JP2015192637A - Fertilizer distributor - Google Patents
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- JP2015192637A JP2015192637A JP2014073257A JP2014073257A JP2015192637A JP 2015192637 A JP2015192637 A JP 2015192637A JP 2014073257 A JP2014073257 A JP 2014073257A JP 2014073257 A JP2014073257 A JP 2014073257A JP 2015192637 A JP2015192637 A JP 2015192637A
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Abstract
Description
本発明は、化成肥料、有機肥料等の被散布物を貯留するホッパを備え、このホッパから落下させた被散布物を水平回転する散布板によって拡散散布する肥料散布装置に関するものである。 The present invention relates to a fertilizer application device that includes a hopper that stores an object to be dispersed such as a chemical fertilizer and an organic fertilizer, and that diffuses and spreads the object to be dispersed dropped from the hopper by a spreading plate that rotates horizontally.
肥料を貯留するホッパを備え、ホッパの底部に肥料落下口及び落下量調整部を設け、その下方に落下させた肥料を拡散散布させる散布部を有したトラクタ等の走行車に装着して使用される肥料散布機は従来より知られている。例えば、実開平６−７０５１３号公報の「肥料散布機」や、特開２００２−１４２５２３号公報の「肥料散布機」が公知である。 It is equipped with a hopper that stores fertilizer, a fertilizer drop opening and a fall amount adjustment section are provided at the bottom of the hopper, and it is used by being attached to a traveling vehicle such as a tractor that has a spraying section that diffuses and spreads the fertilizer dropped below it. Fertilizer spreaders are known for some time. For example, “fertilizer spreader” disclosed in Japanese Utility Model Laid-Open No. 6-70513 and “fertilizer spreader” disclosed in Japanese Patent Application Laid-Open No. 2002-142523 are known.
肥料散布機は、肥料を貯留するホッパに肥料を投入してトラクタ等の走行車に装着し走行しながら肥料を散布する。このため、走行車には肥料散布機と投入された肥料の重量が作用した状態で作業が行われる。特にトラクタの場合後方に設けた装着部に装着されるため、重量が大きいと、トラクタ前方が軽くなり操舵輪が効かない状態となり走行に支障が出ることになる。投入される肥料の量を減らすと作業効率が悪くなる問題があり、肥料散布機の重量をできるだけ軽量に構成する必要がある。 The fertilizer spreader throws the fertilizer into the hopper that stores the fertilizer, spreads the fertilizer while running on a traveling vehicle such as a tractor. For this reason, the work is performed in a state where the weight of the fertilizer spreader and the introduced fertilizer is applied to the traveling vehicle. In particular, in the case of a tractor, since it is mounted on a mounting portion provided at the rear, if the weight is large, the front of the tractor becomes lighter and the steered wheels do not work, which hinders running. If the amount of fertilizer to be input is reduced, there is a problem that work efficiency is deteriorated, and it is necessary to configure the weight of the fertilizer spreader as light as possible.
本発明の目的は、シンプルな構造で軽量な肥料散布機を提供することにある。 An object of the present invention is to provide a lightweight fertilizer spreader with a simple structure.
