JPS5847143A - Detector for idling degree of opening of throttle valve of carburetor - Google Patents
Detector for idling degree of opening of throttle valve of carburetorInfo
- Publication number
- JPS5847143A JPS5847143A JP14593481A JP14593481A JPS5847143A JP S5847143 A JPS5847143 A JP S5847143A JP 14593481 A JP14593481 A JP 14593481A JP 14593481 A JP14593481 A JP 14593481A JP S5847143 A JPS5847143 A JP S5847143A
- Authority
- JP
- Japan
- Prior art keywords
- valve
- throttle valve
- opening
- detector
- screw
- 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
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F02—COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
- F02M—SUPPLYING COMBUSTION ENGINES IN GENERAL WITH COMBUSTIBLE MIXTURES OR CONSTITUENTS THEREOF
- F02M19/00—Details, component parts, or accessories of carburettors, not provided for in, or of interest apart from, the apparatus of groups F02M1/00 - F02M17/00
- F02M19/12—External control gear, e.g. having dash-pots
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Control Of Throttle Valves Provided In The Intake System Or In The Exhaust System (AREA)
Abstract
Description
【発明の詳細な説明】
本発明状気化器の紋シ弁開度、特に紋り弁のアイドリン
ク開度を電気−に検出する紋シ弁アイドリンクｖＡ変検
出装−に関する亀のである０との紋り弁アイドリングＶ
ＳＶ検出装置は、例えば便化器使用エンジンにおける波
速時のＩＣを低−される一手段として使用される０すな
わち、スロー撚料系統に電磁弁を配電し。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a valve idle link vA change detection device for electrically detecting the valve opening of the carburetor, particularly the idle link opening of the valve. crest valve idling V
The SV detection device distributes power to a solenoid valve in a zero or slow twisting system, which is used as a means for lowering the IC at the time of wave speed in an engine using a toilet, for example.
この電磁弁の電気回路内にエンジン回転数を検出するレ
ポリ、−シ會ン装−と紋り弁のアイドリングＮｌｌを検
出する紋り弁アイドリング一度検出Ｉ！蕾とを配電しｔ
４のであシ、エンジン高速回転からの滅一時におけるエ
ンジン高回転状態および、＃速に伴なう紋り弁のアイド
リンク開度状態を前記各装置がそれぞれ検出して電磁弁
を作動させることによってスロー燃料系統を線断したも
のである０
そして、かかる従汽の紋り弁アイド、リング開度検出装
置は第１図に示す如く、気化器本体ｌを貫通する吸気道
２内に紋シ弁３を配愛し、この紋り弁３と同期的に回転
する紋シ弁軸４の気化器本体１外への突出端部に紋り弁
レバー６を設け、この紋シ弁レバー５の一端５Ａに対応
して気化器本体１１：螺着された紋ｐ弁ｍ変１１Ｉｌ整
スクリ、−６を配冒し、−さらに紋シ弁レバー５の他端
５Ｂにマイクルスイッチ調整スクリ亀−フを螺着シ、こ
のマイクロスイッチ調整スクリ−−７に対応して電気回
路を開閉するマイクロスイッチ８を配置しえものであり
、紋り弁レバー５が紋り弁１１１ｖｌｐ整スクリー−６
に轟接して紋り弁３がアイドリングａｖｌになるや、マ
イクロスイッチ−整スクリ１−７がマイクロスイッチ８
に１鎖して電気回路を開又は閉状態に制御するものであ
る。かかる従来の紋シ弁アイドリンク開度検出装曾によ
ると、ｔず紋シ弁開度−整スクリ島−６を螺動して紋秒
弁レバー５を回動させて紋り弁３の最低アイドリング一
度を決定し９次いで！イク四スイッチー整スクリ、−７
を螺動させてマイクロスイッチ８に対する位置の一瞥を
行ない、紋り弁３がアイドリング開度になったときマイ
クロスイッチ調整スクリー−７をしてマイクロスイッチ
８を開又社閉状態に操作する本のである。In the electrical circuit of this electromagnetic valve, there is a repo that detects the engine rotation speed, and a control valve that detects the idling Nll of the control valve once detected I! Distribute electricity to the buds
4, each of the above-mentioned devices detects the engine high speed state at the time of slowing down from high engine speed and the idle link opening state of the stop valve in accordance with # speed, and operates the solenoid valve. The slow fuel system is disconnected.0 And, as shown in FIG. 3, a crest valve lever 6 is provided at the end of the crest valve shaft 4 that rotates synchronously with the crest valve 3 and projects out of the carburetor body 1, and one end 5A of the crest valve lever 5 is provided. Corresponding to the carburetor main body 11: the screwed crest p valve m change 11Il adjustment screw, -6 is provided, and the micro switch adjustment screw is screwed to the other end 5B of the crest valve lever 5. A microswitch 8 for opening and closing the electric circuit is arranged corresponding to the microswitch adjustment screw 7, and the control valve lever 5 is connected to the control screw 6 for controlling the control valve 111vlp.
