Claims Analysis
Total Claims: 12
Claim 1
Independent Claim
208 words
A shock absorber control system for controlling at least one shock absorber having a dampening force adjustable in response to operation of steering means of a vehicle, said shock absorber control system comprising: (a) signal generator means for generating a signal in response to operation of the steering means; and (b) control means including first means responsive to the signal from said signal generator means for determining whether the steering means is turned or returned, second means responsive to the signal from said signal generator means for computing an angular velocity of operation of the steering means, third means for comparing the computed angular velocity with a reference value to issue a first signal indicative of an increased dampening force when the computed angular velocity exceeds said reference angular velocity and to issue a second signal indicative of a reduced dampening force when the computed angular velocity is below said reference angular velocity, said reference angular velocity being smaller when the steering means is determined as being turned by said second means than when the steering means is determined as being returned, and fourth means for actuating the shock absorber to selectively produce said increased and reduced dampening forces in response to said first and second signals, respectively.
Claim 2
Dependent Claim
208 words
A shock absorber control system for controlling at least one shock absorber having a dampening force adjustable in response to operation of steering means of a vehicle, said shock absorber control system comprising: (a) signal generator means for generating a signal in response to operation of the steering means; and (b) control means including first means responsive to the signal from said signal generator means for determining whether the steering means is turned or returned, second means responsive to the signal from said signal generator means for computing an angular velocity of operation of the steering means, third means for comparing the computed angular velocity with a reference value to issue a first signal indicative of an increased dampening force when the computed angular velocity exceeds said reference angular velocity and to issue a second signal indicative of a reduced dampening force when the computed angular velocity is below said reference angular velocity, said reference angular velocity being smaller when the steering means is determined as being turned by said second means than when the steering means is determined as being returned, and fourth means for actuating the shock absorber to selectively produce said increased and reduced dampening forces in response to said first and second signals, respectively.
Claim 3
Dependent Claim
41 words
A shock absorber control system according to claim 1, including fifth means for generating a signal in response to a speed of travel of the vehicle, said reference angular velocity being inversely proportional to said signal generated by said fifth means.
Claim 4
Dependent Claim
62 words
A shock absorber control system according to claim 1, wherein said signal generator means comprises a pair of steering sensors responsive to angular movement of the steering means through each unit angle for generating two out-of-phase pulse signals indicative respectively of an angular displacement or steering angle of the steering means and a direction in which the steering means is angularly moved.
Claim 5
Dependent Claim
117 words
A shock absorber control system according to claim 3, wherein said control means is programmed to perform the steps of correcting a centering position of the steering means when the vehicle travels for a predetermined distance while the steering angle of the steering means is smaller than a reference angle, computing an actual steering angle of the steering means based on the signals from said steering sensors and the centering position of the steering means, and determining whether the steering means is turned or returned on the basis of said signal indicative of the direction of rotation of the steering means from said steering sensor, said centering position, and said actual steering angle of the steering means.
Claim 6
Dependent Claim
52 words
A shock absorber control system according to claim 1, wherein said control means is programmed to perform the steps of computing a steering angle of the steering means based on the signal from said signal generator means, and generating said first signal only when said computed steering angle exceeds a reference angle.
Claim 7
Dependent Claim
24 words
A shock absorber control system according to claim 5, wherein said reference angle is variable dependent on a speed of travel of the vehicle.
Claim 8
Dependent Claim
212 words
A shock absorber control system for controlling at least one shock absorber having a dampening force adjustable in response to operation of a steering means of a vehicle, said shock absorber control system comprising: (a) signal generator means for generating a signal in response to operation of the steering means; and (b) control means including first means responsive to the signal from said signal generator means for determining whether the steering means is turned or returned, second means responsive to the signal from said signal generator means for computing an angular velocity of operation of the steering means, third means for comparing the computed angular velocity with a first reference value to issue a first signal indicative of an increased dampening force when the computed angular velocity exceeds said first reference angular velocity, for comparing the computed angular velocity with a second reference angular velocity when the computed angular velocity is smaller than said first reference angular velocity, and for issuing a second signal indicative of a reduced dampening force a period of time after the computed angular velocity falls below said second reference angular velocity, and fourth means for actuating the shock absorber to selectively produce said increased and reduced dampening forces in response to said first and second signals, respectively.
Claim 9
Dependent Claim
212 words
A shock absorber control system for controlling at least one shock absorber having a dampening force adjustable in response to operation of a steering means of a vehicle, said shock absorber control system comprising: (a) signal generator means for generating a signal in response to operation of the steering means; and (b) control means including first means responsive to the signal from said signal generator means for determining whether the steering means is turned or returned, second means responsive to the signal from said signal generator means for computing an angular velocity of operation of the steering means, third means for comparing the computed angular velocity with a first reference value to issue a first signal indicative of an increased dampening force when the computed angular velocity exceeds said first reference angular velocity, for comparing the computed angular velocity with a second reference angular velocity when the computed angular velocity is smaller than said first reference angular velocity, and for issuing a second signal indicative of a reduced dampening force a period of time after the computed angular velocity falls below said second reference angular velocity, and fourth means for actuating the shock absorber to selectively produce said increased and reduced dampening forces in response to said first and second signals, respectively.
Claim 10
Dependent Claim
25 words
A shock absorber control system according to claim 7, wherein said period of time is variable dependent on a speed of travel of the vehicle.
Claim 11
Dependent Claim
190 words
A shock absorber control system for controlling at least one shock absorber having a dampening force adjustable in response to operation of steering means of a vehicle, said shock absorber control system comprising: (a) signal generator means for generating a signal in response to operation of the steering means; and (b) control means including first means responsive to the signal from said signal generator means for selectively generating a first signal indicating that the steering means is turned and a second signal indicating that the steering means is returned, second means responsive to the signal from said signal generator means for generating a third signal indicative of an angular velocity of operation of the steering means, third means responsive to said third signal for issuing a fourth signal indicative of an increased dampening force when said first signal is generated by said first means and a fifth signal indicative of a reduced dampening force when said second signal is generated by said first means, and fourth means for actuating the shock absorber to selectively produce said increased and reduced dampening forces in response to said fourth and fifth signals, respectively.
Claim 12
Dependent Claim
190 words
A shock absorber control system for controlling at least one shock absorber having a dampening force adjustable in response to operation of steering means of a vehicle, said shock absorber control system comprising: (a) signal generator means for generating a signal in response to operation of the steering means; and (b) control means including first means responsive to the signal from said signal generator means for selectively generating a first signal indicating that the steering means is turned and a second signal indicating that the steering means is returned, second means responsive to the signal from said signal generator means for generating a third signal indicative of an angular velocity of operation of the steering means, third means responsive to said third signal for issuing a fourth signal indicative of an increased dampening force when said first signal is generated by said first means and a fifth signal indicative of a reduced dampening force when said second signal is generated by said first means, and fourth means for actuating the shock absorber to selectively produce said increased and reduced dampening forces in response to said fourth and fifth signals, respectively.