CN204948659U - Compound plough of ploughshare formula and tractor - Google Patents
Compound plough of ploughshare formula and tractor Download PDFInfo
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- CN204948659U CN204948659U CN201420866534.8U CN201420866534U CN204948659U CN 204948659 U CN204948659 U CN 204948659U CN 201420866534 U CN201420866534 U CN 201420866534U CN 204948659 U CN204948659 U CN 204948659U
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/14—Measures for saving energy, e.g. in green houses
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Abstract
The utility model discloses a compound plough of ploughshare formula and tractor, the compound plough of ploughshare formula includes the frame of connecting with the tractor, frame one side bottom is equipped with drags the land wheel, be equipped with the turnplow subassembly, rotary cultivator subassembly and the disc harrow subassembly that favour tractor longitudinal arrangement in the frame, the compound plough of this ploughshare formula, three kinds of functional unit on turnplow subassembly, rotary cultivator subassembly and the disc harrow subassembly arrange to mutually support through the slant to reach fine working effect, can not only once accomplish all operations before the seeding, straw returning is effectual, and the peasant spends lessly, and environmental protection moreover is difficult for causing the damage to stem tuber agricultural and sideline products, simultaneously it makes the power is reduced that rotary tillage operation consumed on the complete machine, lets complete machine by a wide margin improvement on the operating efficiency, and its simple structure, arrange rationally, and reduced the expense of customer on maintenance, bring higher economic benefits for the customer.
Description
Technical field
The utility model relates to farming machinery, is specifically related to ploughshare formula gangplow and tractor.
Background technology
Return crop stocks to the field and be one and strengthen land fertility, chesson, protection of the environment, reduce labor intensity and the good plan of increasing both production and income.At present, after returning crop stocks to the field, primary tillage equipment does not match, and plough by conventional plow, straw thoroughly can not plough under underground, and soil in flakes, be uneven, dead furrow is darker; If use rotovator to plough, due to the effect of broken straw rod, plough not dark, and straw floats over earth's surface, and peasant cannot be sowed and irrigate.And existing this operating type, consumption of power is many, deficiency in economic performance, uses continuously to plough to revolve machine and will cause soil compaction, and fertility reduces, crop production reduction; And plough, revolve ground, rake the soil level needs two or three separately facility complete respectively, power, energy resource consumption are comparatively large, and peasant's cost is higher, and not environmentally.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and provide the All Jobs before once completing sowing, straw-returning is effective, and peasant spends less ploughshare formula gangplow and tractor.
To achieve these goals, the technical solution adopted in the utility model is:
This ploughshare formula gangplow, comprises the frame be connected with tractor, and described frame one side bottom is provided with the wheel that mops floor, and described frame is provided with the turnplow assembly, rotovator assembly and the disk harrow assembly that favour tractor and longitudinally arrange.
Tractor, comprises above-mentioned ploughshare formula gangplow.
The utility model has the advantage of: this ploughshare formula gangplow and tractor, what structure adopted is that a frame arranges three kinds of functional parts such as turnplow, rotovator and disk harrow, and three kinds of functional parts are cooperatively interacted by oblique layout and reach good working effect; Once can not only complete the All Jobs before sowing, straw-returning is effective, and peasant spends less, and environmental protection, not easily causes the damage to stem tuber agricultural byproducts; Its power reduction that rotary tillage process is consumed on complete machine, allows complete machine significantly improve on operating efficiency simultaneously; And its structure is simple, reasonable structural arrangement, reduces the expense of client in maintenance, brings higher economic benefit to client.
Accompanying drawing explanation
Mark in the content expressed each width accompanying drawing of the utility model specification below and figure is briefly described:
Fig. 1 is the assembling schematic diagram of the utility model ploughshare formula gangplow and tractor.
Fig. 2 is the structural representation of three assemblies of Fig. 1 ploughshare formula gangplow.
Fig. 3 is the assembling schematic diagram of the turnplow assembly of the utility model ploughshare formula gangplow.
Fig. 4 is the assembling schematic diagram of the rotovator assembly of the utility model ploughshare formula gangplow.
Fig. 5 is the scheme of installation of the rotating shaft of Fig. 4 rotovator assembly.
