| Document |
Document Title |
|
JP2020513375A |
To provide a structure of a bogie which can still be in close contact with the ground on an uneven ground without using a spring and does not generate shaking. A chassis (10) and a wheel set structure (20) are provided, and at least one ...
|
|
JP2020069890A |
To provide an improved invention which makes vibration of a wheel and an in-wheel motor less likely to be transmitted to a vehicle body in an electric vehicle including the in-wheel motors.A suspension structure for an in-wheel motor dri...
|
|
JP2020069971A |
To provide an in-wheel motor drive device mounting structure capable of securing the mounting space for the suspension and improving the steering stability in a four-wheel-drive vehicle.The in-wheel motor drive device mounting structure ...
|
|
JP2020069972A |
To provide an in-wheel motor drive device mounting structure which allows the reduction of the initial cost when in-wheel motor drive devices are mounted in a four-wheel-drive vehicle.The in-wheel motor drive device mounting structure co...
|
|
JP6687622B2 |
The invention relates to a control arm system (L) for a wheel suspension of an axle assembly of a vehicle, comprising a transverse control arm assembly (1), a wheel carrier (6), and a wheel (8), wherein the transverse control arm (1) has...
|
|
JP2020059390A |
To improve steering stability during turning/driving in an in-wheel motor vehicle.A suspension structure for an in-wheel motor driving device comprises a suspension arm 48 in which an outer end 48p in a vehicle width direction is connect...
|
|
JP6682551B2 |
A joint group (1) for operatively connecting a first component and a second component and allowing reciprocal movement around an axis of rotation (R-R). The joint group (1) comprises: i) a pin (10) having a first end (11). and. a. second...
|
|
JP2020050160A |
To provide a trailing arm structure that reduces vibration transmitted from an in-wheel motor to a vehicle body via a trailing arm.The trailing arm structure includes an in-wheel motor drive device 10 arranged in an inner space area of t...
|
|
JP2020050136A |
To provide a strut type suspension device capable of reducing vibration peculiar to an in-wheel motor.The strut type suspension device 40 for an in-wheel motor drive device has a strut 41 whose lower end is connected to an in-wheel motor...
|
|
JP6670571B2 |
A strut type suspension device has a retractable strut (111) that connects to an upper portion of an in-wheel motor drive device (10) so as not to relatively move; and a swingable lower arm (116) that is coupled to a lower portion of the...
|
|
JP2020041615A |
To provide an elastic bush capable of improving oscillation attenuation performance of a suspension arm, and provide a suspension.A bush comprises an inner cylinder, an outer cylinder arranged on the outer periphery of the inner cylinder...
|
|
JP6662355B2 |
Provided is a vehicle suspension device capable of obtaining excellent steering stability and good riding comfort in conformity to a tire longitudinal spring constant. The suspension device (1) comprises: an upper arm (2); a lower arm (4...
|
|
JP6661088B1 |
To disclose a medical stretcher for all terrains. The stretcher main body is included, and an operating block is symmetrically installed on the bottom surface of the stretcher main body, and a pressing groove is formed in the operating b...
|
|
JP6655101B2 |
A wheel suspension assembly (1) for a vehicle, having a spring damper (2), a first transverse link (4), which has a first transverse link strut (4a) and a second transverse link strut (4b), a second transverse link (5), a first tie rod (...
|
|
JP2020023284A |
To solve the problem that even if some of driving wheels are changed into a slip wheel running idle with respect to a road surface in a vehicle equipped with a differential arrangement that can absorb a difference in rotation speed betwe...
|
|
JP6640240B2 |
A single-suspended-wheel steering system (5) of a vehicle for agricultural use. The system (5) having a wheel carrier (51) and an arm (52) engaged to each other via a joint group (1). The joint group (1) comprises: i) a pin (10) that ext...
|
|
JP2020015459A |
To provide a suspension structure which achieves reduction of transmission of vibration of an in-wheel motor itself to a vehicle body.A suspension structure for an in-wheel motor drive device includes: a suspension member 41 which extend...
|
|
JP2020501976A |
A suspension damping system suitable for controlling the minimum ground height of an automobile, configured to allow at least one high position, at least one low position, and intermediate position of the chassis relative to the ground, ...
|
|
JP2020006939A |
To provide an independent rear suspension system for a low-floor bus, which shortens the distance between a vehicle interior floor located above a rear shaft portion and a road surface, makes it easier for passengers to get on and off, a...
|
|
JP2019209896A |
To provide a self-propelled transport bogie using omnidirectional moving wheels having a suspension for enhancing a degree of freedom of the selection of a size of a constituent member such as a damper and a parallel link without imposin...
|
|
JP2019206264A |
To provide a steering device which can allow precession movement while reducing space consumption.A steering device 100 includes: a piston rod 101 of a shock absorber 10 disposed in a tire house 7 of a vehicle; a joint mechanism 9 which ...
