CN202153850U - Walking transplanter with seedling box extension plate position adjusting structure - Google Patents
Walking transplanter with seedling box extension plate position adjusting structure Download PDFInfo
- Publication number
- CN202153850U CN202153850U CN2011202471881U CN201120247188U CN202153850U CN 202153850 U CN202153850 U CN 202153850U CN 2011202471881 U CN2011202471881 U CN 2011202471881U CN 201120247188 U CN201120247188 U CN 201120247188U CN 202153850 U CN202153850 U CN 202153850U
- Authority
- CN
- China
- Prior art keywords
- seedling
- boxboard
- transplanting
- seedling boxboard
- hole
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Landscapes
- Transplanting Machines (AREA)
Abstract
The utility model provides a walking transplanter with a seedling box extension plate position adjusting structure, comprising an engine, a gear case and a travelling machine body (110) capable of walking. A seedling boxboard (120) and a preliminary seedling transplanting device are arranged behind the travelling machine body (110), the side end part of the seedling boxboard (120) is connected with a transverse transferring bracket (121), one end of the transverse transferring sending bracket (121) is connected with one side of the seedling boxboard (120), the other side end parts of the transverse transferring bracket (121) are connected with a transferring shaft (123); a seedling boxboard connecting part (121a) in side connection with the seedling boxboard (120) and a transferring shaft connecting part (121b) connected with the transferring shaft (123) are formed on the transverse transferring bracket (121); and a plurality of through holes in the vertical direction are formed in the seedling boxboard connecting part (121a). The walking transplanter has the effects that the position of the seedling boxboard is adjusted, the operation space is expanded and the operation is convenient. In addition, according to the walking transplanter, when the transplanting depth is adjusted, the interval restraining force between the transverse transferring support frame and the transferring shaft which are lifted along with the lifting of the seedling boxboard can not be formed, so that the effect that the disturbance deformation between the structural elements can be prevented is achieved.
Description
Technical field
The utility model relates to a kind of rice transplanter; Specifically; Relate to a kind of can be expediently with the seedling case extension board left and right sides lateral adjustments of rice transplanter, and the hand transplanting machine of band seedling case extension board position adjustment structure such as collisionless generation between the accessory when regulating transplanting depth.
Background technology
Trans-planter separate is high-speed transplanter and hand transplanting machine, wherein hand-held transplanter be the operator in the walking of the rear of rice transplanter, and can carry out rice transplanter walking operation and carry out the rice transplanting operation.
As shown in Figure 1, the traveling machine body that comprises engine, gear-box in the hand transplanting machine and be used to walk (10).Traveling machine body (10) comprises the side kickboard (12) of the central kickboard (11) and the left and right sides, and traveling machine body (10) walks in the farmland with floating mode.The rear of traveling machine body (10) is provided with and is used to load that preliminary seedling is equipped with the seedling case extension board (20) of a plurality of seedling boxboards and plants preliminary seedling plants seedlings device (30).
There is the driving adjusting portion (40) of walking can handled and rice transplanting operation at the rear of seedling case extension board (20).Driving adjusting portion (40) comprises and is used to control engine is passed on main clutch bar from power to each parts; Be used to move the rice transplanting clutch lever of planting seedlings device and operation wheel up-down; Be used to control the gear lever that engine is communicated to rotary speed with the control direction of rotation of wheel; Be used for the closure handle with decision the power that is communicated to wheel to the left and right; The accent of each unidirectional control is to clutch lever; Be used to regulate and control the speed control rod of engine rotary speed; Be used to control the parts such as transplanting depth adjusting rod that the seedling quantity delivered control lever of planting seedlings device seedling quantity delivered are provided and are used to regulate transplanting depth.
The preliminary seedling transplanting depth is a standard with 2～3cm, as because of the preliminary seedling size, when needing to regulate the rice shoot degree of depth, can implement through the transplanting depth adjusting rod.The transplanting depth adjusting rod is the up-down of regulating seedling case extension board (20) through the position of regulating rod, the control transplanting depth.The rotating shaft annex of transplanting depth adjusting rod operation is arranged on the lateral attitude of driving adjusting portion (40), and the revolving force of above-mentioned shaft attachment is to be transferred to seedling case extension board (20) through bent axle annex and camshaft annex, realizes lifting action.
