JPS62195209A - Seedling planting apparatus - Google Patents

Seedling planting apparatus

Info

Publication number
JPS62195209A
JPS62195209A JP3613686A JP3613686A JPS62195209A JP S62195209 A JPS62195209 A JP S62195209A JP 3613686 A JP3613686 A JP 3613686A JP 3613686 A JP3613686 A JP 3613686A JP S62195209 A JPS62195209 A JP S62195209A
Authority
JP
Japan
Prior art keywords
seedling
seedlings
mat
planting arm
planting
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.)
Pending
Application number
JP3613686A
Other languages
Japanese (ja)
Inventor
文明 小田
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Kubota Corp
Original Assignee
Kubota Corp
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Kubota Corp filed Critical Kubota Corp
Priority to JP3613686A priority Critical patent/JPS62195209A/en
Publication of JPS62195209A publication Critical patent/JPS62195209A/en
Pending legal-status Critical Current

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Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 〔産業上の利用分野〕 本尭例は苗のせ台に載直し次マット状苗t−横力lal
 K a僅掻創し、かつ、該マット状苗のド喘縁から植
付アームによってt7Jυ出し良苗を泥lに柩付けるよ
う作創し、又、マット状苗の慣万同の金−をi7Jシ出
すに要する植付アームの作前回奴の変更で苗取11mの
調節を行えるよう横取してるる苗植付装置に胸し、詳し
くは苗取#)麓の調節構造の改良に関する◇ 〔従来の技術〕 従来、上記の如<ll成された苗取り鰍の調節構造とし
ては、例えば実開昭58−IF1828す公報に示され
るように、エンドレスの!11に縦溝’ljf!、成し
た螺軸の肉咽都を苗のせ口に連給固定すると共に、螺旋
溝に保人するコマsviを定位置で螺軸の軸芯同りで回
前させることで苗のせ台をa慎慣φ創さぜ、又、植付ア
ームのfド前回奴に対する、コマ部材の回#J−奴の相
対的な比率を変更すること、りま9、当該引例ではギヤ
比の跋文によってI¥IJIXp量か調節でさるよう構
成されたものかりる。
[Detailed description of the invention] [Industrial application field] In this example, the mat-shaped seedlings are placed on a seedling stand and then the seedlings are placed in a mat-like t-lateral force.
After slightly scratching the mat-like seedlings, use the planting arm to remove good seedlings from the edge of the mat-like seedlings and attach them to the mud. I am concerned about the seedling planting device that has been stolen so that the seedling tray can be adjusted to 11 m by changing the planting arm required to put out the i7J. [Prior Art] Conventionally, as a control structure for a seedling harvesting gill constructed as described above, there are endless! Vertical groove 'ljf on 11! , At the same time, the threads of the spiral shaft that have been formed are continuously fed and fixed to the seedling opening, and the pieces svi, which are held in the spiral groove, are rotated in the same position as the axis of the spiral shaft. In addition, changing the relative ratio of the rotation #J of the top member to the F of the planting arm, Rima 9, and in the cited reference, I due to the lack of gear ratio. ¥IJIXp It is configured so that the amount can be adjusted.

〔発鳴が解決しようとする間m点〕[Point m while the phonation is trying to resolve]

しかし、前記引例の構造でtic愼付アームと苗のせ四
の慣送り速度との相対速度を半に変更することで苗取り
鉱の調節を行うため、マット状山の側噛都から切シ出さ
れた曲の童が顯側嗜部以外から切り出された曲のkf7
c対して増減する場合かめる。
However, in the structure of the above-mentioned reference, in order to adjust the seedling picker by changing the relative speed between the tic pulling arm and the normal feed speed of the seedling-loading arm to half, the seedling picker can be adjusted from the side gripper of the mat-like mountain. kf7 of a song in which the child of the song was cut out from a place other than the side part
If it increases or decreases with respect to c, it is calculated.

