JP2008099658A5 - - Google Patents
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- JP2008099658A5 JP2008099658A5 JP2007002844A JP2007002844A JP2008099658A5 JP 2008099658 A5 JP2008099658 A5 JP 2008099658A5 JP 2007002844 A JP2007002844 A JP 2007002844A JP 2007002844 A JP2007002844 A JP 2007002844A JP 2008099658 A5 JP2008099658 A5 JP 2008099658A5
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水田における複数の種籾直播個所の各々に１粒から８粒までのいずれかの粒数の前記種籾を播き、かつ、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが所定範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播く種籾直播機であって、
水田における前記複数の種籾直播個所の各々に１粒の種籾を播く場合に、縦が３０ｃｍであって横が６０ｃｍである基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが５ｃｍから９ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に２粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが６ｃｍから１２ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に３粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが７ｃｍから１５ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に４粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが８ｃｍから１８ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に５粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２５粒から３５粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが９ｃｍから２１ｃｍまでの範囲内の離隔間隔だけ離隔されるように複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に６粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが１０ｃｍから２４ｃｍまでの範囲内の離隔間隔だけ離隔されるように複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に７粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２８粒から３５粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが１１ｃｍから２７ｃｍまでの範囲内の離隔間隔だけ離隔されるように複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に８粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３２粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが１２ｃｍから３０ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播く種籾直播機。A transport vehicle that moves over the paddy field, a soy container container that houses a plurality of soot seeds that are mounted on the transport vehicle and that are coated with a membrane having a specific gravity greater than 1, and the transport vehicle moves over the paddy field. A seed drop dropping unit that drops the plurality of seed seeds stored in the seed seed container each time it moves by a predetermined distance and sown the paddy field,
Sowing seeds of any number from 1 to 8 seeds to each of a plurality of seeds directly seeded in a paddy field, and located closest to one seed and direct seeds A seed sowing direct sowing machine for sowing the seed pods in a paddy field such that the other seed sowing direct sowing locations are separated by a separation interval within a predetermined range,
When one seed pod is sown in each of the plurality of seed pods directly seeded in a paddy field, grains within a range of 24 to 36 grains for each area of the paddy field with a reference area of 30 cm in length and 60 cm in width Several seed pods are sown in a paddy field, and one seed potato direct sowing site and the other seed potato direct sowing location located closest to the one seed potato direct sowing site are separated by a separation distance within a range of 5 cm to 9 cm. Sow the seed pods in a paddy field,
When two seed pods are sown in each of the plurality of seed pods in the paddy field, seed varieties having a number of grains in the range of 24 to 36 grains are sown in the paddy field for each area of the paddy field of the reference area. The plurality of seed pods in the paddy field so that the seed pod direct sowing site and the other seed potato direct sowing site located closest to the one seed potato direct sowing site are separated by a separation interval within a range of 6 cm to 12 cm. Sowing,
When three seed pods are sown in each of the plurality of seed pods directly seeded in a paddy field, seed varieties with a grain number within the range of 24 to 36 grains are sown in the paddy field for each paddy field of the reference area. The plurality of seed pods in the paddy field so that the seed pod direct sowing location and the other seed potato direct sowing location located closest to the one seed potato direct sowing location are separated by a separation interval within a range of 7 cm to 15 cm. Sowing,
When four seed pods are sown in each of the plurality of seed pods directly sown in a paddy field, seed varieties having a number of grains in the range of 24 to 36 grains are sown in the paddy field for each paddy field of the reference area. The plurality of seed pods in the paddy field so that the seed pod direct sowing site and the other seed potato direct sowing site located closest to the one seed potato direct sowing site are separated by a separation interval within a range of 8 cm to 18 cm. Sowing,
When five seed pods are sown in each of the plurality of seed pods directly sown in a paddy field, seed varieties having a grain number within the range of 25 to 35 grains are sown in the paddy field for each paddy field of the reference area. A plurality of sowing seeds are sowed in a paddy field so that the sowing seed direct sowing site and the other sowing seed sowing plant located closest to the one sowing seed sowing site are separated by a separation interval within a range of 9 cm to 21 cm. ,
When 6 seed pods are sown in each of the plurality of seed pods directly sown in a paddy field, seed varieties having a number of grains within the range of 24 to 36 grains are sown in the paddy field for each paddy field of the reference area. A plurality of sowing seeds are sowed in a paddy field so that the sowing seed direct sowing site and the other sowing seed sowing location closest to the one sowing seed sowing site are separated from each other by a separation interval within a range of 10 cm to 24 cm. ,
When seven seed pods are sown in each of the plurality of seed pods directly seeded in a paddy field, seed varieties having a grain number within the range of 28 to 35 grains are sown in the paddy field for each paddy field of the reference area. A plurality of sowing seeds are sowed in paddy fields so that the sowing seed direct sowing site and the other sowing seed direct sowing site located closest to the one sowing seed sowing site are separated by a separation interval within a range of 11 cm to 27 cm. ,
When seeding 8 seed pods in each of the plurality of seed pods directly seeded in a paddy field, seed varieties of seed varieties within the range of 24 to 32 grains per paddy field of the standard area The seed pods sowed in the paddy field such that the seed pod direct sowing site and the other seed sorghum direct sowing site located closest to the one seed potato direct sowing site are separated by a separation interval within a range of 12 cm to 30 cm. Sowing seed sowing machine.
