Working body of soil-cultivating cutter

FIELD: agriculture.

SUBSTANCE: invention relates to the agricultural machinery industry, in particular to milling tillage tools, and can be used for rotary tillage. The working body of soil-cultivating cutter comprises knives and a main shaft with two carriers rigidly attached to it, between which in their holes three milling drums are movably mounted with knives rigidly mounted on them. At the ends of the milling drums on one of the carriers the satellites are rigidly mounted connected by the gear drive with the sun gear located on the main shaft and rigidly mounted to the gear case.

EFFECT: invention enables to mill the soil with lower power.

2 dwg

 

The invention relates to the agricultural industry, in particular for milling tillage tools, and can be used for milling soils.

A known design of tillage tools with variable cutting angle of the knife, which includes a shaft carrying the disk, knives, and also provided with an additional shaft with firmly planted on him by the gear, a bracket rigidly mounted on the main shaft mounted in the mounting of the worm gear, with the drive to drive, and regulating gear, with additional shaft one end of which is installed in the hole of the disk, and the other in securing and regulating gear mounted on the main shaft for rotation with respect to it when interacting with the gear mounted on an additional shaft (EN, 2224393, MPK AV 33/02, 33/16, publ. 27.02.2004,).

The disadvantage of tillage cutter is a need to use one section of the knives of several toothed wheels, which greatly complicates the design.

The technical result is to simplify the design of the cutter and the reduction of power for milling.

The technical result is achieved in that the working body of tillage cutter contains the blades and the main shaft, which is rigidly fixed two drove between them in their about is the holes adjustably mounted three pressurebuy is rigidly mounted blades. At the ends pressurenow rigidly fixed satellites connected gear with a sun gear located on the main shaft and rigidly connected to the housing.

The working body of tillage cutter illustrated by drawings: figure 1 shows the working body of tillage cutter; figure 2 - section of the planetary mechanism.

The working body is (1) from the main shaft 1 and 2 knives. On the main shaft 1 is rigidly fixed two drove 3 and 4, between which in their holes movably, for example, with the sleeves 5 are three pressurebuy 6 is rigidly mounted blades 2. At the ends pressurenow 6 rigidly with dowels 7 (2) fixed satellites 8, United gear with a sun gear wheel 9, which is located on the main shaft 1 and is rigidly connected to the housing 10.

The device operates as follows. Torque from the main shaft 1 is transmitted cage 3, resulting in a rotation of pressurebuy 6 with 2 knives around its own axis and the axis of the main shaft 1 due to the rigidly mounted on them satellites 8. When the device is a knife in the soil follows the path of trochoidea change the cutting angle and thereby decreases the power of resistance in the soil.

Compared with the known solution proposed allows to simplify the design, the Yu tillage cutter and reduce power for milling.

The working body of tillage cutter, containing the main shaft and blades, characterized in that on the main shaft rigidly fixed two drove between them in their holes adjustably mounted three pressurebuy is rigidly mounted blades at the ends pressurenow on one of the carrier rigidly fixed satellites connected gear with a sun gear located on the main shaft and is rigidly fixed to the housing of the gearbox.



 

Same patents:

FIELD: agriculture.

SUBSTANCE: invention refers to agriculture, in particular, to land reclamation. The method includes deep tillage of soil with soil cultivating tools with passive actuators, rotor-milling treatment of internal soil layers, which is carried out 2-5 years after deep tillage of soil with soil cultivating tools with passive actuators. Soil treatment is carried out in cycles, cycle components include deep tillage of soil with a soil-cultivating tool with passive actuators for depth of 45-50 cm with a pitch of vertical plane circumscribed by the treatment tool in the space of soil continuum, multiple to minimum distance between lines of plants of future agrophytocenosis, for instance, 45 cm, 70 cm, 110 cm. After deep tillage of soil with a soil-cultivating tool with passive actuators in 2-5 years rotor-milling treatment is carried out for internal soil layers in the discrete zone of soil continuum in the layer of 25-50 cm. The width of the treated space of the soil continuum, for instance, 15 cm, 23 cm, 34 cm, is selected so that it makes not more than 1/3 of the distance between lines of deep tillage. The discrete zone of rotor-milling treatment of internal soil layers is placed in the soil continuum symmetrically so that the vertical axis of its symmetry matches the axial plane of symmetry of the vertical discrete zone of the soil continuum, previously arranged in the space of the soil continuum with a treatment tool of the soil-cultivating tool with passive actuators. In 20-30 years the cycle is repeated by means of the specified sequence of soil treatments. Treatment is carried out with displacement in the vertical plane circumscribed with the treatment tool of the soil-cultivating tool with passive actuators in the space of soil continuum by 1/3 of the distance between tillage lines selected when performing the first cycle of soil treatment. Cycles of soil treatment by the soil continuum are closed in 60-90 years and are continued in the same manner.

