JPH0730627U - Reduction cylinder support device in thresher - Google Patents
Reduction cylinder support device in thresherInfo
- Publication number
- JPH0730627U JPH0730627U JP6952893U JP6952893U JPH0730627U JP H0730627 U JPH0730627 U JP H0730627U JP 6952893 U JP6952893 U JP 6952893U JP 6952893 U JP6952893 U JP 6952893U JP H0730627 U JPH0730627 U JP H0730627U
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- Prior art keywords
- cylinder
- reduction
- transmission case
- processing
- machine
- Prior art date
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Abstract
(57)【要約】
【目的】 還元筒と処理胴伝動ケースの取付け支持を簡
単な構成で強固に行うことができる脱穀機における還元
筒支持装置を提供する。
【構成】 案扱室6及びその後部に連なる処理室7に沿
って設置した揺動選別体8の下方に1番口11及び2番
口9を前後位置に設け、穀粒を1番口11から揚穀筒1
2を介して機体外に排出揚送すると共に、還元穀粒を2
番口9から還元筒10を介して揺動選別体8の前方側に
向けて還元揚送を行う脱穀機1において、上記還元筒1
0を脱穀機壁1aに沿わせ、且つその基部と吐出口10
bとを機壁1aに固定して前傾斜状に斜設すると共に、
前記処理室7内に支架した処理胴7aを回転駆動する伝
動ケース15を上記還元筒10の上方側に配設し、該伝
動ケース10と前記還元筒10の中途部位を連結部材で
連結した脱穀機における還元筒支持装置としている。
(57) [Summary] [Object] To provide a reducing cylinder support device in a thresher capable of firmly attaching and supporting the reducing cylinder and the processing cylinder transmission case with a simple structure. [Structure] No. 1 port 11 and No. 2 port 9 are provided at the front and rear positions below a swinging / sorting body 8 installed along a handling chamber 6 and a processing chamber 7 connected to the rear part thereof, and a grain is placed at the 1st port 11 Karaage barrel 1
It is discharged to the outside of the aircraft via 2 and the reduced grains are
In the threshing machine 1 which performs the reduction pumping toward the front side of the rocking sorting body 8 from the gate 9 through the reduction cylinder 10, the reduction cylinder 1
0 along the thresher wall 1a, and its base and discharge port 10
b and is fixed to the machine wall 1a and obliquely installed in a front slanted shape,
A transmission case 15 for rotatably driving the processing cylinder 7a supported in the processing chamber 7 is arranged above the reduction cylinder 10, and threshing in which the transmission case 10 and the middle portion of the reduction cylinder 10 are connected by a connecting member. It is used as a reducing cylinder support device in a machine.
Description
【0001】[0001]
本考案はコンバイン等の走行作業機に搭載する脱穀機における還元筒の取付け 構成に関する。 The present invention relates to a mounting configuration of a reducing cylinder in a thresher mounted on a traveling work machine such as a combine harvester.
【0002】[0002]
従来、コンバイン等の走行作業機に搭載される脱穀機として、扱室及びその後 部に連なる処理室に沿って設置した揺動選別体の下方で1番口及び2番口を前後 に設け、穀粒を1番口から揚穀筒を介して脱穀機の側方に並設する穀粒タンクに 収容すると共に、還元穀粒を2番口から還元筒を介して揺動選別体に還元揚送を 行うようにする脱穀機が知られている。 この脱穀機の還元筒は脱穀機壁と穀粒タンクとの間において、脱穀機壁に沿わ せその基部と還元口とを固定し前傾斜状に斜設している。また前記処理室内に回 転軸架される処理胴の伝動ケースは、脱穀機壁の穀粒タンク側に膨出形成された 処理室機壁に取り付け固定されている。 Conventionally, as a thresher mounted on a traveling work machine such as a combine, the mouths 1 and 2 are provided at the front and rear below the swing sorting body installed along the handling room and the processing room connected to the rear of the machine. The grains are stored in a grain tank that is juxtaposed to the side of the threshing machine from the 1st mouth via the hoisting barrel, and the reduced grains are reduced and pumped from the 2nd mouth to the rocking sorter via the reducing barrel. Thresher is known to do. The reducing cylinder of this threshing machine is installed between the threshing machine wall and the grain tank along the threshing machine wall, the base of which is fixed and the reducing port, and is obliquely installed in a forward slanting shape. Further, the transmission case of the processing cylinder which is rotatably mounted in the processing chamber is attached and fixed to the processing chamber machine wall that is bulged and formed on the grain tank side of the threshing machine wall.