前記種籾落下ユニットは、前記運搬車の移動距離を測定して移動距離測定値を生成し前記移動距離測定値が前記所定距離の整数倍に達した時に距離到達信号を生成する移動距離測定装置と、前記移動距離測定装置が前記距離到達信号を生成した時に前記種籾収容容器に収容されている前記複数の種籾を落下させて水田に播く種籾落下装置と、前記移動距離測定装置からの前記距離到達信号に基づいて前記種籾落下装置を制御する種籾直播制御装置と、を具備し、
前記種籾落下装置は、前記種籾収容容器に収容されている前記複数の種籾を前記複数の種籾移動口の各々を介して１粒から８粒までのいずれかの粒数の前記種籾を落下させて水田に播くものであり、
前記種籾直播制御装置は、前記距離到達信号を受けるごとに前記種籾落下装置を動作させて前記複数の種籾を落下させて水田に播く請求項１に記載の種籾直播機。The bottom plate of the seed potato storage container has a plurality of seed potato movement inner peripheral surfaces that define a plurality of seed potato moving ports communicating with the seed potato storage space of the seed potato storage container storing the plurality of seed potatoes,
The seed drop unit measures a movement distance of the transport vehicle to generate a movement distance measurement value, and generates a distance arrival signal when the movement distance measurement value reaches an integral multiple of the predetermined distance; , When the moving distance measuring device generates the distance arrival signal, the seed pod dropping device that drops the seed pods stored in the seed pod storage container and sown in a paddy field, and the distance arrival from the moving distance measuring device A seed sowing direct sowing control device that controls the seed soot dropping device based on a signal,
The seed potato dropping device drops the seed pods of any number from 1 to 8 grains through each of the plurality of seed potato moving ports through the plurality of seed potatoes stored in the seed potato container. It is sowed in paddy fields,
The seed sown direct sowing machine according to claim 1, wherein the seed sown direct sowing control device operates the seed stalk dropping device to drop the plurality of seed sachets every time the distance arrival signal is received and sow the rice field.
前記種籾落下ユニットは、前記運搬車の移動距離を測定して移動距離測定値を生成し前記移動距離測定値が前記所定距離の整数倍に達した時に距離到達信号を生成する移動距離測定装置と、前記移動距離測定装置が前記距離到達信号を生成した時に前記種籾収容容器に収容されている前記複数の種籾を落下させて水田に播く種籾落下装置と、前記移動距離測定装置からの前記距離到達信号に基づいて前記種籾落下装置を制御する種籾直播制御装置と、を具備し、
前記種籾落下装置は、前記種籾収容容器の下に配置されている回転部材と、上端部が前記種籾移動口及び前記種籾収容空間のいずれかに配置され前記回転部材に離隔されて配設されている複数の回転円筒と、前記回転部材及び前記複数の回転円筒を回転させる駆動装置と、を具備し、
前記複数の回転円筒の各々は、前記回転円筒の外に開口している１から８までのいずれかの種籾保持凹部を具備し、前記種籾収容容器に収容されている前記複数の種籾を前記複数の種籾移動口の各々を介して１粒から８粒までのいずれかの粒数の前記種籾を前記種籾保持凹部で受けて保持した後に回転されて前記種籾を落下させて水田に播くものであり、
前記種籾直播制御装置は、前記距離到達信号を受けるごとに前記種籾落下装置を動作させて前記複数の種籾を落下させて水田に播く請求項１及び請求項２のいずれかに記載の種籾直播機。The bottom plate of the seed potato storage container has a plurality of seed potato movement inner peripheral surfaces that define a plurality of seed potato moving ports communicating with the seed potato storage space of the seed potato storage container storing the plurality of seed potatoes,
The seed drop unit measures a movement distance of the transport vehicle to generate a movement distance measurement value, and generates a distance arrival signal when the movement distance measurement value reaches an integral multiple of the predetermined distance; , When the moving distance measuring device generates the distance arrival signal, the seed pod dropping device that drops the seed pods stored in the seed pod storage container and sown in a paddy field, and the distance arrival from the moving distance measuring device A seed sowing direct sowing control device that controls the seed soot dropping device based on a signal,
The seed soot dropping device includes a rotating member disposed under the seed soot container, and an upper end portion disposed in either the seed soot moving port or the seed soot housing space and spaced apart from the rotating member. A plurality of rotating cylinders, and a driving device for rotating the rotating member and the plurality of rotating cylinders,
Each of the plurality of rotating cylinders includes any one of the seed vat holding recesses 1 to 8 opened to the outside of the rotating cylinder, and the plurality of seed vats accommodated in the seed vat receiving container are the plurality of vats. The seed pods having any number of grains from 1 to 8 are received and held by the seed potato holding recesses through each of the seed potato moving openings of the seed potatoes, and then rotated to drop the seed potatoes and sown them in paddy fields. ,
The seed sown direct sowing machine according to claim 1 or 2, wherein the seed sown direct sowing control device operates the seed stalk dropping device to drop the plurality of seed sachets every time the distance arrival signal is received and sow the rice field. .
