CN204859928U - Build dual -purpose machine of ridge rotary tillage - Google Patents
Build dual -purpose machine of ridge rotary tillage Download PDFInfo
- Publication number
- CN204859928U CN204859928U CN201520611977.7U CN201520611977U CN204859928U CN 204859928 U CN204859928 U CN 204859928U CN 201520611977 U CN201520611977 U CN 201520611977U CN 204859928 U CN204859928 U CN 204859928U
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- ridge
- frame
- build
- rotary tillage
- rotary
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Abstract
The utility model relates to a build dual -purpose machine of ridge rotary tillage, it includes trailed rotary cultivator 1, it is still including building ridge device (3), build ridge frame (31) and install the one side in frame (11), the integral key shaft is exported to underdrive axle (35) suit under transmission case (12) on, the rotary tillage gathers the rotation of native ware (32) center pin and installs on building ridge frame (31), the tip axial links to each other with underdrive axle (35) axial, it installs on building ridge frame (31) to build one side rotation of ridge wheel (33) axle, on upward the integral key shaft is exported to the one end suit of transmission shaft (34) on transmission case (12), the other end rotates and installs on building ridge frame (31), go up transmission shaft (34) through chain (4) with to build ridge wheel (33) axle continuous. It can build the ridge again can the rotary tillage, and production gets up to save time, laborsavingly economize artifically again, and the rate of utilization is higher. It can make things convenient for fast with rotary tillage equipment with build ridge equipment alternative the installation in the frame mutually, both can be used for the rotary tillage, also can be used for building the ridge, the function is more.
Description
Technical field
The utility model relates to farm machinery, particularly a kind ofly not only may be used for building the ridge but also can the dual-purpose machine of rotary tillage.
Background technology
The season that general of the ridging machine for paddy fields that north peasant household uses needs to build the ridge in spring and autumn just can use, and is all generally idle being in At All Other Times, availability is lower.Equally, rotovator generally also only turns in the spring and turns over season with the autumn and just can use, and is also be in idle state for a long time At All Other Times.The function singleness of this kind of agricultural machinery, needs when not using to keep properly and deposit, otherwise gets rusty easily and damage, also take up room.If ridger can be combined with rotovator, design a kind of can build the ridge again can the multifunctional farm implements of rotary tillage, will, than individually producing ridger and rotovator more saves time, laborsavingly saves again artificial, its utilization rate can also be made to be improved.
Summary of the invention
The purpose of this utility model be to provide one can build the ridge again can rotary tillage, produce to get up to save time, laborsaving less manpower again, what utilization rate was higher builds the dual-purpose machine of ridge rotary tillage.
Technical solution of the present utility model is: it comprises by frame, the trailed rotary cultivator that transmission case and two rotary ploughing cutter shafts are formed, transmission case is arranged on central rack, the middle part of frame is also provided with traction hanger bracket, the axially relative one end of two rotary ploughing cutter shafts is respectively by the two ends of spline package output spline under transmission case, the other end of two rotary ploughing cutter shafts is rotatably installed in respectively by bearing block one on the end plate of frame both sides, it also comprise pull down two rotary ploughing cutter shafts after rack-mountedly can build ridge device, build ridge device by building ridge frame, rotary tillage gathers earthenware, build ridge wheel, upload moving axis and lower drive shaft formation, build the side that ridge frame is arranged on frame, one end of lower drive shaft by spline package under the transmission case building frame the same side, the ridge on output spline, rotary tillage is gathered the side of earthenware central shaft towards transmission case and is rotatably installed in by bearing block two and builds on the frame of the ridge, end axis is axially connected to lower drive shaft one end towards central shaft, build the ridge wheel with rotary tillage gather earthenware axis parallel, be positioned at the oblique rear outside frame that rotary tillage gathers earthenware direct of travel, build the side of ridge wheel shaft towards transmission case to be rotatably installed in by bearing block three and to build on the frame of the ridge, end is provided with sprocket wheel one, the one end of uploading moving axis by spline package on the transmission case building frame the same side, the ridge on output spline, the other end is rotatably installed in by bearing block four to be built on the frame of the ridge, upload the sprocket wheel two that moving axis is installed to be connected with the sprocket wheel one built on the wheel shaft of the ridge by chain.
Technique effect of the present utility model is: it can build the ridge again can rotary tillage, produces to get up to save time, laborsaving less manpower again, and utilization rate is higher.It can quickly and easily by rotary tillage equipment with build ridge equipment and alternate and be arranged in frame, both can be used for rotary tillage, and also can be used for building the ridge, function is more, and equipment idle in man of peasant household can be effectively utilized, and saves resource.It is faster that it builds ridge speed, better effects if, and remain with reliable rotary tillage function, uses better effects if.It utilizes agricultural machinery traction work, and can build the non-irrigated ridge and can build the water ridge again, the ridge built out is both durable, again neat appearance.