Seedling case extension board (20) can be regulated the lateral transfer amount according to kind, seedling or the middle seedling of seedling.Hand transplanting machine is regulated through the central authorities of seedling case extension board (20) and the carriage connecting portion of side formation in order to regulate the position, the left and right sides of seedling boxboard.
But this regulates in the operation, and it is narrow and small to exist the operating space, and needs to decompose the difficulty of corresponding component.In addition, during the left and right sides position adjustments of seedling case extension board (20), its can the centreization the lateral transfer bracing frame with
Transfer shaft constitutes the fixing structure that mutually combines, and produces stress because of the operation of transplanting depth adjusting rod changes the relatively-stationary transfer shaft in horizontal handover bracing frame position that the up-down of seedling case extension board (20) position changes simultaneously, produces the problem of distortion.
The utility model content
The purpose of the utility model is the weak point that overcomes prior art, and a kind of hand transplanting machine of new band seedling case extension board position adjustment structure is provided.
The hand transplanting machine of the band seedling case extension board position adjustment structure of the utility model; Comprise engine, gear-box, the traveling machine body (110) that can walk; Traveling machine body (110) comprises the kickboard (111) in the middle of being arranged in and is positioned at the side kickboard (112) of the left and right sides; The rear of traveling machine body (110) is provided with seedling boxboard (120) and preliminary seedling seedling-transplanting device; The rear of seedling boxboard (120) is provided with driver behavior portion (140); Jug (141) is gone up by driver behavior portion (140), and handle (141) is positioned at the left and right sides, rear of seedling boxboard (120), is provided with main clutch bar (143) and rice transplanting clutch lever (145) between the handle (141); The left and right sides of driver behavior portion (140) is respectively equipped with the seedling quantity delivered adjusting rod (147) and the transplanting depth adjusting rod (149) of main clutch bar (143) and rice transplanting clutch lever (145); Said seedling boxboard (120) side end is connected with horizontal handover support (121), and an end of laterally transferring support (121) is connected in seedling boxboard (120) side, and other side ends are connected in transfer shaft (123); The transfer shaft connecting portion (121b) that the seedling boxboard connecting portion (121a) that horizontal handover support (121) formation is connected with seedling boxboard (120) side is connected with transfer shaft (123); Seedling boxboard connecting portion (121a) forms the through hole of a plurality of vertical direction, in the hole in the through hole, is combined with and is used to regulate seedling boxboard connecting portion (121a) and laterally transfers the spacing of spacing and regulate bolt assembly (125) and spacing adjusting nut assembly (127).
Preferably,
The lower, transverse of said driver behavior portion (140) is set fixed axis support (151), and said spacing is regulated bolt assembly (125) and combined with fixed axis support (151).
The transfer shaft connecting portion (121b) of said horizontal handover bracing frame (121) has transfer shaft (123) and connects the through hole that combines, and said through hole is the strip hole of vertical direction.
The utlity model has following technique effect:
The seedling case connecting portion side of the horizontal handover bracing frame that the utility model forms in seedling boxboard right ends, laterally transfer bracing frame the fixed position adjustment, spacing adjustment bolt annex and spacing adjustment nut annex form, have adjustment seedling boxboard the position, enlarge the effect of operating space and convenient operation.
Also have; The form of through hole that the utility model forms the transfer shaft connecting portion of horizontal handover bracing frame is the strip hole of vertical direction; The up-down that when transplanting depth is regulated, can not be formed on the seedling boxboard links and produces Operations of Interva Constraint power between horizontal handover bracing frame and the transfer shaft of a lifting, and generation can prevent to disturb between structural element the effect of problem on deformation.
Description of drawings
Fig. 1 is the sketch map of existing hand transplanting machine structure.
Fig. 2 is the front schematic view of the hand transplanting machine structure of the utility model.
Fig. 3 is the schematic rear view of the hand transplanting machine structure of the utility model.
Fig. 4 is the partial enlarged drawing of Fig. 3.
Fig. 5 is the partial enlarged drawing of seedling boxboard position adjustment structure in the utility model.