Fig. 6 is the structural representation of the rotary blade of Fig. 4 rotovator assembly.
Fig. 7 is the assembling schematic diagram of the disk harrow assembly of the utility model ploughshare formula gangplow.
Mark in above-mentioned figure is:
1, frame, 2, transmission case body, 3, mop floor wheel, 4, turnplow assembly, 5, rotovator assembly, 6, disk harrow assembly, 7, transmission mechanism, 8, tractor, 9, universal drive shaft, 10, colter, 11, colter frame, 12, U-bolt, 13, installing rack, 14, rotating shaft, 15, rotary blade, 16, sprocket wheel, 17, chain, 18, taper roll bearing, 19, deep groove ball bearing, 20, Rotary tillage blade, 21, barb, 22, leaf blade, 23, reinforcement, 24, disk harrow, 25, support, 26, positioning sleeve, 27, locating shaft, 28, bending part, 29, installation step, 30, first spring, 31, second spring, 32, mounting sleeve, 33, bolt, 34, clamp nut, 35, sub-stent, 36, rolling fin is harrowed, 37, installing rack link, 38, support link.
Embodiment
Contrast accompanying drawing below, by the description to embodiment, embodiment of the present utility model is described in further detail, object is that help those skilled in the art conceives utility model of the present utility model, technical scheme has more complete, accurate and deep understanding, and contributes to its enforcement.
As shown in Figures 1 and 2, this ploughshare formula gangplow, comprise the frame 1 be connected with tractor 8, frame 1 one side bottom is provided with the wheel 3 that mops floor, frame 1 is provided with the turnplow assembly 4, rotovator assembly 5 and the disk harrow assembly 6 that favour tractor 8 and longitudinally arrange, and turnplow assembly 4, rotovator assembly 5 and disk harrow assembly 6 are arranged in order.This ploughshare formula gangplow, what structure adopted is a frame 1 is arranged turnplow assembly 4, rotovator assembly 5 and disk harrow assembly 6 three kinds of functional parts, and three kinds of functional parts reach good working effect by oblique layout; But not the assembling of traditional three kinds of functional parts, it once can not only complete the All Jobs before sowing, and straw-returning is effective, and peasant spends less, and environmental protection, not easily causes the damage to stem tuber agricultural byproducts; Its power reduction that rotary tillage process is consumed on complete machine, allows complete machine significantly improve on operating efficiency simultaneously; And its structure is simple, reasonable structural arrangement, reduces the expense of client in maintenance, brings higher economic benefit to client.
As shown in Figure 3, turnplow assembly 4 comprises colter 10 and colter frame 11, and colter frame 11 is connected with frame 1, for installing colter 10; The longitudinal direction of colter frame 11 and tractor 8 is in being greater than the angle that 0 degree is less than 90 degree.Turnplow assembly 4 is mechanical plough, and its Main Function is deep ploughing soil, and colter 10 is arranged on colter frame 11, colter 10 installation site whole gangplow foremost and oblique layout; The maximum difference of this plough and prior art is exactly the arrangement of turnplow is no longer a word lateral arrangement parallel longitudinal with tractor 8, but favours the oblique layout of tractor 8 longitudinal direction.Such arrangement benefit has: decrease the drag loading in machine operation process; Relative to the structure of run-in index, when current colter 10 fails to deep plough soil completely, rear colter 10 can have certain probability real tillage again, ensures deep ploughing effect.
Colter 10 is fixed on colter frame 11 by U-bolt 12.Utilize U-bolt 12 to be arranged in frame 1 by colter 10, colter 10 dismounting is simple and convenient, and the position of colter 10 can according to field requirement at the enterprising Row sum-equal matrix of frame 1, and the spacing of colter 10 and angle can adjust; To meet cultivated land demand.
