JPS599354A - Hydraulic transmission - Google Patents
Hydraulic transmissionInfo
- Publication number
- JPS599354A JPS599354A JP11769982A JP11769982A JPS599354A JP S599354 A JPS599354 A JP S599354A JP 11769982 A JP11769982 A JP 11769982A JP 11769982 A JP11769982 A JP 11769982A JP S599354 A JPS599354 A JP S599354A
- Authority
- JP
- Japan
- Prior art keywords
- hydraulic
- oil
- transmission
- tank
- pump
- 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.)
- Pending
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16H—GEARING
- F16H61/00—Control functions within control units of change-speed- or reversing-gearings for conveying rotary motion ; Control of exclusively fluid gearing, friction gearing, gearings with endless flexible members or other particular types of gearing
- F16H61/38—Control of exclusively fluid gearing
- F16H61/40—Control of exclusively fluid gearing hydrostatic
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Screw Conveyors (AREA)
- Control Of Fluid Gearings (AREA)
Abstract
Description
【発明の詳細な説明】
このブで明は、例え（Ｊクレーンタンク（＝Ｊき二１ン
バインにおりる穀粒の排出二１ンヘアに駆動力を伝動づ
る油圧伝動装置に関するもの（ある。DETAILED DESCRIPTION OF THE INVENTION This section describes, for example, a hydraulic transmission device that transmits driving force to a J-crane tank (=J-crane tank) for discharging grains from a J-crane tank.
この発明の目的どづるところは、（′ｉＮ仙構成を簡素
化づることのでさる油圧伝動装置を・１に洪りるｂのＣ
ある。The purpose of this invention is to simplify the hydraulic transmission system by simplifying the iN configuration.
be.
上記目的を達成するために、この発明は、駆動装置によ
って駆動される油圧ポンプ１と油圧ポンプ１ににって送
られる作動油によって回転し無段変速可能なメイン曲Ｊ
「［−タ２とをイＴ’ｌる油圧］（駆動装置りにおい−
Ｃ１前記油Ｊ十ポンゾ１にリブ油圧し一夕３をｊス油可
能に接続したものである、。In order to achieve the above object, the present invention provides a main tuner J which is rotated by a hydraulic pump 1 driven by a drive device and hydraulic oil sent by the hydraulic pump 1 and is continuously variable.
"[Hydraulic pressure that connects the drive unit 2]"
C1 is a rib hydraulic pressure connected to the above-mentioned oil J ten ponzo 1, and Ito 3 is connected to the j su oil.
以下、この発明の一実施例を図面を用いＣ訂絹に説明づ
る。Hereinafter, one embodiment of this invention will be explained in detail using drawings.
第１図はクレーンタンクイ・］」ンパインを示ＣＪｔ）
ので゛あり４は下部に走行装置ろ°５をｌ！°１えｌご
機台Ｃ１この機台４の前部に刈取搬３′Ａ′ＪＡ置２１
’、ｒ、−ｌ一部にｎ；）穀装置６を設【ノるとともに
このＩＢ２穀装１ｑ６の上方に穀粒の貯溜タンク７を設
４Ｊ Ｃ構成され−Ｃいる。Figure 1 shows the crane tank.
Therefore, there is a running device 5 at the bottom of 4! ° 1 Machine stand C1 Reaping transport 3'A'JA position 21 at the front of this machine stand 4
A grain storage tank 7 is installed above the IB2 grain equipment 1q6.
前記貯溜タンク７の底部には水平Ｉｊ向の１ｆｆＪ送螺
ｈ（「１２が回転自７Ｆに設けられている。At the bottom of the storage tank 7, a 1ffJ feed screw h (12) in the horizontal Ij direction is provided on the rotary shaft 7F.
９は前記貯溜タンク７内の穀粒を機外へ排出１−るため
のｊＪｌ出」ンｌ＼／７−（１’、前記搬送螺旋２ζ３
０１１１出側に連通して上方に延設された１り穀筒１３
と、該揚穀筒１３内に回転自在に設（）られたｌＮ穀螺
旋１／Ｉとから構成されている。9 is an outlet for discharging the grains in the storage tank 7 to the outside of the machine.
0111 Single grain cylinder 13 communicating with the outlet side and extending upward
and an IN grain spiral 1/I rotatably installed in the grain lifting cylinder 13.