【0003】[0003]
然し上記従来の構成によれば、上記還元筒は不安定な傾斜姿勢でありその内部 には重量の大きい揚送螺旋軸を回転可能に内装しており、機体の振動を受けて揺 れ易いため取付部の機壁部分が振動で破損する等の不具合がある。 また脱穀機壁の一側に膨出形成された処理室機壁に片持ち状に取り付けられる 伝動ケースは、処理胴に高負荷が生ずるとき処理胴の回転作用による捻じり力で 歪みや振動を生じさせる問題がある。 そこで本考案は上記従来の問題点を解消し、還元筒及び処理胴伝動ケースの取 付け支持を簡単な構成で強固に行うことができる脱穀機における還元筒支持装置 を提供しようとするものである。 However, according to the above-described conventional configuration, the reducing cylinder has an unstable tilted posture, and a heavy lifting helix shaft is rotatably installed inside the reducing cylinder, which easily shakes due to the vibration of the airframe. There is a problem that the machine wall part of the mounting part is damaged by vibration. In addition, the transmission case, which is cantilevered on the wall of the processing chamber that is bulged on one side of the threshing machine wall, causes distortion and vibration due to the twisting force due to the rotating action of the processing cylinder when a high load occurs on the processing cylinder. There is a problem that causes it. Therefore, the present invention is intended to solve the above-mentioned conventional problems and to provide a reducing cylinder support device for a thresher capable of firmly mounting and supporting the reducing cylinder and the processing cylinder transmission case with a simple structure. .
【0004】[0004]
【課題を解決するための手段】 上記目的を達成するため本考の脱穀機における還元筒支持装置は、案扱室6及 びその後部に連なる処理室7に沿って設置した揺動選別体8の下方に1番口11 及び2番口9を前後位置に設け、穀粒を1番口11から揚穀筒12を介して機体 外に排出揚送すると共に、還元穀粒を2番口9から還元筒10を介して揺動選別 体8の前方側に向けて還元揚送を行う脱穀機1において、上記還元筒10を脱穀 機壁1aに沿わせ、且つその基部と吐出口10bとを機壁1aに固定して前傾斜 状に斜設すると共に、前記処理室7内に支架した処理胴7aを回転駆動する伝動 ケース15を上記還元筒10の上方側に配設し、該伝動ケース10と前記還元筒 10の中途部位を連結部材で連結している。Means for Solving the Problems In order to achieve the above object, a reducing cylinder support device in a threshing machine according to the present invention comprises a swing sorting body 8 installed along a drafting chamber 6 and a processing chamber 7 connected to a rear portion thereof. No. 1 port 11 and No. 2 port 9 are installed at the front and rear positions below the machine, and the grain is discharged from the No. 1 port 11 through the fried cylinder 12 to the outside of the machine and the reduced grain is also delivered to the No. 2 port 9. In the threshing machine 1 which carries out reduction pumping toward the front side of the rocking sorting body 8 via the reducing cylinder 10, the reducing cylinder 10 is arranged along the threshing machine wall 1a, and its base and discharge port 10b are arranged. A transmission case 15 which is fixed to the machine wall 1a and obliquely installed in a forwardly inclined shape and which rotationally drives the processing cylinder 7a supported in the processing chamber 7 is arranged above the reduction cylinder 10 and the transmission case 15 is provided. 10 and the intermediate portion of the reducing cylinder 10 are connected by a connecting member.