前記課題を解決するために請求項1の発明は、被散布物を貯留するホッパと、ホッパから落下した被散布物を回転する散布板によって散布する散布部と、ホッパと散布部との間に設けられ、被散布物の落下量を調整する調整部を備え、調整部は、肥料落下口が設けられたホッパ底板と、ホッパ底板に重ねて設置されるとともに、開口調整孔が設けられたシャッタ板と、ホッパ底板又はシャッタ板を相対的に一定方向及び他方向に移動させ肥料落下口と開口調整孔の重合度合いにより肥料落下量を調整するシャッタ作動部とを有し、トラクタに装着して使用される肥料散布機において、トラクタから動力を入力する入力軸と前記散布部の散布板を回転駆動する出力軸を直交して設けた駆動ケースは、駆動ケース本体が入力軸回転軸芯を通る水平面で上下に分割されていて、分割面にはそれぞれフランジ部が形成され、該フランジ部は上下に分割された駆動ケース本体を圧着させるための締結部材用孔と駆動ケースを肥料散布機フレームに固定するための固定用孔とを設けていることを特徴とした肥料散布機による。 In order to solve the above-mentioned problem, the invention of claim 1 is provided between a hopper for storing the material to be dispersed, a spraying unit for spraying the material to be sprayed dropped from the hopper with a rotating spray plate, and the hopper and the spraying unit. A hopper bottom plate provided with a fertilizer dropping port, and a shutter provided with an opening adjustment hole, and is disposed on the hopper bottom plate. Plate and a shutter operating part that moves the hopper bottom plate or shutter plate in a relatively fixed direction and other directions to adjust the amount of fertilizer fall according to the degree of polymerization of the fertilizer drop opening and opening adjustment hole, and is attached to the tractor In the fertilizer spreader used, in the drive case in which the input shaft for inputting power from the tractor and the output shaft for rotationally driving the spreader plate of the spreader are provided orthogonally, the drive case body passes through the input shaft rotation axis. Horizontal plane The flanges are formed on the split surfaces, and the flanges are fixed to the fertilizer spreader frame with the fastening member holes and the drive case for crimping the drive case body divided vertically. It is based on the fertilizer spreader characterized by providing a fixing hole for the purpose.
また、請求項２の発明は、駆動ケースの上下に分割された駆動ケース本体は、それぞれ肉厚がほぼ一定の板金製で一体に成型されていることを特徴とした請求項１記載の肥料散布機による。 The invention according to claim 2 is characterized in that the drive case main body divided into the upper and lower sides of the drive case is made of a sheet metal having a substantially constant thickness, and is integrally molded. By machine.
本発明によれば、駆動ケースの駆動ケース本体が入力軸回転軸芯を通る水平面で上下に分割され、分割面にフランジ部を設け、駆動ケースを圧着させるための締結部材用孔とケースを肥料散布機フレームに固定するための固定用孔とを設けている構成や駆動ケースの駆動ケース本体を肉厚がほぼ一定の板金製で成型していることにより、シンプルで軽量な肥料散布機が提供できる。 According to the present invention, the drive case main body of the drive case is divided vertically into a horizontal plane passing through the input shaft rotation axis, the flange is provided on the divided surface, and the fastening member hole and the case for crimping the drive case are fertilizer A simple and lightweight fertilizer spreader is provided by a structure that has fixing holes for fixing to the spreader frame and the drive case body of the drive case is made of sheet metal with a substantially constant thickness it can.
実施の一形態を、図１乃至図４に基づいて説明する。図１は、本発明の肥料散布機の右側面図である。肥料散布機１は、上方中央部に被散布物を貯留するホッパ３を備え、ホッパ３の底部開口から落下させた肥料等の被散布物をその下方部に位置させた散布部４により飛散散布させる。ホッパ３底部開口と散布部４との間には調整部５が設けられ、散布部４に落下する被散布物の落下量を調節する構造となっている。これらはトラクタ（図示せず）に装着するための装着部を図1の左側前方部に設けたフレーム２により保持されていて、ホッパ３は左右側方に設けたホッパ固定ハンドル３０によって取付けられ、ホッパ固定ハンドル３０を外すとホッパ３のみフレーム２から取り外しできる。装着部は、トラクタの後方に設けた装着用三点リンク（図示せず）に装着するため、トラクタロワリンク（図示せず）と連結する下方部左右に水平方向に突設するロワリンクピン２０と中央部上方に設けたトラクタトップリンク（図示せず）と連結するための左右水平方向のトップリンクピン孔２１を備えている。 One embodiment will be described with reference to FIGS. FIG. 1 is a right side view of the fertilizer spreader of the present invention. The fertilizer spreader 1 is provided with a hopper 3 for storing the material to be dispersed in the upper central part, and the material to be dispersed such as fertilizer dropped from the bottom opening of the hopper 3 is scattered and dispersed by the spraying unit 4 positioned in the lower part thereof. Let An adjustment unit 5 is provided between the bottom opening of the hopper 3 and the spraying unit 4, and has a structure for adjusting the fall amount of the object to be sprayed falling on the spraying unit 4. These are held by a frame 2 provided on the left front side of FIG. 1 with a mounting portion for mounting on a tractor (not shown), and the hopper 3 is attached by a hopper fixing handle 30 provided on the left and right sides. When the hopper fixing handle 30 is removed, only the hopper 3 can be detached from the frame 2. The mounting portion is mounted on a mounting three-point link (not shown) provided on the rear side of the tractor, and therefore, a lower link pin 20 that protrudes horizontally on the left and right of the lower portion connected to the tractor lower link (not shown) And a horizontal top link pin hole 21 for connecting to a tractor top link (not shown) provided above the center.