When the valve 3 reaches idling AVL, the microswitch adjustment screw 1-7 switches to the microswitch 8.
This is to control the electrical circuit to open or close in one chain. According to this conventional crest valve idle link opening degree detection device, the crest valve opening degree adjustment screw 6 is screwed to rotate the crest valve lever 5 to determine the lowest position of the crest valve 3. Decided to idle once and then 9 times! Iku four switch - adjustment screen, -7
Screw the screw to check the position relative to the microswitch 8, and when the valve 3 reaches the idling opening position, operate the microswitch adjustment screw 7 to open or close the microswitch 8. be.
かかる従来の紋シ弁アイト°リング開度検出装ツによる
と、アイドリング１ｌｌｌ変−整の為の紋シ弁ｍ変調整
スクリー−６の操作と、マイクロスイッｆ８ｆ：）作動
（接点）１１１１１整の為のマイクａＸイッチ調整スク
リー−７の操作、とを別々に行なう必要があり、そめ操
作が二側となるので調整の為の作業性零劣るものであり
た＠また紋シ弁開度簡整スクリー−６とマイクロスイッ
Ｐ１ｍｌ整スクリー−７との操作方向が二方向となるの
で操作方向の設計酌自由変が阻害され、特にエンジンの
周囲には種々のデバイスが配置されていることより問題
であり喪ｏｆた紋シ弁レバー５に対して紋り弁開度調整
スクリー−６およびマイクロス“イッチー整スクリー−
７の端部が轟擬するので、紋シ弁レバー５０強度を高め
る必要があった０本発明は上記にかんがみ、紋シ弁のｌ
ｆｌ変を一瞥する紋り弁開度調整スクリーーと電気回路
の接点を開閉するスイッチ本体とを一体的に形成すると
ともに単一方向よシ操作することによって調整の為の作
業性が秀れ、操作方向の設計的自由変の高い気化器の紋
シ弁アイドリング１ｌｌｌＩＦ検出装費を得ることにあ
る◎以下、本発明の一実施例を嬉２図、館３図によりＷ
！明する０
気化器本体１１を貫通する吸気道１２内−に紋シ弁１３
を配置し、この紋シ弁１３と同期的に回転する紋り弁軸
１４の気化器本体１１外への突出端部に紋り弁レバー１
５が固着される・この紋シ弁レバー１５にけ紋り弁１３
に対して閉方向の回動力ｃ図において時計方向）を付勢
する紋シ弁リターンスプリング１６が係止され、さらに
一端の折シ曲げ部１５Ａに対応して紋シ弁アイドリング
開１ｆＩｐ出装＠１７を配置する０
次に紋シ弁アイドリンク一度検出装［１７について駅間
する。According to such a conventional idling valve opening detection device, the operation of the idling valve m adjustment screw 6 for adjusting the idling, and the operation (contact point) 11111 of the micro switch f8f:) are performed. It was necessary to operate the microphone aX switch adjustment screen 7 separately, and the operation was performed on two sides, so the workability for adjustment was very poor. Since the operating directions of the scree-6 and the micro switch P1ml adjustment scree-7 are two directions, it is difficult to freely change the operating direction, which is a problem especially since various devices are arranged around the engine. The opening adjustment screw 6 and microscopy adjustment screw are connected to the opening valve lever 5.
In view of the above, the present invention has been designed to improve the strength of the embossed valve lever 50 because the end of the embossed valve lever 50 is prone to vibration.
The valve opening adjustment screen and the switch body that opens and closes the contacts of the electric circuit are integrally formed and can be operated in a single direction, resulting in excellent adjustment workability and operation. The object of the present invention is to obtain a 1lll IF detection equipment for the idling valve of a carburetor with a high degree of freedom in design.