前記種籾収容容器の底板は、前記複数の種籾を収容している前記種籾収容容器の種籾収容空間と連通する複数の種籾移動口を規定している複数の種籾移動内周面を有し、
前記種籾落下ユニットは、前記運搬車の移動距離を測定して移動距離測定値を生成し前記移動距離測定値が前記所定距離の整数倍に達した時に距離到達信号を生成する移動距離測定装置と、前記移動距離測定装置が前記距離到達信号を生成した時に前記種籾収容容器に収容されている前記複数の種籾を落下させて水田に播く種籾落下装置と、前記移動距離測定装置からの前記距離到達信号に基づいて前記種籾落下装置を制御する種籾直播制御装置と、を具備し、
前記種籾落下装置は、前記種籾収容容器の下に配置されている回転部材と、上端部が前記種籾移動口及び前記種籾収容空間のいずれかに配置され前記回転部材に離隔されて配設されている複数の回転円筒と、前記複数の回転円筒の各々の円筒内部空間における上部に配置されている磁石と、前記回転部材及び前記複数の回転円筒を回転させる駆動装置と、を具備し、
前記複数の回転円筒の各々は、外へ開口している前記円筒内部空間を規定する円筒内周面と、前記回転円筒の外に開口している１から８までのいずれかの種籾保持凹部と、を具備し、前記種籾収容容器に収容されている前記複数の種籾を前記複数の種籾移動口の各々を介して１粒から８粒までのいずれかの粒数の前記種籾を前記種籾保持凹部で受けて保持した後に回転されて前記種籾を落下させて水田に播くものであり、
前記種籾直播制御装置は、前記距離到達信号を受けるごとに前記種籾落下装置を動作させて前記複数の種籾を落下させて水田に播く請求項１から請求項３までのいずれかに記載の種籾直播機。A transporter that moves over the paddy field, a seeder container that contains a plurality of seeders that are mounted on the transporter and that are coated with a magnetic film having a specific gravity greater than 1, and the transporter is located above the paddy field. A seed pod drop unit that drops the plurality of seed pods stored in the seed potato container every time a predetermined distance is moved and sown in a paddy field,
The bottom plate of the seed potato storage container has a plurality of seed potato movement inner peripheral surfaces that define a plurality of seed potato moving ports communicating with the seed potato storage space of the seed potato storage container storing the plurality of seed potatoes,
The seed drop unit measures a movement distance of the transport vehicle to generate a movement distance measurement value, and generates a distance arrival signal when the movement distance measurement value reaches an integral multiple of the predetermined distance; , When the moving distance measuring device generates the distance arrival signal, the seed pod dropping device that drops the seed pods stored in the seed pod storage container and sown in a paddy field, and the distance arrival from the moving distance measuring device A seed sowing direct sowing control device that controls the seed soot dropping device based on a signal,
The seed soot dropping device includes a rotating member disposed under the seed soot container, and an upper end portion disposed in either the seed soot moving port or the seed soot housing space and spaced apart from the rotating member. A plurality of rotating cylinders, a magnet disposed in an upper part of each of the plurality of rotating cylinders, and a driving device for rotating the rotating member and the plurality of rotating cylinders,
Each of the plurality of rotating cylinders includes a cylindrical inner peripheral surface that defines the cylindrical inner space that opens to the outside, and any one seed-holding concave portion from 1 to 8 that opens to the outside of the rotating cylinder. , And the seed potato holding recesses containing the seed potato having any number of grains from 1 to 8 through each of the plurality of seed potato moving ports. It is rotated after being received and held by dropping the seed pods in a paddy field,
The seed sown direct seeding control device according to any one of claims 1 to 3, wherein the seed sown direct seeding control device operates the seed stalk drop device to drop the plurality of seed stalks and sown the paddy field every time the distance arrival signal is received. Machine.