図２は、肥料散布機１の断面した右側面図である。ホッパ３は、下方が窄まった漏斗形状をなし、その上面は開口している。ホッパ３内には、被散布物としての肥料等が貯留される。ホッパ３の底部には、調整部５が設けられ、調整部５は複数の肥料落下口を設けたホッパ底板５０と、ホッパ底板５０下方面に当接するとともにホッパ３中心部を中心として水平周方向に摺動回動するシャッタ板５１が設けられている。シャッタ板５１は水平方向に摺動回動することでホッパ底板５０の肥料落下口と重合して開口度合いを変化させ被散布物の落下量を調整する開口調整孔を有し、フレーム２前方部に設けられトラクタ運転席より操作できるシャッタ作動部５２のシャッタレバー５２０の操作により調整可能に設けられている。シャッタ板５１は、下方面中央部に当接させて設けたシャッタボス５１０により、ホッパ底板５０とに挟持され回動自在に保持されている。 FIG. 2 is a cross-sectional right side view of the fertilizer spreader 1. The hopper 3 has a funnel shape with a narrowed bottom, and its upper surface is open. In the hopper 3, fertilizers and the like as a material to be spread are stored. An adjustment unit 5 is provided at the bottom of the hopper 3, and the adjustment unit 5 is in contact with a hopper bottom plate 50 provided with a plurality of fertilizer dropping ports, and a lower surface of the hopper bottom plate 50, and in the horizontal circumferential direction centering on the center of the hopper 3. A shutter plate 51 that slides and rotates is provided. The shutter plate 51 slides and rotates in the horizontal direction so as to overlap with the fertilizer dropping port of the hopper bottom plate 50 to change the degree of opening and adjust the amount of fall of the object to be sprayed. It is provided so that it can be adjusted by operating the shutter lever 520 of the shutter operating unit 52 that can be operated from the tractor driver's seat. The shutter plate 51 is sandwiched between the hopper bottom plate 50 and rotatably held by a shutter boss 510 provided in contact with the central portion of the lower surface.
シャッタ作動部５２は、フレーム２に設けた進行方向と直行する水平方向のレバー回動支点を中心に前後に回動するシャッタレバー５２０と、シャッタレバー５２０の下方回動端とシャッタ板５１とを連結するシャッタロッド５２１と、シャッタレバー５２０の回動量に比例したシャッタ板５１のシャッタ開度目盛を設けシャッタレバー５２０をガイドするシャッタ開度目盛板５２２を備える。 The shutter operation unit 52 includes a shutter lever 520 that rotates back and forth around a horizontal lever rotation fulcrum that is perpendicular to the traveling direction provided in the frame 2, a lower rotation end of the shutter lever 520, and the shutter plate 51. A shutter opening scale plate 522 for guiding the shutter lever 520 is provided by providing a shutter rod 521 to be connected and a shutter opening scale of the shutter plate 51 proportional to the rotation amount of the shutter lever 520.