前記走行装買５は、駆動輪′１５．従動輸１６おＪ、び
駆動輪１７にり］−１−ラ１ε３を装置して構成され（
いる。The traveling equipment 5 includes drive wheels '15. It is constructed by equipping the driven wheels 16 and 17 with the following wheels:
There is.
１９はルーーｊ１″−１７−ボックス（、ぞの人力軸２
０には浦Ｊ干広動装置８の第１浦ｆＬ ｔ−夕２の回転
り１１２１が連結され、さらに、南中例（１°４等の動
力伝動装置（図示ｌ！す”）の終端部に設（）られた駆
り［１２２に前記走ｉｊ装置Ｆ？ ５の駆動輪１５）が
軸架され（いる。19 is Rouj1''-17-box (, the human power axis 2
0 is connected to the rotation 1121 of the first Ura fL t-Y2 of the Ura J drying and widening device 8, and furthermore, the terminal end of the power transmission device (I! The drive wheel 15 of the running ij device F?5 is mounted on the drive wheel 122 provided in the section.
（。(.
前記油１「伝動装置ε３は、第５〕図に示りＪ、′）に
、油ＩＵポンプ１どメイン油圧モータ２とを第１配管２
３ど第２配質２４どＣｒｉい（こｉ１１！通し−Ｃ（と
１成されている。前記油圧ポンプ１は原動機（図示μず
）（ＪＪ、リヘルーへ等のことき動力１バ動装置２５）
を介しＣ回転駆動される。The oil 1 transmission device ε3 is connected to the oil IU pump 1 and the main hydraulic motor 2 through the first pipe 2.
The hydraulic pump 1 is a prime mover (not shown) (JJ, Rehello, etc.). 25)
It is rotated by C.
２０は前音（油圧−ポンプ１をＲ１’ｊｉ卸づるための
操作レバーて、連動部材２７をｆＦ して油圧ポンプ１
のＪン１〜１−１−ルアーム２ε３に連１１’ｌされて
いる。ぞしＣ１この操作レバー２６を前記揺動りること
にＪ、って連動部材２７を介して一１ン１へロールッノ
ーム２８を揺動けしめ、油１１ポンゾ１内の斜板２９の
傾斜角を調節し、メイン油圧し一夕２の回転数と回転り
面を変化りる。１、うに構成されている。20 is the operating lever for lowering the hydraulic pump 1 (R1'ji), and the interlocking member 27 is fF to lower the hydraulic pump 1.
It is connected to the arm 2ε3 of J1 to 1-1. By swinging this operation lever 26, the roll knob 28 is swung to 11/1 via the interlocking member 27, and the inclination angle of the swash plate 29 in the oil 11 ponzo 1 is adjusted. Adjust the main oil pressure and change the rotation speed and rotation surface of 2 overnight. 1. It is composed of sea urchins.
３３は前記排出］ンヘ１９を回転駆動するＩごめのリブ
油ｆ１］を一夕で、油圧伝動装置８のり１２配管２４か
ら分岐した作動管３０を介しく連通しでいる。33 communicates with the rib oil f1 which rotates the discharge port 19 overnight via an operating pipe 30 branched from the hydraulic transmission 8 and the pipe 24.
前記作動管３（０には、切換か１０が設（〕られ（いる
。A switching switch 10 is installed in the actuating pipe 3 (0).
３１はリブ油圧し−９３の動力をＩＩ ｒｌ Ｉンヘ７
９に伝達りるためのチーＪ−ン１人動装置Ｃ１っきのよ
うに構成され（いる。すなわら、３３２はギ（７−クー
ス３３に回転目ｔ１に軸支された駆動軸てリブ浦月し一
夕３の回転軸３４に連結されＣいる。３Ｌ）は駆動軸３
２に固設されたへヘル尤１’ −ｃ、揚穀螺旋軸３６の
上端に固設したベヘルギ＼アー３７に噛合−〕でいる。31 uses the rib hydraulic pressure and the power of -93 is II rl I to 7
9, the chain J-1 is constructed like the human drive device C1. In other words, 332 is a drive shaft pivotally supported on the gear (7-Coos 33 at the rotation point t1). The rib Urazuki is connected to the rotating shaft 34 of Ichiyo 3.3L) is the drive shaft 3
1'-c fixedly attached to the grain-lifting spiral shaft 36, and meshed with the beher gear 37 fixedly attached to the upper end of the grain-lifting spiral shaft 36.
