JPH0535U - Threshing equipment - Google Patents

Threshing equipment

Info

Publication number
JPH0535U
JPH0535U JP5585891U JP5585891U JPH0535U JP H0535 U JPH0535 U JP H0535U JP 5585891 U JP5585891 U JP 5585891U JP 5585891 U JP5585891 U JP 5585891U JP H0535 U JPH0535 U JP H0535U
Authority
JP
Japan
Prior art keywords
feed chain
handling
chain
culm
feed
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.)
Granted
Application number
JP5585891U
Other languages
Japanese (ja)
Other versions
JP2528334Y2 (en
Inventor
中村隆正
Original Assignee
セイレイ工業株式会社
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 セイレイ工業株式会社 filed Critical セイレイ工業株式会社
Priority to JP5585891U priority Critical patent/JP2528334Y2/en
Publication of JPH0535U publication Critical patent/JPH0535U/en
Application granted granted Critical
Publication of JP2528334Y2 publication Critical patent/JP2528334Y2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Abstract

(57)【要約】 (修正有) 【目的】 扱室の排稈側から機外に排出して損失するい
わゆる4番ロスを解消する。 【構成】 フィ−ドチエン(3)を穀稈供給側から排稈
側寄りまでを第1フィ−ドチエン(3a)とし、その第
1フィ−ドチエン(3a)の終端部の外側に始端部を位
置させて挟持穀稈を受継し搬送する第2フィ−ドチエン
(3b)を連設し、この第2フィ−ドチエン(3b)に
対向する扱胴(4)周面部に植設する扱歯(5)を他の
部分の扱歯(6)より高歯にして、第1フィ−ドチエン
(3a)終端部の後側で第2フィ−ドチエン(3b)の
内側に形成される空間(7)に入り込ませた。
(57) [Summary] (Corrected) [Purpose] To eliminate the so-called No. 4 loss, which is a loss that is discharged outside the machine from the culm side of the handling room. [Structure] The feed chain (3) is defined as the first feed chain (3a) from the grain culm supply side to the culm side, and the start end portion is located outside the end portion of the first feed chain (3a). A second feeding chain (3b) for inheriting and transporting the sandwiched grain culms is continuously provided, and the handling teeth (5) to be planted on the peripheral surface of the handling cylinder (4) facing the second feeding chain (3b). ) Is made higher than the handle teeth (6) of the other part, and is formed in the space (7) formed inside the second feed chain (3b) behind the terminal end of the first feed chain (3a). I let it in.

Description

【考案の詳細な説明】[Detailed description of the device]

【0001】[0001]

【産業上の利用分野】[Industrial applications]

本考案は脱穀装置に関するもので、特に扱室の排稈側から排出される排藁とと もに機外にもち出される刺さり粒を解消しようとするものに利用できる。 The present invention relates to a threshing device, and can be used especially for eliminating stray particles discharged from the culm side of a handling room as well as sticky particles that are carried out of the machine.

【0002】[0002]

【従来の技術】[Prior Art]

近時コンバインにおいては、軽量コンパクト化のため脱穀装置の扱胴を短かく し、性能面では高速刈り・高水分脱穀が要求されていて、このような条件を満た すために扱胴に平行な処理胴を設けて処理機能を追加し脱穀処理を分担させるこ とによって全体的に性能を向上させ消費動力の低減もはかっているが、扱室内に あっては扱胴が短かい分だけ扱胴周面と受網の間に形成する空間容積が小となり 扱室全域にわたって穀粒の密度が高いため、扱室から排出される排藁に刺さり粒 となって機外にもち出され4番ロスになる欠点がある。殊にアンダ−式のフィ− ドチエンでは扱歯の回転による遠心力によって扱室内壁にそい回遊する穀粒が乱 反射等によって機外へ飛び出したりまたフィ−ドチエンに乗ってもち出されたり 或はフィ−ドチエンと挟扼レ−ル保持部に刺さり粒として乗り4番ロスになる。 In recent years, combine harvesters have been required to have a short threshing unit to reduce the weight and size, and in terms of performance, high-speed mowing and high-moisture threshing are required. By providing a processing cylinder and adding a processing function to share the threshing process, overall performance is improved and power consumption is reduced, but in the handling room, only a short handling cylinder is used. Since the volume of space formed between the peripheral surface and the net is small, and the density of the grain is high throughout the handling room, the straw discharged from the handling room becomes stuck and is ejected outside the machine, resulting in No. 4 loss. There is a drawback. Especially in the under-type feeder, the grains that migrate to the inner wall of the handling room may be ejected out of the machine due to irregular reflection due to the centrifugal force due to the rotation of the handling teeth, or may be thrown out by riding on the field chain. Riding the feeder chain and the pinch rail holding part as stuck particles, it will be the 4th loss.