! A patterned valve 13 is installed in the intake passage 12 that passes through the carburetor body 11.
A crest valve lever 1 is arranged at the end of the crest valve shaft 14 that rotates synchronously with the crest valve 13 and projects out of the carburetor main body 11.
5 is fixed to this crest valve lever 15.
The emblem valve return spring 16 which biases the rotational force c in the closing direction (clockwise in the figure) is locked, and the emblem valve idling opening 1fIp exit @ corresponds to the bent portion 15A at one end. 17 is placed 0 Next, the pattern valve eye link detecting device [17 is placed between the stations.
１８はポリエステル樹脂、エポキシ樹脂等の絶縁性材料
にて形成され、その内部に段部１８Ａを設け、その上部
１：ねじ部１８Ｂを設けた筐体であり、前記段部１８Ａ
には端子１９Ａ、１９Ｂがそれぞれ配置され、さらに前
記端子に対応して鋼等の導電性材料よりなるスイッチ本
体加をｆ、ｔＬ、。Reference numeral 18 denotes a housing made of an insulating material such as polyester resin or epoxy resin, and has a stepped portion 18A inside thereof, and an upper portion 1: a threaded portion 18B.
Terminals 19A and 19B are respectively disposed in the terminals f, tL, and corresponding to the terminals, switch bodies made of a conductive material such as steel are installed.
このスイッチ本体加とポリエステル樹脂静の絶縁材料の
カラーガを介して一体的に形成された突子ｎは筐体１８
の下部よシ筐体１８外へ突出して配置され、さらに前記
スイッチ本体はスイッチ本体加の上面と管体ｌＢの内部
の上室間との間儂；縮設され、紋り弁リターンスプリン
グ１６のばね力より弱いばね力を有するスイッチ抑圧ス
プーノング器にて端子１９Ａ、１９Ｂよシ離反するよう
付勢される。The protrusion n, which is integrally formed with the switch body through a collar made of an insulating material made of polyester resin, is connected to the housing 18.
The switch body is arranged to protrude outside the housing 18 from the lower part of the switch body, and the switch body is compressed between the upper surface of the switch body and the upper chamber inside the tube body lB, and the switch body is arranged so as to protrude from the bottom of the valve return spring 16. The terminals 19A and 19B are biased away from each other by a switch suppressor having a spring force weaker than the spring force.
そして、２４は一端を気化器本体１１にビスｆｆ５（二
て固着されたステーであって、そのステー斜の他端には
筐体１８０回動を抑止し９図において上下方向の移動を
許容し得る長溝２４Ａが形成され。24 is a stay whose one end is fixed to the carburetor main body 11 with a screw ff5, and the other oblique end of the stay is a casing 180 which prevents rotation and allows vertical movement in Fig. 9. A long groove 24A is formed.
さらにステーＵの中間部には彼達する調整ねじ１を回動
自在にｍｒｉｔｔ保持する支持孔２４Ｂが穿設される０
そして、筐体１８の外周部に突起して設けた係止部１８
ＣをステーＵの長溝２４Ａに嵌合配置するとともに管体
１８より突出する突子υを紋り弁レバー１５の折り曲げ
部１５Ａに対応して配置し、この状態にてステー斜の支
持孔２４Ｂ内に調整ねじ製の上部に設は九買部２６Ａと
７ランジｙｙＢとの間の軸部２６Ｃを挿通し、さらに−
整ねじ製の下端部のねじ部２６Ｄを筐体１８のねじ部１
８Ｂに螺着し、もって調整ねじににて筐体１８をステー
冴に対してＳ垂保持したものである。Further, a support hole 24B for rotatably holding the adjustment screw 1 is bored in the middle part of the stay U.A locking part 18 is provided to protrude from the outer periphery of the housing 18.
C is fitted into the long groove 24A of the stay U, and the protrusion υ protruding from the tube body 18 is placed corresponding to the bent portion 15A of the valve lever 15, and in this state, it is inserted into the support hole 24B of the stay diagonal. Insert the shaft part 26C between the 9-piece part 26A and the 7-lunge yyB, and then -
Connect the threaded part 26D of the lower end of the set screw to the threaded part 1 of the housing 18.