り1す、第8図(イ)、(ロ)に示す工うに琳縦溝囚’
kl囲して表わすと、マット状山(W)から植付アーム
のntgIの作動でマット状薗(旬の横方向の全輻(L
)金切り出す工う櫟準状患が改定され次場合には、!f
k、蝋旋韓囚の多切輸都(1)に対し軸芯に沿う方間で
、植付アームかnIF!J目の山のりり出し時にコマS
オη為廊した位1m(PJと、これに続く植付アームの
第7回目の切シ出しタイミング時にコマ部付が達した位
置(qとが等距慝(fJに設定される。
1st, the work shown in Figure 8 (a) and (b)
When expressed as a kl circle, the total lateral radiation (L
) In the following cases, the terms and conditions for cutting gold have been revised! f
k, in the direction along the axis of the takiri export (1) of the rotary Korean prisoner, the planting arm or nIF! Piece S when the J-th mountain begins to rise
The distance 1m (PJ) and the position (q) reached by the top at the timing of the seventh cutting of the planting arm following this are equidistant (set to fJ).

そして、例えば苗取り皺を増大させるべく第7図(イ)
に示すように植付アーム(6)の−回の切り出し作動に
対する螺軸の1g1帖角を大さく設定した場合には植付
アームがNl!l!1目の切り出しタイミング時にコマ
s灯が達し次位II (P’ )と多tlJ喘5(3)
との距Ill<12)が朋記距緑より大さくなる。
For example, in order to increase seedling wrinkles, see Figure 7 (a).
As shown in , when the 1 g 1 angle of the helical shaft for the -times cutting operation of the planting arm (6) is set large, the planting arm becomes Nl! l! At the timing of the first cut, the frame S light reaches the second position II (P') and multi-tlJ pane 5 (3)
The distance Ill < 12) is larger than the distance Ill.

このことを図下すると!187凶(ロ)に示すように、
マット状苗(旬からNl!l!1目に切り出される曲の
喝が、これ以前に切シ田される苗の嘱よシ必ず大きくな
るのである。
Let's figure this out! As shown in 187 (b),
The cheers of the mat-shaped seedlings (songs cut out at the Nl!l! mark of the season are sure to be louder than those of the seedlings that are cut and fielded before this time).

つ1す、N回目に切り出される菌の多IFI喘都(7)
までの配離を大さく余し九状患でろる九め菌111ji
1が大さくなシ、又、逆に苗取り量を減少させるべ(植
付アームのr#−1117回のりシ出し外削に要する螺
軸の回転角を小さく設定した場合には逆の埋田から敢P
ttg1目に切り出される曲の童が、これ以外の切り出
し作動時の菌のIILより減少することになり牧舎の余
地がある。
1. Multiple IFIs of bacteria excised for the Nth time (7)
Nine bacteria 111ji are infected with nine symptoms after being isolated until now.
1 is not large, or conversely, the amount of seedlings removed should be reduced (if the rotation angle of the screw shaft required for external cutting of the planting arm r#-1117 times is set small, Karada P
The number of children in the song that is cut out at the 1st ttg is reduced compared to the IIL of bacteria during other cutting operations, so there is room for pasture.

不発用の口約は合理的な改造によりて、マット状苗の慣
送シ重の跋文で苗取り鰍の調節を行う場合にも、前述の
ように植付アームの11k終回目の作動でvJ9出され
m曲の菫が、敢終回以11)の種付1−ムの作動によっ
て17Jり出された苗の輩と一式する構造′Ik得る魚
にるる。
By rationally modifying the control for misfires, even when adjusting the seedling picker in the traditional way of mat-shaped seedlings, vJ9 can be used at the final operation of the planting arm at 11k as described above. The violet of the m song that was put out is set with the seedling seedling that was put out by the operation of the seeding 1-me in the last episode 11).