【0003】[0003]

【考案が解決しようとする課題】[Problems to be solved by the device]

本考案はこのような前項に記載する扱室の排稈側から機外に排出して損失する いわゆる4番ロスを解消しようとして特に考案されたものである。 The present invention was particularly devised in order to eliminate the so-called No. 4 loss which is discharged from the exhaust side of the handling room to the outside of the machine as described in the preceding paragraph.

【0004】[0004]

【課題を解決するための手段】[Means for Solving the Problems]

そこで本考案は、特にこの4番ロスを解消することのできる脱穀装置を提供す るために、扱室の扱口にそって張設するフィ−ドチエンを穀稈供給側から排稈側 寄りまでを第1フィ−ドチエンとし、その第1フィ−ドチエンの終端部の外側に 始端部を位置させて挟持穀稈を受継し搬送する第2フィ−ドチエンを連設して構 成し、この第2フィ−ドチエンに対向する扱胴周面部に植設する扱歯を他の部分 の扱歯より高歯にして、第1フィ−ドチエン終端部の後側で第2フィ−ドチエン の内側に形成される空間に入り込ませた構成にしたのである。 Therefore, in order to provide a threshing device capable of eliminating this No. 4 loss, the present invention extends the feed chain extending along the mouth of the handling room from the grain culm supply side to the culm side. Is defined as a first feed chain, and a second feed chain for transferring and receiving the sandwiched grain culms is continuously provided by arranging the start end portion outside the end portion of the first feed chain. The handle teeth to be planted in the peripheral surface of the handle body facing the two feed chains are made higher than the handle teeth of other parts, and are formed inside the second feed chain at the rear side of the first feed chain terminal end portion. It was designed so that it would enter the space that would be called.

【0005】[0005]

【作用】[Action]

このように構成したので、扱室の穀稈供給側から排稈側に向けて横送される穀 稈は先ず第1フィ−ドチエンにより挟持搬送されて扱胴の回転による扱歯の打穀 作用を受けて処理され、次いでこの第1フィ−ドチエンの終端部から第2フィ− ドチエンの始端部に受継されて搬送処理される。そしてこの第1フィ−ドチエン から第2フィ−ドチエンに受継された穀稈は扱胴周面に植設された高歯の扱歯に よって扱胴周面と受網との空間容積が大になっている排稈側で穀粒密度の低い状 態で株元側から梳かれるように脱穀処理され、また第1フィ−ドチエン上および 挟扼レ−ル保持部に乗ってきた穀粒はその終端部から空間に落下し回収される。 With this configuration, the grain culms laterally fed from the grain culm supply side to the culm side of the handling room are first conveyed by being sandwiched and conveyed by the first feed chain, and the rotation of the handling cylinder causes the grain handling action of the handling teeth. It is received and processed, and then transferred from the end portion of the first feed chain to the start portion of the second feed chain and conveyed. And the grain culm inherited from the first feed chain to the second feed chain has a large space volume between the peripheral surface of the cylinder and the net due to the high teeth of the teeth planted on the peripheral surface of the cylinder. The grain that has been threshed on the culm side so as to be combed from the stocker side in a state where the grain density is low, and the grain that has been on the first feed chain and on the pinch rail holding part is It is dropped into the space from the end and collected.