EFFECT: method makes it possible to stabilise soil profile and a biogeosystem as a whole, to improve quality of soil tillage, to provide for long-term soil reclamation effect and to optimise conditions for development of plant rhizosphere.

FIELD: agriculture.

SUBSTANCE: device comprises a frame and two rotary slot-cutters. The rotary slot-cutters are mounted on the frame, are located vertically symmetrically along the direction of the device and are mechanically linked to a common drive. Under the drive a subsoil milling device is located. The slot-cutters and the milling device have shafts placed horizontally and perpendicular to the direction of motion of the ripper. The device has a gear pinion of drive of the annular slot-cutter located on the frame above the rotary slot-cutter and provided with outer engagement teeth performed alternately on the left and the right in the direction of rotation of the gear pinion. The rotary slot-cutter is provided with the slot-cutter disc and the annular slot-cutter. On the outer surface of the annular slot-cutter complementary to the outer engagement teeth of the gear pinion the engagement recesses are made. Along the inner surface of the annular slot-cutter alternately on the left and right engagement recesses are made. The slot-cutter disc comprises an idler, support and center drive gears, which engagement teeth are made alternately on the left and right along the outer cylindrical surface of each gear complementary to the engagement recesses on the inner surface of the annular slot-cutter. On the idler, support and center gears and the inside annular slot-cutter a cylindrical bearing surface is made, which diameter of the circle is equal to the diameter of the corresponding circle of the engagement. The annular slot-cutter is provided with cutting elements mounted along its outer cylindrical surface alternately on the left and right in the direction of rotation of the annular slot-cutter. In front of the cutting element on the side surface of the annular slot-cutter a container for ground intake is made which is open towards the side and the outer cylindrical surfaces of the annular slot-cutter. The milling device shaft is made with consoles. The engagement recesses of the gear transmission are made on the side surface of the annular slot-cutter and oriented to the outer side of the annular slot-cutter. The lateral plane of the engagement recesses is made on the same side of the annular slot-cutter as the container for ground intake of the annular slot-cutter relative to the appropriate side surface of the annular slot-cutter to a great 15-20% depth than the lateral plane of the container for ground intake of the annular slot-cutter.

EFFECT: constructive implementation enables to reduce tractive resistance and energy consumption, to increase the reliability of the device.

3 cl, 2 dwg

FIELD: agriculture.

SUBSTANCE: device comprises two rotary slot cutters located vertically symmetrically along the direction of the device movement, and connected mechanically to a common drive. The device comprises a rotary intrasoil cutter located below the drive. The cutter shafts are located horizontally and perpendicular to the direction of motion of the ripper. The rotary slot cutter is provided with an annular slot cutter. The device has a pinion, idler, support and center gear wheels, the teeth which engagement is made alternately left and right along the cylindrical surface of the engagement on every detail of the engagement on which they mutually rest with the toothed wheel gearing. The annular slot cutter is provided with cutting elements made on his side surfaces alternately on the left and right, forming capacity for receiving soil. The device is equipped with intrasoil rotary cutter which shafts are located horizontally and perpendicular to the direction of the ripper movement. The rotary slot cutter is equipped with the sun pinion mounted on a separate shaft, located on the frame of the device in the bearings horizontally and perpendicular to the direction of the ripper movement. The annular slot cutter is made in the form of an outer planetary gear. The pinion, idler, support and center gear wheels are made planetary to the sun pinion and the annular slot cutter. The shaft of intrasoil rotary cutter of the lower soil layer is mounted to the idler planetary gears of the rotary slot cutter. The shafts of intrasoil rotary cutter of the topsoil are mounted in the support planetary gears of the rotary slot cutter.