〔問題照t−S決するための手段〕[Means for solving problems]

不発用の特徴は、大々紋定された植付アームのrp w
Jtgl欽でマット状苗の横方向の全輻を切9出すよう
、1回目の切り出し作動から最終回目のt71り出しf
’P:jll ’!での仕儀ストロークが等しく、リー
ド角が異なるエンドレスのa縦溝を形成し友複奴木の螺
軸を投け、かり、仁れらの螺軸のうちの1つで選侭的に
苗のせ台t−往復移薊できるよう#を武すると共に、苗
のせ口か肉喘ストロークエンドの略同−位置に位置する
状思で植付アームの最終回目のすJジ出しt′l:肋と
、これに絖</1111目の切り出しfF前とが行われ
るよう作動タイミングヲ設定しである点にあり、その作
用、及び効果は次の通りである。
The characteristic of the dud is the RP w of the planting arm that has been extensively marked.
In order to cut the entire lateral direction of the mat-shaped seedlings with the Jtgl cutter, from the first cutting operation to the final cut-out f
'P:jll'! Form an endless a vertical groove with equal finishing strokes and different lead angles, throw the spiral shafts of the tomofunu tree, and selectively place the seedlings with one of the spiral shafts of Kari and Nire. At the same time as holding # so that it can be reciprocated, the planting arm is placed at approximately the same position as the opening of the seedling or the end of the stroke. The operation timing is set so that the cutout of the thread </1111th cutout is performed before fF, and its operation and effects are as follows.

〔作 用〕[For production]

上紀特似を例えば第l凶及び第2図に示すように構成す
ると、シ7トギイ瞥の操作によって、Jりの螺軸(υ1
.tlυl 、 (lりのうちの/りに剃刀を伝えるこ
とで犬々の螺al!酵1,9aハ(10aハ(llaノ
で設される植付アーム(6)の作vJ回牧でマット状苗
(W)の慣万同の全−山)が17Jシ出されると共に、
マット状苗(旬の下端縁の最終都かを切り出す植付アー
ム(6)の外IFJ時の蝋旋韓(9aハClOsハ(l
la〕大々のφ!II端鄭眞)、(3)、善に対するコ
マ部材(,9bハLlOb)へflbノの位tIL(I
5が、次の植付アーム(6)の第1Lg1目の切り出し
時のコーtsオの位置(Qと等比* (Zθで行われる
ことになる。
For example, if the Joki Tokoku is configured as shown in Figure 1 and Figure 2, the spiral axis of Jri (υ1
.. tlυl, (by passing the razor to the inside of the house, the dog spirals!) At the same time as the 17J shi (W)'s all-mountain) was released,
Mat-shaped seedlings (9a, ClOs, 9a, ClOs, 1,
la] Big φ! II End Zhengshin), (3), To the piece member for good (, 9b HA LlOb), flb position tIL (I
5 is the position of the coat at the time of cutting out the first Lg of the next planting arm (6) (equal ratio with Q * (Zθ).

〔開側の幼果〕[Young fruit on the open side]

従って、苗のせ四慣送9機構を複奴形成する改造vc工
つて、苗取り皺の調節が行われた場合にも1マット状曲
の全輻から均漫に苗が切り出される構造が得られた。
Therefore, by modifying the VC structure to form multiple seedling loading and transporting mechanisms, a structure can be obtained in which seedlings are evenly cut out from the entire radius of one mat-shaped curve even when the seedling picking wrinkles are adjusted. Ta.

〔実施例〕〔Example〕

以下、不発例の実施例を内聞に基づいて税引する0 5A5図に不す工うに、走行硫体(図示せず)から伝動
軸illを弁して副刃が伝えられる伝薊グース121、
”ット状苗(W)を載置する曲のせ口(3j1談苗のせ
ち間の下縁を横方向に多動目在に支持する摺切ノール(
41、前記伝鯛グースtz+からの助力が後刃に延設し
た複数個、の種付ブース(61@・を弁して伝えられる
複&(mlの植付アーム(61・・及び複数個の姫地7
0−) (71拳・で苗植付装置を構成する◇ 該苗植付![は走行機体の後端に昇降自在に連Nされ、
11rJ紀慎付アーム(6)に設けた慎付爪(6@)が
ループ状の軌跡を描いて作動する仁とでマット状苗(6
)の王権縁から苗を切り出すと共に、このように9J 
C出し次間を泥曲に植付るよう外削する。
The following is an example of a non-explosion case based on internal information.As shown in Figure 5A5, the transmission shaft ill is energized from the traveling fluid body (not shown) and the sub-blade is transmitted to the transmission goose 121. ,
``Curved opening for placing net-shaped seedlings (W) (3j1) A sliding knoll that supports the lower edge of the seedling horizontally in a hyperactive manner (
41, The assistance from the Dentai Goose tz+ is transmitted through the valve of the multiple seeding booths (61@・) extended to the rear blade. Himeji 7
0-) (71 fists constitute a seedling planting device◇ The seedling planting![ is connected to the rear end of the traveling machine so that it can be raised and lowered,
The mat-shaped seedlings (6
), and cut out the seedlings from the royal edge of 9J like this.
Externally mill the C-cutting area so that it will be planted in the mud.

