JPH0728591B2 - Double Article type of fertilization and planting machines - Google Patents

Double Article type of fertilization and planting machines


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JPH0728591B2 JP25432384A JP25432384A JPH0728591B2 JP H0728591 B2 JPH0728591 B2 JP H0728591B2 JP 25432384 A JP25432384 A JP 25432384A JP 25432384 A JP25432384 A JP 25432384A JP H0728591 B2 JPH0728591 B2 JP H0728591B2
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JPS61132110A (en )
裕之 新山
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【発明の詳細な説明】 (産業上の利用分野) この発明は、複条植えの田植機に、植付けられた苗植付け条毎に対応させて施肥する施肥装置を装備ならしめた複条型の施肥・田植機に関するものである。 DETAILED DESCRIPTION OF THE INVENTION (relates to) the present invention is, of planting multiple Article in rice planting machine, double Article type that accounted not equipped with a fertilizer device for fertilization so as to correspond to each seedling planting Article planting was the present invention relates to fertilization and planting machine.

(従来技術) 従来、複条植えの田植機の各苗植付具の作動を独立して『入』、『切』する独立植付クラッチは周知であり、また、複条植えの田植機に施肥操作を設けて、この植付け条に対応ならしめる施肥機を設け、この各施肥具により施肥を各列に施肥する状態と施肥を停止させる状態とに切替える施肥操作具を設けたものも周知であり、更に、 (Prior art) prior independently activate each seedling planting device of rice planting machine planting double Article "ON", independently planting clutch "OFF" is well known, also, the planting machine planting double Article provided fertilization operation, fertilization machine makes it correspond to the planting condition provided, in a known also that provided the fertilization operating tool for switching fertilization and state of stopping the fertilization a state of fertilization in each column by the respective fertilizer instrument There is, furthermore,
各施肥機による施肥時に施肥が何かの異常のために施肥ができなくなったことを検出して、これを作業者に警告したり、警告と共に植付け及び施肥の全作業を停止ならしめる装置を設けたものは公知であった。 Each fertilizer machine according fertilization during fertilization detects that it is no longer able to fertilization for abnormalities something, or to alert the operator to this, the whole work makes it stop device for planting and fertilization with a warning provided It was what was known.

(発明が解決しようとする問題点) 従来の技術は、畦畔近くまで施肥・田植え作業をしてきて、圃場の畦畔ぎわの植え残し幅を少なくするために全部の苗植付具のうちから何個かの苗植付具が苗を植付けないように植付け条を減少させて植付けるとき、この植付けをやめた条の施肥は当然ながら施肥しないようにしなければならないことになる。 (Invention is try to problem solving) of the prior art, and have a fertilizing and planting work until near the levee, what from out of a total of seedling planting tool in order to reduce the planted leaving width of the field of levees Sai planted when the number of seedling planting tool is reduce the planting conditions so as not planting the seedlings, fertilization of conditions that stopped the planting will have to be to avoid fertilization of course. しかし、各施肥機に対応させて施肥が確実にできているか否かを検出する検出器を設けて、これによって検出器が異常を検出するとき異常を警告して植付け施肥作業が出来なくなるようにすると、植付け条を減少させた場合、該検出器によって異常と判断し警告を発して施肥植付け作業が停止されて、端数条の植付けが事実上できなくなる問題点があった。 However, by providing a detector for detecting whether fertilization so as to correspond to each fertilization machine is able to reliably, thereby so can not planting fertilization work warns abnormality when the detector detects an abnormality then, if the reduced planting conditions, fertilization planting emit determines that abnormality warning by the detector is stopped, planted several Article end there is a problem that can not be practically.

(問題点を解決するための技術手段) この発明は、前記の問題を解決するために次の技術的手段を講じた。 The present invention (technical means for solving the problems) were the following technical means in order to solve the above problems.