Frame 1 is established the transmission case body 2 be connected with tractor 8 clutch end; As shown in Figure 4, rotovator assembly 5 comprises the installing rack 13 parallel with colter frame 11, and installing rack 13 one end is connected with frame 1, and the other end of installing rack 13 is connected with colter frame 11 by installing rack link 37; Installing rack 13 is provided with rotating shaft 14, and rotating shaft 14 one end is connected by transmission mechanism 7 with the clutch end of transmission case body 2, and rotating shaft 14 other end is provided with rotary blade 15.The Main Function of rotovator assembly 5 is that slagging is pulverized in the soil turned over, and is convenient to the sowing of crops.This rotary blade 15 is vertical, and relative to traditional rotary blade that traditional horizontal type major axis drives, this rotovator assembly 5 can realize deep ploughing and deeply revolve, and the degree of depth of rotary tillage can be brought up to the former twice.Due to rotovator assembly 5 employing is oblique layout, and twice rotary tillage before and after such structural configuration can realize plot, rotary tillage effect is better excellent.
Transmission case body 2 achieves Contiuum type transfer motion power, consumes little, and transmission arrangments is simple, allows the expense of client in maintenance reduce, brings higher economic benefit to client.During farming, the tractor 8 of frame 1 with traction farming is connected, the clutch end of tractor 8 is connected with power transmission shaft with transmission case body 2 simultaneously, solves the defect that power transmission efficiency is low, improves machinery operation performance, improve the reliability of machine, thus add the service life of machine.While tractor 8 power traction frame 1 is advanced, also rotovator assembly 5 is driven to rotate, plough deeply by turnplow assembly 4 earth dug immediately to be broken up by rotovator assembly 5 pulverizing, level land through disk harrow assembly 6, realize the disposable soil that completes and plough deeply operation, rotary tillage process, the operation of whole Horizon rake.Directly proportion of crop planting can be carried out with the soil of this ploughshare formula gangplow operation.
The outputting axial power of transmission case body 2 outputs in a rotating shaft 14 of transmission case body 2, is then transferred in other rotating shaft 14 by this rotating shaft 14, this mode stable drive.Transmission mechanism 7 comprises is located at sprocket wheel 16 in rotating shaft 14 or belt pulley, and the output shaft of transmission case body 2 is provided with sprocket wheel 16 or belt pulley; Sprocket wheel 16 in frame 1 in a rotating shaft 14 of transmission case body 2 is connected by chain 17 with the sprocket wheel 16 on transmission case body 2 output shaft, and the sprocket wheel 16 in frame 1 in adjacent shafts 14 is connected by chain 17; Or the belt pulley in frame 1 in a rotating shaft 14 of transmission case body 2 is connected by belt with the belt pulley on transmission case body 2 output shaft, and the belt pulley in frame 1 in adjacent shafts 14 is connected by belt.
Or as another kind of power transmission mode, adopt parallel way, the outputting axial power of transmission case body 2 directly outputs in each rotating shaft 14.The transmission of rotary blade 15 is become parallel from tandem, avoid because the transmission of a certain road goes wrong and causes complete machine cisco unity malfunction.Transmission mechanism 7 comprises is located at sprocket wheel 16 in rotating shaft 14 or belt pulley, and the output shaft of transmission case body 2 is provided with sprocket wheel 16 or belt pulley; Sprocket wheel 16 in rotating shaft 14 is connected by chain 17 with the sprocket wheel 16 on transmission case body 2 output shaft, or the belt pulley in rotating shaft 14 is connected by belt with the belt pulley on transmission case body 2 output shaft.
The upper end of rotating shaft 14 installs sprocket wheel 16 provides power, and rotary blade 15 is installed in the lower end of rotating shaft 14.The rotating speed of rotary blade 15 can adjust according to the size of sprocket wheel 16, and when the sprocket wheel 16 of selection of small, the rotating speed of rotary blade 15 improves crushing effect increases, in practice process, select different sprocket wheels 16 according to the concrete situation in field.Simultaneously sprocket wheel 16 can substitute with belt pulley, in the process run up, belt transmission more steadily and the efficiency transmitted is high, cost-saving and failure rate is low.