【0005】[0005]
上記した構成により、前傾斜姿勢の還元筒10は基部及び吐出口10bの両側 を機壁1aに固定した状態で、その中途部を処理胴の伝動ケース15と連結する ので、前傾した還元筒10は螺旋軸10aによる回動や機体の振動に対して剛性 を有し強固に支持されることになり、還元筒10の揺れを抑制し機壁取付部の振 動破損を防止する。 また還元筒10と伝動ケース15とを接近させた状態で連結部材18によって 一体的に連結することは、還元筒10によって伝動ケース15を補強支持するこ とにもなるので、処理胴7aに高負荷が生じても伝動ケース15を安定よく固定 支持して、剛性の高い強固な支持構成を簡潔で廉価に製作し得る。 With the configuration described above, the reduction cylinder 10 in the forward tilted posture is fixed to the machine wall 1a at both sides of the base portion and the discharge port 10b, and the middle portion thereof is connected to the transmission case 15 of the processing cylinder. 10 has rigidity and is strongly supported against rotation by the spiral shaft 10a and vibration of the machine body, and suppresses shaking of the reduction cylinder 10 and prevents vibration damage to the machine wall mounting portion. Further, integrally connecting the reducing case 10 and the transmission case 15 with the connecting member 18 in a state of being close to each other also reinforces and supports the transmission case 15 by the reducing case 10, so that the processing cylinder 7a is highly supported. Even if a load is generated, the transmission case 15 can be stably fixed and supported, and a strong support structure with high rigidity can be manufactured simply and inexpensively.
【0006】[0006]
本考案の実施例を図面に基づき説明する。本考案装置を備える脱穀機1は、刈 取部(不図示)及び運転席2を設置してクローラ走行装置3で走行移動する機台 4に搭載され、該脱穀機1の側方にグレンタンク或いはホッパータンク等の穀粒 タンク5を並設して刈取脱穀作業を行うコンバインを構成している。 この脱穀機1は刈取部から刈取搬送される穀稈を、扱室6内の扱胴6a並びに 該扱室6の後方側方に連設した処理室7内の処理胴7aで脱穀すると共に、脱穀 物をこれらの下方に配置される揺動選別体8で受けて揺動選別を行う。 An embodiment of the present invention will be described with reference to the drawings. A threshing machine 1 equipped with the device of the present invention is mounted on a machine stand 4 which is provided with a mowing section (not shown) and a driver's seat 2 and is moved by a crawler traveling device 3, and a grain tank is provided on the side of the threshing machine 1. Alternatively, a grain tank 5 such as a hopper tank is installed in parallel to form a combine for performing the cutting and threshing work. This threshing machine 1 threshes the grain culms cut and conveyed from the reaping section by the handling cylinder 6a in the handling room 6 and the processing barrel 7a in the processing chamber 7 connected to the rear side of the handling room 6, and The threshing products are received by the swing sorting body 8 arranged below them to perform swing sorting.
【0007】 上記揺動選別作用により穀粒中に藁屑等が混在する2番物は、2番口9内の螺 旋軸9aから還元筒10に継送して前記揺動選別体8に還元揚送し再選別処理を 行うと共に、藁屑等の混入のない1番物は、1番口11内の螺旋軸11a端に連 設される揚穀螺旋12aを回転可能に内装する揚穀筒12で揚穀され、その上端 に形成した排出口12bから前記穀粒タンク5内に排出収容される。また切れ藁 及び屑類等は脱穀機1後方に開口された排塵口から排出される。 そして前記穀粒タンク5内に収容された穀粒は、満杯に至ると一連の穀粒排出 機構(排出螺旋)13の操作により機外の適所に排出可能に構成している。The No. 2 product in which straw debris and the like are mixed in the grain by the above-described rocking selection action is transferred from the screw shaft 9a in the No. 2 port 9 to the reducing cylinder 10 and is transferred to the rocking selection unit 8. In addition to carrying out reduction-lifting and re-sorting, the No. 1 product free from the inclusion of straw waste etc. is a fried food that rotatably houses a fried helix 12a connected to the end of the spiral shaft 11a in the No. 1 mouth 11. The grain is fried in the cylinder 12, and discharged and stored in the grain tank 5 through the discharge port 12b formed at the upper end. In addition, cut straws, scraps and the like are discharged from a dust outlet opened at the rear of the thresher 1. The grains stored in the grain tank 5 can be discharged to appropriate places outside the machine by operating a series of grain discharge mechanisms (discharge spirals) 13 when they are full.