Wherein, 110 is traveling machine body, and 111 is central kickboard, and 112 is the side kickboard, and 113 is wheel; 120 is the seedling boxboard, and 121 is laterally to transfer support, and 121a is a seedling boxboard connecting portion, and 121b is the transfer shaft connecting portion, and 123 is transfer shaft; 125 are spacing adjusting bolt assembly, and 127 is spacing adjusting nut assembly, and 130 for planting seedlings device, and 140 is driver behavior portion, and 141 is handle; 143 is the main clutch bar, and 145 are the rice transplanting clutch lever, and 147 is seedling quantity delivered adjusting rod, and 149 is the transplanting depth adjusting rod, and 151 is the fixed axis support; 153 is bent axle, and 153a is the axle fixed part, and 153b is a rotating part, and 155 are the portion of being connected.
Embodiment
Below in conjunction with accompanying drawing the utility model is done further detailed description.
Like Fig. 2, shown in 3, the hand transplanting machine of the utility model comprises engine, gear-box, the traveling machine body (110) that can walk.Traveling machine body (110) walks in the farmland with floating mode, comprises the side kickboard (112) that is positioned at middle central kickboard (111) and is positioned at the left and right sides.The rear of traveling machine body (110) is provided with the seedling boxboard (120) and the preliminary seedling seedling-transplanting device of the compound seedling dish that is used to load preliminary seedling.The rear of seedling boxboard (120) is provided with the driver behavior portion (140) that is used to control walking and rice transplanting operation.Be useful on the handle (141) that the driver can be stressed on both hands hold driving in the driver behavior portion (140), handle (141) is positioned at the left and right sides, rear of seedling boxboard (120).Can be provided with in the handle (141) pass on power to axletree from engine the accent of unidirectional to the left and right conveying control, decision direction of travel to the clutch handle.Be provided with between the handle (141) and be used to control engine to the main clutch bar (143) of each transmission power and be used to control the rice transplanting clutch lever (145) of the descending operation of the operation of planting seedlings device and wheel (113).
The left and right sides of driver behavior portion (140) is respectively equipped with the seedling quantity delivered adjusting rod (147) and the transplanting depth adjusting rod (149) of main clutch bar (143) and rice transplanting clutch lever (145).Seedling quantity delivered adjusting rod (147) is used to regulate supplies with the seedling quantity delivered of planting seedlings device, and transplanting depth adjusting rod (149) is adjusted the seedling degree of depth of transplanting seedlings through the up-down of adjusting seedling boxboard (120).
The preliminary seedling transplanting depth is generally 2～3cm, can need adjustment by the growth size of preliminary seedling, and adjustment can be accomplished through transplanting depth adjusting rod (149).
The operating process of transplanting depth adjusting rod (149) may further comprise the steps:
1) sets fixed axis support (151) in the lower, transverse of driver behavior portion (140), on fixed axis support (151), be provided with the transplanting depth adjusting rod (149) that can dally;
2), between fixed axis support (151) and the seedling boxboard (120), the bent axle (153) parallel with fixed axis support (151) is set in the place ahead of fixed axis support (151).
4) lower end of bent axle (153) and transplanting depth adjusting rod (149) is combining with the interlock mode.
On the operation principle and bicycle or sewing machine of bent axle (153), when foot-operated motion biography changes rotatablely moving of chain wheel or belt pulley into up and down, the bent axle instrument principle of uniformity of use constitutes.
Bent axle (153) is made up of axle fixed part (153a) and rotating part (153b), and said axle fixed part (153a) and rotating part (153b) are that benchmark, the left and right sides are rotatable with transplanting depth adjusting rod (149), play a supportive role.Rotating part (153b) is at the central portion and the two ends of bent axle (153).The rotating part of central portion (153b) is connected with the internal gearing mode with transplanting depth adjusting rod (149), receives revolving force from transplanting depth adjusting rod (149), is benchmark with axle fixed part (153a), rotary crankshaft (153).The rotating part at two ends (153b) is connected the up-down that realizes seedling boxboard (120) through the operation power of transplanting depth adjusting rod (149) with the bottom of seedling boxboard (120).Link in the operation of transplanting depth adjusting rod (149), the axle fixed part (153a) that the both side ends of bent axle camshaft (153) forms is rotated motion, and seedling boxboard (120) interlock that is connected in above-mentioned axle fixed part (153a) produces lifting action.The bottom of the left and right sides of seedling boxboard (120) utilizes fixed axis support (151) upward to be connected with the portion of being connected (155).