As shown in Figures 4 and 5, rotating shaft 14 establishes one end of sprocket wheel 16 or belt pulley to be provided with a pair taper roll bearing 18 to be connected with bearing block set on installing rack 13; One end that rotating shaft 14 is provided with rotary blade 15 is provided with deep groove ball bearing 19 and is connected with ball bearing bearing block set on installing rack 13.When installing rotary blade 15, what the bearing in rotating shaft 14 adopted in design is one end is a pair taper roll bearing 18, and a pair taper roll bearing 18 is installed face-to-face, a fulcrum twin fixed guide-vane; The other end is that deep groove ball bearing 19, fulcrum moves about, and deep groove ball bearing 19 can carry out thermal compensation with rotating shaft 14 in ball bearing bearing block.Because the work moment of rotary blade 15 is large, the span of design upper bearing (metal) is large, and rotating speed is high, causes thermal expansion length large; This mounting means is adopted to be to provide enough Axial Thermals to compensate to rotating shaft 14, reserved enough large thermal compensation space, the generation of the situation of the shaft distortion preventing compensation space deficiency from causing; Improve stationarity and the functional reliability of power transmission.
As shown in Figure 6, rotary blade 15 is made up of the cutter head be connected with rotating shaft 14 and the Rotary tillage blade 20 be located on cutter head; Rotary tillage blade 20 one end is connected with cutter head, and Rotary tillage blade 20 other end has barb 21.Leaf blade 22 between Rotary tillage blade 20 two ends for side be thin bladed, middle part is provided with the laminated structure of reinforcement 23.Be equipped with fixing Rotary tillage blade 20 outside cutter head, Rotary tillage blade 20 one end is provided with barb 21, leaf blade 22 curved, side be thin bladed, middle part is provided with the laminated structure of reinforcement 23, excessively round and smooth between barb 21 and leaf sword.When rotovator assembly 5 rotates, leaf blade 22 is thinner, is comparatively easy to screw in earth, digs stem tuber agricultural byproducts provide supremacy clause for loosening the soil and ploughing.
Further, leaf blade 22 is arc structure; Barb 21 and leaf blade 22 arc transition.Leaf blade 22 in arc-shaped, increase screw in earth along line length, reduce the time screwed in the unit interval under the same conditions in earth; Reduce to need to provide dynamics size, thus during volume soil, agricultural and sideline for a stem tuber product can, to lopsidedness, be translated on ground by earth; Which reduce the fault rate of complete machine, and installation form, simple, convenient, meet human engineering.
As shown in Fig. 2 and Fig. 7, disk harrow assembly 6 comprises disk harrow 24 and installs the support 25 of disk harrow 24, support 25 is parallel with installing rack 13, support 25 one end is connected with frame 1, support 25 other end is connected with installing rack 13 by support link 38, and disk harrow 24 is connected by compliant mechanism with support 25.Disk harrow 24 is disk type rolling rake, utilizes smoothing harrow itself not have moving condition, utilizes the smoothing harrow of the frictional force formula between smoothing harrow and ground to do rolling friction on the ground, reduces the resistance that machinery advances; Another side does linear slide on the ground, by the land readjustment of just having pulverized.
Support 25 is provided with positioning sleeve 26, and compliant mechanism comprises the locating shaft 27 be placed in positioning sleeve 26; Locating shaft 27 upper end is the bending part 28 be positioned at above positioning sleeve 26, and locating shaft 27 lower end is positioned at below positioning sleeve 26, and disk harrow 24 is contained in the lower end of locating shaft 27; Locating shaft 27 lower end is provided with installation step 29, and locating shaft 27 is provided with the first spring 30 below positioning sleeve 26 and between installation step 29; Locating shaft 27 is provided with the second spring 31 below installation step 29 and between support 25.When locating shaft 27 is by External Force Acting, can move in positioning sleeve 26, bending part 28 makes locating shaft 27 can hang over after movement on positioning sleeve 26.Angle between the second spring 31 and the first spring 30 is greater than 0 degree and is less than 90 degree, the oblique setting of the second spring 31.Disk harrow 24 rolls when running into barrier, extrudes the first spring 30, locating shaft 27 moves, or extruding the second spring 31, and locating shaft 27 can sidesway among a small circle; The shock of cutting edge and hard object can be avoided, finally utilize the restoring force of spring to realize reset.