前記種籾収容容器の底板は、前記複数の種籾を収容している前記種籾収容容器の種籾収容空間と連通する複数の種籾移動口を規定している複数の種籾移動内周面と、下方に突出している複数の底部種籾収容容器と、を有し、
前記複数の底部種籾収容容器の各々は、前記複数の種籾移動口の各々と連通し前記種籾を収容する底部種籾収容空間を規定している底部収容内周面と、側板に形成され前記底部種籾収容空間及び外部と連通している種籾出口を規定している種籾出口内周面と、を有し、
前記種籾落下ユニットは、前記運搬車の移動距離を測定して移動距離測定値を生成し前記移動距離測定値が前記所定距離の整数倍に達した時に距離到達信号を生成する移動距離測定装置と、前記移動距離測定装置が前記距離到達信号を生成した時に前記種籾収容容器に収容されている前記複数の種籾を落下させて水田に播く種籾落下装置と、前記移動距離測定装置からの前記距離到達信号に基づいて前記種籾落下装置を制御する種籾直播制御装置と、を具備し、
前記種籾落下装置は、前記種籾収容容器の下に配置されている回転部材と、一側部が前記種籾出口及び前記底部種籾収容空間のいずれかに配置され前記回転部材に離隔されて配設されている複数の回転円筒と、前記複数の回転円筒の各々の円筒内部空間における前記種籾出口の近くに配置されている磁石と、前記回転部材及び前記複数の回転円筒を回転させる駆動装置と、を具備し、
前記複数の回転円筒の各々は、外へ開口している前記円筒内部空間を規定する円筒内周面と、前記回転円筒の外に開口している１から８までのいずれかの種籾保持凹部と、を具備し、前記複数の底部種籾収容容器に収容されている前記複数の種籾を前記複数の種籾出口の各々を介して１粒から８粒までのいずれかの粒数の前記種籾を前記種籾保持凹部で受けて保持した後に回転されて前記種籾を落下させて水田に播くものであり、
前記種籾直播制御装置は、前記距離到達信号を受けるごとに前記種籾落下装置を動作させて前記複数の種籾を落下させて水田に播く請求項１から請求項３までのいずれかに記載の種籾直播機。A transporter that moves over the paddy field, a seeder container that contains a plurality of seeders that are mounted on the transporter and that are coated with a magnetic film having a specific gravity greater than 1, and the transporter is located above the paddy field. A seed pod drop unit that drops the plurality of seed pods stored in the seed potato container every time a predetermined distance is moved and sown in a paddy field,
A bottom plate of the seed potato storage container protrudes downward from a plurality of seed potato movement inner peripheral surfaces defining a plurality of seed potato moving ports communicating with the seed potato storage space of the seed potato storage container storing the plurality of seed potatoes. A plurality of bottom seed container containing,
Each of the plurality of bottom seed vat storage containers communicates with each of the plurality of seed vat movement ports and defines a bottom storage inner peripheral surface that defines a bottom seed vat storage space for receiving the seed vat, and is formed on a side plate on the bottom seed vat. A seed vat outlet inner peripheral surface defining a seed vat outlet communicating with the housing space and the outside,
The seed drop unit measures a movement distance of the transport vehicle to generate a movement distance measurement value, and generates a distance arrival signal when the movement distance measurement value reaches an integral multiple of the predetermined distance; , When the moving distance measuring device generates the distance arrival signal, the seed pod dropping device that drops the seed pods stored in the seed pod storage container and sown in a paddy field, and the distance arrival from the moving distance measuring device A seed sowing direct sowing control device that controls the seed soot dropping device based on a signal,
The seed drop dropping device includes a rotating member disposed under the seed seed container and one side portion disposed at either the seed seed outlet or the bottom seed seed storage space and spaced apart from the rotating member. A plurality of rotating cylinders, a magnet disposed in the cylindrical inner space of each of the plurality of rotating cylinders, and a drive device for rotating the rotating member and the plurality of rotating cylinders. Equipped,
Each of the plurality of rotating cylinders includes a cylindrical inner peripheral surface that defines the cylindrical inner space that opens to the outside, and any seed soot holding recess that is open to the outside of the rotating cylinder. The seed pods having any number of grains from 1 to 8 grains through each of the plurality of seed pod outlets are used as the seed varieties contained in the plurality of bottom seed potato storage containers. It is rotated after receiving and holding in the holding recess, and the seed pod is dropped and sown in a paddy field,
The seed sown direct seeding control device according to any one of claims 1 to 3, wherein the seed sown direct seeding control device operates the seed stalk drop device to drop the plurality of seed stalks and sown the paddy field every time the distance arrival signal is received. Machine.
