JPS58221065A - Speed reducing reverser - Google Patents

Speed reducing reverser

Info

Publication number
JPS58221065A
JPS58221065A JP57103584A JP10358482A JPS58221065A JP S58221065 A JPS58221065 A JP S58221065A JP 57103584 A JP57103584 A JP 57103584A JP 10358482 A JP10358482 A JP 10358482A JP S58221065 A JPS58221065 A JP S58221065A
Authority
JP
Japan
Prior art keywords
case
gear
output
units
shaft
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
JP57103584A
Other languages
Japanese (ja)
Other versions
JPS626142B2 (en
Inventor
Michiaki Nagasaki
長崎 通亮
Shigehiro Sannomiya
三宮 重博
Masayuki Kubo
久保 ▲まさ▼之
Toshio Imanaka
敏夫 今中
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Yanmar Co Ltd
Original Assignee
Yanmar Diesel Engine Co Ltd
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 Yanmar Diesel Engine Co Ltd filed Critical Yanmar Diesel Engine Co Ltd
Priority to JP57103584A priority Critical patent/JPS58221065A/en
Publication of JPS58221065A publication Critical patent/JPS58221065A/en
Publication of JPS626142B2 publication Critical patent/JPS626142B2/ja
Granted legal-status Critical Current

Links

Landscapes

  • General Details Of Gearings (AREA)
  • Structure Of Transmissions (AREA)

Abstract

PURPOSE:To provide possibility of making repair and inspection works of a regular or a reverse rotating unit inside the speed reducing reverser while it is installed on board as it is, by setting the plane including the center of unit shaft as joint surface at which the case can be dismantled to above. CONSTITUTION:The rotational force of an input gear 5 is transmitted to the output gear 6 through intermediate gears 7, clutches 9 and output pinions 8 of the two units F. When a clutch 9' of the reverse rotating unit G is set in connection, the rotational force of the input gear 5 is transmitted to the output gear 6 through intermediate gears 7, 7', clutch 9' and output pinion 8. The case for the speed reducing reverser can be divided into three parts, a lower A, an intermediate B and an upper c, where the dividing plane b-b of the intermediate case B from the upper case c passes through the centers f, f of the both regular rotating units F, F. The support shaft of reverse rotating unit G is supported by the intermediate case by its whole outside circumference.

Description

【発明の詳細な説明】 本発明は舶用推進装置に適した減速逆転機に関する。[Detailed description of the invention] TECHNICAL FIELD The present invention relates to a speed reduction/reversing device suitable for a marine propulsion device.

従来の舶用減速逆転機においては、ケースが垂直面を境
°にして前部ケース(エンジン側ケース)と後部ケース
(プロベラ軸側ケース)とに分解できる構造であるので
、内部のクラッチやギヤー〇補修点検を行う場合、減速
逆転機全体を船体の据付台やエンジンから外し、工場に
おいてケースを前後に分解して内部の補修点検を行わね
ばならず、補修点検作業に手間がかかる。
Conventional marine speed reduction/reversing gears have a structure in which the case can be disassembled into the front case (engine side case) and rear case (provera shaft side case) with the vertical plane as the boundary, so the internal clutch and gear When carrying out repair and inspection, the entire reduction and reversing gear must be removed from the boat's mounting stand and the engine, and the case must be disassembled front and back at the factory to carry out repair and inspection of the internal parts, which takes time and effort.

本発明は上記従来の不具合を解決するために、ト又は逆
転ユニットの軸中心を含む面と一致するようにしたもの
で、図面により説明すると次の通船である。
In order to solve the above-mentioned problems of the conventional art, the present invention is made to coincide with a plane including the axial center of the reversing unit.This will be explained with reference to the drawings as follows.

垂直縦断面図である第1図において、エンジンフライホ
イー1vIVcダンパー2を介して減速逆転機の入力軸
8が連結している。出力軸4は入力軸8の後方(第1図
の右方)かつ下方に位置し、入力軸8と平行に延びてい
る。入力軸8の後端部には入力ギヤー5が設けられ、出
力軸4の前端部には出力ギヤ−6が設けである。
In FIG. 1, which is a vertical cross-sectional view, an input shaft 8 of a speed reduction/reversing machine is connected to the engine flywheel 1vIVc via a damper 2. The output shaft 4 is located behind the input shaft 8 (to the right in FIG. 1) and below, and extends parallel to the input shaft 8. An input gear 5 is provided at the rear end of the input shaft 8, and an output gear 6 is provided at the front end of the output shaft 4.