シャッタレバー５２０は、側面視くの字状で中間屈折頂部近傍の回動支点孔がレバー回動支点に嵌合されて前後に回動し、上方端部に作業者が操作する握り部を備え、下方回動端部にシャッタロッド５２１が回動自在に連結されている。シャッタロッド５２１の他方端はシャッタ板５１の外周部に設けた連結板に連結されている。シャッタレバー５２０の上端部が肥料散布機１の前方側に引き下げられると、シャッタロッド５２１が後方側に押され、シャッタ板５１がホッパ３中心部と同一に設けた駆動ケース６の出力軸６１回転中心を中心に回動する。これに伴い、シャッタ板５１の開口調整孔とホッパ底板５０の肥料落下口が重合して開口し肥料が落下される。レバー回動支点より上方の上方握り部下方には、前記シャッタ開度目盛板５２２がフレーム２に固着されて設けてあり、作業者はシャッタ開度目盛板５２２に設けたシャッタ開度目盛の回動位置でシャッタ板５１の回動位置及び開口量が確認できる。シャッタ作動部５２は、この実施例では手動からなるが、手動によらず電動モータ等により作動させる構成としてもよい。電動作動の駆動によって動かす技術は既知のものであり、その説明を省略する。 The shutter lever 520 is shaped like a side view, and a pivot fulcrum hole in the vicinity of the intermediate refraction top portion is fitted to the lever pivot fulcrum and pivots back and forth, and has a grip portion operated by an operator at the upper end. The shutter rod 521 is rotatably connected to the lower rotation end. The other end of the shutter rod 521 is connected to a connecting plate provided on the outer periphery of the shutter plate 51. When the upper end of the shutter lever 520 is pulled down to the front side of the fertilizer spreader 1, the shutter rod 521 is pushed rearward, and the output shaft 61 of the drive case 6 provided with the shutter plate 51 in the same position as the center of the hopper 3 rotates. Rotate around the center. Along with this, the opening adjusting hole of the shutter plate 51 and the fertilizer dropping port of the hopper bottom plate 50 are overlapped and opened to drop the fertilizer. The shutter opening scale plate 522 is fixed to the frame 2 below the upper gripping portion above the lever rotation fulcrum, and the operator rotates the shutter opening scale provided on the shutter opening scale plate 522. The rotational position and opening amount of the shutter plate 51 can be confirmed at the moving position. The shutter operating unit 52 is manually operated in this embodiment, but may be configured to be operated by an electric motor or the like without being manually operated. Since the technique of moving by the drive of electric operation is known, the description thereof is omitted.
調整部５下方には、散布部４が設けられていて、調整部５から落下した肥料を水平回転する散布板４０により拡散散布する。散布板４０の上面には、回転軸芯に対し放射状に配置され垂設された散布羽根４１が複数設けられていて、落下した肥料等が飛散され遠心力により遠方まで散布される。また、散布板４０の前方側（図２の左側）と上面側は散布部カバー４２で覆われていて、後方側（図２の右側）に扇状に散布が行われる。 Below the adjusting unit 5, a spraying unit 4 is provided, and the fertilizer dropped from the adjusting unit 5 is spread and sprayed by a spray plate 40 that rotates horizontally. On the upper surface of the spreading plate 40, there are provided a plurality of spreading blades 41 that are arranged in a radial manner with respect to the rotational axis, and fallen fertilizers are scattered and scattered far away by centrifugal force. Further, the front side (left side in FIG. 2) and the upper surface side of the spreading plate 40 are covered with the spreading part cover 42, and the fan side is spread on the rear side (right side in FIG. 2).
