HYDRAULIC BOOSTER

PROBLEM TO BE SOLVED: To provide a compact and inexpensive hydraulic booster capable of changing variously a stroke characteristic in an input side without affected by an output side, without requiring any modification of a large scale. SOLUTION: An input shaft 4 is advanced, a lever 27 is turned an...

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Main Authors SHINNO HIROAKI, MAKI KAZUYA, YAMAGA HIROYUKI, TSUNODA MITSURU, SAWADA MAMORU, KANAZAWA OSAMU
Format Patent
LanguageEnglish
Published 23.10.2001
Edition7
Subjects
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Abstract PROBLEM TO BE SOLVED: To provide a compact and inexpensive hydraulic booster capable of changing variously a stroke characteristic in an input side without affected by an output side, without requiring any modification of a large scale. SOLUTION: An input shaft 4 is advanced, a lever 27 is turned and a control valve 8 is operated, in an operation, and the control valve 8 generates hydraulic fluid pressure in respose to an input. The hydraulic fluid pressure is introduced into a power chamber 6, and a primary piston 37 is actuated by the fluid pressure to generate master cylinder pressure. On the other hand, the fluid pressure of the power chamber 6 is introduced into the first annular groove 25 of a valve spool 10, and the valve spool 10 receives action force to a right direction by a pressure receiving area difference for the fluid pressure in the annular groove 25. A function of a stroke simulator is exhibited by operation-controlling the valve spool 10 to balance the action force and spring force of a spring 32 with the input in a condition where a position of a turning fulcrum of the lever 27 is constant.
AbstractList PROBLEM TO BE SOLVED: To provide a compact and inexpensive hydraulic booster capable of changing variously a stroke characteristic in an input side without affected by an output side, without requiring any modification of a large scale. SOLUTION: An input shaft 4 is advanced, a lever 27 is turned and a control valve 8 is operated, in an operation, and the control valve 8 generates hydraulic fluid pressure in respose to an input. The hydraulic fluid pressure is introduced into a power chamber 6, and a primary piston 37 is actuated by the fluid pressure to generate master cylinder pressure. On the other hand, the fluid pressure of the power chamber 6 is introduced into the first annular groove 25 of a valve spool 10, and the valve spool 10 receives action force to a right direction by a pressure receiving area difference for the fluid pressure in the annular groove 25. A function of a stroke simulator is exhibited by operation-controlling the valve spool 10 to balance the action force and spring force of a spring 32 with the input in a condition where a position of a turning fulcrum of the lever 27 is constant.
Author SHINNO HIROAKI
MAKI KAZUYA
KANAZAWA OSAMU
SAWADA MAMORU
YAMAGA HIROYUKI
TSUNODA MITSURU
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RelatedCompanies DENSO CORP
BOSCH BRAKING SYSTEMS CO LTD
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Snippet PROBLEM TO BE SOLVED: To provide a compact and inexpensive hydraulic booster capable of changing variously a stroke characteristic in an input side without...
SourceID epo
SourceType Open Access Repository
SubjectTerms ARRANGEMENT OF BRAKING ELEMENTS ON VEHICLES IN GENERAL
BRAKE CONTROL SYSTEMS OR PARTS THEREOF, IN GENERAL
PERFORMING OPERATIONS
PORTABLE DEVICES FOR PREVENTING UNWANTED MOVEMENT OFVEHICLES
TRANSPORTING
VEHICLE BRAKE CONTROL SYSTEMS OR PARTS THEREOF
VEHICLE MODIFICATIONS TO FACILITATE COOLING OF BRAKES
VEHICLES IN GENERAL
Title HYDRAULIC BOOSTER
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