|
|
JP2019206234A |
To provide a steering device which can allow precession movement while reducing space consumption.A steering device 100 includes: a piston rod 101 of a shock absorber 10 disposed in a tire house 7; a joint mechanism 9 which connects the ...
|
|
JP6613056B2 |
|
|
JP6593679B2 |
|
|
JP6589603B2 |
|
|
JP6590115B2 |
This suspension is provided with multiple links that link a vehicle body-side member and a hub carrier. At least one of the multiple links is an expansion link. The expansion link is provided with: a fixed shaft; a first universal joint ...
|
|
JP2019166862A |
To provide a vehicle that can reduce changes of a toe angle of a rear wheel to the toe-out side at the time of braking of the vehicle.A connection point between a vehicle body frame Fv and a trailing arm 51 is defined as a first connecti...
|
|
JP2019166861A |
To secure an appropriate trajectory of front wheels, an arm span, and an arm length at the time of riding across an undulating surface.Right and left arms 51, 52 obliquely extend forward and toward the center in a right to left direction...
|
|
JP2019156142A |
To provide a suspension device which aerodynamically suppresses tire ground load fluctuation with a simple configuration.A suspension device 1 comprises: a housing 20 which holds a hub bearing which rotatably supports a wheel; a suspensi...
|
|
JP6575722B1 |
The telescopic link actuator has a motor attached to a fixed shaft, a screw shaft rotated by the motor, a clutch between the motor and the screw shaft, and a nut that meshes with the screw shaft and is fixed to the movable shaft. The clu...
|
|
JP2019151174A |
To provide an arrangement structure of a power source unit in an electric vehicle which can reliably protect each device and power cable during a rear end collision, providing that the electric vehicle is a rear drive vehicle in which a ...
|
|
JP6569940B2 |
|
|
JP6557880B2 |
The vehicle includes: a vehicle body rotatable about a roll axis; one or more front wheels; a front wheel support supporting the one or more front wheels turnably to a turning direction about a turning axis; one or more rear wheels; an o...
|
|
JP2019123430A |
To reduce lateral input and longitudinal input for operating on a piston rod of a shock absorber with excellent installability.A spring force application device 100 comprises a lateral spring force application unit 110A and a longitudina...
|
|
JP6547782B2 |
A vehicle lower section structure including: a left and right pair of vehicle body frame members; a lower extension section joined to each of the left and right pair of vehicle body frame members, the lower extension section including: a...
|
|
JP6546715B2 |
|
|
JP6546485B2 |
|
|
JP2019518652A |
The vehicle includes chassis 10, drive units 33,34, suspension systems 71,71. The chassis 10 includes the chassis body 13 and the chassis module units 11 and 12, and the drive units 33 and 34 are installed in the chassis module units 11 ...
|
|
JP6539326B2 |
A suspension device includes knuckles that rotatably retain rear wheels, an electric actuator that steers the rear wheels, paired tie rods that are connected to the electric actuator via a link mechanism and driven back and forth by the ...
|
|
JP6538571B2 |
There is disclosed herein a vehicle configuration comprising a chassis, at least one front wheel, two rear wheels, and a propulsion unit driving the rear wheels. The rear wheels are connected to the chassis by a wheel support assembly co...
|
|
JP6536771B1 |
The universal joint consists of a housing, an arm that is partly located inside the housing, an outer bush that is located between the inner peripheral surface of the housing and the arm, and an inner that is located on the opposite side...
|
|
JP6539334B2 |
Provided is a semi-trailing suspension device including: a trailing arm that is coupled to a vehicle body in a turnable manner; a trailing bush that is provided between the vehicle body and the trailing arm and pivotally supports the tra...
|
|
JP6538141B2 |
|
|
JP2019104265A |
To provide a suspension device which achieves high rigidity and weight saving and has high design flexibility.A suspension device 10 according to one embodiment of a technology of the disclosure includes an upper arm 14 which is swingabl...
|
|
JP2019098885A |
To improve running stability of a vehicle.A vehicle comprises: a vehicle body, an inclination mechanism which inclines the vehicle body, an operation input part, an inclination control part, and a rotating wheel support part which suppor...
|
|
JP6528923B1 |
The suspension operation system includes a plurality of links supporting the wheel, and at least one of the plurality of links supplies a drive signal to the suspension and the suspension having an actuator that expands and contracts the...
|
|
JP6527350B2 |
|
|
JP6522642B2 |
The invention relates to a spring arm device (1) for a motor vehicle, comprising two flanges (2) arranged at a distance from each other and which are made of a first fiber composite material (4) having fibers (6) each oriented in a longi...
|
|
JP6512808B2 |
|
|
JP6512388B1 |
The telescopic links include a tubular fixed shaft, a first universal joint that connects the fixed shaft to the vehicle body side member, a movable shaft that can slide with respect to the fixed shaft, and a second universal joint that ...
|