第1図の一部り欠きト」矢視図である第2図において、
I(−Hは入力軸8及び出力軸4の中心を含む垂直中心
面で、中心面H−Hな対称中心としてギヤー5.6の上
方には1対の正転ユニットF%Fが設けられ、左右の斜
上方には逆転ユニツ)G、Gが設けである。第1図てお
いて正転ユ二ットFは中間ギヤー7と出力ピニオン8と
両者(7,8)を連結できる油圧多板クラッチ9とを同
志に備え、中間ギヤー7が入力ギヤ−5と噛み合い、出
力ピニオン8が出力ギヤ−6と噛み合っている。第2図
の左右1対の正転ユニツ)F、Fは互に同一の構造及び
寸法を備えている。逆転ユニッ)G、Gもユニッ)Fと
略同−の構造及び寸法を備え、ユニットGの中間ギヤー
7°が入力ギヤ−5とは噛み合っておらず、ユニッ)F
の中間ギヤー7と噛み合っている点だけが異なっている
。従って正転ユニットFのクラッチ9を接続すると、入
力ギヤー5の回転力は両ユニットFの中間ギヤー7、ク
ラッチ9、出力ピニオン8を経て出力ギヤ−6に伝わり
、出力軸4は入力軸8と同方向に回転する。又逆転ユニ
ッ)Gのクラッチ9°を接続すると、入力ギヤー5の同
転力は正転ユニッl−Fの中間ギヤー7から逆転ユニッ
トGの中間ギヤーで、クラッチ9′、出力ピニオン8を
経て出力ギヤ−6に伝わり、出力軸4は入力軸8と逆方
向に回転する。
In Figure 2, which is a partially cutaway view of Figure 1,
I(-H is a vertical center plane that includes the centers of the input shaft 8 and output shaft 4, and a pair of forward rotation units F%F are provided above the gear 5.6 as the center of symmetry of the center plane H-H. , Reversing units (G, G) are provided diagonally above the left and right sides. In Fig. 1, the normal rotation unit F is equipped with an intermediate gear 7, an output pinion 8, and a hydraulic multi-plate clutch 9 that can connect both (7, 8), and the intermediate gear 7 is connected to the input gear 5. The output pinion 8 is engaged with the output gear 6. The pair of right and left normal rotation units (F and F in FIG. 2) have the same structure and dimensions. Reversing unit) G and G also have approximately the same structure and dimensions as unit) F, but the intermediate gear 7° of unit G does not mesh with input gear 5, and unit) F.
The only difference is that it meshes with intermediate gear 7. Therefore, when the clutch 9 of the forward rotation unit F is connected, the rotational force of the input gear 5 is transmitted to the output gear 6 via the intermediate gear 7, clutch 9, and output pinion 8 of both units F, and the output shaft 4 is connected to the input shaft 8. Rotate in the same direction. When the clutch 9° of the reverse rotation unit (G) is connected, the rotational force of the input gear 5 is output from the intermediate gear 7 of the forward rotation unit l-F to the intermediate gear of the reverse rotation unit G, via the clutch 9' and the output pinion 8. It is transmitted to the gear 6, and the output shaft 4 rotates in the opposite direction to the input shaft 8.

減速逆転機のケースは下部ケースA、中間ケースB、上
部ケースCの8分割体1てより形成さノtておす、ボル
トio、itにより互に固定されている。ケースA、B
、C!の分割面(合せ面)a−a。
The case of the speed reduction/reversing machine is formed of eight parts, ie, a lower case A, an intermediate case B, and an upper case C, which are fixed to each other by bolts. Case A, B
,C! The dividing surface (joining surface) a-a.