EFFECT: constructive implementation enables to improve the quality of soil treatment by layer by layer loosening the soil.

3 dwg

FIELD: agriculture.

SUBSTANCE: device comprises a shaft of a horizontal internal soil milling appliance with cutters, and the shaft is made with cantilevers. The shaft is arranged perpendicularly to the direction of tiller movement and is mechanically connected to two rotary slot cutters. Slot cutters are arranged vertically symmetrically along the direction of the device movement, cutters have actuators. An odd actuator of a cutter is arranged at the angle of 90 to the cutter plane. A cutting edge of the odd actuator is aligned in parallel to the cutter axis. The odd actuator is arranged at the angle of 60-65 to the cutter plane and is aligned in a direction opposite to the odd actuator. The cutting edge of the even actuator is arranged in the plane parallel to the cutter axis of rotation.

EFFECT: structural design will make it possible to provide for decompaction of inner soil levels and their mixing with each other both in direction of device movement and in transverse direction with high quality, reliability and low energy inputs.

4 cl, 5 dwg

FIELD: agriculture.

SUBSTANCE: device comprises a rotary slot cutter with a slot cutter disc, a circular slot cutter with an intermediate gear of inner engagement, a master, an alignment and a slave gears of the subsurface tiller drive. The device is equipped with an intermediate gear of a drive, which is installed on the slot cutter disc with engagement and the inner intermediate gear of the circular slot cutter drive and the slave gear of the drive of the subsurface tiller. The circular slot cutter is equipped with external cutting elements and reservoirs to get soil arranged between them. Cogs and dents of engagement of the master, intermediate of inner engagement, intermediate and slave gear of the subsurface tiller drive are arranged in pairs as complementary in turns at the left and right along engagement of each gear. The master, intermediate of inner engagement, intermediate, alignment and slave gears of the tiller's drive are equipped with cylindrical support surfaces. Support surfaces of gears are arranged in the form of sections of the cylindrical surface, along which elements of the circular slot cutter drive are mutually run in. The generatrix of the cylindrical surface is a pitch circle of each gear. Support surfaces are arranged as complementary in turns at the left and right oppositely to the appropriate cog and dent of the gear engagement.

EFFECT: increased efficiency of soil treatment.

FIELD: agriculture.

SUBSTANCE: device has two rotary gap-cutters arranged vertically symmetrically along the direction of movement of the device and mechanically connected with a common drive. The device has intra-soil rotary miller located below the drive. The miller has shafts placed horizontally and perpendicular to the direction of the ripper. The rotary gap-cutter is equipped with a ring gap-cutter, a driving gear, idle gear and centering gear of the drive, which catching teeth are made alternately on the left and on the right along the catching. On the driving gear, idle gear and centering gear and the ring gap-cutter there is a cylindrical bearing surface, diameter of which circle is equal to the diameter of the corresponding circle of the catching. The ring gap-cutter is equipped with cutting tools located on its side surfaces alternately on the left and on the right. The rotary gap-cutter is equipped with a sun gear mounted on a separate shaft, located on the frame of the device in the bearings horizontally and perpendicularly to the direction of the ripper. The ring gap-cutter is designed as outer planetary gears. The driving gear, idle gear and centering gear are made planetary to the sun gear and the ring gap-cutter.

EFFECT: constructive implementation will improve the reliability of the device operation.

2 cl, 3 dwg

FIELD: agriculture.

SUBSTANCE: knife comprises a plate with working and fastening parts, working and rear ribs and side surfaces. Side surfaces of the knife are equipped with through teeth installed perpendicularly to them with height exceeding the plate thickness at least five times. Teeth arranged near the end of the working part are displaced towards the rear rib at the distance, which is less than the tooth height.

EFFECT: increased intensity of soil crushing and reliability of the knife.

3 cl, 1 dwg

FIELD: agriculture.

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EFFECT: invention makes it possible to reduce power inputs in processing of soil and traction force to move the device, and also to increase it reliability.

2 dwg

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7 cl, 5 dwg

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FIELD: agriculture.

