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JP3171344B2 |
PURPOSE: To improve degree of freedom as for caster control and camber control by constituting the bush of an intermediate fitting part so as to have an axis in the longitudinal direction of a vehicle body, and arranging the axis of the ...
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JP3167626B2 |
To prevent generation of noise during travelling, by forming an upper mount mechanism for supporting an upper part of a strut rotatably to a body, by a bearing body to which the upper part of the strut is mounted and fixed, and an elasti...
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JP2001133202A |
To improve the reliability of measurement data in the toe-in measurement of an axle. This toe-in gauge device is provided with a pair of toe-in gauges and a toe-in gauge bar 3. The respective toe-in gauges are provided with a jig main bo...
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JP2001114128A |
To provide a driving method for a traveling truck capable of effecting stable rectilinear traveling performance. Driving seats A, B are provided in the front and rear parts of a vehicle body, and each driving seat includes a driving sele...
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JP3158247B2 |
To simply perform adjusting works of toe-in/out by providing pairs of elliptic holes and insertion bolts at the symmetrical locations of a cross member and constituting a toe adjusting device by a limiting means for moving these bolt loc...
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JP2001097240A |
To dispense with machining for providing a rod with a regulating surface for positioning a whirl-stop member for stopping an eccentric pin having an eccentric shaft part in an adjust position in a toe angle adjusting mechanism of a wheel...
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JP2001504237A |
An apparatus and method for determining axial stability compares measured wheel runout and axial instability parameters with prescribed tolerances to determine if the wheel suffers from excessive wheel play. Axial stability and runout is...
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JP2001063337A |
To make further improvement of a drive safety performance by controlling a sensor system so as to generate resistance force with respect to the trend for generating slide as a function of a difference between an operating condition desir...
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JP2001502984A |
An independent suspension system for vehicles including wheel uprights which move in different directions relative to the chassis when negotiating curves. The system automatically adjusts the wheel camber based on the forces effective on...
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JP2001033234A |
To make accurately detectable the position of the wheel of a vehicle mounted on a wheel alignment adjusting device with high precision. A jig 304 is fitted to the wheel flange 302A of a wheel 302. A measuring second wire 544 is extracted...
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JP2001033354A |
To provide a steering wheel fixing device which securely prevents a steering wheel from rotating even when wheels are rotating. A steering wheel mount member 14 is mounted on the steering wheel 12 and a window part fitting member 18 is f...
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JP2001030945A |
To correctly, precisely and easily adjust the toe angle in a short time. The force generated when a wheel is rotated on a crawler is measured and operated, and the data of the primary differential value of the horizontal force is plotted...
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JP2001018830A |
To provide a wheel alignment adjusting device capable of accurately positioning a mount part for mounting wheels of a vehicle.Front and rear tire drivers 118 of a vehicular width direction left side are fixed on a mount base 18, front an...
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JP2001004344A |
To highly precisely measure the dynamic characteristics of wheel alignment.The non-contact type alignment measuring device of a vehicle wheel is provided with a laser light source 4 for radiating the laser beam of a prescribed geometrica...
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JP2001001706A |
To provide a vehicle with casters such as trolly capable of advancing straight, although the casters can freely and eccentrically rotate.Freely rotatable casters 8, 15 comprise brackets 3, 13 with wheels 1 rotatably mounted thereon, and ...
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JP3115601B2 |
A device for determining the slack in articulated joints and measuring the steering angles of motor vehicles is provided. The device can be easily and quickly converted to measure the slack or measure the steering angles, and is housed i...
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JP3095995B2 |
A wheel alignment system includes either four wheel mountable alignment heads or two alignment heads and two retroreflectors or two alignment heads alone together with a control console and display. A main processing unit is included in ...
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JP3088567B2 |
PURPOSE: To provide accurate measurability for the toe amount and camber angle by measuring the tire distances from different parts on the basis of the time from the light being emitted by a light emitting means till returning upon being...
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JP3081587B2 |
There is provided a suspension arm mounting structure in which a mounting end portion 2 of a suspension arm 1 is fastened relative to a vehicle body 4 with a bolt 11 and a nut 12 and in which the wheel alignment is adapted to be adjusted...
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JP3043840B2 |
An independent suspension for a motor-vehicle wheel comprises a support (12) for the wheel (14) and a single wishbone (2) articulated to the chassis (8) and to the support (12) for the wheel (14) about substantially parallel axes (A, E)....