３８３は駆動軸３２の一端部に固設されたスジｆ」ケラ
ト（、デー１．ン３３９を介しｔ’ ｊｌＥ！送螺旋軸
４０の端部に固設しＩζζジブ」ケラ１へ４１に連動連
結されている。383 is a line fixed to one end of the drive shaft 32, and is interlocked with the thread 41 via the Dane 339 to the Iζζ jib fixed to the end of the feed helical shaft 40. connected.
／１２は前記切換弁１０をリノ換え操作りるためのり１
φレバーで、運動部月４３を介して切換弁１０に連結さ
れＣいる。イし−でこの切換レバー４２を前後１：駆動
りることにＪ、り連動部伺／１３３を介して切１襲ブｌ
′１０のボーｉ〜Δ、１つを切］９え、泪１月ポンプ１
／）日らの圧油の流れをメイン曲用シ、−タ２と第２油
１「シータ３どに切換えるＪ、・うに＋１’ｌｉ ＋戊
され（いる。/12 is glue 1 for reno switching operation of the switching valve 10.
The φ lever is connected to the switching valve 10 via the moving part 43. To drive this switching lever 42 forward and backward 1:1, the switching lever 42 can be switched via the interlocking part 133.
'10's bow i ~ Δ, cut one] 9e, tears January pump 1
/) Switch the flow of pressurized oil to the main cylinder 2 and 2nd oil 1 and 3.
４１Ｊ３、図中、４４は浦タンク、／１５はＡイルクー
ノ、／Ｉ６はＡイル−フィルタ、７１７はブト−デボノ
ブ、４Ｅ３はＩＪＩ出管を１、りものである、。41J3, in the figure, 44 is the Ura tank, /15 is the A Irukuno, /I6 is the A Il filter, 717 is the Butodebonobu, and 4E3 is the IJI outlet pipe.
１ス、１の（１−１成にＪ３い（刈取収穫１′１業をｔ
−Ｊな・）場合は、切換レバー／１２を手動操作して切
換弁１０をボー１〜Δ位冒、りなＪ’） Ｉ）、閉（１
ン置に位動さけて、原動機〈図示け？１′）を始動づる
ど、同転各部か駆ｌｖ」ごれるどど−ｂに、曲１−’Ｉ
’ （駆動Ｒｔｉｊｌ ８の油圧ポンプ１が回転駆動さ
れる。イして、操作レバー２６を前進イずｌ冒に操（１
４るど、油圧ポンｆ１の１油にＪ、つくメイン油圧モー
タ２が回転し、走行ギＶ−ボックス１９を介して走行装
置５が回４ｉム駆動され、機体が走？ＩｉＪる。この１
成体のル？−Ｊ ＩＪｆ゛ｌ’−）（、圃場の殻稈は刈
取１［０送装買１１によって刈取られ１１１（穀装置６
に搬送される。、 ＩＢ２穀装置６に送り込ｉＬｌ’ｌ
た殻稈は、該脱穀装置６に」、ってＩＩ（（穀叫理され
、Ｉ；（穀された後のＣ１藁は圃場に放出され、穀粒は
貯溜タンク７に貯溜される。1st, 1st (1-1st, J3rd) (reaping harvest 1'1 work
-J'), manually operate the switching lever/12 to set the switching valve 10 to a position of 1 to Δ.
Move it to the position of 1'), each part rotates at the same time.
(The hydraulic pump 1 of the drive Rtijl 8 is rotationally driven.) Then, the operating lever 26 is moved forward (1).
4, the main hydraulic motor 2, which is supplied with oil from the hydraulic pump f1, rotates, and the traveling gear 5 is driven 4 times via the traveling gear V-box 19, and the aircraft starts running. IiJru. This one
Adult Lu? -J IJfl'-) (, The husk in the field is harvested by reaping 1 [0
transported to. , feed into IB2 grain device 6 iLl'l
The husks are sent to the threshing device 6, where they are processed into grains.