水田における複数の種籾直播個所の各々に１粒から８粒までのいずれかの粒数の前記種籾を播き、かつ、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが所定範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播く種籾落下ユニットであって、
水田における前記複数の種籾直播個所の各々に１粒の種籾を播く場合に、縦が３０ｃｍであって横が６０ｃｍである基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが５ｃｍから９ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に２粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが６ｃｍから１２ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に３粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが７ｃｍから１５ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に４粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが８ｃｍから１８ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に５粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２５粒から３５粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが９ｃｍから２１ｃｍまでの範囲内の離隔間隔だけ離隔されるように複数の種籾１９０を水田に播き、
水田における前記複数の種籾直播個所の各々に６粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３６粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが１０ｃｍから２４ｃｍまでの範囲内の離隔間隔だけ離隔されるように複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に７粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２８粒から３５粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが１１ｃｍから２７ｃｍまでの範囲内の離隔間隔だけ離隔されるように複数の種籾を水田に播き、
水田における前記複数の種籾直播個所の各々に８粒の種籾を播く場合に、前記基準面積の水田の区域ごとに２４粒から３２粒までの範囲内の粒数の種籾を水田に播き、一の前記種籾直播個所と当該一の種籾直播個所に対して最も近くに位置する他の前記種籾直播個所とが１２ｃｍから３０ｃｍまでの範囲内の離隔間隔だけ離隔されるように前記複数の種籾を水田に播く種籾落下ユニット。A transport vehicle that moves over the paddy field, a soy container container that houses a plurality of soot seeds that are mounted on the transport vehicle and that are coated with a membrane having a specific gravity greater than 1, and the transport vehicle moves over the paddy field. A seed potato dropping unit in a seed potato direct sowing machine comprising a seed potato dropping unit that drops the plurality of seed potatoes stored in the seed potato storage container every time it moves by a predetermined distance and sown it in a paddy field,
Sowing seeds of any number from 1 to 8 seeds to each of a plurality of seeds directly seeded in a paddy field, and located closest to one seed and direct seeds A seed dripping unit that sows the seed pods in a paddy field such that the other seed pod direct sowing locations are separated by a separation interval within a predetermined range,
When one seed pod is sown in each of the plurality of seed pods directly seeded in a paddy field, grains within a range of 24 to 36 grains for each area of the paddy field with a reference area of 30 cm in length and 60 cm in width Several seed pods are sown in a paddy field, and one seed potato direct sowing site and the other seed potato direct sowing location located closest to the one seed potato direct sowing site are separated by a separation distance within a range of 5 cm to 9 cm. Sow the seed pods in a paddy field,
When two seed pods are sown in each of the plurality of seed pods in the paddy field, seed varieties having a number of grains in the range of 24 to 36 grains are sown in the paddy field for each area of the paddy field of the reference area. The plurality of seed pods in the paddy field so that the seed pod direct sowing site and the other seed potato direct sowing site located closest to the one seed potato direct sowing site are separated by a separation interval within a range of 6 cm to 12 cm. Sowing,
When three seed pods are sown in each of the plurality of seed pods directly seeded in a paddy field, seed varieties with a grain number within the range of 24 to 36 grains are sown in the paddy field for each paddy field of the reference area. The plurality of seed pods in the paddy field so that the seed pod direct sowing location and the other seed potato direct sowing location located closest to the one seed potato direct sowing location are separated by a separation interval within a range of 7 cm to 15 cm. Sowing,
When four seed pods are sown in each of the plurality of seed pods directly sown in a paddy field, seed varieties having a number of grains in the range of 24 to 36 grains are sown in the paddy field for each paddy field of the reference area. The plurality of seed pods in the paddy field so that the seed pod direct sowing site and the other seed potato direct sowing site located closest to the one seed potato direct sowing site are separated by a separation interval within a range of 8 cm to 18 cm. Sowing,
When five seed pods are sown in each of the plurality of seed pods directly sown in a paddy field, seed varieties having a grain number within the range of 25 to 35 grains are sown in the paddy field for each paddy field of the reference area. A plurality of seed buds 190 are placed in a paddy field so that the seed pod direct sowing location and the other seed pod direct sowing location closest to the one seed potato direct sowing location are separated by a separation interval in the range of 9 cm to 21 cm. Sowing,
When 6 seed pods are sown in each of the plurality of seed pods directly sown in a paddy field, seed varieties having a number of grains within the range of 24 to 36 grains are sown in the paddy field for each paddy field of the reference area. A plurality of sowing seeds are sowed in a paddy field so that the sowing seed direct sowing site and the other sowing seed sowing plant located closest to the one sowing seed direct seeding site are separated by a separation interval within a range of 10 cm to 24 cm. ,
When seven seed pods are sown in each of the plurality of seed pods directly seeded in a paddy field, seed varieties having a grain number within the range of 28 to 35 grains are sown in the paddy field for each paddy field of the reference area. A plurality of sowing seeds are sowed in a paddy field so that the sowing seed sowing site and the other sowing seed sowing plant located closest to the one sowing seed sowing site are separated by a separation interval within a range of 11 cm to 27 cm. ,
When seeding 8 seed pods in each of the plurality of seed pods directly seeded in a paddy field, seed varieties of seed varieties within the range of 24 to 32 grains per paddy field of the standard area The seed pods sowed in the paddy field such that the seed pod direct sowing site and the other seed sorghum direct sowing site located closest to the one seed potato direct sowing site are separated by a separation interval within a range of 12 cm to 30 cm. Sowing seed drop unit.