散布板４０は、その下方に位置して設けられた駆動ケース６の出力軸６１に散布板４０に固着した散布板ボス４００を介して取り付けられていて、駆動ケース６に走行車等から入力された動力で駆動される。駆動ケース６は、図３に基いて説明すると、板金製のケースである駆動ケース本体６６に、トラクタ等の走行車への装着部側の前方を向いて一端を突設して設けた入力軸６０と、入力軸６０と直行して上方を向けて一端を突設した出力軸６１が設けられている。入力軸６０は、駆動ケース本体６６内において、内端部にベベルギヤ６３を平行キー６０３によって固着していて、直交する出力軸６１に同じく平行キー６０３によって固着されたベベルギヤ６３と噛合している。ベベルギヤ６３と隣接して設けた入力軸ベアリング６００とさらにスペーサー６０２を挟んで設けた入力軸ベアリング６００によって回転自在に保持されている。駆動ケース本体６６外側部はオイルシール６０１が設けられ密封されている。一方、出力軸６１は、下方端部を駆動ケース本体６６内の出力軸ベアリング６１０と、同じく上方部の前記ベベルギヤ６３と隣接して設けた出力軸ベアリング６１０とで回転自在に保持されている。出力軸６１の駆動ケース本体６６からの突設基部は防塵カバー６４によって被覆されている。 The spreader plate 40 is attached to an output shaft 61 of the drive case 6 provided below the spreader plate 40 via a spreader plate boss 400 fixed to the spreader plate 40, and is input to the drive case 6 from a traveling vehicle or the like. It is driven by the power. The drive case 6 will be described with reference to FIG. 3. An input shaft provided at one end of the drive case body 66, which is a case made of sheet metal, is provided so as to face the front of the mounting portion side of the traveling vehicle such as a tractor. 60 and an output shaft 61 that is orthogonal to the input shaft 60 and has one end projecting upward. In the drive case main body 66, the input shaft 60 has a bevel gear 63 fixed to an inner end portion thereof by a parallel key 603, and meshes with the bevel gear 63 fixed to the orthogonal output shaft 61 by the parallel key 603. An input shaft bearing 600 provided adjacent to the bevel gear 63 and an input shaft bearing 600 provided with a spacer 602 interposed therebetween are rotatably held. The outer side of the drive case main body 66 is provided with an oil seal 601 and sealed. On the other hand, the output shaft 61 is rotatably held at its lower end by an output shaft bearing 610 in the drive case main body 66 and an output shaft bearing 610 provided adjacent to the bevel gear 63 in the upper portion. A protruding base portion of the output shaft 61 from the drive case main body 66 is covered with a dustproof cover 64.
出力軸６１の突出部には、前記散布板４０の散布板ボス４００が取付けられ、さらに、散布板４０を貫通した上方の端部にはホッパ３内に設けたアジテータ３１が連結される。アジテータ３１は、ホッパ３内の肥料等がホッパ底板５０の肥料落下口から流下しやすいようにホッパ底板５０に接近して回転して肥料を撹拌移動させる。 A spreading plate boss 400 of the spreading plate 40 is attached to the projecting portion of the output shaft 61, and an agitator 31 provided in the hopper 3 is connected to an upper end portion penetrating the spreading plate 40. The agitator 31 rotates and moves close to the hopper bottom plate 50 so that the fertilizer and the like in the hopper 3 can easily flow down from the fertilizer dropping port of the hopper bottom plate 50.
駆動ケース本体６６は、全体が板金製で成型されていて、入力軸６０の回転軸芯を通る水平面で上下に分割されている。分割面にはそれぞれフランジ部６２が形成され、該フランジ部６２は上下に分割された駆動ケース本体６６を圧着させるための締結部材用孔６２０と駆動ケース本体６６を肥料散布機１のフレーム２に固定するための固定用孔６２１とを設けている。フレーム２の駆動ケース６の取付面は水平面を有した板金製で、駆動ケース本体６６のフランジ部６２から下方側へ突設した部分が干渉しないように切り欠かれた状態となっていて、下方側の駆動ケース本体６６のフランジ部６２の下方を向いた面が当接され、固定用孔６２１とフレーム２側の孔とにボルトを挿通してナットで締め付けて固定される。 The drive case main body 66 is entirely made of sheet metal, and is divided into upper and lower parts on a horizontal plane passing through the rotation axis of the input shaft 60. A flange portion 62 is formed on each of the split surfaces. The flange portion 62 has a fastening member hole 620 and a drive case main body 66 for pressing the drive case main body 66 divided in the vertical direction on the frame 2 of the fertilizer spreader 1. A fixing hole 621 for fixing is provided. The mounting surface of the driving case 6 of the frame 2 is made of a sheet metal having a horizontal surface, and is cut out so that a portion projecting downward from the flange portion 62 of the driving case body 66 does not interfere with the lower side. The surface of the drive case body 66 on the side facing the lower side of the flange portion 62 is brought into contact, and a bolt is inserted through the fixing hole 621 and the hole on the frame 2 side and fastened with a nut to be fixed.