【0008】 上記還元筒10及び揚穀筒12の取付け構成及び両者の配置関係は図3,図4 に示すように構成している。 即ち、還元筒10はその内部に回転可能に軸支した螺旋軸10aの基部が1番 螺旋軸9aの下側で低位となるように1番口9に取付けて、前記揚穀筒12の基 部側に近接させて内側を通り、側面視において該揚穀筒12と交差した前傾斜状 となるように脱穀機壁1aに沿わせ、その上端に構成する還元口(吐出口)10 bを脱穀機壁1aに取付ネジ14で締着固定している。 また実施例における上記還元筒10は前方に緩傾斜状に斜設しており、2番物 を吐出口10bから揺動選別体8のより始端部の前方側に的確に還元投擲するこ とができて、揺動再選別を充分に付与させるのでその選別が良好に行われるもの である。The mounting configuration of the reducing cylinder 10 and the fried grain cylinder 12 and the positional relationship between the two are configured as shown in FIGS. 3 and 4. That is, the reducing cylinder 10 is attached to the No. 1 mouth 9 so that the base of the spiral shaft 10a rotatably supported inside thereof is located below the No. 1 spiral shaft 9a, and the base of the frying cylinder 12 is Along the threshing machine wall 1a so as to have a front inclination shape that intersects with the fried cylinder 12 in a side view, and passes through the inside, and a reducing port (discharging port) 10b formed at the upper end thereof is formed. It is fastened and fixed to the threshing machine wall 1a with a mounting screw 14. Further, in the embodiment, the reducing cylinder 10 is obliquely installed forward in a slanting shape, and the second product can be accurately reduced and thrown from the discharge port 10b to the front side of the start end of the swing selecting body 8. This is possible, and sufficient swing re-sorting is provided, so that the sorting is performed well.
【0009】 また揚穀筒12は正面視において、その基部が1番口11との間に継送筒12 cを介して、脱穀機壁1aとの間に前記還元筒10を通すに充分な空間を確保し ながら、その上方を脱穀機1側に内向き傾斜状に立設して、揚穀筒12の内側面 12dが還元筒10外側の延長線10cより内側に交差する状態となるようにし ている。 そして実施例における上記揚穀筒12は、脱穀機1の機壁1aから穀粒タンク 5側に膨出して形成される処理室7の機壁1bに可及的に近接させ、揚穀筒12 の上方部位を脱穀機1側に寄せて、穀粒タンク5と脱穀機1との間に形成される 空間部を狭めながら各機構を有効的に設置するようにしている。 尚、上述の処理室7を穀粒タンク5側に突設させない脱穀機では、揚穀筒12 を還元筒10に直接的に近設させればよい。In addition, when viewed from the front, the fried grain barrel 12 has a base that is sufficient for passing the reducing barrel 10 between the threshing machine wall 1a and the threshing machine wall 1a via the transfer barrel 12c between the base and the opening 11. While securing the space, the upper side thereof is erected inwardly inclined toward the threshing machine 1 side so that the inner side surface 12d of the fried grain tube 12 intersects the extension line 10c outside the reduction tube 10 inside. I have to. The fried food cylinder 12 in the embodiment is brought as close as possible to the machine wall 1b of the processing chamber 7 formed by bulging from the machine wall 1a of the threshing machine 1 toward the grain tank 5 side, and the fried food cylinder 12 The upper part of the above is moved closer to the threshing machine 1 side so that each mechanism is effectively installed while narrowing the space formed between the grain tank 5 and the threshing machine 1. In the thresher that does not project the processing chamber 7 toward the grain tank 5 side, the fried grain cylinder 12 may be placed directly close to the reducing cylinder 10.