b−bは水平である。F部ケースAと中間ケースBの分
割面a−aは出力軸中心Oよりも下側にあル、出力軸4
は下部だけが分割面a−aよりも下側にある。中間ケー
スBと上部ケースCの分割面b−bは両方の正転ユニツ
)F%Fの中心f、fを通っている。下部ケースAはオ
イルパンを形成しでいる。中間ケースBは減速逆転機全
体として見た場合に軸受部の主要部を形成しており、入
力軸8及び逆転ユニットGのサポート軸12を全周にわ
たって支持すると共に、出力軸4の上部と中間部及び正
転ユニットFのサポート軸13の下半部を支持している
。中間ケースBの左右両側壁には水平に突出した据付足
15.15が一体に設けてあり、据付足15は図示され
ていない船体の機関台にボルト止めされるようになって
いる。又第1図の如くフフィホイー/L/1のハウジン
グIakはダンパー2を周囲から覆う概ね環状のマウン
ティングフランジ2aの前端がボルトt’bVrより固
定され、フランジ2aの後端はポμ)21)、2Cによ
り下部ケースA及び中間ケースBに固定されている。な
お上部ケースCの上端部Q−”Qには蓋りがボルト止め
されている。
bb is horizontal. The dividing plane a-a of the F section case A and the intermediate case B is located below the output shaft center O, and the output shaft 4
Only the lower part is below the dividing plane a-a. The dividing plane bb of the middle case B and the upper case C passes through the centers f and f of both normal rotation units)F%F. The lower case A forms an oil pan. The intermediate case B forms the main part of the bearing section when viewed as a whole of the speed reduction/reversing machine, and supports the input shaft 8 and the support shaft 12 of the reversing unit G over the entire circumference, and also supports the upper and middle parts of the output shaft 4. and the lower half of the support shaft 13 of the normal rotation unit F. Horizontally protruding installation feet 15.15 are integrally provided on both left and right walls of the intermediate case B, and the installation feet 15 are bolted to an engine stand of the hull (not shown). Further, as shown in Fig. 1, the front end of the housing Iak of the Fufihoe/L/1 is fixed by a bolt t'bVr of a generally annular mounting flange 2a that covers the damper 2 from the periphery, and the rear end of the flange 2a is fixed by a bolt t'bVr. It is fixed to the lower case A and the middle case B by 2C. Note that a lid is bolted to the upper end portion Q-''Q of the upper case C.

第2図のト]断面部分図である第8図の如く、正転ユニ
ッ)Fの中間ギヤー7はサポート軸18の前部(第8図
の左部)に油圧嵌め等により固定されており、出力ピニ
オン8はブツシュ81を介してサポート軸18の後部に
回転自在に支持されている。油圧多板クラッチ9は従来
品と略同様の構造を有し、入力部9aは中間ギヤー7の
外周部から後方へ延長された筒状部で形成され、出力部
9bは出力ピニオン8から前方へ延長された筒状部で形
成されている。入力側及び出力側の摩擦板9Cはそれぞ
れ入力部9a及び出力部9bに連結されている。9dは
入力部9aの先端部内周に固定した環状のストッパー、
9eは摩擦板90とギヤー7(シリンダ一端壁)の間に
設けたピストン、9fは出力部9bの半径方向内側に設
けたピストン9θ用のリターンスプリングである。
As shown in FIG. 8, which is a partial cross-sectional view of FIG. , the output pinion 8 is rotatably supported at the rear of the support shaft 18 via a bush 81. The hydraulic multi-disc clutch 9 has substantially the same structure as the conventional product, with the input part 9a being formed of a cylindrical part extending rearward from the outer periphery of the intermediate gear 7, and the output part 9b being a cylindrical part extending forward from the output pinion 8. It is formed of an elongated cylindrical part. The friction plates 9C on the input side and the output side are connected to the input section 9a and the output section 9b, respectively. 9d is an annular stopper fixed to the inner periphery of the tip of the input part 9a;
9e is a piston provided between the friction plate 90 and the gear 7 (one end wall of the cylinder), and 9f is a return spring for the piston 9θ provided inside the output portion 9b in the radial direction.

ギヤー7の内周部にはサポート軸18の前端まで突出し
たボス筒7aが設けてあり、サポート軸18の前端部は
ボス筒7a、円錐ころ軸受82、環状スペーサ88を介
してケースB、Cの軸受部85に支持されている。スペ
ーサ83は内周面が軸受82の外輪82aの外周面及び
前端部(第3図中左端面)を支持しており、サポート軸
1BとはC)に対する回止めが施されている。ピン計略
はスベーt8Bの外周部にギヤー7と反対側から固定さ
れており、スペーサ88から突出した前端部がケースB
の窪みに嵌合している。ケースB。
A boss cylinder 7a that protrudes to the front end of the support shaft 18 is provided on the inner circumference of the gear 7, and the front end of the support shaft 18 is connected to cases B and C via the boss cylinder 7a, a tapered roller bearing 82, and an annular spacer 88. It is supported by a bearing part 85. The inner peripheral surface of the spacer 83 supports the outer peripheral surface and front end (left end surface in FIG. 3) of the outer ring 82a of the bearing 82, and is prevented from rotating with respect to the support shaft 1B (C). The pin mechanism is fixed to the outer periphery of the base T8B from the side opposite to the gear 7, and the front end protruding from the spacer 88 is connected to the case B.
It fits into the recess. Case B.

