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    • 71. 发明专利
    • DRIVE DEVICE OF HIGH PRESSURE FUEL PUMP
    • JPH1182217A
    • 1999-03-26
    • JP23850997
    • 1997-09-03
    • SANSHIN KOGYO KK
    • SAITO SENJUSAGAWA MASAFUMIKATO MASAHIKO
    • F02M39/02
    • PROBLEM TO BE SOLVED: To drive an existing high pressure fuel pump accurately by an engine having no cam shaft by transmitting the rotation of a crank shaft to a pump input shaft of the high pressure fuel pump by a power transmission device through a power transmission converting part and providing an oil filling part in the power transmission converting part. SOLUTION: A V type 6 cylinder 2 cycle engine of an outboard motor has a cylinder body which is arranged longitudinally in a condition in which 6 cylinders are horizontally put to form V bank when viewed in a plan. A high pressure fuel pump 37 is arranged on a top face of this engine. The rotation of a driven pulley 44 which transmits the rotation of a crank shaft through a drive belt is transmitted to a pump input shaft 37e through a power transmission change part consisting of a vertical shaft 114, bevel gears 113, 117, and a horizontal shaft 110. The high pressure fuel pump 37 is driven due to the rotation of this pump input shaft 37e. Moreover, an oil filling part 119 is provided in the power transmission converting part to prevent the occurrence of vibration and noise due to the wear of the gears and a bearing.
    • 73. 发明专利
    • FUEL SUPPLY DEVICE OF MARINE ENGINE
    • JPH10131822A
    • 1998-05-19
    • JP28513996
    • 1996-10-28
    • SANSHIN KOGYO KK
    • KATO MASAHIKO
    • B63H21/14B63H20/00F02B61/04F02M37/00F02M37/20
    • PROBLEM TO BE SOLVED: To separate the water in a fuel without installing a water separation device separately and independently by installing a water separation and storing means for separating and storing the water in the fuel in an auxiliary fuel tank. SOLUTION: A water storing room 32b is connectingly formed on the bottom wall 32a of a pump room 32. This water storing room 32b is constituted so that a cylinder body with a bottom is insertingly connected to the opening formed below the filter 33 of the bottom wall 32a and one part of the bottom wall inner surface of a vapour separator tank 22 is fallen in downward largely. As the inner volume of the vapour separator tank 22 is sufficiently large for the consumed fuel amount at an engine side, the fuel returned from the engine side in this vapour separator tank 22 and the fuel flow speed when the fuel dupplied from a main fuel tank side is moved to the high pressure fuel pump 24 side are extremely slow. Therefore, the water in the fuel is separated surely from the fuel by its own weight and accumulated in the water storing room 32b along the inner surface of a bottom wall 31a slanted in a front side and the corrosion of an iron part is prevented.
    • 74. 发明专利
    • FUEL INJECTION CONTROLLER FOR INTERNAL COMBUSTION ENGINE
    • JPH09291844A
    • 1997-11-11
    • JP10930896
    • 1996-04-30
    • SANSHIN KOGYO KK
    • KATO MASAHIKO
    • F02D41/02F02B61/04F02B75/18F02B75/22F02D35/02F02D41/04F02D41/06F02D41/14
    • PROBLEM TO BE SOLVED: To retain a fuel injection amount to a correction value regardless of the deterioration of an air-fuel ratio sensor, by detecting an air-fuel ratio in exhaust, and also measuring response time that this air-fuel ratio is set from a lean side to a rich side, and correcting a fuel injection amount so that the response time is shortened on the basis of a degree of response time delay. SOLUTION: The fuel injection type cooled two-cycle V-six-air cylinder crankshaft vertical engine of an outboard motor, is equipped with a controller such as an air-fuel ratio detector 70 for inputting detected signals from various kinds of sensors showing the conditions of the outboard motor and a ship. When fuel injection is controlled, an air-fuel ratio(A/F) in exhaust is detected by the air-fuel ratio detector 70, and also a fuel injection amount is calculated on the basis of a target air-fuel ratio (stoichiometric air-fuel ratio). Also, response time that the detected air-fuel ratio is set from a rich side to a lean side is measured, and the fuel injection amount is corrected so that the response time is shortened on the basis of the degree of this response time delay, and in the case that the response time becomes a predetermined value or more, the upper and lower limits of the fuel injection amount are set.
    • 75. 发明专利
    • FUEL INJECTION CONTROL DEVICE OF ENGINE
    • JPH08246929A
    • 1996-09-24
    • JP4690295
    • 1995-03-07
    • SANSHIN KOGYO KK
    • KATO MASAHIKO
    • F02D45/00F02D41/04F02D41/14
    • PURPOSE: To correct a feedback reducing quantity according to an increasing quantity by storage fuel in an intake air passage, and converge the air-fuel ratio in the vicinity of the stoichiometric air-fuel ratio in a short time by correcting a maximum correction quantity of feedback control to the large side when a condition transfers to a medium speed operation condition after a low speed continuous operation condition is detected. CONSTITUTION: An air-fuel ratio sensor 20, a crank angle sensor, a throttle sensor or the like and an operation condition detecting means 31 to detect an engine operation condition are provided, and a basic injection quantity is set by a basic injection quantity setting means 32 according to a detected operation condition. A basic fuel injection quantity is corrected in a range of a maximum correction quantity by a feedback correction means 33 on the basis of the detecting air-fuel ratio by the air-fuel ratio sensor 20. In this case, when a condition transfers to a medium speed operation condition after a low speed operation condition detected by a low speed continuous operation detecting means 34 continues for a prescribed time or more, a maximum correction quantity of feedback control is corrected to the increasing side by a correcting means 35 until the air-fuel ratio is converged in a prescribed range.
    • 78. 发明专利
    • COMBUSTION CONTROL DEVICE FOR TWO-CYCLE ENGINE
    • JPH0814085A
    • 1996-01-16
    • JP14366994
    • 1994-06-24
    • SANSHIN KOGYO KK
    • NONAKA KIMIHIROKATO MASAHIKONAKAMURA KAZUHIRO
    • F02D35/00F02B61/04F02B75/02F02D41/14
    • PURPOSE:To always stabilize the combustion state of an engine in a constant state even when an operation state is changed by performing feedback control of a fuel feed amount so that the air-fuel ratio of air-fuel mixture is adjusted to a target value responding to the operation state of an engine. CONSTITUTION:A bypass passage 40 is disposed between one cylinder 1 and the other cylinder 2 between which a phase difference is produced. A CO2 sensor 35 to detect an air-fuel ratio of burnt gas is arranged at the intermediate part of the passage 40. An engine 1 has an ECU 30 serving as a control part and the ECU 30 is functioned as a target air-fuel ratio computing means to compute a target air-fuel ratio responding to the operation state of the engine 1, for example, scavenging efficiency and functioned as feedback control means to perform feedback control of a fuel injection amount from a fuel injection valve 12 so that a detecting value (an air-fuel ratio) from the O2 sensor 35 is adjusted to a target air-fuel ratio. As noted above, feedback control of a fuel feed amount is effected so that an air-fuel ratio is adjusted to a target value responding to the operation state of the engine 1.