【0006】[0006]

【実施例】【Example】

以下本考案による脱穀装置に関して実施例図に従い説明すると、この脱穀装置 はコンバインとして搭載するもので、「図1」と「図2」は向かって左側が進行 方向に対して前方側となり、刈取り穀稈をフィ−ドチエンで受継いで挟持横送し て扱室で脱穀するのである。 The threshing device according to the present invention will be described below with reference to an embodiment diagram. This threshing device is installed as a combine. In FIG. 1 and FIG. 2, the left side is the front side with respect to the traveling direction and the mowing grain is The culms are inherited by the feed chain, sandwiched and laterally fed, and threshed in the handling room.

【0007】 すなわち、(1)は扱胴(4)を内蔵する扱室で、扱胴(4)を矢印(イ)方 向に回転させて下扱式に構成され、(8)は扱室(1)の下方から後方の排塵室 (9)内に延出して前後方向に揺動し扱室(1)の受網(10)からの漏下物と、 扱室(1)の排稈側に開口する排稈出口部(11)から排出されて落下するも のと、後述する処理室(12)内から漏下するものとを受けて選別する揺動選別 体で、前方側の始端側からグレンパン(13)とグレンシ−ブ(14)を架設し 、このグレンシ−ブ(14)の上方にチャフシ−ブが(15)が配設され、チャ フシ−ブ(15)の上側で前記排稈出口部(5)の下方には短長のストロ−ラッ ク(16)が設けられ、これらが一体となって揺動するように構成されている。That is, (1) is a handling room having a handling barrel (4) built therein, which is configured as a lower handling type by rotating the handling barrel (4) in the direction of arrow (a), and (8) is a handling chamber. Leakage from the catching net (10) of the handling chamber (1) and the discharge of the handling chamber (1) by extending from below (1) into the rear dust collection chamber (9) and swinging in the front-back direction. An oscillating sorter that sorts out what is discharged and dropped from the culm outlet (11) that opens to the culm side and what is leaked from the inside of the processing chamber (12) described below. A Glen pan (13) and a Glen sieve (14) are installed from the starting end side, a chaff sieve (15) is arranged above this Glen sieve (14), and above the chaff sieve (15). A short-length strok rack (16) is provided below the culm outlet part (5), and these strok racks (16) integrally swing.

【0008】 (17)は前記グレンパン(13)の下方に設けた選別風起風用の横断流ファ ンであり、この横断流ファン(17)から吹き出る風によって揺動選別体(8) を下側から吹き抜ける選別風路(18)が形成され、(19)と(20)はスク リュ−コンベヤを内装して横設された1番物樋と2番物樋、(21)は排塵室( 9)の上方で扱口(2)にそって張設するフィ−ドチエン(3)側に設けた吸引 排塵ファンである。Reference numeral (17) is a cross flow fan provided below the Glen pan (13) for raising the selection wind. The cross flow fan (17) blows down the swinging selection body (8). A sorting air duct (18) that blows from the side is formed, and (19) and (20) are the 1st and 2nd troughs installed horizontally with a screw conveyor inside, and (21) is the dust chamber. It is a suction dust collecting fan provided on the side of the feed chain (3) which is stretched above the handle (2) above (9).

【0009】 処理室(12)はフィ−ドチエン(3)と反対側で扱室(1)の排稈側から揺 動選別体(8)の一側がわ上方にそい前後方向に設けられ排塵室(9)の側部ま で延設されて扱室(1)に並設されているのであって、処理室(12)内には処 理胴が矢印(ロ)方向に回転自在に内蔵され、その前端部は送塵口(22)を介 して扱室(1)に連通し、後端部は排塵室(9)に通じている。また前記2番物 樋(20)の終端側はスロワ−(23)によって揺動選別体(8)上に連通して いる。The treatment chamber (12) is provided on the opposite side of the feed chain (3) from the culm side of the handling chamber (1) to one side of the shaking sorting body (8) in the front and rear direction to remove dust. Since it extends to the side of the chamber (9) and is juxtaposed with the handling chamber (1), a processing cylinder is built in the processing chamber (12) rotatably in the arrow (B) direction. The front end portion thereof communicates with the handling chamber (1) through the dust delivery port (22), and the rear end portion thereof communicates with the dust discharge chamber (9). Further, the end side of the second gutter (20) communicates with the swing selecting body (8) by a thrower (23).