Cの軸受部86は面b−’b上で互に接合されて全体が
筒状体を形成しており、スペーサ8Bの外周面と前端面
を支持している。
The bearing portions 86 of C are joined together on plane b-'b to form a cylindrical body as a whole, and support the outer peripheral surface and front end surface of the spacer 8B.

サポート軸18の後部は小径の環状スペーサ86、円錐
ころ軸受87、大径の環状スペーサ88を介してケース
B%Cの孔89の内局面に支持されている。スペーサ3
6はブツシュjl Ga f”−介してビニオン8の後
端面に当接しており、軸受87の内輪871)の内周面
と前端部がスペーサ86により支持されている。軸受3
7の外輪87aは外周面と後端面がスペーサ38により
支持されている。
The rear part of the support shaft 18 is supported by the inner surface of the hole 89 of the case B%C via a small-diameter annular spacer 86, a tapered roller bearing 87, and a large-diameter annular spacer 88. Spacer 3
6 is in contact with the rear end surface of the binion 8 through a bushing 87, and the inner peripheral surface and front end of the inner ring 871) of the bearing 87 are supported by a spacer 86.Bearing 3
The outer ring 87a of No. 7 is supported by the spacer 38 on its outer peripheral surface and rear end surface.

スペーサ38はその外周面の後部に固定したピン88a
により回止めを施された状態で孔89の内周面に嵌合し
ている。ピン88aは孔89の内周面に設けた窪み89
aて嵌きし、又窪みFI9aは後方(第8図の右方)に
開口して蓋40により覆われている。孔39はケースB
上端の半円形の凹部とケースC下端の半円形の凹部とで
形成されており、又孔89の内径はビニオン8の外形よ
りも大きく設定されている。
The spacer 38 has a pin 88a fixed to the rear of its outer peripheral surface.
It fits into the inner circumferential surface of the hole 89 in a state where it is prevented from rotating. The pin 88a is a recess 89 provided on the inner peripheral surface of the hole 89.
The recess FI9a opens rearward (to the right in FIG. 8) and is covered by a lid 40. Hole 39 is case B
It is formed by a semicircular recess at the upper end and a semicircular recess at the lower end of the case C, and the inner diameter of the hole 89 is set larger than the outer diameter of the pinion 8.

サポート軸13の小径後端部はケースB、Cよりも後方
へ突出して後部蓋40の孔41内へ突出油通路Mや外部
の潤滑油通路Nに接続する内部油路m、nを備え、作動
油油路m及び潤滑油の油路nはそれぞれサポート軸18
内の油路m°、ゴを介してピストン9eの背面側の加圧
室9gならびにブツシュ81や摩擦板90等の摺動部に
接続している。
The small-diameter rear end portion of the support shaft 13 is provided with internal oil passages m and n that protrude rearward from the cases B and C and connect to an oil passage M that protrudes into the hole 41 of the rear lid 40 and an external lubricating oil passage N, The hydraulic oil passage m and the lubricating oil passage n are each connected to the support shaft 18.
It is connected to a pressurizing chamber 9g on the back side of the piston 9e and sliding parts such as a bush 81 and a friction plate 90 via an oil passage m° inside.

蓋40の後端面には油ポンプ48が複数のボルト44に
より固定されている。ボンデ48の入力軸45は孔41
内へ突出しており、軸45の突出端部外局面に筒状の継
手46がねじ止めされている。継手46は軸45から突
出した部分(第8図の左半部)4Eサポート軸18の後
端の直径方向のスリット(又は同芯孔等)K嵌合してピ
ン47により固定されている0図示されていないが、上
記ポンプ48は第2図の両方の正転ユニットFに併設さ
れており、2台のポンプ48によりクラッチ油圧や潤滑
油を供給するようになっている。
An oil pump 48 is fixed to the rear end surface of the lid 40 with a plurality of bolts 44. The input shaft 45 of the bonder 48 is connected to the hole 41
A cylindrical joint 46 is screwed to the outer surface of the protruding end of the shaft 45, which protrudes inward. The joint 46 is a part protruding from the shaft 45 (left half in FIG. 8) 4E is fitted into a diametrical slit (or concentric hole, etc.) at the rear end of the support shaft 18 and is fixed by a pin 47. Although not shown, the pump 48 is installed in both normal rotation units F in FIG. 2, and the two pumps 48 supply clutch hydraulic pressure and lubricating oil.