又1マツト状苗(W)からの苗の切り出しは、第3凶r
(示すようにマット状苗(旬の下端縁に沿う横方向に連
続的に切り出すよう行い、父、該苗植付m11mではマ
ット状菌(旬の横方向に回う全1−(LJ を切り田す
に要する植付アーム(6)の外削回改の質文で―収り量
の調節を行えるよう構成されている。
Also, cutting out seedlings from pine-shaped seedlings (W) is the third step.
(As shown, mat-shaped seedlings (cut out continuously in the horizontal direction along the lower edge of the season). It is structured so that the amount of harvest can be adjusted by changing the outer cutting of the planting arm (6) required for the rice field.

叩5、第1図及び第2因に示すように、苗のせ口(3)
を横方向へ後前させる横送す軸(8)かfill記伝助
グース(1)に頁堰する状態に設けられ、又、伝動ブー
ス(1)の内部にtilIlj配慣迭り軸(Ialと等
距離の位置で該横送シ軸(副と平行状態に苗のせ台(3
)を慣婆鰐させるストロークの等しい3本の螺軸(υ1
.叫、帆)が置けられている。
5. As shown in Figure 1 and Factor 2, seedling opening (3)
A transverse feed shaft (8) that moves the machine back and forth in the lateral direction is provided so as to be connected to the filling transmission goose (1). Place a seedling stand (3
) are three spiral shafts with equal strokes (υ1
.. Scream, sail) is placed.

該3本の螺軸191 、 utll 、 (1りは大々
とも、回前によって苗のせ台t37を移鰐させるための
!111IR溝(9aハ(1Gaハ(lliJが形成さ
れ、文に、これら蝋Ill! tll(9aハ(10a
ノ、(lli)は苗のせ台+3Jt ill前世るスト
ロークが等しくなるLうストロークエンドの位置が等し
く、かつ、リード角に澄典を狩九せた形状に杉vt、さ
れて゛いる。
The three screw shafts 191, utll, (one is the !111IR groove (9aha (1Gaha (lliJ) is formed for moving the seedling stand t37 according to the rotation, and in the text, these Wax Ill!tll(9aha(10a
ノ, (lli) is a cedar vt in which the position of the stroke end where the stroke of the seedling stand + 3Jt ill is equal, and the lead angle is rounded.

x1横送シ軸(副に設は九S材tE K IQ記3つの
螺旋溝(9aハ(10aJ、(11aJ大々に係入する
コマ部材(9bハ(10b、)、(llb)が設けられ
、東に、Jつの螺軸i91 、 uLll 、 1ll
)にはギ4r(9c)、(lOc)、(llc)が取付
けられると共に、これらギτL9cハ(10c)。
x1 cross-feeding shaft (9S material tE K IQ marked on the sub) 3 spiral grooves (9a (10aJ, (11aJ) and to the east, J spiral axes i91, uLll, 1ll
) are attached with gears 4r (9c), (lOc), (llc), and these gears τL9c (10c).

(llc)に咬合ir能なシフトギヤ端が前記横送)軸
18)に遊嵌されている。
A shift gear end capable of interlocking with the (llc) is loosely fitted onto the transverse feed shaft 18).

同図に示すようにgiJ Fk!、伝動軸113からの
助力がベペルギイ嶺mast介して伝えられる駆薊軸ψ
5Jが前記伝前グース121に内@されると共に、Fa
FIil。
As shown in the figure, giJ Fk! , a driving shaft ψ to which the assistance force from the transmission shaft 113 is transmitted via the Bepergui ridge mast.
5J was included in the Denzen Goose 121, and Fa
FIil.