前記運搬車の移動距離を測定して移動距離測定値を生成し前記移動距離測定値が前記所定距離の整数倍に達した時に距離到達信号を生成する移動距離測定装置と、前記移動距離測定装置が前記距離到達信号を生成した時に前記種籾収容容器に収容されている前記複数の種籾を落下させて水田に播く種籾落下装置と、前記移動距離測定装置からの前記距離到達信号に基づいて前記種籾落下装置を制御する種籾直播制御装置と、を具備し、
前記種籾落下装置は、前記種籾収容容器に収容されている前記複数の種籾を前記複数の種籾移動口の各々を介して１粒から８粒までのいずれかの粒数の前記種籾を落下させて水田に播くものであり、
前記種籾直播制御装置は、前記距離到達信号を受けるごとに前記種籾落下装置を動作させて前記複数の種籾を落下させて水田に播く請求項６に記載の種籾落下ユニット。A transport vehicle that moves over the paddy field, a soy container container that houses a plurality of soot seeds that are mounted on the transport vehicle and that are coated with a membrane having a specific gravity greater than 1, and the transport vehicle moves over the paddy field. A seed drop dropping unit that drops the plurality of seed seeds stored in the seed seed storage container each time it moves by a predetermined distance and sown the paddy field, and the bottom plate of the seed seed storage container stores the plurality of seed seeds A seed drop dropping unit in a seed seed drop seedling machine having a plurality of seed seed transfer inner peripheral surfaces defining a plurality of seed seed transfer ports communicating with the seed seed storage space of the seed seed storage container,
A travel distance measuring device that generates a travel distance measurement value by measuring a travel distance of the transport vehicle and generates a distance arrival signal when the travel distance measurement value reaches an integral multiple of the predetermined distance; and the travel distance measurement device Drops the plurality of seed pods stored in the seed potato container when the distance arrival signal is generated, and seeds the seed pod dropping device sowing in the paddy field, and the seed potato based on the distance arrival signal from the moving distance measuring device. A seed sowing direct sowing control device for controlling the dropping device,
The seed potato dropping device drops the seed pods of any number from 1 to 8 grains through each of the plurality of seed potato moving ports through the plurality of seed potatoes stored in the seed potato container. It is sowed in paddy fields,
The seed soot dropping unit according to claim 6, wherein the seed soot direct sowing control device operates the seed soot dropping device to drop the plurality of seed sows every time the distance arrival signal is received and sow the paddy field.
前記運搬車の移動距離を測定して移動距離測定値を生成し前記移動距離測定値が前記所定距離の整数倍に達した時に距離到達信号を生成する移動距離測定装置と、前記移動距離測定装置が前記距離到達信号を生成した時に前記種籾収容容器に収容されている前記複数の種籾を落下させて水田に播く種籾落下装置と、前記移動距離測定装置からの前記距離到達信号に基づいて前記種籾落下装置を制御する種籾直播制御装置と、を具備し、
前記種籾落下装置は、前記種籾収容容器の下に配置されている回転部材と、上端部が前記種籾移動口及び前記種籾収容空間のいずれかに配置され前記回転部材に離隔されて配設されている複数の回転円筒と、前記回転部材及び前記複数の回転円筒を回転させる駆動装置と、を具備し、
前記複数の回転円筒の各々は、前記回転円筒の外に開口している１から８までのいずれかの種籾保持凹部を具備し、前記種籾収容容器に収容されている前記複数の種籾を前記複数の種籾移動口の各々を介して１粒から８粒までのいずれかの粒数の前記種籾を前記種籾保持凹部で受けて保持した後に回転されて前記種籾を落下させて水田に播くものであり、
前記種籾直播制御装置は、前記距離到達信号を受けるごとに前記種籾落下装置を動作させて前記複数の種籾を落下させて水田に播く請求項６及び請求項７のいずれかに記載の種籾落下ユニット。A transport vehicle that moves over the paddy field, a soy container container that houses a plurality of soot seeds that are mounted on the transport vehicle and that are coated with a membrane having a specific gravity greater than 1, and the transport vehicle moves over the paddy field. A seed drop dropping unit that drops the plurality of seed seeds stored in the seed seed storage container each time it moves by a predetermined distance and sown the paddy field, and the bottom plate of the seed seed storage container stores the plurality of seed seeds A seed drop dropping unit in a seed seed drop seedling machine having a plurality of seed seed transfer inner peripheral surfaces defining a plurality of seed seed transfer ports communicating with the seed seed storage space of the seed seed storage container,
A travel distance measuring device that generates a travel distance measurement value by measuring a travel distance of the transport vehicle and generates a distance arrival signal when the travel distance measurement value reaches an integral multiple of the predetermined distance; and the travel distance measurement device Drops the plurality of seed pods stored in the seed potato container when the distance arrival signal is generated, and seeds the seed pod dropping device sowing in the paddy field, and the seed potato based on the distance arrival signal from the moving distance measuring device. A seed sowing direct sowing control device for controlling the dropping device,
The seed soot dropping device includes a rotating member disposed under the seed soot container, and an upper end portion disposed in either the seed soot moving port or the seed soot housing space and spaced apart from the rotating member. A plurality of rotating cylinders, and a driving device for rotating the rotating member and the plurality of rotating cylinders,
Each of the plurality of rotating cylinders includes any one of the seed vat holding recesses 1 to 8 opened to the outside of the rotating cylinder, and the plurality of seed vats accommodated in the seed vat receiving container are the plurality of vats. The seed pods having any number of grains from 1 to 8 are received and held by the seed potato holding recesses through each of the seed potato moving openings of the seed potatoes, and then rotated to drop the seed potatoes and sown them in paddy fields. ,
The seed soot dropping unit according to any one of claims 6 and 7, wherein the seed soot direct sowing control device operates the seed soot dropping device to drop the plurality of seed sows every time the distance arrival signal is received and sow the paddy field. .