第2図のmV−IV断面部分図である第4図だおいて、
逆転ユニッ)Gは正転ユニッ)F(第8図)と比べて次
の点だけが相違している。なお第4図において第8図の
各部と対応する部分には同一の符号が付しである。第4
図において軸受部85や孔89はケースB単体により形
成されている。又後部蓋40に油ポンプは取り付けられ
ておらず、孔41は蓋40の後端面に固定したカバー4
8により塞いである。以とが相違点であるが、第4図の
蓋40に設けられたカバー48取付用の座面やボルト孔
は第3図の蓋40に設けられたポンプ48取付用の座面
やボルト孔と一致している。従って力/<−48VC代
えて第8図のポンプ48を第4図のVW40に固定し、
かつポンプ48の入力軸45を第4図の孔41内におい
てサボ7ト軸12後端の直径方向のスリン)12a部分
に連結することができ、又カバー48により第8図の孔
41を塞ぐことができる。
In Fig. 4, which is a partial view of the mV-IV cross section of Fig. 2,
The reverse rotation unit) G differs from the normal rotation unit) F (Fig. 8) only in the following points. In FIG. 4, parts corresponding to those in FIG. 8 are given the same reference numerals. Fourth
In the figure, the bearing portion 85 and the hole 89 are formed by the case B alone. Further, an oil pump is not attached to the rear lid 40, and the hole 41 is inserted into the cover 4 fixed to the rear end surface of the lid 40.
It is blocked by 8. The difference is that the seat surface and bolt holes for attaching the cover 48 provided on the lid 40 in FIG. 4 are the same as the seat surface and bolt holes for attaching the pump 48 provided on the lid 40 in FIG. is consistent with Therefore, instead of the force/<-48VC, fix the pump 48 in FIG. 8 to the VW40 in FIG. 4,
In addition, the input shaft 45 of the pump 48 can be connected to the diametrical line 12a of the rear end of the sabot shaft 12 within the hole 41 in FIG. 4, and the hole 41 in FIG. 8 can be closed with the cover 48. be able to.

以上説明したように本発明によると、入力ギヤ−5とそ
の後方の出力ギヤ−6とを連結できる各2個の正転ユニ
ツ)F及び逆転ユニットGを出力ギヤ−6の上半部の周
囲に配置してケースB、 Cにより支持し、4個のユニ
ッ)F%Gの内、上側の2個のユニッ)Fの軸中心fを
含む面b−bにおいてケースB%Cを分解可能にしてい
るので、ケースC−を外すととにより上側のユニットF
を簡単に上方へ外すことができ、減速逆転機を船内に据
え付けたままでユニツ)F等の補修点検作業を簡単に行
うことができる。
As explained above, according to the present invention, two forward rotation units) F and two reverse rotation units G, which can connect the input gear 5 and the output gear 6 behind it, are arranged around the upper half of the output gear 6. The case B%C can be disassembled at the plane b-b including the axial center f of the upper two units)F among the four units F%G. If you remove case C-, the upper unit F will be removed.
can be easily removed upwards, making it possible to easily perform repair and inspection work on Units) F, etc., while the reduction/reversing gear remains installed inside the ship.

又第4図の構造によると下側のユニットGをも簡単に上
方へ外すことができる。すなわちユニットGの後部軸受
87が嵌合する孔89の内径はビニオン8の外径よルも
大きく、又孔89はケースBの後面にボルト42等によ
り着脱自在に固定した蓋4OKより覆われている。従っ
て蓋40を外し、ビニオン8が孔89へ入り込む位置ま
でユニットGを後方へずらすと、軸受部85からユニッ
トGの前端部を外してユニットG全体を上方へ外すこと
ができ、減速逆転機を船内に据え付けたままでユニツ)
Gの補修点検作業を簡単に行うことができる。
Furthermore, according to the structure shown in FIG. 4, the lower unit G can also be easily removed upward. That is, the inner diameter of the hole 89 into which the rear bearing 87 of the unit G fits is larger than the outer diameter of the binion 8, and the hole 89 is covered by the lid 4OK which is detachably fixed to the rear surface of the case B with bolts 42 or the like. There is. Therefore, when the cover 40 is removed and the unit G is moved backward to the position where the pinion 8 enters the hole 89, the front end of the unit G can be removed from the bearing part 85 and the entire unit G can be removed upward, and the speed reducer/reverser can be removed. Units remain installed inside the ship)
G repair and inspection work can be easily performed.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図は実施例の垂直縦断面一、第2図は第1図の一部
切欠きI−1矢視図、第3図、第4図はそれぞれ第2図
の厘−■及びlV4断面部分図である。5・・・入力ギ
ヤー、6・−・出力ギヤー、B%C・−・ケース、’b
−b・・・分割面、F・・・正転ユニット。
Fig. 1 is a vertical longitudinal section of the embodiment, Fig. 2 is a partially cutaway I-1 arrow view of Fig. 1, and Figs. It is a partial diagram. 5...Input gear, 6...Output gear, B%C...Case, 'b
-b... Divided surface, F... Normal rotation unit.