Accompanying drawing explanation
Fig. 1 is that the utility model embodiment builds ridge state stereogram;
Fig. 2 is the utility model embodiment rotary tillage state stereogram.
Embodiment
As Fig. 1, shown in Fig. 2, it comprises by frame 11, the trailed rotary cultivator 1 that transmission case 12 and two rotary ploughing cutter shafts 13 are formed, transmission case 12 is arranged on central rack, the middle part of frame 11 is also provided with traction hanger bracket 2, two axial relative one end of rotary ploughing cutter shaft 13 are respectively by the two ends of spline package at transmission case 12 times output splines, the other end of two rotary ploughing cutter shafts 13 is rotatably installed in respectively by bearing block 1 on the end plate 15 of frame 11 both sides, it also comprise pull down two rotary ploughing cutter shafts 13 after can be arranged on frame 11 builds ridge device 3, build ridge device 3 by building ridge frame 31, rotary tillage gathers earthenware 32, build ridge wheel 33, upload moving axis 34 and lower drive shaft 35 is formed, build the side that ridge frame 31 is arranged on frame 11, one end of lower drive shaft 35 by spline package on the transmission case 12 times output splines building ridge frame 31 the same side, rotary tillage is gathered the side of earthenware 32 central shaft towards transmission case 12 and is rotatably installed in by bearing block 2 36 and builds on ridge frame 31, end axis is axially connected to lower drive shaft 35 one end towards central shaft, build the ridge wheel 33 with rotary tillage gather earthenware 32 axis parallel, be positioned at the oblique rear outside frame 11 that rotary tillage gathers earthenware 32 direct of travel, build the ridge to take turns the side of 33 axles towards transmission case 12 and be rotatably installed in by bearing block 3 37 and build on ridge frame 31, end is provided with sprocket wheel 1, the one end of uploading moving axis 34 by spline package on the transmission case 12 building ridge frame 31 the same side on output spline, the other end is rotatably installed in by bearing block 4 39 to be built on ridge frame 31, upload sprocket wheel 2 40 that moving axis 34 is installed by chain 4 with build the sprocket wheel 1 of taking turns on 33 axles on the ridge and be connected.
Be provided with when frame 11 being installed rotary ploughing cutter shaft 13 and lay respectively to be arranged in frame 11 above two rotary ploughing cutter shafts 13 anti-and raise soil cover 16.
Frame 11 is installed the side of building ridge frame 31 and is rotatablely equipped with the chain tension gear 17 matched with chain 4.
Build ridge frame 31 to be made up of with the bearing plate 1 be welded on support 41 support 41 of installation shaft bearing 3 37, the middle part of bearing plate 1 is arranged on frame end plate 15 by bolt, and bearing block 2 36 and bearing block 4 39 lay respectively at the below of frame end plate 15 and top is arranged on bearing plate 1 by bolt.
Bearing block 1 is arranged on bearing plate 25 by bolt, and bearing plate 25 is arranged on frame end plate 15 by bolt.
Frame 11 is by front beam 18, rear cross beam 19 and be welded on front beam 18, two end plates 15 between rear cross beam 19 two ends is formed, transmission case 12 is fixed on the centre position of front beam 18 and rear cross beam 19, traction hanger bracket 2 is by inverted v-shaped fore-stock 21 and a left side, right back brace 22 is formed, two lower ends of fore-stock 21 are separately fixed at the left side be arranged on by U bolt on frame 11 front beam 18, on bottom right traction seat 23, left, the lower end of right back brace 22 is connected on the Connection Block that is welded on frame rear cross beam 19 respectively by bolt, the upper weld of fore-stock 21 has the upper traction seat 24 be connected with hitching machinery, left, the upper end of right back brace 22 is connected with upper traction seat 24 rear portion respectively by bolt.
Build ridge frame 31 is provided with cover on that rotary tillage gathers on front side of earthenware 32, the Earthguard cover 43 of upside and rear side, frame 11 is provided with the chain guard 20 covered on chain 4.
Transmission case 12 is provided with the input splined shaft 30 towards direct of travel front.
Rotary tillage gathers earthenware 32 and gathers native cutter assembly 46 by axis 44, overcoat 45 and four groups of rotary tillages and form, axis 44 passes the centre bore of overcoat 45 and is fixed on overcoat 45 by spline and the lock nut being arranged on axis 44 end, and four groups of rotary tillages gather native cutter assembly 46 and are arranged on separately on overcoat 45 outer wall.