即ち、この発明は、進行方向に対して直交する方向に所定の間隔を配して苗植付具12a〜12eが設けられた複条型の田植機に、前記各苗植付具12a〜12eに夫々対応ならしめた施肥機16a〜16eを設けて苗植付列に対応させて苗植付けと同時に施肥する施肥・田植機において、前記各施肥機16a〜16eの肥料の欠乏あるいは繰出や詰り等に起因した施肥不能を検出する異常検出器25a〜25eを各施肥機毎に設けると共に、前記各施肥機16a〜16eの施肥作業を部分的に停止操作ができる操作具26a…を設け、この操作具26a…によって施肥が停止された施肥機16a…の異常検出具25a…の制御を停止する機構を設けてなる複条型の施肥・田植機としたものである。 That is, the present invention is a multi-strip-type orthogonal seedling planting device by arranging a predetermined distance in the direction of 12a~12e is provided to the traveling direction in planting machine, each seedling planting device 12a~12e respectively provided corresponding not tighten the fertilizer machine 16a~16e to correspond to the seedling planting columns in fertilization, rice transplanter of fertilized planting the same time, the respective fertilizer machines deficiency or feeding or clogging of the fertilizer 16a~16e to with an abnormality detector 25a~25e for detecting a non fertilization due provided for each fertilizer machine, wherein each fertilizer machine operating tool 26a to the fertilizing operation can partially stop operation of 16a to 16e ... provided, this operation ingredients 26a ... by in which fertilization was stopped has been fertilized machine 16a ... of the abnormality detection device 25a ... double Article type fertilizer-rice transplanter comprising a mechanism for stopping the control of.

(実施例) この発明の一実施例を図面に基づいて詳細に説明すると、(1)は乗用牽引車で、走行ミッションケース(2)の前部にボンネット(3)で覆ったエンジン(図示せず)を設け、走行ミッションケース(2)の、前側左右両側に操向用の前車輪(4)・(4)を設け、後側左右両側にチエンケース(5)・(5)を取付けてその後側外側に後車輪(6)・(6)を設け、ボンネット(3)の後部にステアリングポストを立設して操縦ハンドル(7)を取付け、その後方上部に操縦席(8)・ (Example) To describe in detail with reference to an embodiment of the invention with reference to the accompanying drawings, (1) in the passenger tractor, front engine (shown not covered by the bonnet (3) of the traveling transmission case (2) not) is provided, the running transmission case (2), front wheels (4 for steering the front right and left sides) (4) is provided, on the rear left and right sides attached thien case (5) (5) It provided the rear wheels (6) (6) on the rear side outer bonnet (3) posterior to attach the upright to the steering post to the steering wheel (7), the cockpit (8) on its upper rear-
(8)を設けている。 (8) is provided.

(9)は田植装置で、主植付伝動ケース(10)に所望の間隔で後方に向けて延び副植付伝動ケース(10a)・(1 (9) in the planting apparatus, the sub planting transmission case extending rearwardly at desired intervals in the main planting transmission case (10) (10a) · (1
0b)・(10c)を設け、これらケースの上部に前方が上位になるよう傾斜ならしめた苗タンク(11)を左右往復動するようにして支架し、副植付伝動ケース(10a)・ 0b) · a (10c) is provided, the seedling tank front occupies not inclined so that the upper on the top of the case (11) so as to horizontally reciprocate by 支架, the sub planting transmission case (10a) ·
(10b)・(10c)の後部に苗植付具(12a)・(12b)・ Rear seedlings planting tool (10b) · (10c) (12a) · (12b) ·
(12c)・(12d)・(12e)をクランクと揺動アームとで取付け、下部側には、中央部とその左右両側とに整地フロート(13)・(14a)・(14b)を装着して5条植えの田植装置としている。 Mounting (12c) · a (12d) · (12e) in the crank and the swing arm, the lower side, leveling float (13) in the center and the right and left sides · (14a) · a (14b) is mounted It is set to Article 5 planting of rice planting equipment Te.

(15)は昇降可能に田植装置(9)を乗用牽引車(1) (15) is vertically movable planting device (9) the passenger tractor (1)
に装着する連着用リンクである。 It is a continuous wear link to be attached to.