SUBSTANCE: cultivator comprises bearing structure, power module with driving mechanism, system of weeds removal and mechanism of displacement. System of weeds removal is connected to bearing structure with power module by means of connection element. Driving mechanism of power module is arranged with the possibility of rotation transfer to mechanism of displacement at least via one transmitting mechanism and to system of weeds removal. System of weeds removal is made of generator, which is connected by transmitting mechanism to driving mechanism of power module and device of electric pulses generation, and at least two electrodes with device of their position setting relative to weeds and cultivated soil.

EFFECT: such design of cultivator will provide for efficiency of weeds extermination.

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FIELD: agricultural engineering; rotary tillers.

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5 dwg

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2 dwg

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3 dwg

FIELD: agricultural engineering.

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EFFECT: simplified construction, wider operational capabilities and reduced operating costs.

1 dwg

Rotary tiller // 2294072

FIELD: agricultural engineering.

SUBSTANCE: rotary tiller has shaft and knife equipped with cutting edges. Knife is made of inversion-turning type, in the form of integral part manufactured from constructional steel strip. Knife cutting edges are provided along steel strip. Knife is equipped with left-hand and right-hand strips and joined to said strips through channels defined upon bending of strips by an angle of 90 deg toward working surface of knife along bending lines inclined at an angle of 30-60 deg toward cutting edges. Cutting edge of left-hand strip is inclined toward knife working surface at an acute angle, and cutting edge of right-hand strip is inclined at an obtuse angle. Cutting edge of knife is set at an angle of 3-8 deg to generatrix surface of rotary tiller shaft. Free ends of strips are equipped with mounting openings and seat belts.

EFFECT: improved quality of shear, increased efficiency and reduced consumption of power for rotary tillage process.

2 cl, 7 dwg

Rotary tillage tool // 2299535

FIELD: agricultural engineering, in particular, equipment which may be used for removal of non-standard parts of licorice such as black head in mass extraction of licorice raw material.

SUBSTANCE: rotary tillage tool has knife drum mounted on horizontal rotating shaft and equipped with disks having circumferentially secured knives. Each knife is positioned so as to be moved between adjacent disks. Knife is made U-shaped and fixed with its vertical strips on disk. Horizontal blade is deflected from generatrix surface of knife drum by an angle of 5-15 deg. Horizontal blades of knives in each section between adjacent disks are spaced apart from axis of rotating shaft of drum by distances differing from one another. Front and rear parts of vertical strips and horizontal blades are fitted with continuous cutting edges sharpened at an angle of 18-21 deg. Vertical strips and horizontal blade of each knife are made in the form of integral part.

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3 cl, 4 dwg

FIELD: agricultural engineering, in particular, equipment for processing of licorice roots.

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EFFECT: increased efficiency by providing clean cut of licorice roots in the process of removal of blackhead and reduced labor intensity in manual processing of licorice root mass.

4 cl, 4 dwg

FIELD: agriculture.

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EFFECT: increase of productivity and quality of processing of all soils types for one pass; increase of machine reliability and its service life.

3 cl, 1 dwg

FIELD: agriculture.

SUBSTANCE: soil tiller comprising housing, metallic fork, springs, and stops. The housing is designed as a closed barrel with a shaft and end flanges. The fork is made with arc-shaped teeth. The fork teeth are secured in nipple slots so that they project from the back of the fork. The fork is pivotally mounted with its nipples in the end flanges. The stops are made of angles and secured on the housing surface and along the housing. The springs are made as headless pins with curved ends and installed with their circular parts on the nipple ends. The curved pin ends are inserted into holes in the end flanges and into the projecting parts of the outermost teeth.

EFFECT: increased soil cultivation quality and simpler design.

1 dwg

Rotary cultivator // 2340134

FIELD: agriculture.

SUBSTANCE: rotary cultivator contains a gearhead of the running wheels and a gearhead of the tillage tools acting as a frame. Running wheels and tillage tools are fixed correspondingly on the axles of gearheads. Electric motor of the driving unit of the tillage tools, lever with control unit and gearhead of the running wheels are rigidly fixed on the gearhead of the tillage tools. Electric motor with a rotation frequency control module is fixed on the gearhead of the running wheels. Control module is kinematically connected with a spring - driven hanging knife through a lever tracing density variation of the soil.

EFFECT: ensures balanced motor load, will increase operational safety of the elements of the driving gear, quality of tilling and its productive capacity.

2 dwg

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