Claims (1)

【特許請求の範囲】[Claims] 入力ギヤーとその後方の出力ギヤーとを連結できる各2
個の正転ユニット及び逆転ユニットを出力ギヤーの上半
部の周囲に配置してケースにより支持し、4個のユニッ
トの内、上側の2個のユニットの軸中心を含む面におい
てケースを分解可能にしたことを特徴とする減速逆転機
2 each that can connect the input gear and the output gear behind it
The forward rotation unit and reverse rotation unit are arranged around the upper half of the output gear and supported by the case, and the case can be disassembled in a plane that includes the axial centers of the upper two units among the four units. A speed reduction/reversing machine characterized by:
JP57103584A 1982-06-15 1982-06-15 Speed reducing reverser Granted JPS58221065A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP57103584A JPS58221065A (en) 1982-06-15 1982-06-15 Speed reducing reverser

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP57103584A JPS58221065A (en) 1982-06-15 1982-06-15 Speed reducing reverser

Publications (2)

Publication Number Publication Date
JPS58221065A true JPS58221065A (en) 1983-12-22
JPS626142B2 JPS626142B2 (en) 1987-02-09

Family

ID=14357821

Family Applications (1)

Application Number Title Priority Date Filing Date
JP57103584A Granted JPS58221065A (en) 1982-06-15 1982-06-15 Speed reducing reverser

Country Status (1)

Country Link
JP (1) JPS58221065A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61157853A (en) * 1984-12-28 1986-07-17 Yanmar Diesel Engine Co Ltd Marine reverse and reduction gear
JPS6275156A (en) * 1985-09-27 1987-04-07 Yanmar Diesel Engine Co Ltd Forward two-speed type reversing reduction gear
JP2015025528A (en) * 2013-07-29 2015-02-05 マツダ株式会社 Manufacturing method of transmission, and the transmission

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH01148632A (en) * 1987-12-03 1989-06-12 Tachi S Co Ltd Lock device for slide rail of seat of vehicle
JPH0398141U (en) * 1990-01-30 1991-10-11

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61157853A (en) * 1984-12-28 1986-07-17 Yanmar Diesel Engine Co Ltd Marine reverse and reduction gear
JPS6275156A (en) * 1985-09-27 1987-04-07 Yanmar Diesel Engine Co Ltd Forward two-speed type reversing reduction gear
JP2015025528A (en) * 2013-07-29 2015-02-05 マツダ株式会社 Manufacturing method of transmission, and the transmission

Also Published As

Publication number Publication date
JPS626142B2 (en) 1987-02-09

Similar Documents

Publication Publication Date Title
US3658303A (en) Drive mechanism for concrete mixer
JPS58221065A (en) Speed reducing reverser
US3566707A (en) Marine gear
JPS6119558B2 (en)
US3214990A (en) Geared turbine
JPS5814585B2 (en) Fukano Motode Kirikae Erhensoku Kiyou Kuratsuchisouchi
US3407686A (en) Transmission
US5129285A (en) Automatic transaxle
JPS623569Y2 (en)
JPS58225266A (en) Attaching structure of oil pump for reduction and reverse gear
JP2864444B2 (en) Lubricating device for tandem drive shaft
JPS623568Y2 (en)
JP2805240B2 (en) Marine speed reducer
JPS60263728A (en) Transmission shaft
JP2010223421A (en) Power transmission device
RU204100U1 (en) Industrial robot base stand with integrated hub unit
US1392276A (en) Reduction-gearing
JPS6113800Y2 (en)
JPS5973658A (en) Reduction and reverse gear for marine use
JP3799083B2 (en) Seal cooling structure in rotating part of hydraulic clutch
JPS5973659A (en) Reduction and reverse gear for marine use
JP6351566B2 (en) Oil supply structure
JPS6250696B2 (en)
JPS5973660A (en) Speed-reducing and reversing gear for ship
JPS59113364A (en) Marine reduction gear reversing machine