フレーム２の装着部によってトラクタに肥料散布機１を装着し、駆動ケース６の前方に突設した入力軸６０にユニバーサルジョイント（図示せず）を連結し、これの他端をトラクタ（図示せず）に設けられたＰＴＯ軸（図示せず）に連結することによりトラクタ等の走行機からの動力が入力可能となる。入力軸６０に入力されたトラクタからの回転動力は、入力軸６０に固着されたベベルギヤ６３を介して、直交して設けた出力軸６１に伝達され、出力軸６１に取付けられた散布板４０を回転駆動する。駆動ケース６全体は、入力軸６０前方部が解放された駆動ケースカバー６５によって覆われて回転部を保護している。 The fertilizer spreader 1 is mounted on the tractor by the mounting portion of the frame 2, a universal joint (not shown) is connected to the input shaft 60 projecting forward of the drive case 6, and the other end thereof is connected to the tractor (not shown). ) From a traveling machine such as a tractor can be input. The rotational power from the tractor input to the input shaft 60 is transmitted to the output shaft 61 provided orthogonally via the bevel gear 63 fixed to the input shaft 60, and the spreader plate 40 attached to the output shaft 61 is passed through. Rotation drive. The entire drive case 6 is covered with a drive case cover 65 in which the front part of the input shaft 60 is released to protect the rotating part.
本例の肥料散布機１で肥料を散布する場合は、トラクタの後方に設けた装着用三点リンク（図示せず）に装着部を連結して装着する。装着は、トラクタロワリンク（図示せず）と下方部左右に水平方向に突設するロワリンクピン２０と連結する。また、トラクタトップリンク（図示せず）と中央部上方に設けた左右水平方向のトップリンクピン孔２１にピンを挿入して連結する。トラクタの装着用三点リンクはトラクタに乗車した作業者がトラクタのレバーを操作して肥料散布機１を上下に昇降できる。肥料散布機１を装着後、トラクタＰＴＯ軸と肥料散布機１の駆動ケース６の入力軸６０とをユニバーサルジョイント（図示せず）等の動力伝達軸により連結して動力の取り出しを可能にする。 When spreading fertilizer with the fertilizer spreader 1 of this example, it mounts | wears with a mounting part connected with the attachment three-point link (not shown) provided in the back of the tractor. The mounting is connected to a tractor lower link (not shown) and a lower link pin 20 that protrudes horizontally on the left and right of the lower part. Further, a tractor top link (not shown) is connected to the top link pin hole 21 in the horizontal horizontal direction provided above the center by inserting a pin. The three-point link for mounting the tractor allows an operator who has got on the tractor to operate the lever of the tractor to move the fertilizer spreader 1 up and down. After the fertilizer spreader 1 is mounted, the tractor PTO shaft and the input shaft 60 of the drive case 6 of the fertilizer spreader 1 are connected by a power transmission shaft such as a universal joint (not shown) so that power can be taken out.
シャッタ作動部５２のシャッタレバー５２０を操作して、ホッパ底板５０の肥料落下口を閉じた後、ホッパ３の上方の解放部より肥料を投入する。 The shutter lever 520 of the shutter operating unit 52 is operated to close the fertilizer dropping port of the hopper bottom plate 50, and then fertilizer is introduced from the release part above the hopper 3.
