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    • 11. 发明专利
    • DE69109573T2
    • 1995-09-07
    • DE69109573
    • 1991-08-09
    • HONDA MOTOR CO LTDNISSIN KOGYO KK
    • SATO MAKOTOINAGAKI HIROMISAITO WATARUSAKURAI KAZUYAHAGWARA KOICHIHORIUCHI MAKOTO
    • B60T8/26B60T8/32B60T8/36B60T8/40B60T8/44B60T8/48B60T13/66
    • A hydraulic braking pressure control system for a vehicle comprises a master cylinder (M) operatively connected to a brake pedal (P), an operation-amount detector (S) for detecting the amount by which the brake pedal is operated, a hydraulic pressure control unit (2FL etc) for controlling the hydraulic pressure to be applied to a brake device (BFL etc) mounted on a wheel in accordance with an applied quantity of electricity, and a control circuit (3) for controlling the quantity of electricity to be applied to the hydraulic pressure control unit, in accordance with a detection value provided by the operation-amount detector. The system further includes a cut-off valve (30FL etc) adapted to be closed in response to depression of the brake pedal, and a reservoir (R2) connected through the cut-off valve to an oil passage (27) connecting the hydraulic pressure control unit and the brake device. The cut-off valve is opened when the brake pedal is not depressed, and even if a hydraulic pressure is delivered from the hydraulic pressure control unit when there is no braking operation, such hydraulic pressure can be released into the reservoir, ensuring that any such hydraulic pressure is prevented from being applied to the brake device.
    • 12. 发明专利
    • DE3836344A1
    • 1989-05-03
    • DE3836344
    • 1988-10-25
    • NISSIN KOGYO KKHONDA MOTOR CO LTD
    • HORIUCHI MAKOTOSHIMIZU ATSUSHIMIYAKAWA YOSHITAKASAKURAI KAZUYA
    • B60T13/12B60T13/14
    • A hydraulic booster device comprises a booster cylinder coupled with a rear end of a cylinder body of a master cylinder, a booster piston slidably received in a piston guide mounted in the booster cylinder and spring-biased in a retreating direction, a valve piston connected to an operating member and slidably received in the booster piston, an output hydraulic pressure chamber defined to face a back of the booster piston, an input hydraulic pressure chamber leading to a hydraulic pressure supply source, an inlet valve interposed between the input and output hydraulic pressure chambers and opened in response to the advancing operation of the valve piston relative to the booster piston, an outlet valve interposed between the output hydraulic pressure chamber and an outlet chamber leading to an oil reservoir and closed in response to the advancing operation of the valve piston relative to the booster piston, and a booster chamber facing a back of the operating piston and defined between the operating piston and a guide member disposed rearwardly of the operating piston to be able to abut against a leading end of the booster piston. The valve piston has a leading end which is oil-tightly and movably passed through the guide member to project into said booster chamber, and the valve piston is perforated with an oil supply passage which permits the communication between the input hydraulic pressure chamber and the booster chamber as the inlet valve is opened.
    • 14. 发明专利
    • FR2622256B1
    • 1993-06-18
    • FR8813933
    • 1988-10-25
    • NISSIN KOGYO KKHONDA MOTOR CO LTD
    • HORIUCHI MAKOTOSHIMIZU ATSUSHIMIYAKAWA YOSHITAKASAKURAI KAZUYA
    • B60T13/12B60T13/14F15B3/00B60T11/16B60T13/10
    • A hydraulic booster device comprises a booster cylinder coupled with a rear end of a cylinder body of a master cylinder, a booster piston slidably received in a piston guide mounted in the booster cylinder and spring-biased in a retreating direction, a valve piston connected to an operating member and slidably received in the booster piston, an output hydraulic pressure chamber defined to face a back of the booster piston, an input hydraulic pressure chamber leading to a hydraulic pressure supply source, an inlet valve interposed between the input and output hydraulic pressure chambers and opened in response to the advancing operation of the valve piston relative to the booster piston, an outlet valve interposed between the output hydraulic pressure chamber and an outlet chamber leading to an oil reservoir and closed in response to the advancing operation of the valve piston relative to the booster piston, and a booster chamber facing a back of the operating piston and defined between the operating piston and a guide member disposed rearwardly of the operating piston to be able to abut against a leading end of the booster piston. The valve piston has a leading end which is oil-tightly and movably passed through the guide member to project into said booster chamber, and the valve piston is perforated with an oil supply passage which permits the communication between the input hydraulic pressure chamber and the booster chamber as the inlet valve is opened.