(16)は施肥装置で、次の各施肥機(16a)・(16b)・ (16) in the fertilizer system, following the fertilization machine (16a) · (16b) ·
(16c)・(16d)・(16e)からなっている。 Is made from (16c) · (16d) · (16e). 即ち、前記ボンネット(3)の左右両側で、前後方向に所定間隔でもって配設されたホッパー(17a)・(17b)・(17 That is, the left and right sides of the bonnet (3), a hopper which is disposed with a predetermined interval in the longitudinal direction (17a) · (17b) · (17
c)・(17d)・(17e)とその下部に一体的に設けられた繰出装置(18a)・(18b)・(18c)・(18d)・(18 c) · (17d) · (17e) and feeding device (18a) · (18b) · (18c) · integrally provided on its lower (18d) · (18
e)と繰出装置の下部から肥料を搬送する移送管(19a) Transfer tube for conveying the manure from the bottom of e) and feeding device (19a)
・(19b)・(19c)・(19d)・(19e)とこの移送管(19a)・(19b)・(19c)・(19d)・(19e)の後端部で前記整地フロート(13)・(14a)・(14b)に取付けられた作溝具(20a)・(20b)・(20c)・(20d)・ · (19b) · (19c) · (19d) · (19e) Toko transfer tube (19a) · (19b) · (19c) · (19d) · the ground leveling float rear end of (19e) (13) · (14a) · (14b) Sakumizogu attached to the (20a) · (20b) · (20c) · (20d) ·
(20e)とからなっている。 It has become since the (20e). (21)はエアータンクで、 (21) in the air tank,
エンジンベースの下側に取付けられていて、ブロアー(22)から空気がダクト(23)を介して吹込まれるように設けられ、このエアータンク(21)から送風管(24 It is attached to the underside of the engine base, provided from blower (22) such that air blown through the duct (23), the blower tube from the air tank (21) (24
a)・(24b)・(24c)・(24d)・(24e)で前記移送管(19a)・(19b)・(19c)・(19d)・(19e)の始端側へ空気が吹込まれるよう設けている。 The air to the start end of the transfer tube (19a) · (19b) · (19c) · (19d) · (19e) is blown by a) · (24b) · (24c) · (24d) · (24e) It is provided as.

(25a)・(25b)・(25c)・(25d)・(25e)は異常検出具で、前記移送管(19a)〜(19e)の先端部側に設けられていて、管中に肥料が連続的に流れているときは電圧が発生せず、流れが一定時間止ったり、肥料が詰まってしまうとき電圧が発生してスイッチがONされるように構成されている。 In (25a) · (25b) · (25c) · (25d) · (25e) abnormality detection device, the transfer tube (19a) provided on the tip portion side of the ~ (19e), fertilizer into the tube no voltage is generated when flowing continuously, or ceased to flow a predetermined time, the voltage when the clog fertilizer occurs is configured to switch is ON.

この種の異常検出具(25a)〜(25e)としては一般には感圧式のスイッチや光電管式の周知なスイッチ機構が使われる。 This type of abnormality detection device (25a) ~ (25e) as a pressure-sensitive are generally the switches and photoelectric tube type known switch mechanism is used.

(26a)・(26b)・(26c)・(26d)・(26e)は夫々独立施肥操作具で、前記各繰出装置(18a)〜(18e)及び繰出装置(18d)・(28e)の肥料繰出ロールの駆動軸(27)・(28)と各ロールとの間に設けたクラッチ(29 (26a) · (26b) · (26c) · (26d) · (26e) in each separate fertilization operation device, the fertilizer of the feeding device (18a) ~ (18e) and feeding device (18d) · (28e) feeding clutch provided between the roll drive shaft (27), (28) and each roll (29
a)・(29b)・(29c)・(29d)・(29e)を『入』、 a) · (29b) · (29c) · (29d) · (29e) to "On",
『切』操作するものである。 It is intended to operate "OFF".