【0010】 次に、前記のフィ−ドチエン(3)は穀稈供給側から排稈側寄りまでを第1フ ィ−ドチエン(3a)で、排稈側寄り以降を第2フィ−ドチエン(3b)で構成 し、その第2フィ−ドチエン(3b)の始端部を第1フィ−ドチエン(3a)の 終端部の外側に位置させて連設し挟持穀稈を受継し後方に搬送するようにしてあ り、またこの第2フィ−ドチエン(3b)に対向する扱胴(4)の排稈側周面部 に植設する扱歯(5)は他の周面部分に植設した扱歯(6)より一段と高歯に形 成してあって、第1フィ−ドチエン(3a)の終端部の後側で第2フィ−ドチエ ン(3b)の内側に形成される空間(7)に入り込ませてある。そして第1フィ −ドチエン(3a)はその幅(W)を広くして穀稈の挟持力を高め、第2フィ− ドチエン(3b)は幅(w)を狭くして外側方への出っ張りを小にし、第2フィ −ドチエン(3b)の回転速度は第1フィ−ドチエン(3a)の回転速度よりも 速くして受継部の速度差で穀稈層が薄くなるようにし、前記の受網(10)は高 歯の扱歯(5)に対応する部分と他の扱歯(6)に対応する部分との境界部(2 4)に段差(H)ができている。Next, the above-mentioned feed chain (3) is the first feed chain (3a) from the grain culm supply side to the culm side, and the second feed chain (3b) after the culm side. ), The start end of the second feed chain (3b) is positioned outside the end of the first feed chain (3a), and the two feed chains are continuously connected so that the sandwiched grain culms are inherited and conveyed backward. In addition, the handle tooth (5) to be planted on the culm side peripheral surface portion of the handle body (4) facing the second feed chain (3b) is the handle tooth (5) implanted to the other peripheral surface portion ( 6) It is formed with higher teeth than that of 6) and enters the space (7) formed inside the second feed chain (3b) behind the terminal end of the first feed chain (3a). I have it. The first feed chain (3a) has a wider width (W) to increase the gripping power of the grain culm, and the second feed chain (3b) has a smaller width (w) to project outward. The rotation speed of the second feed chain (3b) is made faster than the rotation speed of the first feed chain (3a) so that the grain culm layer becomes thin due to the difference in speed of the inherited portion. In (10), a step (H) is formed at the boundary (24) between the portion corresponding to the high treatment tooth (5) and the portion corresponding to the other treatment tooth (6).

【0011】 また、(24)はフィ−ドチエン(3)により扱室(1)内を横送された脱穀 済みの排藁をその株元側を受継して後方に搬出する排藁チエンで、フィ−ドチエ ン(3)の反対側に向けて搬出するように斜め後方に向けて延設され、前記排稈 出口部(11)の外側で扱胴(4)軸と直交する巻き掛け伝動具(25)とこの 伝動具(25)と排藁チエン(24)の始端部との間に介在するギヤボックス( 26)とによって扱胴(4)軸から動力が伝達されていて、その排藁チエン(2 4)の始端部は第2フィ−ドチエン(3b)の内側部に接近して第1フィ−ドチ エン(3a)の後方への延長線上に位置している。[0012] Further, (24) is a straw chain that carries threshing-completed straw that has been transferred laterally through the handling room (1) by the feed chain (3) and carries it out to the rear by inheriting the threshing side. A winding transmission device that extends obliquely rearward so as to be carried out to the opposite side of the feed chain (3), and is orthogonal to the axis of the handling cylinder (4) outside the outlet (11) of the culm. Power is transmitted from the shaft of the handling cylinder (4) by the gearbox (26) interposed between the gear (25) and the transmission tool (25) and the start end of the straw chain (24). The starting end of the chain (24) approaches the inner side of the second feed chain (3b) and is located on the rearward extension of the first feed chain (3a).