8B, and the housing 18 is held in an S-vertical position with respect to the stay plate using the adjustment screw.
借、２７け調整ねじ謳の頭部２６Ａの下面とステー２４
の上面との間に縮設したスプリングであシ、このスプリ
ングｎのばね力にて７ランジ２６Ｂの上面はステー必の
下面に抑圧保持される＠舘は紋り弁１３に開方向の操作
力を与える開弁用操作ワイヤー、２９は紋り弁１３に閉
方向の操作力を与える閉弁用操作ワイヤーである。The lower surface of the head 26A of the 27-piece adjustment screw and the stay 24
The spring force of this spring n holds the upper surface of the 7-lunge 26B pressed against the lower surface of the stay. 29 is a valve-closing operation wire that applies an operating force in the closing direction to the crest valve 13.
而して、開弁用、閉弁用操作ワイヤー簡、四へ索引力が
作用しない状ＩＩ（紋り弁１３に対して紋り弁リターン
スプリング１６にて閉方向のカが付勢された状態）につ
いて！９明すると、紋シ弁レバー１５け紋〕弁リターン
スプリング１６にて時計方向への回動力を付勢されるの
で、紋シ弁レバー１５の折り曲げ部１５Ａに対応して配
蓋し大央子２２は紋シ弁レバー１５にて上方向への押圧
力を受けるものである〇
この押圧力はスイッチ抑圧スプリングｎのばね力より屯
強いのでスイッチ本体２ｏはそのスプリング器に抗して
上方向へ移動し、端子１９Ａ１１９Ｂに当接して電気回
路を閉じるものである。Therefore, the operation wires for opening and closing the valve are in a state II in which no pulling force is applied to the opening and closing operation wires (a state in which the closing direction force is applied to the opening valve 13 by the opening valve return spring 16). )about! 9, the valve return spring 16 applies a clockwise rotational force to the valve lever 15, so the lid is placed corresponding to the bent portion 15A of the valve lever 15, and the center valve 22 is closed. The valve lever 15 receives an upward pressing force. This pressing force is stronger than the spring force of the switch suppressing spring n, so the switch body 2o moves upward against the spring force. It contacts the terminals 19A and 119B to close the electric circuit.
そしてスイッチ本体加を介して端子１９Ａ、１９Ｂに加
わる上方向への押圧力は筐体１８から調整ねじ謳へと伝
達されるものであるが、７ラングａの上面がステー冴の
下面に当接するので、筐体１８、−整ねじ謳ともにかか
る上方向への押圧力を受けても何等移動するものでない
。The upward pressing force applied to the terminals 19A and 19B through the switch body is transmitted from the housing 18 to the adjustment screw, but the upper surface of the 7th rung a comes into contact with the lower surface of the stay plate. Therefore, even if the housing 18 and the adjusting screw are subjected to the upward pressing force, they do not move at all.
そして、紋シ弁１３をアイドリング開度に調整するには
調整ねじ謳を回動させるものである。In order to adjust the opening of the stop valve 13 to the idling opening degree, the adjusting screw is rotated.
′例えば−整ねじにに右ねじを創設し、調整ねじ謳を時
計方向に回動させると、筐体１８は調整ねじ謳の回動に
応じて図において上方向に移動するものであり、この上
方向への移動によれば。'For example, if a right-handed thread is created in the adjustment screw and the adjustment screw head is rotated clockwise, the housing 18 will move upward in the figure in accordance with the rotation of the adjustment screw head. According to the upward movement.
突子ｎが紋シ弁リターンスプリング１６にて緘２り弁レ
バー１５に押圧されるので、１１休１８の段部１８Ａと
端子１９Ａ、１９Ｂ及び端子１９Ａ、１９Ｂとスイ。Since the projection n is pressed against the valve lever 15 by the valve return spring 16, the stepped portion 18A of the valve 11 and the terminals 19A, 19B and the terminals 19A, 19B are connected.
チ本体に、及びスイッチ本体頷と突子ｎ、及び突子ρと
紋ル弁レバー１５．とが互いに当接し。15. On the body of the switch, the nod of the switch body, the protrusion n, the protrusion ρ, and the valve lever 15. and are in contact with each other.
紋り弁レバー１５に対して時計゛方向の回動を許容し、
紋シ弁Ｂを閉方向へ移動させるものである。Allowing rotation in the clockwise direction with respect to the stop valve lever 15,
This is to move the patterned valve B in the closing direction.