【0010】 上記構成により穀粒タンク5は脱穀機1に近接して設置されるので、機体幅を 大きくすることなく小型化を図ることができ、作業性のよい廉価なコンバインの 製作を可能としている。 また前記処理室7内に支架した処理胴7aを回転駆動する伝動ケース15は、 プーリー15aを送風ファン回転軸16に設けたプーリー16aから、ベルト1 7を張設して回転伝動される。この伝動ケース15は前記還元筒10の上方側に 接近する状態で処理胴機壁1bに突出固定し、脱穀機壁1aから穀粒タンク5側 に離間した外側部と、還元筒10の上方中途部位とを連杆(連結部材)18によ り上下方向に連結している。With the above configuration, since the grain tank 5 is installed close to the thresher 1, the grain size can be reduced without increasing the width of the body, and a cheap combine combine with good workability can be manufactured. There is. Further, the transmission case 15 for rotationally driving the processing cylinder 7a supported in the processing chamber 7 is rotationally transmitted by tensioning the belt 17 from the pulley 16a provided on the blower fan rotation shaft 16 with the pulley 15a. The transmission case 15 is projectingly fixed to the processing body wall 1b in a state of approaching the upper side of the reducing cylinder 10, and the outer side portion separated from the threshing machine wall 1a to the grain tank 5 side and the upper middle of the reducing cylinder 10. The parts are vertically connected by a connecting rod (connecting member) 18.
【0011】 これにより前傾斜姿勢の還元筒10は、その基部及び吐出口10bの両側で機 壁1aに沿って固定された状態で、更に還元筒10の中途部を前記伝動ケース1 5に連結されるので、前傾した還元筒10は螺旋軸10aによる回動や機体の振 動に対して剛性が高く強固に支持されることになり、還元筒10の揺れを抑制し 機壁取付部の振動破損を防止すると共に、近接設置される揚穀筒12との接当を 防止している。 特に伝動ケース15と還元筒10とを一体的に連結することは、還元筒10に よって伝動ケース15を補強支持することにもなるので、処理胴7aの高負荷時 に変動されようとする伝動ケース15を安定よく固定することができる。As a result, the reduction cylinder 10 in the forwardly inclined posture is fixed along the machine wall 1a on both sides of the base portion and the discharge port 10b, and the middle portion of the reduction cylinder 10 is further connected to the transmission case 15. Therefore, the reduction cylinder 10 tilted forward has high rigidity and is strongly supported against the rotation by the spiral shaft 10a and the vibration of the machine body. In addition to preventing vibration damage, it also prevents contact with the fried food barrel 12 that is installed in close proximity. In particular, integrally connecting the transmission case 15 and the reduction cylinder 10 also reinforces and supports the transmission case 15 by the reduction cylinder 10, so that the transmission that tends to fluctuate when the processing cylinder 7a is under high load. The case 15 can be fixed stably.