前記運搬車の移動距離を測定して移動距離測定値を生成し前記移動距離測定値が前記所定距離の整数倍に達した時に距離到達信号を生成する移動距離測定装置と、前記移動距離測定装置が前記距離到達信号を生成した時に前記種籾収容容器に収容されている前記複数の種籾を落下させて水田に播く種籾落下装置と、前記移動距離測定装置からの前記距離到達信号に基づいて前記種籾落下装置を制御する種籾直播制御装置と、を具備し、
前記種籾落下装置は、前記種籾収容容器の下に配置されている回転部材と、上端部が前記種籾移動口及び前記種籾収容空間のいずれかに配置され前記回転部材に離隔されて配設されている複数の回転円筒と、前記複数の回転円筒の各々の円筒内部空間における上部に配置されている磁石と、前記回転部材及び前記複数の回転円筒を回転させる駆動装置と、を具備し、
前記複数の回転円筒の各々は、外へ開口している前記円筒内部空間を規定する円筒内周面と、前記回転円筒の外に開口している１から８までのいずれかの種籾保持凹部と、を具備し、前記種籾収容容器に収容されている前記複数の種籾を前記複数の種籾移動口の各々を介して１粒から８粒までのいずれかの粒数の前記種籾を前記種籾保持凹部で受けて保持した後に回転されて前記種籾を落下させて水田に播くものであり、
前記種籾直播制御装置は、前記距離到達信号を受けるごとに前記種籾落下装置を動作させて前記複数の種籾を落下させて水田に播く請求項６から請求項８までのいずれかに記載の種籾落下ユニット。A transporter that moves over the paddy field, a seeder container that contains a plurality of seeders that are mounted on the transporter and that are coated with a magnetic film having a specific gravity greater than 1, and the transporter is located above the paddy field. A seed pod dropping unit that drops the plurality of seed pods stored in the seed potato container every time a predetermined distance is moved and sown the paddy field, and the bottom plate of the seed potato container contains the plurality of seed potatoes. A seed drop dropping unit in a seed seed direct sowing machine having a plurality of seed seed transfer inner peripheral surfaces defining a plurality of seed seed transfer ports communicating with the seed seed storage space of the seed seed storage container stored therein,
A travel distance measuring device that generates a travel distance measurement value by measuring a travel distance of the transport vehicle and generates a distance arrival signal when the travel distance measurement value reaches an integral multiple of the predetermined distance; and the travel distance measurement device Drops the plurality of seed pods stored in the seed potato container when the distance arrival signal is generated, and seeds the seed pod dropping device sowing in the paddy field, and the seed potato based on the distance arrival signal from the moving distance measuring device. A seed sowing direct sowing control device for controlling the dropping device,
The seed soot dropping device includes a rotating member disposed under the seed soot container, and an upper end portion disposed in either the seed soot moving port or the seed soot housing space and spaced apart from the rotating member. A plurality of rotating cylinders, a magnet disposed in an upper part of each of the plurality of rotating cylinders, and a driving device for rotating the rotating member and the plurality of rotating cylinders,
Each of the plurality of rotating cylinders includes a cylindrical inner peripheral surface that defines the cylindrical inner space that opens to the outside, and any seed soot holding recess that is open to the outside of the rotating cylinder. , And the seed potato holding recesses containing the seed potato having any number of grains from 1 to 8 through each of the plurality of seed potato moving ports. It is rotated after being received and held by dropping the seed pods in a paddy field,
The seed seed dropping control according to any one of claims 6 to 8, wherein the seed seed direct seeding control device operates the seed seed dropping device to drop the plurality of seed seeds every time the distance arrival signal is received and seeds the seed seeds in a paddy field. unit.