前軸す匈に設けたギτ(l蝉と前記シフトギヤ峙とが唆
合状悪に配設され、又、駆鯛軸す匈に設けたスブログン
ト11力と四紀植付グース七)・・に助力を伝える鶏2
絋創軸94に設けたスプログット四とに且つてチふ一ン
一が巻回されることで、植付アーム(6)と苗のせ酋t
31の慣φ創とが同期して行われるように、wbi、さ
れている。
The gear τ provided on the front shaft (the l cicada and the shift gear facing each other are arranged in a bad way, and the subrogate 11 force and the quaternary planted goose 7 installed on the drive shaft)... Chicken offering help 2
By winding the tip 1 around the sprogt 4 provided on the planting shaft 94, the planting arm (6) and the seedling holder t are connected.
Wbi is set so that 31 practices and φ-creations are performed synchronously.

又、前記シ7トギτ(I4はシフト操作用のロッド12
!幻とシフトフォーク(ロ)tりrして連係され、ロツ
ドン(転)の伝助り−ス111外端に設けた慄作しバー
肖のJ位置犬々への操坪によって、苗取pmの調節が行
える工うになっている。
In addition, the shift operation gear τ (I4 is the rod 12 for shift operation)
! The illusion and the shift fork (b) tr are linked together, and the control of the J-position dogs of the shock bar installed at the outer end of the transfer station 111 of the rotsudon (transfer) allows for the control of the seedling pm. It is designed to be adjustable.

向、w14図(イ)、(ロ)、(ハ)に示すように、前
記Jつの螺旋溝(9aJ、(10aハ(llaJは、大
々コマ部材(9b)、(10bハ(llbJに対する等
しい同法位相において植付7−ム1B)がマット状苗(
wlから苗t−tab出すようリード角が設定され、又
、同図で点(3)に示す位置、つまり多動端部にコマS
材が達した時点でマット状苗(ト)を苗のせ6131 
K載置した状態で下方、に送るようa成されている。
As shown in Figure 14 (a), (b), and (c), the J spiral grooves (9aJ, In the same phase, mat-shaped seedlings (planted 7-m 1B) were
The lead angle is set so that the seedling t-tab comes out from wl, and the frame S is placed at the position shown at point (3) in the figure, that is, at the hyperactive end.
When the wood reaches, place mat-shaped seedlings (T) on the seedlings 6131
It is designed so that it can be sent downward with the K placed on it.

又、gAB図に示すように、前記3つの螺R酵(9aハ
(lOc八(llaJは大々コマ$1(9b)、(10
bハ(11bJに対する等しい回吠位相において植付ア
ーム(6)がマット状苗憤)から苗′?tI7Iり出す
ようリード角が設定され、×1同図で点(1)・・で示
す位置、りl#)φ!lO端郵にコマ部材(,9b)、
(10b)。
In addition, as shown in the gAB diagram, the three screw R fermentations (9aha(lOc8(llaJ) are large frames $1 (9b), (10
Seedlings are grown from b (planting arm (6) is in mat-like seedlings in the same rounding phase relative to 11bJ)? The lead angle is set so that tI7I protrudes, and the position shown by point (1)... in the same figure is ×1. Piece member (,9b) on lO end post,
(10b).

(llb)が達し次時点でマット状titw+を苗のせ
台I:IIVC11!、直した状悪でFガに送るよう構
成されている。
(llb) is reached and the next time the mat-like titw+ is placed on the seedling stand I: IIVC11! , it is configured to be sent to F after being repaired.

尚、第4図(イl、+口1.い)に示すように、植付ア
ーム(6)がマット状苗(旬から1llの苗t−+7J
シ出1時のツー1s材の位置(Q)とマット状苗(ロ)
の全輻を切り出″′f最科回目の苗t−17Jり出す時
のコマ部材の位lit (P)との間が菌のせ酋131
の往復ストローク(℃でるり、大々の螺軸(9)、四、
 (lりではa復ストローク■を一枚させである。
In addition, as shown in Figure 4 (I,+1.I), the planting arm (6) is used to hold mat-shaped seedlings (1 liter of seedlings T-+7J from the season).
Position of two 1s material at 1st seedling (Q) and matted seedling (B)
Cut out the entire radius of the seedling t-17J.
reciprocating stroke (°C, large spiral shaft (9), 4,
(In the second stroke, make one a-return stroke (■).