Frame 11 side first and the 3rd rotary tillage gather native cutter assembly 46 and gather native cutter 47 by four rotary tillages respectively and form, a pair relative rotary tillage gathers native cutter 47 for poly-native wide cutter, another gathers native cutter 47 to relative rotary tillage is the narrow cutter of rotary tillage, poly-native wide cutter is bolted on the loose tool rest 48 that is welded on overcoat 45 outer wall, the narrow cutter of rotary tillage is inserted in and is welded in narrow tool rest on overcoat 45 outer wall 49 and is fastened by bolts, frame 11 side second and the 4th rotary tillage gather native cutter assembly 46 and gather native cutter 47 by three rotary tillages respectively and form, three rotary tillages gather native cutter 47 and are respectively the narrow cutter of rotary tillage, the narrow cutter of each rotary tillage is inserted in respectively and is welded in narrow tool rest on overcoat 45 outer wall 49 and is fastened by bolts, each wide tool rest 48 and narrow tool rest 49 distribute twist on overcoat 45.
Build ridge wheel 33 to form by building ridge wheel shaft 50 and building ridge wheel body 51, building ridge wheel shaft 50 through building ridge wheel body 51 centre bore and by spline be arranged on the lock nut of building in ridge wheel shaft 50 end thread and be fixed on and build on ridge wheel shaft 50, building ridge wheel body 51 and being made up of the outside conically shaped 52 of the large mouth in both sides and the straight tube 53 be connected between two conically shaped 52 osculums.
Use principle: to be arranged on by two rotary ploughing cutter shafts 13 when needing rotary tillage in frame 11 and to be connected with transmission case 12, is drawn by hitching machinery and is driven and namely can be used for rotary tillage.When needing to build the ridge, two rotary ploughing cutter shafts 13 are disassembled from frame 11, ridge device 3 will be built to be arranged in frame 11 and to be connected with transmission case 12, drawn by hitching machinery and drive and namely can be used for building the ridge, each several part dismounting and convenient and flexible installation, both resource had been saved, enriched again function, more convenient to use, utilization rate is higher.
Claims (10)
1. build the dual-purpose machine of ridge rotary tillage, it comprises by frame (11), the trailed rotary cultivator (1) that transmission case (12) and two rotary ploughing cutter shafts (13) are formed, transmission case (12) is arranged on central rack, the middle part of frame (11) is also provided with traction hanger bracket (2), the axially relative one end of two rotary ploughing cutter shafts (13) is respectively by the two ends of spline package output spline under transmission case (12), the other end of two rotary ploughing cutter shafts (13) is rotatably installed on the end plate (15) of frame (11) both sides respectively by bearing block one (14), it is characterized in that: it also comprise pull down two rotary ploughing cutter shafts (13) after can be arranged on frame (11) builds ridge device (3), build ridge device (3) by building ridge frame (31), rotary tillage gathers earthenware (32), build ridge wheel (33), upload moving axis (34) and lower drive shaft (35) formation, build the side that ridge frame (31) is arranged on frame (11), one end of lower drive shaft (35) by spline package under the transmission case (12) building ridge frame (31) the same side on output spline, rotary tillage gathers earthenware (32) central shaft and is rotatably installed in towards the side of transmission case (12) is built on ridge frame (31) by bearing block two (36), end axis is axially connected to lower drive shaft (35) one end towards central shaft, build ridge wheel (33) and rotary tillage to gather earthenware (32) axis and parallel, be positioned at the oblique rear that rotary tillage gathers frame (11) outside of earthenware (32) direct of travel, build ridge wheel (33) axle to be rotatably installed in towards the side of transmission case (12) to build on ridge frame (31) by bearing block three (37), end is provided with sprocket wheel one (38), the one end of uploading moving axis (34) is gone up on output spline by spline package at the transmission case (12) building ridge frame (31) the same side, the other end is rotatably installed in by bearing block four (39) to be built on ridge frame (31), upload the upper sprocket wheel two (40) installed of moving axis (34) by chain (4) with build the sprocket wheel one (38) of taking turns on (33) axle on the ridge and be connected.
2. build the dual-purpose machine of ridge rotary tillage as claimed in claim 1, it is characterized in that being provided with when described frame (11) being installed rotary ploughing cutter shaft (13) and lay respectively at anti-that two rotary ploughing cutter shafts (13) top is arranged in frame (11) and raise soil cover (16).
3. build the dual-purpose machine of ridge rotary tillage as claimed in claim 1, it is characterized in that described frame (11) is installed the side of building ridge frame (31) and is rotatablely equipped with the chain tension gear (17) matched with chain (4).
4. build the dual-purpose machine of ridge rotary tillage as claimed in claim 1, build ridge frame (31) described in it is characterized in that to be made up of the support (41) of installation shaft bearing three (37) and the bearing plate one (42) be welded on support (41), the middle part of bearing plate one (42) is arranged on frame end plate (15) by bolt, and bearing block two (36) and bearing block four (39) lay respectively at the below of frame end plate (15) and top is arranged on bearing plate one (42) by bolt.