Disk harrow 24 adopts flexibility can conditioning technology, utilizes the elasticity of the first spring 30 and the second spring 31 can conditioning technology to the flexibility realized in the course of work.When disk harrow 24 roll run into barrier time, disk harrow 24 or stretch out or indentation can avoid cutting edge and hard object inwards shock, finally utilizes the restoring force of the first spring 30 and the second spring 31 to realize reset.First spring 30 realizes upper and lower soft readjustment, and the second spring 31 realizes left and right soft readjustment; Can meet the job requirements of different soils agronomy, make the straw-returning of deep ploughing operation effective, peasant spends less.
Locating shaft 27 lower end is provided with mounting sleeve 32, and be provided with the bolt 33 that mounting sleeve 32 is stretched out at two ends in mounting sleeve 32, bolt 33 two ends are fixed on mounting sleeve 32 by clamp nut 34; Disk harrow 24 is sleeved on mounting sleeve 32.Not only structure is simple for the mounting means of disk harrow 24, and easy accessibility.
Mounting sleeve 32 is connected by cylinder roller bearing with disk harrow 24.Because disk harrow 24 can produce axial force in the process of avoiding obstacles, adopt cylinder roller bearing can bear larger axis to power, ensure the installation reliability of disk harrow 24.
Transmission case body 2 power intake is connected by universal drive shaft 9 with tractor 8 clutch end, and namely connecting axle is universal drive shaft 9.Transmission case body 2 is the gearbox of transferring power, and universal drive shaft 9 one end connects tractor 8 clutch end, and the power intake of universal drive shaft 9 other end connection for transmission casing 2, is assigned to the stable transmission of tractor 8 power on rotovator assembly 5.
As shown in Figure 2, support 25 is provided with rolling fin rake assembly near one end of tractor 8, rolling fin rake assembly comprises the sub-stent 35 parallel longitudinal with tractor 8 and rolling fin rake 36, and rolling fin rake 36 is connected by flexible support mechanism with sub-stent 35.Rolling fin rake assembly, when disk harrow assembly 6 works, plays mobile guide effect, reduces the resistance that machinery advances, ensure to rake the soil level effect.
Rolling fin rake 36 is identical with disk harrow 24 structure, and the flexible support structure connecting rolling fin rake 36 is identical with the flexible support structure of clutch disk rake 24, can accompanying drawings 7.Sub-stent 35 is provided with positioning sleeve 26, and compliant mechanism comprises the locating shaft 27 be placed in positioning sleeve 26; Locating shaft 27 upper end is the bending part 28 be positioned at above positioning sleeve 26, and locating shaft 27 lower end is positioned at below positioning sleeve 26, and rolling fin rake 36 is contained in the lower end of locating shaft 27; Locating shaft 27 lower end is provided with installation step 29, and locating shaft 27 is provided with the first spring 30 below positioning sleeve 26 and between installation step 29; Locating shaft 27 is provided with the second spring 31 below installation step 29 and between support 25.When locating shaft 27 is by External Force Acting, can move in positioning sleeve 26, bending part 28 makes locating shaft 27 can hang over after movement on positioning sleeve 26.Angle between the second spring 31 and the first spring 30 is greater than 0 degree and is less than 90 degree, the oblique setting of the second spring 31.Time rolling fin rake 36 rolls and runs into barrier, extrude the first spring 30, locating shaft 27 moves; Or extruding the second spring 31, locating shaft 27 can sidesway among a small circle; The shock of cutting edge and hard object can be avoided, finally utilize the restoring force of spring to realize reset.
Preferably, sub-stent 35 and support 25 are integral type structure, and between sub-stent 35 and support 25, structural strength is good, can ensure effect of raking the soil level further.
Frame 1 is made up of section bar seam, is the carrier of entire machine, and lower end, frame 1 side is provided with the wheel 3 that mops floor, and frame 1 has been installed one group of turnplow assembly, 4, one group of rotovator assembly 5 and one group of disk harrow assembly, 6, three kinds of assemblies are optimized coupling; To plough, rotovator, the rational position of disk type rolling rake, post-job the digging of turnplow is directly fed into the entrance of rotovator, the no longer stacking effect affecting rotary tillage after making Soil tillage, improve machinery rotary tillage performance; Can exempt to regulate operation, operation, rotary tillage process, the operation of whole Horizon rake are ploughed deeply in the disposable soil that completes, achieve simple to operate, save time, energy-saving and environmental protecting, reduction kind ground cost, also reduce the manipulation strength of driver.