The utility model is by the seedling of preliminary seedling or middle seedling, and the horizontal handover of above-mentioned seedling boxboard (120) is provided.
As shown in Figure 3, seedling boxboard (120) side end forms horizontal handover support (121), and an end of laterally transferring support (121) is connected in seedling boxboard (120) side, and other side ends are connecting transfer shaft (123).Shifting axle (123) is supported in traveling machine body (110) side, moves simultaneously with horizontal traversing carriage (121) during the move left and right of seedling boxboard (120).
Like Fig. 4, Fig. 5, laterally transfer support (121) and form the transfer shaft connecting portion (121b) that the seedling boxboard connecting portion (121a) be connected with seedling boxboard (120) side is connected with transfer shaft (123).Seedling boxboard connecting portion (121a) forms the through hole of a plurality of vertical direction like Fig. 5.Through hole is laterally to transfer the purposes that bolt and nut combinations are used between seedling boxboard connecting portion (121a) and the seedling boxboard (120) of bracing frame (121).Utilize above-mentioned through hole mesopore, combine spacing adjusting bolt assembly (125) and the spacing adjusting nut assembly (127) of laterally transferring spacing for adjusting seedling boxboard connecting portion (121a).Spacing is regulated bolt assembly (125) and is combined with fixed axis support (151).When seedling boxboard (120) moved, spacing regulates the position of bolt assembly (125) and laterally handover support (121) is mobile simultaneously.
Spacing is regulated bolt assembly (125) and is combined with spacing adjusting nut assembly (127) through the through hole of laterally transferring bracing frame (121).It is the regulated quantity through the horizontal transmitting place of seedling boxboard (120) that spacing is regulated bolt assembly (127), moves screw to the direction of principal axis of spacing adjusting nut assembly (125).Both sides locking is laterally transferred bracing frame (121) and is fixed the seedling boxboard, prevents laterally to move arbitrarily about seedling boxboard (120).
Laterally transfer the transfer shaft connecting portion (121b) of bracing frame (121), have transfer shaft (123) and connect the through hole that combines.The form of through hole is the strip hole of vertical direction.When laterally handover bracing frame (121) goes up and down with seedling boxboard (120) vertical direction, or not in strip hole, do not move freely by transfer shaft (123) constraint.Can solve the problem of transfer shaft (123) and the horizontal concentrated distortion of the stress that fixture construction produced of transferring bracing frame (121) etc.
In the utility model; The right ends of seedling boxboard (120) laterally transfer seedling boxboard connecting portion (121a) side of bracing frame (121), fixed position that configuration can be regulated horizontal handover bracing frame (121) spacing regulate bolt assembly (125) and spacing adjusting nut assembly (127), expanded the required working space in position for adjusting seedling boxboard (120).
The utility model is made the shape of the through hole of the transfer shaft connecting portion (121b) of laterally transferring bracing frame (121) strip hole of vertical direction.When transplanting depth is regulated, can prevent and the horizontal handover bracing frame (120) and transfer shaft (123) of the up-down interlock of seedling boxboard (120) between, because of restraining force and the structure intervention that structure causes, the metaboly of generation.
Claims (3)
1. be with the hand transplanting machine of seedling case extension board position adjustment structure; Comprise engine, gear-box, the traveling machine body (110) that can walk; Traveling machine body (110) comprises the kickboard (111) in the middle of being arranged in and is positioned at the side kickboard (112) of the left and right sides; The rear of traveling machine body (110) is provided with seedling boxboard (120) and preliminary seedling seedling-transplanting device; The rear of seedling boxboard (120) is provided with driver behavior portion (140), and jug (141) is gone up by driver behavior portion (140), and handle (141) is positioned at the left and right sides, rear of seedling boxboard (120); Be provided with main clutch bar (143) and rice transplanting clutch lever (145) between the handle (141); The left and right sides of driver behavior portion (140) is respectively equipped with the seedling quantity delivered adjusting rod (147) and the transplanting depth adjusting rod (149) of main clutch bar (143) and rice transplanting clutch lever (145), it is characterized in that, said seedling boxboard (120) side end is connected with horizontal handover support (121); An end of laterally transferring support (121) is connected in seedling boxboard (120) side, and other side ends are connected in transfer shaft (123); The transfer shaft connecting portion (121b) that the seedling boxboard connecting portion (121a) that horizontal handover support (121) formation is connected with seedling boxboard (120) side is connected with transfer shaft (123); Seedling boxboard connecting portion (121a) forms the through hole of a plurality of vertical direction, in the hole in the through hole, is combined with and is used to regulate seedling boxboard connecting portion (121a) and laterally transfers the spacing of spacing and regulate bolt assembly (125) and spacing adjusting nut assembly (127).