肥料の散布圃場にて、トラクタのＰＴＯ軸を回転させ散布部４を駆動する。トラクタの走行速度を決め、その速度時に所定の散布量が散布部４に落下するように、シャッタ開度目盛板５２２に合わせてシャッタ作動部５２のシャッタレバー５２０を前方に回動させ、ホッパ底板５０の肥料落下口を所定量開放する。解放と同時にトラクタを走行させ散布作業を行う。 In the fertilizer application field, the PTO shaft of the tractor is rotated to drive the application unit 4. The traveling speed of the tractor is determined, and the shutter lever 520 of the shutter operating unit 52 is rotated forward in accordance with the shutter opening scale plate 522 so that a predetermined spraying amount falls on the spraying unit 4 at that speed, and the hopper bottom plate A predetermined amount of 50 fertilizer outlets are opened. Simultaneously with the release, the tractor is run to perform the spraying operation.
駆動ケース６のフレーム２への取付け部が駆動ケース本体６６の上下分割部の締結フランジを兼用している構造であり、駆動ケース本体６６が肉厚がほぼ一定の板金製で構成されているため、肥料散布機１がシンプルで軽量な構成となる。軽量となったことで、ホッパ３内に従来より多くの肥料を投入可能となり、効率よい作業が可能となる。 Since the attachment portion of the drive case 6 to the frame 2 also serves as a fastening flange of the upper and lower divided portions of the drive case main body 66, the drive case main body 66 is made of a sheet metal having a substantially constant thickness. The fertilizer spreader 1 has a simple and lightweight configuration. By becoming lightweight, more fertilizer can be thrown into the hopper 3 than before, and efficient work becomes possible.
本発明は、トラクタ等の走行車に装着されて使用される肥料散布機に適用できる。 The present invention can be applied to a fertilizer spreader that is used by being mounted on a traveling vehicle such as a tractor.
１ 肥料散布機
２ ホッパ
３０ ホッパ固定ハンドル
３１ アジテータ
４ 散布部
４０ 散布板
４００ 散布板ボス
４１ 散布羽根
４２ 散布部カバー
５ 調整部
５０ ホッパ底板
５１ シャッタ板
５１０ シャッタボス
５２ シャッタ作動部
５２０ シャッタレバー
５２１ シャッタロッド
５２２ シャッタ開度目盛板
６ 駆動ケース
６０ 入力軸
６００ 入力軸ベアリング
６０１ オイルシール
６０２ スペーサー
６０３ 平行キー
６１ 出力軸
６１０ 出力軸ベアリング
６２ フランジ部
６２０ 締結部材用孔
６２１ 固定用孔
６３ ベベルギヤ
６４ 防塵カバー
６５ 駆動ケースカバー
６６ 駆動ケース本体
DESCRIPTION OF SYMBOLS 1 Fertilizer spreader 2 Hopper 30 Hopper fixed handle 31 Agitator 4 Spreading part 40 Spreading plate 400 Spreading plate boss 41 Spreading blade 42 Spreading part cover 5 Adjustment part 50 Hopper bottom plate 51 Shutter plate 510 Shutter boss 52 Shutter operation part 520 Shutter lever 521 Shutter rod 522 Shutter opening scale plate 6 Drive case 60 Input shaft 600 Input shaft bearing 601 Oil seal 602 Spacer 603 Parallel key 61 Output shaft 610 Output shaft bearing 62 Flange portion 620 Fastening member hole 621 Fixing hole 63 Bevel gear 64 Dustproof cover 65 Drive Case cover 66 Drive case body
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| JP2014073257A JP6223260B2 (en) | 2014-03-31 | 2014-03-31 | Fertilizer spreader |
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| JP2014073257A JP6223260B2 (en) | 2014-03-31 | 2014-03-31 | Fertilizer spreader |
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| JP6223260B2 JP6223260B2 (en) | 2017-11-01 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113317019A (en) * | 2021-06-07 | 2021-08-31 | 安徽机电职业技术学院 | Agricultural machinery equipment that can high-efficiently scatter fertilizer is with scattering device |
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| JPS5949528U (en) * | 1982-09-25 | 1984-04-02 | 株式会社四国製作所 | Management machine power transmission device |
| JPS59196011U (en) * | 1983-06-15 | 1984-12-26 | 株式会社クボタ | planting case |
| JPS60133728U (en) * | 1984-02-18 | 1985-09-06 | ヤンマー農機株式会社 | Rice transplanter fertilization device |
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