【0012】 そして上述の支持構成は還元筒10と伝動ケース15とを接近させた状態で、 脱穀機壁1aから側方に離間する位置で連結部材18によって上下方向に連結す るので、剛性の高い強固な支持を簡潔な構成で廉価に行うことができる。 またこの還元筒10は、次に記すような処理胴伝動機構等の近隣の伝動機構を 構成する部材の取付枠として有効的に利用することができる。 即ち、上記強固に固定された還元筒10の中途部下方には、ベルト17のテン ションプーリー19を支架する支持腕19bを揺動可能に枢支すると共に、スプ リング19aで張圧し還元筒10の前傾斜姿勢によりベルト17の適正位置を安 定よく的確に押接可能としている。 尚、20は送風ファン回転軸16からベルト21を介して伝動される扱胴6a の駆動用プーリーである。[0012] The above-described support structure connects the reducing cylinder 10 and the transmission case 15 in the vertical direction by the connecting member 18 at a position separated laterally from the thresher wall 1a, so that the rigidity is improved. Highly rigid support can be provided at a low cost with a simple structure. Further, the reducing cylinder 10 can be effectively used as a mounting frame for a member constituting a nearby transmission mechanism such as a processing cylinder transmission mechanism described below. That is, a support arm 19b for supporting the tension pulley 19 of the belt 17 is swingably pivoted below the middle portion of the firmly fixed reducing cylinder 10 and the reducing cylinder 10 is tensioned by a spring 19a. Due to the forward tilted posture, the proper position of the belt 17 can be pressed stably and accurately. Reference numeral 20 is a drive pulley of the handling cylinder 6a which is transmitted from the blower fan rotating shaft 16 via a belt 21.
【0013】[0013]
本考案は以上説明したように構成したから、脱穀機壁に沿って基部と上端の吐 出口とを固定し前傾斜状に設けた還元筒の中途部を、その上方側に配設した処理 胴の伝動ケースと連結することにより、該伝動ケースと上記還元筒とを互いに補 強しあう剛性枠として強固に取り付け支持することができるので、還元筒の振動 を抑制して脱穀機壁の取付部分の破損を防止することができる。 そして処理室機壁に突設し還元筒で連結される処理胴の伝動ケースは両持ち状 に強固に固定されるので、処理胴の高負荷時にも安定した状態で支持され良好な 伝動を行うことができる。 また前傾斜状に斜設される還元筒は揺動選別体の前方側に2番物を的確に還元 揚送して良好な選別を可能とすると共に、該還元筒近隣の伝動機構等における構 成部材の取付枠として有効利用することが可能となり、部品点数を増やすことな く簡潔で廉価な構成とするコンバイン用の脱穀機を提供することができる。 Since the present invention is configured as described above, the processing cylinder in which the middle part of the reducing cylinder having the base and the discharge port at the upper end fixed along the wall of the threshing machine and provided in the front inclined shape is disposed on the upper side thereof The transmission case and the reduction cylinder can be firmly attached and supported as a rigid frame that reinforces each other by connecting the transmission case and the reduction case. It is possible to prevent damage. The transmission case of the processing cylinder, which projects from the wall of the processing chamber and is connected by the reduction cylinder, is firmly fixed in a double-sided manner, so that it is supported in a stable state even when the processing cylinder is under heavy load, and good transmission is achieved. be able to. Further, the reducing cylinder obliquely installed in the front inclined shape accurately reduces and pumps the second object forward of the rocking sorting body to enable good sorting, and the structure in the transmission mechanism and the like near the reducing cylinder. The threshing machine for combine can be provided, which can be effectively used as a mounting frame for component members, and which has a simple and inexpensive structure without increasing the number of parts.
【図1】本考案実施例に係わる脱穀機を備えたコンバイ
ンの要部を示す側面図。FIG. 1 is a side view showing an essential part of a combine equipped with a thresher according to an embodiment of the present invention.
【図2】図1の平面図。FIG. 2 is a plan view of FIG.
【図3】図1の要部を一部破断をして示す側面図。FIG. 3 is a side view showing a main portion of FIG. 1 with a part thereof broken away.
【図4】脱穀機の側面図。FIG. 4 is a side view of the thresher.
