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JP4298905B2 |
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JP4299050B2 |
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JP4294400B2 |
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JP4293221B2 |
A pair of left and right rockers are arranged along a vehicle longitudinal direction at lower portions of two vehicle lateral direction ends of a body. A floor cross-member is provided at each of two vehicle lateral direction end portion...
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JP4286503B2 |
An attachment clip (10) is provided to attach a heat shielding plate (4) to an under-panel (2). The under-panel (2) has a bolt (5) projecting from a floor tunnel (2a). The heat shielding plate (4) has a bolt hole (4a) formed to allow pas...
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JP2009132290A |
To provide a body structure of a vehicle with a frame which reduces the vibration of a vehicle body more easily.The body structure of the vehicle with the frame is provided with a vehicle body including a cabin forming part and a deck pa...
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JP4273922B2 |
To provide a joint structure for vehicle body members, which can effectively accommodate distortion due to joining of dissimilar metals, a joining surface of an aluminum roof panel and a joining surface of a side roof rail made of steel ...
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JP4243490B2 |
A fastening device on a support panel, having at least one structural element, is to be designed in such a way that under predefined tightening of the fastening device on the support panel no lasting damage occurs. To achieve this, a hol...
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JP4239236B2 |
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JP4241718B2 |
A load support apparatus for a cabin (120) of heavy equipment is capable of overcoming the problems that a vibration absorption apparatus is very efficient for absorbing vibrations transferred from an upper frame (110) to a cabin when he...
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JP2009035231A |
To provide a cabin mount structure for a vehicle capable of obtaining sufficient durability force in a usual traveling state and enabling separation of a fastening part of a target position when load input is present.A frame 100 and the ...
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JP2009018707A |
To provide a cab mount structure easy to perform tilt-lock without hindering the vibration shut-out performance.Rubber bush mechanisms 16 and 16 for shutting out vibration respectively has a rubber bush press-in portion 18 and a rubber b...
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JP4214339B2 |
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JP4214338B2 |
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JP2009012764A |
To provide a cab supporting structure capable of providing the protective function for protecting a cab and a worker from a large impact applied to the cab with a simple constitution.In the cab supporting structure, a regulating member 2...
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JP4213550B2 |
The fastener has an axle (1) with a head (2) and a rod (3), and a base (11) with a flange (12) and a strap (13). The strap is divided into strap enlargement parts (13a) by slits (17) extending along an axial direction. The strap has elas...
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JP4205776B2 |
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JP4203063B2 |
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JP2008296631A |
To suppress deformation of a cabin by absorbing a load exceeding an elastic limit of a vibration-proof mount into a portion other than a cabin.On condition that structure supporting the cabin 4 on an upper frame 3 through a vibration-pro...
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JP4183252B2 |
Method and device for suspending a cab ( 4 ) on a vehicle frame ( 3 ) using vertical orientation for both a first element ( 1 ) that absorbs shocks/vibrations from the vehicle frame ( 3 ) to the cab ( 4 ) and a second element ( 2 ) that ...
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JP2008273428A |
To sufficiently exert its own mounting characteristic and effectively reduce vibrations of a vehicle by preventing deformation of an insulator.In this cab mounting structure, a cab 2 is mounted to a vehicle frame 1 using a cab mount 3 an...
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JP4179704B2 |
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JP2008260402A |
To provide a working vehicle which installs a vibration-isolating device capable of adjusting the vertical position of a cabin and reliably reducing the vibration from a driving unit and the road surface or the like in a space-saving man...
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JP2008256043A |
To provide a vibration control mount capable of damping large amplitude vibration, and absorbing fine vibration.A cylindrical container 15 is installed in a casing 12 through an elastic body 14, and also a mounting shaft 18 is provided i...
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JP4161792B2 |
A vehicle body structure is configured that enables a cabin section and a chassis frame to move relative to each other and enables both strength of the vehicle body and the safety of the occupants during a collision to be ensured with go...