叉に、該往復ストローク■の両端部、つ1シ、菌のせ台
131が両端ストロークエンドの同−位mに位置する状
悪で、植付アーム(句のfi終回目の切り出し外側と、
仁れに続</1111目の作動とが行われるように、植
付アーム(6)の作動タイミングを設定しである。
On the other hand, the both ends of the reciprocating stroke (1), and the bacteria mounting table 131 are in a bad condition where they are located at the same position m of both ends of the stroke, and the planting arm (the outside of the last cut of the phrase fi,
The operation timing of the planting arm (6) is set so that the following operation is performed after the seedling.

又、S材Il′4の両側に位mさせて餌紀横送シ軸18
1に接当片を匂、閾が設けられると共に、前記Jつの!
1g1K軸191 、 Jul 、 (1k)犬々の螺
旋溝L 9 aハ(101ハ(lla〕の外側にIFj
J11J片(9d)、(9dハ(IOυ、(10d)。
In addition, feed horizontal feed shafts 18 are placed on both sides of the S material Il'4.
1 is provided with a contact piece, a threshold is provided, and the above-mentioned J!
1g1K axis 191, Jul, (1k) dog spiral groove L 9 aha (IFj on the outside of 101ha (lla)
J11J piece (9d), (9dc(IOυ, (10d).

(11d)、(lld)が設けられ、又、マット状苗(
ロ)を下方に送る多奴の輪俸四・・t−設けた縦送シ軸
(至)と慣送り軸(8)とが−力圓執りラッチ額とリン
ク四とを介して連動連結され、苗のせ四(3)がφ11
J端に達する毎に生ずる横送り軸(8)の揺動によりて
マット状苗(W)が下方に送られるLうに構成されてい
るのである。
(11d) and (lld) are provided, and mat-shaped seedlings (
The vertical feed axis (to) and the normal feed axis (8) are interlocked and connected via the power ring latch and link 4. , Seedling four (3) is φ11
The mat-shaped seedling (W) is configured to be sent downward by the swinging of the horizontal feed shaft (8) every time it reaches the J end.

〔別実厖例〕[Example of another example]

不発明は上記実施例以外に例えは螺軸r2本あるいはJ
木繊上設けて実施しても艮い。
In addition to the above-mentioned embodiments, non-inventions include two screw shafts r or J
There is no problem even if it is carried out on wood fiber.

4 回向の簡単な税引 図面は不発例に係る色種付装置の実施例會示し、第1図
は伝創グースの町曲凶、第2図は螺軸の配設位mt−示
すfl#T面凶、第3凶はマット状苗のカシ出し状急を
示す平11[i因、第4図(イ)、(ロ)。
4. The simple tax drawings of the 4th turn show an example of the color seeding device related to the unexploded case, Figure 1 shows the machimagari of Densou Goose, and Figure 2 shows the arrangement position of the spiral shaft mt-fl#. The T-side is bad, and the third one is Hei 11 [i-in, Figures 4 (a) and (b)] showing the sudden emergence of mat-like seedlings.

(ハ)は大々の螺軸の概略を示す凶、第5図は苗植付装
置の側聞図でろシ、第6図(イ)、(ロ)及び9p17
凶(イ)、(ロ)は大々従来の苗送りm愈及び該構造を
用いての苗取りiI&調節を行った場合の状恵を示す図
である。
(C) shows the outline of the large spiral axis, Figure 5 is a side view of the seedling planting device, Figures 6 (A), (B) and 9p17
Figures (a) and (b) are diagrams showing the situation when the conventional seedling feeding system and the seedling picking system and adjustment using this structure are performed.