In turnplow assembly 4, the number of colter 10 can arrange according to actual needs and adjust, and in the present embodiment schematic diagram, colter 10 number is five, and turnplow assembly 4 is five-furrow plough assembly.In rotovator assembly 5, the number of rotary blade 15 is identical with colter 10 number, the corresponding rotary blade 15 of a slice colter 10, and rotary blade 15 is arranged in colter 10 soil outlet; The load of each like this rotary blade 15 is roughly the same, avoid a certain blade because of load large time occur jump tooth, chain 17 rupture phenomenon, thus avoid cause overall performance paralysis.In disk harrow assembly 6, the number of disk harrow 24 can adjust according to actual needs, and in the present embodiment schematic diagram, disk harrow 24 number is nine.Accordingly, in rolling fin rake assembly, the number of rolling fin rake 36 can adjust according to actual needs, and in the present embodiment schematic diagram, the rolling fin rake 36 in rolling fin rake assembly is two panels.Disk harrow 24 and rolling fin after harrowing 36 installations multi-faceted rotation it, it is avoided to have rotation dead point, because the stressed of disk harrow 24 is very complicated in the process of raking the soil level, the motion state caused also is Protean, meets user demand to make disk harrow 24.The utility model has compact conformation, easy to operate, adjusts easy, reliable, the advantage of wide adaptability.
Tractor, comprises above-mentioned ploughshare formula gangplow.
Below by reference to the accompanying drawings the utility model is exemplarily described.Obviously, the utility model specific implementation is not subject to the restrictions described above.As long as have employed the improvement of the various unsubstantialities that method of the present utility model is conceived and technical scheme is carried out; Or without improvement, above-mentioned design of the present utility model and technical scheme directly applied to other occasion, all within protection domain of the present utility model.
Claims (17)
1. a ploughshare formula gangplow, comprises the frame be connected with tractor, and described frame one side bottom is provided with the wheel that mops floor, and it is characterized in that: described frame is provided with the turnplow assembly, rotovator assembly and the disk harrow assembly that favour tractor and longitudinally arrange;
Described turnplow assembly comprises colter and is connected the colter frame for installing colter with described frame; The longitudinal direction of described colter frame and tractor is in being greater than the angle that 0 degree is less than 90 degree;
Described frame is established the transmission case body be connected with tractor dynamic power output; Described rotovator assembly comprises the installing rack parallel with described colter frame; Described installing rack is provided with rotating shaft, and described rotating shaft one end is connected by transmission mechanism with the clutch end of described transmission case body, and the described rotating shaft other end is provided with rotary blade;
Described disk harrow assembly comprises disk harrow and the support parallel with described installing rack, and described disk harrow is connected by compliant mechanism with described support.
2. ploughshare formula gangplow as claimed in claim 1, is characterized in that: described colter is fixed on colter frame by U-bolt.
3. ploughshare formula gangplow as claimed in claim 1, it is characterized in that: described transmission mechanism comprises the sprocket wheel be located in described rotating shaft, the output shaft of described transmission case body is provided with sprocket wheel; Sprocket wheel in described rotating shaft is connected by chain with the sprocket wheel on described transmission case body output shaft.
4. ploughshare formula gangplow as claimed in claim 1, it is characterized in that: described transmission mechanism comprises the belt pulley be located in described rotating shaft, the output shaft of described transmission case body is provided with belt pulley; Belt pulley in described rotating shaft is connected by belt with the belt pulley on described transmission case body output shaft.
5. ploughshare formula gangplow as claimed in claim 1, it is characterized in that: described transmission mechanism comprises the sprocket wheel be located in described rotating shaft, the output shaft of described transmission case body is provided with sprocket wheel; Sprocket wheel in frame in a rotating shaft of transmission case body is connected by chain with the sprocket wheel on transmission case body output shaft, and the sprocket wheel in frame in adjacent shafts is connected by chain.
6. ploughshare formula gangplow as claimed in claim 1, it is characterized in that: described transmission mechanism comprises the belt pulley be located in described rotating shaft, the output shaft of described transmission case body is provided with belt pulley; Belt pulley in frame in a rotating shaft of transmission case body is connected by belt with the belt pulley on transmission case body output shaft, and the belt pulley in frame in adjacent shafts is connected by belt.
