left side to the centre successively, and rotating cylinder (7.2) right side is half of to be divided into A2, B2 and three zones of C2 from the right to middle successively, and said blade assembly I (7.3) has two groups; About each one group; Two groups of blade assembly I (7.3) shape in the shape of a spiral are arranged in half of A1 zone, rotating cylinder (a 7.2) left side and the right half of A2 of rotating cylinder (7.2) zone, and two groups of blade assembly I (7.3) are symmetrically arranged in said A1 zone and A2 zone, and the left side is a left-hand screw; The right is a right-hand screw; Said blade assembly II (7.4) has six groups, about each three groups, three groups of the left side are arranged on half of A1 zone, rotating cylinder (a 7.2) left side respectively, B1 is regional and C1 is regional; Three groups of the right are arranged on the right half of A2 zone of rotating cylinder (7.2) respectively, B2 is regional and C2 is regional; Wherein, the blade assembly II (7.4) in said C1 zone and the blade assembly II (7.4) in C2 zone have many, and the blade assembly II (7.4) in the blade assembly II (7.4) in C1 zone and C2 zone shape in the shape of a spiral is symmetrically arranged; The left side is a left-hand screw; The right be a right-hand screw, and the blade assembly II (7.4) in said B1 zone and the regional blade assembly II (7.4) of B2 have some, at said B1 regional and B2 zone in the shape of a spiral shape be symmetrically arranged; And the left side is a left-hand screw, and the right is a right-hand screw; The blade assembly II (7.4) in said A1 zone and the blade assembly II (7.4) in A2 zone respectively have one; Be symmetrically arranged and locate near rotating cylinder (7.2) right side near place, rotating cylinder (7.2) left side and A2 zone, and the zero position of the blade assembly I (7.3) in and A2 zone regional with said A1 is 180 ° of layouts in the A1 zone.
4. a kind of all-hydraulic fertilizer turner according to claim 3; It is characterized in that said blade assembly I (7.3) comprises blade bearing I (7.3.2) and blade I (7.3.1); Blade bearing I (7.3.2) is fixed on rotating cylinder (7.2) periphery wall of respective regions by strip tape coil of strip coiled; The blade I (7.3.1) of every group of blade assembly I (7.3) has several; Several blades I (7.3.1) is fixedly mounted on the blade bearing I (7.3.2), is provided with blank groove I (7.3.1.2) in the middle of the apical margin of said blade I (7.3.1).
5. a kind of all-hydraulic fertilizer turner according to claim 3; It is characterized in that said blade assembly II (7.4) comprises blade bearing II (7.4.2) and blade II (7.4.1); Blade bearing II (7.4.2) is fixed on rotating cylinder (7.2) periphery wall of respective regions; Blade II (7.4.1) is fixedly mounted on the blade bearing II (7.4.2); Blade II (7.4.1) is " T " font with blade bearing II (7.4.2) and arranges; Be provided with blank groove II (7.4.1.2) in the middle of the apical margin of said blade II (7.4.1), and the blade II (7.4.1) of the blade assembly II (7.4) that said C1 is regional, C2 is regional, A1 is regional and A2 is regional arranges the blade II (7.4.1) of the blade assembly II (7.4) in B1 zone and B2 zone and the oblique layout of axis of rotating cylinder (7.2) with the parallel axes of rotating cylinder (7.2).
6. a kind of all-hydraulic fertilizer turner according to claim 4; It is characterized in that said blade assembly II (7.4) comprises blade bearing II (7.4.2) and blade II (7.4.1); Blade bearing II (7.4.2) is fixed on rotating cylinder (7.2) periphery wall of respective regions; Blade II (7.4.1) is fixedly mounted on the blade bearing II (7.4.2); Blade II (7.4.1) is " T " font with blade bearing II (7.4.2) and arranges; Be provided with blank groove II (7.4.1.2) in the middle of the apical margin of said blade II (7.4.1), and the blade II (7.4.1) of the blade assembly II (7.4) that said C1 is regional, C2 is regional, A1 is regional and A2 is regional arranges the blade II (7.4.1) of the blade assembly II (7.4) in B1 zone and B2 zone and the oblique layout of axis of rotating cylinder (7.2) with the parallel axes of rotating cylinder (7.2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2008101967806A CN101376607B (en) | 2008-10-07 | 2008-10-07 | All-hydraulic fertilizer turner |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101967806A CN101376607B (en) | 2008-10-07 | 2008-10-07 | All-hydraulic fertilizer turner |
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| CN101376607A CN101376607A (en) | 2009-03-04 |
| CN101376607B true CN101376607B (en) | 2012-06-27 |
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| CN2008101967806A Active CN101376607B (en) | 2008-10-07 | 2008-10-07 | All-hydraulic fertilizer turner |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101905986A (en) * | 2010-09-09 | 2010-12-08 | 福建省大德投资发展有限公司 | Material turning machine |
| CN103664268B (en) * | 2013-12-09 | 2015-06-03 | 江阴市联业生物科技有限公司 | Large-scale turning throwing machine |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101168490A (en) * | 2007-09-24 | 2008-04-30 | 张锦华 | Groove type turning machine for sludge |
| CN201280521Y (en) * | 2008-10-07 | 2009-07-29 | 江阴市联业生物科技有限公司 | Novel full-hydraulic fertilizer turning and casting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1371242A (en) * | 1999-05-06 | 2002-09-25 | 普莱德基金会 | Harvesting and separating apparatus |
| CN101168490A (en) * | 2007-09-24 | 2008-04-30 | 张锦华 | Groove type turning machine for sludge |
| CN201280521Y (en) * | 2008-10-07 | 2009-07-29 | 江阴市联业生物科技有限公司 | Novel full-hydraulic fertilizer turning and casting machine |
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| CN101376607A (en) | 2009-03-04 |
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