(30a)・(30b)・(30c)・(30d)・(30e)は独立植付クラッチで、各苗植付具(12a)・(12b)・(12 (30a) · (30b) · (30c) · (30d) · (30e) independently planting clutch, each seedling planting device (12a) · is (12b) · (12
c)・(12d)・(12e)の駆動軸部に設けられていて、 c) · (provided in the drive shaft of 12d) · (12e),
この各クラッチはワイヤーを介して畦畔植レバー(31 AzehotoriUe lever (31 Each clutch via a wire
a)・(31b)・(31c)・(31d)・(31e)に連動して各苗植付具の作動を『入』、『切』できるようになってる。 a) · (31b) · (31c) · (31d) · (in conjunction with the 31e) "ON" the operation of each seedling planting tool, which is to be able to "Off".

(32)は主クラッチで、走行ミッションケース(2)内にあって走行部と主植付伝動ケース(10)部への伝動が『入』、『切』されるように設けられており、その『入』、『切』作動をレバー(32a)で自由にできるようにすると共に、ソレノイド(32b)でも行えるように設けている。 (32) in the main clutch, transmission of the traveling transmission case (2) running portion be within a main planting transmission case (10) portion is "ON", it is provided so as to be "off", its "oN", as well as to be free to "oFF" operating lever (32a), is provided to allow any solenoid (32 b).

(33a)・(33b)・(33c)・(33d)・(33e)は前記独立施肥操作具(26a)・(26b)・(26c)・(26d)・ (33a) · (33b) · (33c) · (33d) · (33e) is the independent fertilization operating member (26a) · (26b) · (26c) · (26d) ·
(26e)の作動に連動してON、OFFするスイッチで、クラッチ(29a)・(29b)・(29c)・(29d)・(29e)を『切』に操作するとスイッチがOFFになるよう設けられ、このスイッチを前記異常検出スイッチ(25a)〜(2 ON in conjunction with the operation of (26e), a switch to OFF, the clutch (29a) · (29b) · (29c) · (29d) · (29e) is operated to the "OFF" provided that the switch becomes OFF is, the abnormality detecting switch the switch (25a) ~ (2
5e)に対して第4図のように直列に設けている。 It is provided in series as in FIG. 4 with respect to 5e).

上例の作用について説明すると、苗タンク(11)に苗を収容し、各ホッパー(17a)〜(17e)に肥料を入れたのち、エンジンで各回転部を駆動すると、乗用牽引車(1)で田植装置(9)が牽引され、苗植付具(12a) To describe the operation of the above example, seedlings were housed seedlings tank (11), after putting fertilizer each hopper (17a) ~ (17e), when driving the respective rotating part in an engine, passenger tractor (1) in planting device (9) is pulled, seedling planting device (12a)
〜(12e)が左右に往復動される苗タンク(11)から苗を分割して次々と整地フロート(13)・(14a)・(14 ~ (12e) is reciprocated by dividing the seedlings from the seedling tank (11) are one after another terrain float to the left and right (13) · (14a) · (14
b)で整地された土壌面に植付けて行く。 Go planting the soil surface that has been leveled at b).

また、繰出装置(18a)〜(18e)の繰出ロールの回転により、少しづつ肥料が繰出され、各肥料移送管(19a) Further, by the rotation of the feed roll of the feeding device (18a) ~ (18e), little by little fertilizer is unwound, the fertilizer transfer pipe (19a)
〜(19e)中へ落下供給される。 It is dropped and supplied into the ~ (19e). そして、ブロアー(2 Then, blower (2
2)で送風されるエアーがダクト(23)からエアータンク(21)に送込まれ、このエアータンク(21)から各送風管(24a)〜(24e)を経て前記移送管(19a)〜(19 Air blown by 2) is incorporated sent from the duct (23) to the air tank (21), said transfer pipe through each air duct from the air tank (21) (24a) ~ (24e) (19a) ~ ( 19
e)へ送られ、このエアーによって肥料が後方へ送られて作溝具(20a)〜(20e)によって造成される構内へ送られ、前記の各苗植付条に対応して施肥されることになる。 Sent to e), the fertilizer by this air is sent sent backward to the premises to be reclamation by Sakumizogu (20a) ~ (20e), it is fertilized in response to conditions with each seedling planting of the become.