【0012】 これによって、刈取穀稈はフィ−ドチエン(3)によって穂先側が扱室(1) 内を横送されて打穀され脱穀済みの排藁は排稈出口部(11)から出て排藁チエ ン(24)に受継がれ機体後方に搬出されるとともに扱室(1)の受網(10) から漏下する脱穀物と排稈出口部(11)から落下するものは揺動選別体(8) の揺動運動と横断流ファン(17)により起風され選別風路(18)を吹き抜け る風によって選別されて、1番物は1番物樋(19)に集合ののち取出され、2 番物は2番物樋(20)内を終端側に送られてスロワ−(23)により揺動選別 体(8)の始端側に返されて再選別され、扱室(1)の排稈側に開口する送塵口 (22)から排出されるものは処理室(12)内を後方に送られながら処理され て該室(12)から漏下するものは揺動選別体(8)の終端側に落下して選別さ れ、後端部に至ったものは排塵室(9)内に放出され吸引排塵ファン(21)の 吸引力により機体外に排塵される。As a result, the cutting culms are fed laterally through the handling chamber (1) by the feed chain (3) so that the crushed grain and the threshed straw are discharged from the culm outlet (11). Throwing sorting is performed on the straw chain (24) and carried out to the rear of the machine, and the grains removed from the net (10) of the handling room (1) and those falling from the culm outlet (11) are shaken. Sorted by the swinging motion of the body (8) and the wind blown by the cross flow fan (17) and passing through the sorting air duct (18), the first product is taken out after gathering in the first product gutter (19). Then, the No. 2 product is sent to the terminal side in the No. 2 product gutter (20) and returned to the starting end side of the rocking sorter (8) by the thrower (23) for re-sorting, and the handling room (1). What is discharged from the dust outlet (22) opening to the culm side of the is processed while being sent backward in the processing chamber (12). Those that leak from the chamber (12) fall to the end side of the swing sorting body (8) and are sorted, and those that reach the rear end are discharged into the dust chamber (9) and sucked dust. Dust is discharged to the outside of the machine by the suction force of the fan (21).

【0013】 そして、フィ−ドチエン(3)により扱室(1)内を横送される前記の穀稈は 、穀稈供給側から第1フィ−ドチエン(3a)によって挟持搬送されその間に扱 歯(6)により打穀処理され、次いでこの第1フィ−ドチエン(3a)の終端部 から第2フィ−ドチエン(3b)に受継されて境界部(24)の段差(H)を通 過し扱胴(4)周面と受網(10)との空間容積が大になって穀粒密度が低い状 態になる排稈側で高歯の扱歯(5)によって稈身全体が梳かれるように脱穀処理 され、かつ第1フィ−ドチエン(3a)と第2フィ−ドチエン(3b)の受継部 の速度差によって穀稈層は薄くなりその脱穀処理が増進される。また、第1フィ −ドチエン(3a)上とこの挟扼レ−ル保持部に乗ってきた穀粒はその終端部か ら後側の空間(7)に落下して回収される。そして第2フィ−ドチエン(3b) でさらに後方に搬送される排藁はこのチエン(3b)の内側部に接近して第1フ ィ−ドチエン(3a)の延長線上に位置する排藁チエン(24)の始端部によっ て円滑に受継され機体後方へ搬出されるのである。Then, the grain culm laterally fed in the treatment chamber (1) by the feed chain (3) is sandwiched and conveyed by the first feed chain (3a) from the grain culm supply side, and the denture is disposed therebetween. (6) The grain is treated by (6), and then the second feed chain (3b) is inherited from the end portion of the first feed chain (3a) to pass through the step (H) at the boundary portion (24). The space between the shell (4) and the net (10) becomes large, and the grain density becomes low. On the culm side, the whole stalks are combed by the high teeth (5). The grain culm layer is thinned and the threshing treatment is promoted due to the difference in speed between the inherited portions of the first and second feed chains (3a) and (3b). Further, the grains that have been on the first feed chain (3a) and on the pinching rail holding part are dropped from the end part thereof to the space (7) on the rear side and collected. The straw fed further backward in the second feed chain (3b) approaches the inner portion of the chain (3b) and is located on the extension line of the first feed chain (3a). It is smoothly taken over by the starting end of 24) and carried out to the rear of the aircraft.