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JP3042315B2 |
PURPOSE: To provide a fail-safe structure for an alignment control device which prevents the inner pressure of the drive system of an actuator for altering the caster angle of a wheel from rising abnormally when excessive road surface in...
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JP3025786B2 |
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JP3025785B2 |
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JP3019316B2 |
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JP3014823B2 |
An integrated controller for a vehicle comprises a contact preventive device for detecting a distance between a vehicle and an obstacle and a relative speed, and deciding whether the vehicle may come in contact with the obstacle based on...
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JP2000046700A |
To effectively utilize space by enabling an inspection and maintenance work or the like for a vehicle to be implemented, in addition to the implementation of wheel alignment measurements at the same place. A pit 2 is formed on a floor 1,...
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JP3008718B2 |
PURPOSE: To make possible the toe adjustment in consideration of the value of camber by measuring the toe and camber of each wheel by a measurement unit which is individually installed in correspond to each wheel of an automobile and car...
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JP3008622B2 |
PURPOSE: To provide a wheel alignment controller for adjusting controllably the wheel alignment (caster, camber, toe-in) condition in an automobile to realize an optimum compliance steer according to the acceleration or deceleration cond...
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JP2000038151A |
To provide regulating members, a steering device, and an industrial vehicle which are capable of performing fine rotation-adjustment of the connecting members while a whirl-stopping function of the connecting members having eccentric sha...
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JP2000038152A |
To provide a steering device and an industrial vehicle which are capable of adjusting a static toe angle and a steered where angle. A steering device 11 is provided with a cylinder 14 having cylinder rods 13, knuckle arms 15 connected-fi...
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JP2000038154A |
To provide a steering device and an industrial vehicle which are capable of easily performing a static toe-angle adjustment of wheels. A steering device 11 is provided with a cylinder 14 having cylinder rods 13, two knuckle arms 15 conne...
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JP3003199B2 |
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JP2000006832A |
To adjust the angles of a caster and a pinion of an automobile axle assembly by actuating a cam bolt with an adjusting bracket as a reaction point, and positioning a fitting member in a requested place in an adjusting slot. A protruding ...
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JP2985896B2 |
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JP2988197B2 |
PURPOSE: To provide a wheel-alignment measuring method whose measuring accuracy can be increased in a wheel-alignment measurement using a noncontact-type measuring instrument. CONSTITUTION: A vehicle is set to a running state by rollers ...
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JP2976783B2 |
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JP2970163B2 |
PURPOSE: To provide a wheel camber angle controller used preferably to automatically control the wheel camber angle in an automobile according to the travelling situation so that the behavior of the vehicle to side wind can be further st...
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JP2970367B2 |
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JP2959308B2 |
PURPOSE: To provide a vehicular suspension device alignment control method enabling the improvement of steering operability by reducing operating force and self alignment effort at the time of steering operation while keeping rectilinear...
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JP2959336B2 |
PURPOSE: To improve the control responsiveness in the steering operation by changing the caster angle according to the vehicle speed, the angle of the steering angle, the angular velocity of the steering wheel and the road surface condit...
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JP2959335B2 |
PURPOSE: To improve the stability of a vehicle both in the stationary condition and the transitional conditions, and in particular, improve the stability of the vehicle by further increasing the caster angle of the turning outer wheels. ...
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JP2952794B2 |
A process for producing a suspension member for a vehicle, which member comprises a first mounting portion relatively swingably connected to either one of a vehicle body and an axle, through a connecting member, an a second mounting port...
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JPH11255143A |
To adjust camber and caster of an automobile wheel end assembly simply and cost-effectively. An upper arm extension member 64 is mounted on an upper arm part 54 of the pipe yoke 52 for a steerable axle by means of a detachable fastener 6...
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JP2949986B2 |
PURPOSE: To provide a caster angle controller for an automobile which controls the caster angle of a suspension for the automobile to surely restrain a change in the position of a car body in acceleration and braking for improving riding...
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JP2946756B2 |
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JP2946369B2 |
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JP2936781B2 |
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JP2932762B2 |
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JPH11211625A |
To measure a basic characteristic of a vehicle from a static area to a dynamic area. A platform PH holds a vehicle to be measured at a tire wheel part and loads thereon the vehicle 2 to be measured. A hydraulic up-down cylinder 56 drives...
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JP2597084Y2 |
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