このＪ、うにしＣ貯溜タンク７内ｌｌ“１が満杯にな゛
ると、操作レバー２６を中立位置に操１”ｌシ（機体を
停」１さけ、切換レバー４２を操ｆｌ： Ｌ Ｔ ｔ、
ＩＪ換弁をボー１− Ｂ位置、すなわら、聞１１２置に
位置さ１．！ｌＪ後、再び操作レバー２６を前進位置に
操作づるど、ｉ＋ｌ＋圧ポンプ１の圧油か１′［動管３
０からＩＪ１出二１ンベア９の１）１油丹モータ３に送
り込まれてリプ油月七−タ３か回転づる。この（ノブ油
圧り−９Ｌ３１の回転にＪ、ってブ」ン伝動装防３１を
介して搬送螺旋１２ど１θ穀！旋１４どが回転駆動され
、貯；ＩＶ１全１タンクフ内粒は底部の搬送螺旋１２に
Ｊ、っＣ揚穀筒１３の土部にｊＸられ、揚穀螺旋１４に
よっＣ上りにｊＸられ、揚穀筒１３の初出Ｌ１から（幾
外へ排出される。When the J and C storage tank 7 is full, move the operating lever 26 to the neutral position (stop the aircraft), and then operate the switching lever 42. t,
Place the IJ exchange valve at the 1-B position, that is, at the 112 position. ! After lJ, when the operating lever 26 is moved to the forward position again, the pressure oil of the i+l+pressure pump 1 or 1' [movement pipe 3
0 to IJ1 output 21 conveyor 9 1) 1 oil is fed into the motor 3 and the oil is rotated. The conveying spirals 12, 1θ grains, and 14 are rotated and stored via the knob transmission mechanism 31, and the grains inside the IV1 tank are stored at the bottom. The grains are transported by the conveying spiral 12 to the earth part of the grain lifting cylinder 13, and then are transported upward by the grain lifting spiral 14, and are discharged from the initial exit L1 of the grain lifting cylinder 13 (outward).
Ｊメ］−のように木取１允明の４☆１成によれば、油圧
１云動装買の油１１ボンｆに、無段変速１−ＩＪ能／、
「メイン曲材【、−夕の他にリブ曲用１．−タをｊス浦
ｉｉＪ能に接続ｌＪたため、ｉ＋ｌ＋ Ｊ、ｌ−伝動Ｈ
’Ｒメイン油１ｊ を−夕を使用りることによっＣ無段
変速賃ｉ７′７ど１７（利用でさ、［Ｉ ７：）リノイ
ＩＩ ＩＴ−［−夕を使用りることにＪ、つ（動力取出
装置としＣも利用（−６＼る。このため、ｖツカ取出の
ためのへル１〜伝動！！、 ｊｉ Ｍが不すと４１す、
仏仙構成が君しく簡素化される。」ｌＪ、この浦珪（ム
動装置をグレーンタンクｆ］−１ンハインに利用しｌご
場合には、１ノブ油圧し−９で＋Ｊｌ出−１ンヘノ′を
駆θＪづ（。According to 4☆1 Sei by Masaaki Kitori 1, 1 oil pressure, 11 cylinders of hydraulic equipment, 1 continuously variable transmission, 1 IJ function, etc.
``In addition to the main song material [,-Yu], the rib song 1.-ta is connected to the jsuura iiJ Noh lJ, so i+l+ J, l-transmission H
'R main oil 1j - By using C stepless variable transmission i7' 7 d 17 (use, [I 7:) Linoi II IT - [- By using J, (C is also used as a power take-off device.
The composition of Buddha and Immortals is royally simplified. If you want to use this movement device for grain tank f]-1, turn the oil pressure by 1 knob and -9 to drive +Jl and -1'.
ることがＣ′きる！、：め、１悦穀／Ｊウンタｊ、り動
力を取１Ｈ−ｔ）のに比へて、動力取出用の／＼ルＩ−
雪か必要なく、部品員数か箸しく少なり４１す、狭いス
ペースをイｊ孔に（り用することかでき、股泪の白山度
が増入りる。C'kiru! , :Me, 1 Yuku/J unta j, the power is taken out 1H-t), compared to /\le I- for power extraction.
There is no need for snow, the number of parts is significantly reduced, and a narrow space can be used for the hole, increasing the whiteness of the song.
なｄ３、この発明は前ｊボの実施例に限定されるもので
はなく、前述の実施例以外の態様ｌしこの発明を実施し
うるものＣある。d3. This invention is not limited to the above-mentioned embodiments, and there are other embodiments in which the invention can be practiced in addition to the above-mentioned embodiments.