このようにして苗植付けと同時に施肥が行われるが、作業中、いずれかの施肥機(16a)〜(16e)において、肥料繰出装置(18a)〜(18e)部や、移送管(19a)〜(1 This way, at the same time fertilizing and planting it is done, during work, in any one of fertilizer machine (16a) ~ (16e), fertilizer and feeding device (18a) ~ (18e) portion, the transfer tube (19a) ~ (1
9e)中あるいはホッパー(17a)〜(17e)中の肥料切れ等のために肥料が作溝具(20a)〜(20e)まで送られなくなると、異常検出器(25a)〜(25e)がこれを検出することになる。 When fertilizer to fertilizer such as breaking of 9e) in or in a hopper (17a) ~ (17e) is not sent until Sakumizogu (20a) ~ (20e), the abnormality detector (25a) ~ (25e) is this It will be detected. するとその信号にスイッチがONしソレノイド(32b)が励磁され、主クラッチ(32)が『切』になる。 Then switch ON and the solenoid (32 b) is excited in the signal, the main clutch (32) is "OFF". したがって、走行・施肥装置(16)部及び田植装置(9)部の伝動が断たれ田植作業及び施肥作業が停止され、かつ、走行も停止する。 Thus, planting work and fertilizing operations transmission is interrupted for the running and fertilizing device (16) section and the planting device (9) portion is stopped, and also stops running. したがって運転者が停止の原因を調べてその原因を除去したのち作業を再開するとよい。 Therefore it is preferable to resume work after the driver has removed the cause to find the reason for stopping.

次に圃場の植付作業が最終段階になって畦畔ぎわを植付けるときは、全植付条を稼動すると植付幅が余る場合が生じてくる。 Then planted when the levees Sai planting work of the field becomes the final stage, when and running the whole planting conditions planting width left over is arise. このとき、畦畔ぎわを植える前段工程で適数条の植付けを停止して最終の畦畔ぎわ植付けで全部の苗植付具(12a)〜(12e)を稼動して畦畔ぎわの植残しをなくすようにする。 In this case, to stop the planting of a suitable number Article in the former step planting levees Sai all of the seedling planting device in the final of the levees Sai planting the left and planting of levees Sai is running (12a) ~ (12e) eliminate so. このような作業を行う場合、畦畔植レバー(31a)〜(31e)の適宜側の幾つかを操作して畦畔側の苗植付具(12a)〜(12e)を停止するべく独立植付クラッチ(30a)〜(30e)を停止する。 When performing such operations, independent in order to stop AzehotoriUe lever (31a) ~ (31e) suitable side by operating several levees side seedlings planting tool for (12a) ~ (12e) planted with the clutch (30a) to stop - the (30e).

そして、この停止された苗植付具による植付条に対応する施肥機(16a)〜(16e)を停止するべく独立施肥操作具(26a)〜(26e)でロールの回転を停止するようそのクラッチ(29a)〜(29e)を『切』にする。 And that to stop the rotation of the roll independent fertilization operating member (26a) ~ (26e) in order to stop the fertilization machine corresponding to planting conditions by this stop has been seedling planting device (16a) ~ (16e) the clutch (29a) ~ (29e) to "oFF".