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JP4154232B2 |
A joint structure is ideally suited for use in the manufacture of assemblies and subassemblies in aluminum structures. More particularly, the alternative joint structures and methods of forming joint structures facilitate the assembly of...
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JP4132204B2 |
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JP4132346B2 |
To provide a body mount bracket capable of being easily manufactured and excellent in quality. In this body mount bracket, an approximately rectangular support surface 2 for supporting a rear body on a chassis frame (b) is continuously f...
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JP2008168820A |
To provide a vehicle body joining structure stably enabling the relative movement of a cabin part to a deck frame even in an offset collision.In a non-collision side connection member 100, a fragile part 110 having a bending strength set...
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JP4119891B2 |
The motor vehicle structural element ( 3 ) comprises a cross-member ( 4 ) and, at at least one end ( 5 ) of the cross-member, a first nut ( 10 ) presenting a tapped bore ( 14 ) for receiving a screw ( 11 ) for fastening the cross-member ...
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JP4120530B2 |
A construction apparatus includes a lower traveling structure on which an upper rotating superstructure is rotatably disposed. The rotating superstructure includes an upper frame provided with a bottom plate (12) and a supporter (16). Th...
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JP4094745B2 |
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JP2008114647A |
To provide vehicle body structure preventing a front part of a cabin section from greatly intruding into a cabin in a frontal collision even if reducing the rigidity of the cabin section.An undercarriage frame 10 and the cabin section 20...
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JPWO2006046306A1 |
The anti-vibration mounting device (30) has a case (31) fixed to the swivel base (13) and a stud (33) fixed to the cab (20). An elastic body (34) is provided between the case (31) and the stud (33), and the elastic body (34) suppresses t...
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JP2008110649A |
To provide a vehicle body structure capable of efficiently attaining compatibility of protection property of an occupant and insurance of strength of a vehicle body by smoothly performing movement of a cabin part at collision.A chassis f...
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JP2008105541A |
To provide a cab connection mechanism capable of assuring a vibration damping function relative to a cab by a simple structure, and appropriately protecting an operator by regulating the displacement amount of the cab at the time of fall...
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JP2008105537A |
To provide a working vehicle with a cabin capable of easily connecting a brake pedal 230 to a brake body 65 of a traveling part 4, while easily constituting a windbreak and waterproof structure of the cabin 7.This working vehicle with th...
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JP2008105635A |
To provide a cab supporting device in a construction machine which has a simple structure, can be inexpensively manufactured, and can cope with an overload applied on a cab frame.The cab frame 14 is supported on a vehicle body frame 11 t...
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JP4068841B2 |
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JP4062493B2 |
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JP4057836B2 |
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JP4058336B2 |
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JP4048156B2 |
A fluid filled vibration-damping device includes an elastic body disposed between a first mounting member and a second mounting member and partially defines a fluid chamber having a non-compressible fluid sealed therein, and exhibits vib...
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JP4033499B2 |
The passenger car has a supporting structure, with at least two longitudinal members (1). The longitudinal members are joined together in the middle by means of a torsionally rigid cross-member (2) which is constructed as a large-volume ...
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JP2007537915A |
The present invention relates to a floor structure of an automobile including a floor panel (1) and an underfloor exterior material (7, 8) arranged under the floor panel. According to the present invention, a noise absorbing intermediate...
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JP2007307917A |
To provide a cab mount control device capable of keeping good operability even when pitching is generated on a cab, a cab mount method, and a construction machine. The cab mount control device 50 for a variable attenuation cab mount 30 t...
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JP4009092B2 |
A first frame section (11) is hollow and has a substantially uniform polygonal cross-sectional shape. An axial load is applied to the first frame section. A second frame section (13) is hollow and has a substantially uniform polygonal cr...
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JP4004202B2 |
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JP2007276497A |
To provide a cab-mount control device, a cab-mount control method, and a construction machine capable of surely absorbing steady vibration and surely restraining the shaking of a cab. This cab-mount control device 50 for a variable dampi...
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JP3985374B2 |
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