7. the ploughshare formula gangplow as described in any one of claim 3-6, is characterized in that: described rotating shaft establishes one end of rotary blade to be provided with set ball bearing bearing block on deep groove ball bearing and described installing rack; The described rotating shaft other end is provided with a pair taper roll bearing and is connected with bearing block set on described installing rack.
8. the ploughshare formula gangplow as described in any one of claim 3-6, is characterized in that: described rotary blade is made up of the cutter head be connected with described rotating shaft and the Rotary tillage blade be located on described cutter head; Described Rotary tillage blade one end is connected with cutter head, and the described Rotary tillage blade other end has barb.
9. ploughshare formula gangplow as claimed in claim 8, is characterized in that: the laminated structure that the leaf blade between described Rotary tillage blade two ends is side is thin bladed, middle part is provided with reinforcement.
10. ploughshare formula gangplow as claimed in claim 9, is characterized in that: described leaf blade is arc structure.
11. ploughshare formula gangplows as claimed in claim 9, is characterized in that: described barb and described leaf blade arc transition.
12. ploughshare formula gangplows as described in any one of claim 3-6, it is characterized in that: described support is provided with positioning sleeve, described compliant mechanism comprises the locating shaft be placed in described positioning sleeve; Described locating shaft upper end is be positioned at the bending part above described positioning sleeve, and described disk harrow is contained in the lower end of described locating shaft; Described locating shaft lower end is provided with installation step, and described locating shaft is provided with the first spring below positioning sleeve and between installation step; Described locating shaft is provided with the second spring below installation step and between described support.
13. ploughshare formula gangplows as claimed in claim 12, it is characterized in that: described locating shaft lower end is provided with mounting sleeve, be provided with the bolt that described mounting sleeve is stretched out at two ends in described mounting sleeve, described bolt two ends are fixed on described mounting sleeve by clamp nut; Described disk harrow is sleeved on described mounting sleeve.
14. ploughshare formula gangplows as claimed in claim 13, is characterized in that: described mounting sleeve is connected by cylinder roller bearing with described disk harrow.
15. ploughshare formula gangplows as described in any one of claim 3-6, is characterized in that: described transmission case body power intake is connected by universal drive shaft with described tractor dynamic power output.
16. ploughshare formula gangplows as claimed in claim 15, it is characterized in that: described support is provided with rolling fin rake assembly near one end of described tractor, described rolling fin rake assembly comprises the sub-stent parallel longitudinal with tractor and rolling fin rake, and described rolling fin rake is connected by flexible support mechanism with described sub-stent.
17. 1 kinds of tractors, is characterized in that: comprise the ploughshare formula gangplow described in any one of claim 1-16.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420866534.8U CN204948659U (en) | 2014-12-31 | 2014-12-31 | Compound plough of ploughshare formula and tractor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420866534.8U CN204948659U (en) | 2014-12-31 | 2014-12-31 | Compound plough of ploughshare formula and tractor |
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| Publication Number | Publication Date |
|---|---|
| CN204948659U true CN204948659U (en) | 2016-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420866534.8U Active CN204948659U (en) | 2014-12-31 | 2014-12-31 | Compound plough of ploughshare formula and tractor |
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| Country | Link |
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| CN (1) | CN204948659U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106954396A (en) * | 2017-05-09 | 2017-07-18 | 中国农业科学院麻类研究所 | A kind of saw formula film-laying machine for alkaline land improving |
| CN109479406A (en) * | 2019-01-23 | 2019-03-19 | 临邑盛隆农机服务有限公司 | Novel multi-layer ploughs deeply mouldboard plow equipment |
-
2014
- 2014-12-31 CN CN201420866534.8U patent/CN204948659U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106954396A (en) * | 2017-05-09 | 2017-07-18 | 中国农业科学院麻类研究所 | A kind of saw formula film-laying machine for alkaline land improving |
| CN109479406A (en) * | 2019-01-23 | 2019-03-19 | 临邑盛隆农机服务有限公司 | Novel multi-layer ploughs deeply mouldboard plow equipment |
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