すると、当然に、そのロールの回転が停止された施肥機(16a)〜(16e)の作溝具(20a)〜(20e)の部分に肥料が送られなくなるために異常検出器(25a)〜(25e) Then, naturally, the rotation of the roll stops have been fertilized machine (16a) ~ Sakumizogu of (16e) (20a) ~ (20e) abnormality detector for fertilizer is no longer sent to the portion of (25a) ~ (25e)
がこれを検出してそのスイッチがONされることになってソレノイド(32b)が励磁されることになるが、このとき、前記のクラッチ(29a)〜(29e)の『切』操作によってスイッチ(33a)〜(33e)がOFFになっているためにソレノイド(32b)が働かず作業が停止されてしまわないで畦畔ぎわの苗植付条を減じた作業も確実に行うことができるのである。 Although but would solenoid (32 b) is energized so that the switch detects this is turned ON, this time, switch the "OFF" operation of the clutch (29a) ~ (29e) ( 33a) ~ (33e) that it is possible to work without work solenoid (32 b) is performed reliably even work subtracting the seedling planting conditions of levees Sai not get left stopped because is turned OFF.

尚、最後に、繰出装置(18)部を詳細に説明しておくと、第5図に示した通り、繰出ロール(A)には肥料を繰出するための溝(34)がロールの軸芯の方向に設けられている。 Incidentally, finally, idea to explain the feeding device (18) section in detail, as shown in FIG. 5, feed roll (A) to the axis groove (34) is a roll for feeding the fertilizer It is provided in the direction. そしてそのロール(A)の回転方向(イ)とは逆の非繰出側には肥料こぼれをなくすために溝幅(l)よりも幅広(L)のブラシ(35)をロール(A) The wide (L) is a brush (35) of the roll than the groove width (l) To eliminate fertilizer spilled on the contrary the non-feeding side to the rotation direction (A) of the roll (A) (A)
に摺接し、かつ、このブラシの下側部には可撓性のゴム板(36)をブラシ(35)支枠と一体的に取付ている。 Sliding contact, and a flexible rubber plate (36) has a brush (35) support frame and integrally attached to the lower portion of the brush. このように構成すると、溝(34)が確実にブラシ(35)の幅でつぶされて肥料がロール(A)の非回転方向へこぼれることがない。 With this configuration, the groove (34) is reliably been crushed by the width of the brush (35) fertilizer never spill the non-rotating direction of the roll (A). しかも、ロール(A)はゴム板(36) Moreover, the roll (A) the rubber plate (36)
の圧接抵抗でロール(A)の回転をクラッチ(29a)〜 Clutch (29a) of rotation of the roll (A) in pressure contact resistance of ~
(29e)で『切』にしたとき確実にその位置で停止されることになり、しかもブラシ(35)に対してはそのめくれを防止できることになる。 When the "OFF" in (29e) will be stopped by reliably its position, yet with respect to the brush (35) will be able to prevent curling thereof.

(作用効果) 以上、この発明は前記の技術的手段によって次の作用効果を奏する。 (Operation and Effect) above, the present invention provides the following advantages by the technical means.

即ち、畦畔ぎわの植付けのときに、植付条を減じて端数植付けをするとき、その端数になる部分の苗植付具の停止に対応させてその植付条の部分の施肥機による施肥作業を停止して肥料がこの非植付け条部分に施されないようにしたときには、実質的にこの施肥機の異常検出器が働かずに苗植付作業が続行できる作用効果を奏する。 That is, when the planting of levees Sai, when the fractional planting by subtracting the strip planting, fertilization operation by fertilization machine parts of the planting conditions to correspond to the stop of the seedling planting device of the areas of the fraction when the stop fertilizer was prevented applied to the non-planting conditions moiety, operational effects that can substantially continue working with NaeUe not work abnormality detector of this fertilizer machine.


図は、この発明の一実施例を示したもので、第1図は側面図、第2図はその要部の平面図、第3図は要部を説明するための簡略平面図、第4図は電気回路図、第5図は要部の断面図である。 Figure shows one embodiment of the present invention, FIG. 1 is a side view, FIG. 2 is a plan view of the main portion, FIG. 3 is a simplified plan view for explaining a main portion, a fourth FIG electric circuit diagram, FIG. 5 is a cross-sectional view of a main part. 図中記号、(12a)〜(12e)は苗植付具、(16a)(16 Symbols, (12a) ~ (12e) is seedling planting device, (16a) (16
e)は施肥機、(25a)〜(25e)は異常検出器、(26a) e) the fertilization machine, (25a) ~ (25e) abnormality detector, (26a)
〜(26e)は独立施肥操作具、(30a)〜(30e)は独立植付クラッチ、(32)は主クラッチを示す。 ~ (26e) independent fertilization operating member, (30a) ~ (30e) is independently planting clutch, (32) shows a main clutch.