【0014】[0014]

【考案の効果】[Effect of the device]

本考案は以上詳述したように、扱室(1)の扱口(2)にそって張設するフィ −ドチエン(3)を穀稈供給側から排稈側寄りまでを第1フィ−ドチエン(3a )とし、その第1フィ−ドチエン(3a)の終端部の外側に始端部を位置させて 挟持穀稈を受継し搬送する第2フィ−ドチエン(3b)を連設して構成し、この 第2フィ−ドチエン(3b)に対向する扱胴(4)周面部に植設する扱歯(5) を他の部分の扱歯(6)より高歯にして、第1フィ−ドチエン(3a)終端部の 後側で第2フィ−ドチエン(3b)の内側に形成される空間(7)に入り込ませ たことを特徴とする脱穀装置であるから、第1フィ−ドチエン(3a)の終端部 から第2フィ−ドチエン(3b)に受継された穀稈は高歯の扱歯(5)によって 扱胴(4)周面と受網(10)との空間容積が大になって穀粒密度の低い状態に なる排稈側でその高歯の扱歯(5)で稈身全体が株元側から梳かれるように脱穀 処理されてその処理が増進し、また第1フィ−ドチエン(3a)上およびその挟 扼レ−ル保持部に乗ってきた穀粒は終端部から空間(7)に落下して回収される ので、扱室(1)の排稈側から機外に排出して損失する従来のいわゆる4番ロス を解消することができるものとなった。 As described in detail above, the present invention provides a feed chain (3) extending along the handling opening (2) of the handling room (1) from the grain culm supply side to the culm side toward the first feed chain. (3a), and the second feed chain (3b) for transferring and carrying the sandwiched grain culms by arranging the start end portion outside the end portion of the first feed chain (3a) is formed, The handle teeth (5) to be planted on the peripheral surface of the handle cylinder (4) facing the second feed chain (3b) are made higher than the handle teeth (6) of the other parts to make the first feed chain (5). 3a) The threshing device is characterized in that it is made to enter the space (7) formed inside the second feed chain (3b) on the rear side of the terminal end, so that the first feed chain (3a) The grain culm, which has been inherited from the terminal end to the second feed chain (3b), is handled by the high-toothed teeth (5) on the peripheral surface of the barrel (4) Threshing treatment so that the whole culm is combed from the plant side with the high-toothed teeth (5) on the culm side where the space volume with the net (10) becomes large and the grain density becomes low. As a result, the processing is promoted, and the grains that have ridden on the first feed chain (3a) and the sandwich rail holding section fall from the terminal section into the space (7) and are collected. The conventional so-called No. 4 loss, which is lost by discharging from the culm side of the handling room (1) to the outside of the machine, can be eliminated.

【図面の簡単な説明】[Brief description of drawings]

【図1】脱穀装置の要部を示す平面図である。FIG. 1 is a plan view showing a main part of a threshing device.

【図2】同脱穀装置の縦断側面図である。FIG. 2 is a vertical side view of the threshing device.

【図3】同装置の縦断前方視図である。FIG. 3 is a vertical front view of the device.