5. build the dual-purpose machine of ridge rotary tillage as claimed in claim 1, it is characterized in that described bearing block one (14) is arranged on bearing plate two (5) by bolt, bearing plate two (5) is arranged on frame end plate (15) by bolt.
6. build the dual-purpose machine of ridge rotary tillage as claimed in claim 1, it is characterized in that described frame (11) is by front beam (18), rear cross beam (19) and be welded on front beam (18), two end plates (15) between rear cross beam (19) two ends is formed, transmission case (12) is fixed on the centre position of front beam (18) and rear cross beam (19), traction hanger bracket (2) is by inverted v-shaped fore-stock (21) and a left side, right back brace (22) is formed, two lower ends of fore-stock (21) are separately fixed at the left side be arranged on by U bolt on frame (11) front beam (18), on bottom right traction seat (23), left, the lower end of right back brace (22) is connected on the Connection Block that is welded on frame rear cross beam (19) respectively by bolt, the upper weld of fore-stock (21) has the upper traction seat (24) be connected with hitching machinery, left, the upper end of right back brace (22) is connected with upper traction seat (24) rear portion respectively by bolt.
7. build the dual-purpose machine of ridge rotary tillage as claimed in claim 1, build the Earthguard cover (43) ridge frame (31) being provided with and covering on rotary tillage and gather earthenware (32) front side, upside and rear side described in it is characterized in that, frame (11) is provided with the chain guard (20) covered on chain (4).
8. build the dual-purpose machine of ridge rotary tillage as claimed in claim 1, it is characterized in that described rotary tillage gathers earthenware (32) and gathers native cutter assembly (46) by axis (44), overcoat (45) and four groups of rotary tillages and form, axis (44) through overcoat (45) centre bore and be fixed on overcoat (45) by spline and the lock nut that is arranged on axis (44) end, four groups of rotary tillages gather native cutter assembly (46) and are arranged on separately on overcoat (45) outer wall.
9. build the dual-purpose machine of ridge rotary tillage as claimed in claim 8, it is characterized in that described frame (11) side first and the 3rd rotary tillage gather native cutter assembly (46) and gather native cutter (47) by four rotary tillages respectively and form, a pair relative rotary tillage gathers native cutter (47) for poly-native wide cutter, another gathers native cutter (47) for the narrow cutter of rotary tillage to relative rotary tillage, poly-native wide cutter is bolted on the loose tool rest (48) that is welded on overcoat (45) outer wall, be fastened by bolts in the narrow cutter of rotary tillage is inserted in and is welded on overcoat (45) outer wall narrow tool rest (49), frame (11) side second and the 4th rotary tillage gather native cutter assembly (46) and gather native cutter (47) by three rotary tillages respectively and form, three rotary tillages gather native cutter (47) and are respectively the narrow cutter of rotary tillage, be fastened by bolts in the narrow cutter of each rotary tillage is inserted in respectively and is welded on overcoat (45) outer wall narrow tool rest (49), each wide tool rest (48) and narrow tool rest (49) distribute twist on overcoat (45).
10. build the dual-purpose machine of ridge rotary tillage as claimed in claim 1, build ridge wheel (33) described in it is characterized in that to form by building ridge wheel shaft (50) and building ridge wheel body (51), building ridge wheel shaft (50) through building ridge wheel body (51) centre bore and by spline be arranged on the lock nut of building in ridge wheel shaft (50) end thread and be fixed on and build on ridge wheel shaft (50), building ridge wheel body (51) and being made up of the outside conically shaped (52) of the large mouth being positioned at both sides and the straight tube (53) be connected between two conically shaped (52) osculums.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520611977.7U CN204859928U (en) | 2015-08-14 | 2015-08-14 | Build dual -purpose machine of ridge rotary tillage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520611977.7U CN204859928U (en) | 2015-08-14 | 2015-08-14 | Build dual -purpose machine of ridge rotary tillage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204859928U true CN204859928U (en) | 2015-12-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520611977.7U Expired - Fee Related CN204859928U (en) | 2015-08-14 | 2015-08-14 | Build dual -purpose machine of ridge rotary tillage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204859928U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112314081A (en) * | 2020-11-06 | 2021-02-05 | 颍上县田之都农业科技发展有限公司 | Farmland ridge construction machinery |
-
2015
- 2015-08-14 CN CN201520611977.7U patent/CN204859928U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112314081A (en) * | 2020-11-06 | 2021-02-05 | 颍上县田之都农业科技发展有限公司 | Farmland ridge construction machinery |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151216 Termination date: 20180814 |