−力調整ねじ謳を反時計方向に回動させるとＶ体１８は
調整ねじ謳の回動に応じて閣にかいて下方向に移動し、
突子ｎをして紋シ弁しバー謁に対して反時計方向の回動
を許容して紋シ弁１３を開方向へ回動させるものである
。- When the force adjustment screw is rotated counterclockwise, the V body 18 moves downward according to the rotation of the adjustment screw,
The protrusion n is used to rotate the stem valve 13 in the opening direction by allowing rotation in the counterclockwise direction relative to the stem valve bar.
従って調整ねじ謳を適轟に回動することによりて紋り弁
１３のアイドリング開度を得られるものであるｏｆえか
かるアイドリング開度保持状態においてスイッチ本体加
は前述の如く端子ｍ、１９Ｂに当接しているので電気回
路は確実に閉状態とすることができる＠
かかる紋シ弁アイドリング状態から開弁用操作ワイヤー
詔を索引して紋〉弁１３を開放するとＣ図において反時
計方向へ回動する）それと同期して紋シ弁レバー１５も
ｔた反時計方向へ回動するので紋抄弁レバー１５の折シ
ーげ部１５Ａの突子γに対する抑圧が解かれるものであ
る０これによると、スイッチ本体回はスイッチ押圧スプ
リングおにて即座に下方に押圧されスイ、チ本体加が端
子１９Ａ、１９３３より離反するので電気回路は即座に
開状態とする仁とができる０以上のように本発明になる
気化器の紋り弁アイドリング位を検出実情は、回転方向
のＷ位を抑止された筐体内に端子をｆｆＬ、その端子に
対応して紀テした導電性材質よりなるスイッチ体の他端
を紋り弁に連動する紋り弁レバーに対応して記音し、筐
体を、ｍ部とフランジ間をステーの支持孔内に回動自存
に嵌舎亥持された調整ねじに螺着したので、紋シ弁の丁
イドリングｍｙの調整および電気回路の作動（捗点）調
整は単に調整ねじを回動すればよく、その−整操作が単
一であるので調整の為の作秦性が向上できた亀のである
０ま＊ｍ調整作は一方向より調整ねじを回動すれげよく
その操作方向が単一とな−）六ので操作方向の設計的自
由度を増すことができたものである。また、閉弁用操作
ワイヤーを索引して紋シ弁を閉方向に付勢させるとき′
。Therefore, the idling opening of the trigger valve 13 can be obtained by appropriately rotating the adjusting screw.In the state where the idling opening is maintained, the switch body is applied to the terminals m and 19B as described above. Since they are in contact with each other, the electric circuit can be reliably closed.＠ When the valve 13 is opened by indexing the valve opening operation wire command from the idling state of the valve, it rotates counterclockwise in Figure C. ) In synchronization with this, the embossed valve lever 15 also rotates counterclockwise, so that the suppression of the protrusion γ of the folding seam portion 15A of the embossed valve lever 15 is released.According to this, The switch body is immediately pressed downward by the switch pressing spring, and the switch body is separated from the terminals 19A and 1933, so that the electric circuit is immediately opened. The actual situation is to detect the idling position of the carburetor's crest valve.The actual situation is to install a terminal ffL in a housing that suppresses the W position in the rotational direction, and to connect the other end of the switch body made of conductive material corresponding to that terminal. is recorded corresponding to the crest valve lever that is linked to the crest valve, and the casing is screwed between the m part and the flange into the adjustment screw that is rotatably held in the support hole of the stay. Now that the valve has been installed, the adjustment of the idling of the valve and the operation (progress) of the electric circuit can be done simply by turning the adjustment screw. The 0 to * m adjustment operation, which has improved performance, allows the adjustment screw to be rotated from one direction, and the operating direction is single, which increases the degree of design freedom in the operating direction. It is something that Also, when biasing the valve in the closing direction by indexing the valve-closing operation wire,
.