    • 15. 发明专利
    • HYDRAULIC PRESSURE BOOSTER
    • GB2207205B
    • 1991-07-31
    • GB8814215
    • 1988-06-15
    • HONDA MOTOR CO LTDNISSIN KOGYO KK
    • HORIUCHI MAKOTOMIYAGAWA YOSHITAKASAKURAI KAZUYA
    • B60T11/22B60T13/14
    • In a hydraulic pressure booster comprising a booster piston slidably fitted in a booster cylinder coupled to a rear end of a master cylinder, the piston having at a leading end thereof an output rod abutting against a rear end of a master piston slidably fitted in the master cylinder, an inlet valve interposed between an output hydraulic oil chamber defined to face a back surface of the booster piston and an input hydraulic oil chamber leading to a hydraulic pressure supply source, the inlet valve being opened in response to an advancing movement, relative to the booster piston, of a valve piston connected to an operating member and slidably fitted in the booster piston, an outlet valve interposed between the output hydraulic oil chamber and an outlet chamber leading to an oil tank, said outlet valve being adapted to be closed in response to the advancing movement of the valve piston relative to the booster piston, and a reaction mechanism provided between the valve piston and the output rod for transmitting an operational reaction force of the output rod to the valve piston, the reaction mechanism comprises a reaction piston slidably fitted in the valve piston in such a manner that a front end thereof is capable of abutting against either of the output rod and the booster piston integral with the output rod, and a hydraulic pressure of the output hydraulic oil chamber acting on a back surface of the reaction piston, and an operation-starting set spring interposed between the valve piston and the reaction piston for biasing the reaction piston rearwardly relative to the valve piston.
    • 17. 发明专利
    • HYDRAULIC BOOSTER DEVICE
    • GB2211570A
    • 1989-07-05
    • GB8825054
    • 1988-10-26
    • NISSIN KOGYO KKHONDA MOTOR CO LTD
    • HORIUCHI MAKOTOSHIMIZU ATSUSHIMIYAKAWA YOSHITAKASAKURAI KAZUYA
    • B60T13/12B60T13/14
    • A hydraulic booster device comprises a booster cylinder coupled with a rear end of a cylinder body of a master cylinder, a booster piston slidably received in a piston guide mounted in the booster cylinder and spring-biased in a retreating direction, a valve piston connected to an operating member and slidably received in the booster piston, an output hydraulic pressure chamber defined to face a back of the booster piston, an input hydraulic pressure chamber leading to a hydraulic pressure supply source, an inlet valve interposed between the input and output hydraulic pressure chambers and opened in response to the advancing operation of the valve piston relative to the booster piston, an outlet valve interposed between the output hydraulic pressure chamber and an outlet chamber leading to an oil reservoir and closed in response to the advancing operation of the valve piston relative to the booster piston, and a booster chamber facing a back of the operating piston and defined between the operating piston and a guide member disposed rearwardly of the operating piston to be able to abut against a leading end of the booster piston. The valve piston has a leading end which is oil-tightly and movably passed through the guide member to project into said booster chamber, and the valve piston is perforated with an oil supply passage which permits the communication between the input hydraulic pressure chamber and the booster chamber as the inlet valve is opened.