(31・・・・・・苗のせ口、(6)・・・・・・慎付
アーム、11#1 、す1゜(11) ・・・−・螺軸
、(9aハ(10aハ(ll@戸・・・・・螺旋溝、(
L)・・・・・・全+ms(■・・・・・・マット状苗
代理人 弁理士 北 村   修 第2図 第3図 第4図 〆1− fTn 回 一1ノ Uジ ζ1ノ
(31... Seedling opening, (6)... Shinsuke arm, 11#1, 1゜ (11)...- Spiral shaft, (9a HA (10a HA) ll@door... spiral groove, (
L)・・・・・・All+ms(■・・・・・・Mat-like seedling agent Patent attorney Osamu Kitamura Fig. 2 Fig. 3 Fig. 4 〆1- fTn 1st time 1 no Uji ζ 1no

Claims (1)

【特許請求の範囲】[Claims] 苗のせ台(3)に載置したマット状苗(W)を横方向に
往復移動し、かつ、該マット状苗(W)の下端縁から植
付アーム(6)によって切り出した苗を泥面に植付ける
よう作動し、又、マット状苗(W)の横方向の全輻(L
)を切り出すに要する植付アーム(6)の作動回数の変
更で苗取り量の調節を行えるよう構成してある苗植付装
置であって、夫々設定された植付アーム(6)の作動回
数でマット状苗(W)の横方向の全輻を切り出すよう、
1回目の切り出し作動から最終回目の切り出し作動まで
の往復ストロークが等しく、リード角が異なるエンドレ
スの螺旋溝(9a)、(10a)、(11a)・・を形
成した複数本の螺軸(9)、(10)、(11)・・を
設け、かつ、これらの螺軸(9)、(10)、(11)
・・のうちの1つで選択的に苗のせ台(3)を往復移動
できるよう構成すると共に、苗のせ台(3)が両端スト
ロークエンドの略同一位置に位置する状態で植付アーム
(6)の最終回目の切り出し作動と、これに続く1回目
の切り出し作動とが行われるよう作動タイミングを設定
してある苗植付装置。
The mat-shaped seedlings (W) placed on the seedling stand (3) are moved back and forth in the horizontal direction, and the seedlings cut out from the lower edge of the mat-shaped seedlings (W) by the planting arm (6) are placed on the mud surface. It also operates to plant the mat-like seedlings (W) in the horizontal direction (L).
) is a seedling planting device configured to be able to adjust the amount of seedlings removed by changing the number of operations of the planting arm (6) required to cut out the seedlings, the number of operations of the planting arm (6) being set respectively. Cut out the entire width of the matted seedling (W) in the horizontal direction.
A plurality of helical shafts (9) forming endless helical grooves (9a), (10a), (11a), etc. with equal reciprocating strokes from the first cutting operation to the final cutting operation and different lead angles. , (10), (11)..., and these screw shafts (9), (10), (11)
The planting arm (6) is configured so that the seedling stand (3) can be selectively reciprocated using one of the two, and the planting arm (6 ) A seedling planting device whose operation timing is set so that the final cutting operation and the subsequent first cutting operation are performed.
JP3613686A 1986-02-19 1986-02-19 Seedling planting apparatus Pending JPS62195209A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP3613686A JPS62195209A (en) 1986-02-19 1986-02-19 Seedling planting apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP3613686A JPS62195209A (en) 1986-02-19 1986-02-19 Seedling planting apparatus

Publications (1)

Publication Number Publication Date
JPS62195209A true JPS62195209A (en) 1987-08-28

Family

ID=12461372

Family Applications (1)

Application Number Title Priority Date Filing Date
JP3613686A Pending JPS62195209A (en) 1986-02-19 1986-02-19 Seedling planting apparatus

Country Status (1)

Country Link
JP (1) JPS62195209A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH10164930A (en) * 1996-12-16 1998-06-23 Kubota Corp Gear shift operation structure for seedling planting device
JP2016007201A (en) * 2014-06-26 2016-01-18 井関農機株式会社 Seedling transplanter

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH10164930A (en) * 1996-12-16 1998-06-23 Kubota Corp Gear shift operation structure for seedling planting device
JP2016007201A (en) * 2014-06-26 2016-01-18 井関農機株式会社 Seedling transplanter

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