紋り一がすでにアイドリング−ｊｌｌ：復帰してもさら
に閉弁用操作ワイヤーに索引力を付勢させる場合がある
が、かかる状態においては筐体をｓｆｌ保持する調整ね
じ０７ランジの上面がステー〇下面に轟接するので閉弁
用操作ワイヤーに無用な索引力を付勢しても紋シ弁のア
イドリング開度が変化することなく安定したアイドリン
ク開度を得ることができる◎
４、 ９＠１面の簡単な説明
第１図祉従来の気化器の紋〉弁アイドリンク開度検出鋏
蟹の一実施例を示す側面図、館２１１は本発明になる気
化器の紋り弁アイドリンク開度検出！ｌｔの一実施例を
示す要部断面図を含む側面図、第３図はＩＩＥＺ図のス
テーの斜視図であるＯ
１３・・・・紋り弁
１５・・・・紋シ弁レバー
１６・・・・紋ね弁リターンスプリング１９Ａ、 １９
Ｂ・・パ・端子
ス・・・・ステー
２４Ｂ・・・・支持孔
謳・・・・調整ねじ
瀕・・・・頭部
２６Ｂ・・・・フランジ
特許出願人 株式会社 京浜精機製作所１、、−１ 、
：ユ、＞Even if Monriichi is already idling - jll: Even if it returns, the indexing force may be further applied to the valve closing operation wire, but in such a state, the top surface of the adjustment screw 07 langage that holds the casing sfl is Since it makes contact with the lower surface, even if unnecessary pulling force is applied to the valve-closing operation wire, the idling opening of the crest valve will not change and a stable idling opening can be obtained ◎ 4, 9@1 Brief description of the aspects Figure 1: Conventional carburetor emblem > Valve eye link opening detection side view showing an embodiment of the scissors crab; Pavilion 211 is the emblem of the carburetor according to the present invention; valve eye link opening detection detection! Fig. 3 is a perspective view of the stay in the IIEZ drawing.・Monne valve return spring 19A, 19
B...Paper terminal...Stay 24B...Support hole...Adjustment screw end...Head 26B...Flange Patent applicant Keihin Seiki Seisakusho Co., Ltd. 1. -1,
:Yu,＞
Claims (1)
１９Ｂｔ−妃、胃し、その端子１９Ａ、１９Ｂに対応し
て配管した導電性材質よりなるスイッチ本体旬の他端を
紋勤弁１３に連動する紋り弁レバー１５に対応してｆ！
愛し、さらに前記筐体１８を、顎部２６Ａと７ランジ２
６Ｂ間をステーＵの支持榴−内に回動自在に壷金支持さ
れた調整ねじあに螺” 着してなる気化器の紋り弁アイ
ドリンク位費検出実施。Terminals 19A are located inside the housing 18 which is prevented from rotating in the direction of rotation.
19Bt-hi, connect the other end of the switch body made of a conductive material with piping corresponding to the terminals 19A and 19B to the valve lever 15 that is linked to the valve lever 13 and f!
Furthermore, the housing 18 is connected to the jaw 26A and the 7 lunges 2.
Detection of idle linkage of the carburetor's crest valve, which consists of an adjustment screw rotatably supported in the supporting shell of the stay U between 6B and 6B.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14593481A JPS5847143A (en) | 1981-09-16 | 1981-09-16 | Detector for idling degree of opening of throttle valve of carburetor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14593481A JPS5847143A (en) | 1981-09-16 | 1981-09-16 | Detector for idling degree of opening of throttle valve of carburetor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5847143A true JPS5847143A (en) | 1983-03-18 |
| JPS6338530B2 JPS6338530B2 (en) | 1988-08-01 |
Family
ID=15396448
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP14593481A Granted JPS5847143A (en) | 1981-09-16 | 1981-09-16 | Detector for idling degree of opening of throttle valve of carburetor |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5847143A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6134984A (en) * | 1997-01-31 | 2000-10-24 | Honda Giken Kogyo Kabushiki Kaisha | Throttle lever device |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS477307U (en) * | 1971-02-23 | 1972-09-27 |
-
1981
- 1981-09-16 JP JP14593481A patent/JPS5847143A/en active Granted
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS477307U (en) * | 1971-02-23 | 1972-09-27 |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6134984A (en) * | 1997-01-31 | 2000-10-24 | Honda Giken Kogyo Kabushiki Kaisha | Throttle lever device |
| US6170590B1 (en) | 1997-01-31 | 2001-01-09 | Honda Giken Kogyo Kabushiki Kaisha | Snowmobile with throttle lever device |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6338530B2 (en) | 1988-08-01 |
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