    • 18. 发明专利
    • FR2622256A1
    • 1989-04-28
    • FR8813933
    • 1988-10-25
    • NISSIN KOGYO KKHONDA MOTOR CO LTD
    • HORIUCHI MAKOTOSHIMIZU ATSUSHIMIYAKAWA YOSHITAKASAKURAI KAZUYA
    • B60T13/12B60T13/14
    • A hydraulic booster device comprises a booster cylinder coupled with a rear end of a cylinder body of a master cylinder, a booster piston slidably received in a piston guide mounted in the booster cylinder and spring-biased in a retreating direction, a valve piston connected to an operating member and slidably received in the booster piston, an output hydraulic pressure chamber defined to face a back of the booster piston, an input hydraulic pressure chamber leading to a hydraulic pressure supply source, an inlet valve interposed between the input and output hydraulic pressure chambers and opened in response to the advancing operation of the valve piston relative to the booster piston, an outlet valve interposed between the output hydraulic pressure chamber and an outlet chamber leading to an oil reservoir and closed in response to the advancing operation of the valve piston relative to the booster piston, and a booster chamber facing a back of the operating piston and defined between the operating piston and a guide member disposed rearwardly of the operating piston to be able to abut against a leading end of the booster piston. The valve piston has a leading end which is oil-tightly and movably passed through the guide member to project into said booster chamber, and the valve piston is perforated with an oil supply passage which permits the communication between the input hydraulic pressure chamber and the booster chamber as the inlet valve is opened.
    • 19. 发明专利
    • DE3820539A1
    • 1988-12-29
    • DE3820539
    • 1988-06-16
    • HONDA MOTOR CO LTDNISSIN KOGYO KK
    • HORIUCHI MAKOTOKOKUBU OOAZAMIYAGAWA YOSHITAKASAKURAI KAZUYA
    • B60T11/22B60T13/14F15B7/08
    • In a hydraulic pressure booster comprising a booster piston slidably fitted in a booster cylinder coupled to a rear end of a master cylinder, the piston having at a leading end thereof an output rod abutting against a rear end of a master piston slidably fitted in the master cylinder, an inlet valve interposed between an output hydraulic oil chamber defined to face a back surface of the booster piston and an input hydraulic oil chamber leading to a hydraulic pressure supply source, the inlet valve being opened in response to an advancing movement, relative to the booster piston, of a valve piston connected to an operating member and slidably fitted in the booster piston, an outlet valve interposed between the output hydraulic oil chamber and an outlet chamber leading to an oil tank, said outlet valve being adapted to be closed in response to the advancing movement of the valve piston relative to the booster piston, and a reaction mechanism provided between the valve piston and the output rod for transmitting an operational reaction force of the output rod to the valve piston, the reaction mechanism comprises a reaction piston slidably fitted in the valve piston in such a manner that a front end thereof is capable of abutting against either of the output rod and the booster piston integral with the output rod, and a hydraulic pressure of the output hydraulic oil chamber acting on a back surface of the reaction piston, and an operation-starting set spring interposed between the valve piston and the reaction piston for biasing the reaction piston rearwardly relative to the valve piston.
    • 20. 发明专利
    • Fahrzeugbremssystem
    • DE102014209648B4
    • 2020-07-30
    • DE102014209648
    • 2014-05-21
    • HONDA MOTOR CO LTD
    • TAHARA SHUNPEIIKEDA TOHRUSAKURAI KAZUYASUGITA YOSHINARI
    • B60T8/17B60T7/12
    • Fahrzeugbremssystem, welches aufweist:eine Steuereinheit (150), die zur Bestimmung in der Lage ist, ob ein Automatikgetriebe (3) in einen Antriebsmodus, in dem von einer Antriebseinheit (2) eines Fahrzeugs (1) ausgegebene Kraft auf Antriebsräder (WFR, WFL) übertragen wird, oder in einen Nicht-Antriebsmodus, der anders als der Antriebsmodus ist, gestellt ist; undeine Verstärkereinheit (136) zum Erhöhen einer Bremskraft, die erzeugt wird, wenn eine Bremsbetätigungseinheit (12) betätigt wird,wobei das Fahrzeugbremssystem konfiguriert ist, um in der Lage zu sein, eine Bremskrafthaltefunktion zu betreiben, in der die Steuereinheit (150) die durch Betätigung der Bremsbetätigungseinheit (12) erzeugte Bremskraft durch die Verstärkereinheit (136) erhöht (S5) und die Bremskraft hält, wenn eine Geschwindigkeit des Fahrzeugs niedriger als ein vorbestimmter Geschwindigkeitsschwellenwert wird (S1),dadurch gekennzeichnet, dass die Steuereinheit (150) die Bremskrafthaltefunktion betreibt, wenn sie bestimmt, dass das Automatikgetriebe (3) in den Nicht-Antriebsmodus gestellt ist.