1 脱穀機 1a 脱穀機壁 1b 処理室機壁 6 扱室 7 処理室 7a 処理胴 8 揺動選別体 9 2番口 10 還元筒 10b 吐出口(還元口) 11 1番口 12 揚穀筒 15 伝動ケース 18 連杆(連結部材) 19 テンションプーリー 19a 支持腕 1 Threshing machine 1a Threshing machine wall 1b Processing room Machine wall 6 Handling room 7 Processing room 7a Processing cylinder 8 Swing selection body 9 2nd mouth 10 Reduction cylinder 10b Discharge port (reduction mouth) 11 1st mouth 12 Lifting grain cylinder 15 Transmission Case 18 Continuous rod (connecting member) 19 Tension pulley 19a Support arm
Claims (1)
て設置した揺動選別体の下方に1番口及び2番口を前後
に設け、穀粒を1番口から揚穀筒を介して機体外に排出
揚送すると共に、還元穀粒を2番口から還元筒を介して
揺動選別体の前方側に向けて還元揚送を行う脱穀機にお
いて、上記還元筒を脱穀機壁に沿わせ、且つその基部と
吐出口とを機壁に固定して前傾斜状に斜設すると共に、
前記処理室内に支架した処理胴を回転駆動する伝動ケー
スを還元筒の上方側に配設し、該伝動ケースと還元筒の
中途部位を連結部材で連結したことを特徴とする脱穀機
における還元筒支持装置。1. A mouth No. 1 and a mouth No. 2 are provided at the front and rear below a swinging sorter installed along a handling room and a processing room connected to the rear of the handling room, and grains are fed from the mouth No. 1 through a frying tube. In a thresher that discharges and lifts out of the machine from the No. 2 mouth toward the front side of the oscillating sorting body from the 2nd mouth through the reduction cylinder, the above-mentioned reduction cylinder is mounted on the threshing machine wall. Along with it, and fixing its base and discharge port to the machine wall and obliquely installing it in a forward inclined shape,
A reduction case in a threshing machine, characterized in that a transmission case for rotatably driving the processing cylinder supported in the processing chamber is arranged above the reduction tube, and the transmission case and the middle part of the reduction tube are connected by a connecting member. Support device.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP1993069528U JP2592848Y2 (en) | 1993-11-30 | 1993-11-30 | Reduction cylinder support device in threshing machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP1993069528U JP2592848Y2 (en) | 1993-11-30 | 1993-11-30 | Reduction cylinder support device in threshing machine |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH0730627U true JPH0730627U (en) | 1995-06-13 |
JP2592848Y2 JP2592848Y2 (en) | 1999-03-31 |
Family
ID=13405318
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP1993069528U Expired - Lifetime JP2592848Y2 (en) | 1993-11-30 | 1993-11-30 | Reduction cylinder support device in threshing machine |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP2592848Y2 (en) |
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2003023845A (en) * | 2001-07-12 | 2003-01-28 | Iseki & Co Ltd | Threshing machine |
JP2008113584A (en) * | 2006-11-02 | 2008-05-22 | Iseki & Co Ltd | Threshing apparatus |
CN100420365C (en) * | 2003-12-18 | 2008-09-24 | 洋马株式会社 | Combine harvester |
-
1993
- 1993-11-30 JP JP1993069528U patent/JP2592848Y2/en not_active Expired - Lifetime
Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2003023845A (en) * | 2001-07-12 | 2003-01-28 | Iseki & Co Ltd | Threshing machine |
JP4639543B2 (en) * | 2001-07-12 | 2011-02-23 | 井関農機株式会社 | Combine |
CN100420365C (en) * | 2003-12-18 | 2008-09-24 | 洋马株式会社 | Combine harvester |
JP2008113584A (en) * | 2006-11-02 | 2008-05-22 | Iseki & Co Ltd | Threshing apparatus |
JP4636277B2 (en) * | 2006-11-02 | 2011-02-23 | 井関農機株式会社 | Combine |
Also Published As
Publication number | Publication date |
---|---|
JP2592848Y2 (en) | 1999-03-31 |
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