図ｍ１はこの発明の一実施例を示４ｂの（あり、第１図
はブレーンタンクイ・」−Ｊンハインの側面図、第２図
、第３図は曲Ｊ」−１云動装置の側面図ｄ３Ｊ、び平面
図、第４図はリセ部の側…ｉ面図、第５）図は油１１回
路の説明図である、３
（図面の１要な部分を表ねり符月の説明）１°゛°浦Ｆ
１−ポンプ ２・・・メインｎｉ ＋−「［−タ
３°・・リゾ油１１−モータ ４・・・１幾台ｊ）・
・・走ｆ’ｉ ’Ａ Ｍｌ ６山脱穀装β７
・・・貯溜タンク ５）・・・ＪＪＩ出−」ンヘ
１１０・・・切換弁
特 訂 出願人 月関農機株式会着
第２図
（３）
！
第３図
第４図Figure m1 shows an embodiment of the present invention. Figure d3J is a plan view, Figure 4 is a side view of the lye section, and Figure 5 is an explanatory diagram of the oil 11 circuit. 1°゛°ura F
1-Pump 2...Main ni +-"[-ta 3°...Reso oil 11-Motor 4...1 how many j)
... Running f'i 'A Ml 6 mountain threshing equipment β7
...Storage tank 5) ...JJI output 110...Switching valve special edition Applicant Tsuki Seki Agricultural Machinery Co., Ltd. Figure 2 (3)! Figure 3 Figure 4
Claims (2)
１ど油圧ポンプによって送られる作動油にＪ、・〕（回
転し無段変速可能なメイン油ル■−タとをイｊりる油Ｉ
Ｖ伝動装蒼にａ３いて、前記油Ｆ［ポンプに一すブ浦１
１−し一タを送油ｉ１能【こ接続したことを１！１黴ど
Ｊる油圧伝動装置。(1) Hydraulic cylinder driven by drive%fQ
1. Hydraulic oil sent by a hydraulic pump is supplied with J, oil I which is rotated and continuously variable speed.
V transmission gear a3, oil F [pump 1
1 - Hydraulic transmission device that can supply oil to the tank.
１ンバインの走（）装置を変速駆動Ｊるものであり、前
記リブ油月七−夕がブレーンタンクのｊＪｌ ｊｌ−１
ンｌ＼ノアを駆動づるものであることを１２１徴どづる
特ｒ［８＾求の範囲第１ Ｊｉ”ｌ記載の油Ｌ１伝動装
置。(2) The said hydraulic Buddha moving equipment is a crane tank 1
This is a variable-speed drive for the running device of the engine, and the rib oil moon Tanabata is the brain tank's jJl jl-1.
The oil L1 transmission device described in 121 indicates that it is the one that drives the engine Noah.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP11769982A JPS599354A (en) | 1982-07-08 | 1982-07-08 | Hydraulic transmission |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP11769982A JPS599354A (en) | 1982-07-08 | 1982-07-08 | Hydraulic transmission |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS599354A true JPS599354A (en) | 1984-01-18 |
Family
ID=14718110
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP11769982A Pending JPS599354A (en) | 1982-07-08 | 1982-07-08 | Hydraulic transmission |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS599354A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5613361A (en) * | 1991-09-11 | 1997-03-25 | Mannesmann Rexroth Gmbh | Hydraulic circuit for supplying a plurality of series-operated of a hydraulically controlled installation |
| JP2010286036A (en) * | 2009-06-10 | 2010-12-24 | Kobe Steel Ltd | Hydraulic work vehicle |
| US11486105B2 (en) | 2020-01-27 | 2022-11-01 | Kato Works Co., Ltd. | Hydraulic driving device of suction car |
-
1982
- 1982-07-08 JP JP11769982A patent/JPS599354A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5613361A (en) * | 1991-09-11 | 1997-03-25 | Mannesmann Rexroth Gmbh | Hydraulic circuit for supplying a plurality of series-operated of a hydraulically controlled installation |
| JP2010286036A (en) * | 2009-06-10 | 2010-12-24 | Kobe Steel Ltd | Hydraulic work vehicle |
| US11486105B2 (en) | 2020-01-27 | 2022-11-01 | Kato Works Co., Ltd. | Hydraulic driving device of suction car |
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