前記運搬車の移動距離を測定して移動距離測定値を生成し前記移動距離測定値が前記所定距離の整数倍に達した時に距離到達信号を生成する移動距離測定装置と、前記移動距離測定装置が前記距離到達信号を生成した時に前記種籾収容容器に収容されている前記複数の種籾を落下させて水田に播く種籾落下装置と、前記移動距離測定装置からの前記距離到達信号に基づいて前記種籾落下装置を制御する種籾直播制御装置と、を具備し、
前記種籾落下装置は、前記種籾収容容器の下に配置されている回転部材と、一側部が前記種籾出口及び前記底部種籾収容空間のいずれかに配置され前記回転部材に離隔されて配設されている複数の回転円筒と、前記複数の回転円筒の各々の円筒内部空間における前記種籾出口の近くに配置されている磁石と、前記回転部材及び前記複数の回転円筒を回転させる駆動装置と、を具備し、
前記複数の回転円筒の各々は、外へ開口している前記円筒内部空間を規定する円筒内周面と、前記回転円筒の外に開口している１から８までのいずれかの種籾保持凹部と、を具備し、前記複数の底部種籾収容容器に収容されている前記複数の種籾を前記複数の種籾出口の各々を介して１粒から８粒までのいずれかの粒数の前記種籾を前記種籾保持凹部で受けて保持した後に回転されて前記種籾を落下させて水田に播くものであり、
前記種籾直播制御装置は、前記距離到達信号を受けるごとに前記種籾落下装置を動作させて前記複数の種籾を落下させて水田に播く請求項６から請求項８までのいずれかに記載の種籾落下ユニット。A transporter that moves over the paddy field, a seeder container that contains a plurality of seeders that are mounted on the transporter and that are coated with a magnetic film having a specific gravity greater than 1, and the transporter is located above the paddy field. A seed pod dropping unit that drops the plurality of seed pods stored in the seed potato container every time a predetermined distance is moved and sown the paddy field, and the bottom plate of the seed potato container contains the plurality of seed potatoes. A plurality of seed potato moving inner peripheral surfaces defining a plurality of seed potato moving ports communicating with the seed potato storage space of the seed potato storage container stored therein, and a plurality of bottom seed potato storage containers protruding downward Each of the plurality of bottom seed vat storage containers communicates with each of the plurality of seed vat movement ports and defines a bottom storage inner peripheral surface defining a bottom seed vat receiving space for receiving the seed vat, and a side plate formed on the bottom portion. Communicating with the sow storage space and outside And seeds outlet inner peripheral surface seeds defining an outlet that provides a seed rice falling unit in seeds straight seeder with,
A travel distance measuring device that generates a travel distance measurement value by measuring a travel distance of the transport vehicle and generates a distance arrival signal when the travel distance measurement value reaches an integral multiple of the predetermined distance; and the travel distance measurement device Drops the plurality of seed pods stored in the seed potato container when the distance arrival signal is generated, and seeds the seed pod dropping device sowing in the paddy field, and the seed potato based on the distance arrival signal from the moving distance measuring device. A seed sowing direct sowing control device for controlling the dropping device,
The seed drop dropping device includes a rotating member disposed under the seed seed container and one side portion disposed at either the seed seed outlet or the bottom seed seed storage space and spaced apart from the rotating member. A plurality of rotating cylinders, a magnet disposed in the cylindrical inner space of each of the plurality of rotating cylinders, and a drive device for rotating the rotating member and the plurality of rotating cylinders. Equipped,
Each of the plurality of rotating cylinders includes a cylindrical inner peripheral surface that defines the cylindrical inner space that opens to the outside, and any seed soot holding recess that is open to the outside of the rotating cylinder. The seed pods having any number of grains from 1 to 8 grains through each of the plurality of seed pod outlets are used as the seed varieties contained in the plurality of bottom seed potato storage containers. It is rotated after receiving and holding in the holding recess, and the seed pod is dropped and sown in a paddy field,
The seed seed dropping control according to any one of claims 6 to 8, wherein the seed seed direct seeding control device operates the seed seed dropping device to drop the plurality of seed seeds every time the distance arrival signal is received and seeds the seed seeds in a paddy field. unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2007002844A JP4793792B2 (en) | 2006-05-01 | 2007-01-10 | Seed direct sowing machine |
Applications Claiming Priority (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2006127819 | 2006-05-01 | ||
| JP2006127819 | 2006-05-01 | ||
| JP2006253196 | 2006-09-19 | ||
| JP2006253196 | 2006-09-19 | ||
| JP2007002844A JP4793792B2 (en) | 2006-05-01 | 2007-01-10 | Seed direct sowing machine |
Publications (3)
| Publication Number | Publication Date |
|---|---|
| JP2008099658A JP2008099658A (en) | 2008-05-01 |
| JP2008099658A5 true JP2008099658A5 (en) | 2010-10-14 |
| JP4793792B2 JP4793792B2 (en) | 2011-10-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| JP2007002844A Expired - Fee Related JP4793792B2 (en) | 2006-05-01 | 2007-01-10 | Seed direct sowing machine |
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| CN102550180B (en) * | 2011-12-29 | 2013-11-20 | 江苏大学 | Air-sucking vibration plate type precision seeder for field seedling raising |
| CN105706591B (en) * | 2016-02-25 | 2018-02-09 | 朱景建 | The storage cave of automatically controlled rice precise hole-direct-sowing machine and lower broadcast system |
| WO2022014069A1 (en) * | 2020-07-15 | 2022-01-20 | 和夫 岩本 | Rice seed direct sowing tool |
| WO2022264459A1 (en) * | 2021-06-15 | 2022-12-22 | 和夫 岩本 | Rice seed sowing device |
| WO2024018644A1 (en) * | 2022-07-20 | 2024-01-25 | 和夫 岩本 | Seed rice sowing device |
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| JPH02120121U (en) * | 1989-03-16 | 1990-09-27 | ||
| JP2005130800A (en) * | 2003-10-31 | 2005-05-26 | Iseki & Co Ltd | Farm working machine |
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