2. the hand transplanting machine of band seedling case extension board position adjustment structure according to claim 1; It is characterized in that; The lower, transverse of said driver behavior portion (140) is set fixed axis support (151), and said spacing is regulated bolt assembly (125) and combined with fixed axis support (151).
3. the hand transplanting machine of band seedling case extension board position adjustment structure according to claim 1; It is characterized in that; The transfer shaft connecting portion (121b) of said horizontal handover bracing frame (121) has transfer shaft (123) and connects the through hole that combines, and said through hole is the strip hole of vertical direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202471881U CN202153850U (en) | 2011-07-14 | 2011-07-14 | Walking transplanter with seedling box extension plate position adjusting structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202471881U CN202153850U (en) | 2011-07-14 | 2011-07-14 | Walking transplanter with seedling box extension plate position adjusting structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202153850U true CN202153850U (en) | 2012-03-07 |
Family
ID=45761508
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202471881U Withdrawn - After Issue CN202153850U (en) | 2011-07-14 | 2011-07-14 | Walking transplanter with seedling box extension plate position adjusting structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202153850U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102282946A (en) * | 2011-07-14 | 2011-12-21 | 大同农机(安徽)有限公司 | Walking rice seedling transplanting machine with seedling box extension plate position adjusting structure |
-
2011
- 2011-07-14 CN CN2011202471881U patent/CN202153850U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102282946A (en) * | 2011-07-14 | 2011-12-21 | 大同农机(安徽)有限公司 | Walking rice seedling transplanting machine with seedling box extension plate position adjusting structure |
| CN102282946B (en) * | 2011-07-14 | 2013-03-20 | 大同农机(安徽)有限公司 | Walking rice seedling transplanting machine with seedling box extension plate position adjusting structure |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102282946B (en) | Walking rice seedling transplanting machine with seedling box extension plate position adjusting structure | |
| CN202949696U (en) | Vibration sub-soiling fertilizer distributor | |
| CN202153850U (en) | Walking transplanter with seedling box extension plate position adjusting structure | |
| CN203788710U (en) | Garlic harvester | |
| CN103749054A (en) | Transplanting planting distance adjusting device for transplanting machine | |
| CN102217447A (en) | Riding rice transplanter | |
| JP5940964B2 (en) | Seedling transplanter | |
| JP2009072112A (en) | Transplanter | |
| KR20120119680A (en) | Walking type rice transplanter | |
| CN200990774Y (en) | Walking type rice transplanter | |
| JP2007053939A5 (en) | ||
| CN203661572U (en) | Transplant plant distance adjusting device for transplanting machine | |
| JP2007053939A (en) | Seedling transplanter | |
| CN203523305U (en) | Single-wheeled riding-type rice transplanter with wide rows and narrow rows | |
| CN202985808U (en) | Stonecutter device applicable to hand tractor | |
| KR20120012143A (en) | Variable rice field furrow build device | |
| CN104904393B (en) | Chassis transmission mechanism of automatic transplanter | |
| JP2007312674A (en) | Seedling-planting machine | |
| CN104620739A (en) | Riding rice transplanter or paddy field operation machine | |
| CN106332583B (en) | Walk-behind type paddy-field work machine | |
| CN202713966U (en) | Combined picking mechanism | |
| CN202121944U (en) | Riding transplanter | |
| CN202358067U (en) | Tail wheel hoisting device of walking tractor | |
| CN205040228U (en) | Walking type rice transplanter | |
| JP4313479B2 (en) | Transplanting machine such as sputum |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120307 Effective date of abandoning: 20130320 |
|
| RGAV | Abandon patent right to avoid regrant |