【符号の説明】[Explanation of symbols]

1 扱室 2 扱口 3 フィ−ドチエン 3a 第1フィ−ドチエン 3b 第2フィ−ドチエン 4 扱胴 5 扱歯 6 扱歯 7 空間 1 Handling room 2 Handling mouth 3 Feed chien 3a 1st feeding chien 3b 2nd feeding chien 4 Handling barrel 5 Handling tooth 6 Handling tooth 7 Space

Claims (1)

【実用新案登録請求の範囲】 【請求項1】 扱室(1)の扱口(2)にそって張設す
るフィ−ドチエン(3)を穀稈供給側から排稈側寄りま
でを第1フィ−ドチエン(3a)とし、その第1フィ−
ドチエン(3a)の終端部の外側に始端部を位置させて
挟持穀稈を受継し搬送する第2フィ−ドチエン(3b)
を連設して構成し、この第2フィ−ドチエン(3b)に
対向する扱胴(4)周面部に植設する扱歯(5)を他の
部分の扱歯(6)より高歯にして、第1フィ−ドチエン
(3a)終端部の後側で第2フィ−ドチエン(3b)の
内側に形成される空間(7)に入り込ませたことを特徴
とする脱穀装置。
[Claims for utility model registration] [Claim 1] The feed chain (3) stretched along the handling opening (2) of the handling room (1) is provided first from the grain culm supply side to the culm side. First feed (3a) and its first feed
A second feed chain (3b) that receives and conveys the sandwiched grain culms by locating the start end portion outside the end portion of the dochien (3a).
And the handle teeth (5) to be planted on the peripheral surface of the handle cylinder (4) facing the second feed chain (3b) are made higher than the handle teeth (6) of other parts. The threshing device is characterized in that it is made to enter the space (7) formed inside the second feeding chain (3b) behind the first feeding chain (3a) end portion.
JP5585891U 1991-06-20 1991-06-20 Threshing equipment Expired - Lifetime JP2528334Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP5585891U JP2528334Y2 (en) 1991-06-20 1991-06-20 Threshing equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP5585891U JP2528334Y2 (en) 1991-06-20 1991-06-20 Threshing equipment

Publications (2)

Publication Number Publication Date
JPH0535U true JPH0535U (en) 1993-01-08
JP2528334Y2 JP2528334Y2 (en) 1997-03-12

Family

ID=13010761

Family Applications (1)

Application Number Title Priority Date Filing Date
JP5585891U Expired - Lifetime JP2528334Y2 (en) 1991-06-20 1991-06-20 Threshing equipment

Country Status (1)

Country Link
JP (1) JP2528334Y2 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2006014622A (en) * 2004-06-30 2006-01-19 Iseki & Co Ltd Threshing apparatus

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP6632473B2 (en) * 2016-06-02 2020-01-22 株式会社クボタ Combine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2006014622A (en) * 2004-06-30 2006-01-19 Iseki & Co Ltd Threshing apparatus
JP4569193B2 (en) * 2004-06-30 2010-10-27 井関農機株式会社 Threshing device

Also Published As

Publication number Publication date
JP2528334Y2 (en) 1997-03-12

Similar Documents

Publication Publication Date Title
JPH0535U (en) Threshing equipment
JP3730408B2 (en) Combine second product processing configuration
JP2008178303A (en) Threshing apparatus for combine harvester
JPH0613671Y2 (en) Thresher
JP3789229B2 (en) Combine
JP3315740B2 (en) Threshing machine dust processing equipment
JP4623313B2 (en) Threshing device
JP3521496B2 (en) Threshing equipment
JP3635130B2 (en) Combine thresher
JP3574507B2 (en) Combine with branch stalk processing device
JP3670118B2 (en) Combine swinging sorter
JP3684625B2 (en) Threshing device
JP3712509B2 (en) Combine threshing equipment
JP2000201524A (en) Threshing apparatus of combine harvester
JPH0755878Y2 (en) Threshing equipment
JP3396979B2 (en) Threshing equipment
JP3743944B2 (en) Combine
JP2008035782A5 (en)
JP2000166364A (en) Thresher of combine harvester
JPH11318179A (en) Threshing equipment of combine harvester
JPH01108919A (en) Axial flow type thresher
JP2002262650A (en) Thresher
JPS63202322A (en) Treatment barrel structure of threshing apparatus
JP2003143935A (en) Discharged dust treatment apparatus for thresher
JPS5939218A (en) Sorting control apparatus of thresher