Claims (1)

    【特許請求の範囲】 [The claims]
  1. 【請求項1】進行方向に対して直交する方向に所定の間隔を配して苗植付具12a〜12eが設けられた複条型の田植機に、前記各苗植付具12a〜12eに夫々対応ならしめた施肥機16a〜16eを設けて苗植付列に対応させて苗植付けと同時に施肥する施肥・田植機において、前記各施肥機16 To 1. A double strip type in the direction orthogonal to arranged a predetermined distance seedling planting device 12a~12e is provided to the traveling direction rice transplanter, to the each seedling planting device 12a~12e in each provided corresponding not tighten the fertilizer machine 16a~16e to correspond to the seedling planting rows simultaneously fertilization and planting with fertilizer-rice transplanter, each fertilizer machines 16
    a〜16eの肥料の欠乏あるいは繰出や詰り等に起因した施肥不能を検出する異常検出器25a〜25eを各施肥機毎に設けると共に、前記各施肥機16a〜16eの施肥作業を部分的に停止操作ができる操作具26a…を設け、この操作具26a An abnormality detector 25a~25e for detecting a non fertilization due to deficiency or feeding or clogging of manure a~16e is provided on each fertilizer machine, partially stop fertilizing operations of the respective fertilizer machine 16a~16e operating the operation member 26a ... provided it is, this operation tool 26a
    …によって施肥が停止された施肥機16a…の異常検出具2 Fertilization machine 16a which fertilization is stopped by ... ... abnormality detection device 2
    5a…の制御を停止する機能を設けてなる複条型の施肥・ 5a ... fertilization, double Article type the control formed by providing the ability to stop the
    田植機。 Rice planting machine.
JP25432384A 1984-11-30 1984-11-30 Double Article type of fertilization and planting machines Expired - Fee Related JPH0728591B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP25432384A JPH0728591B2 (en) 1984-11-30 1984-11-30 Double Article type of fertilization and planting machines

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP25432384A JPH0728591B2 (en) 1984-11-30 1984-11-30 Double Article type of fertilization and planting machines

Publications (2)

Publication Number Publication Date
JPS61132110A true JPS61132110A (en) 1986-06-19
JPH0728591B2 true JPH0728591B2 (en) 1995-04-05



Family Applications (1)

Application Number Title Priority Date Filing Date
JP25432384A Expired - Fee Related JPH0728591B2 (en) 1984-11-30 1984-11-30 Double Article type of fertilization and planting machines

Country Status (1)

Country Link
JP (1) JPH0728591B2 (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9039533B2 (en) 2003-03-25 2015-05-26 Creative Kingdoms, Llc Wireless interactive game having both physical and virtual elements
US9044671B2 (en) 2005-08-24 2015-06-02 Nintendo Co., Ltd. Game controller and game system

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0436581Y2 (en) * 1985-10-09 1992-08-28
JPH01117703A (en) * 1987-10-29 1989-05-10 Kubota Ltd Rice transplanter with fertilizer applicator

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH025374B2 (en) * 1981-05-29 1990-02-01 Iseki Agricult Mach
JPH0513133Y2 (en) * 1982-02-10 1993-04-07

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9039533B2 (en) 2003-03-25 2015-05-26 Creative Kingdoms, Llc Wireless interactive game having both physical and virtual elements
US9044671B2 (en) 2005-08-24 2015-06-02 Nintendo Co., Ltd. Game controller and game system

Also Published As

Publication number Publication date Type
JPS61132110A (en) 1986-06-19 application

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