A recreational vehicle includes a chassis, an occupant seating area supported by the chassis, the occupant seating area including a first row of seating having a seat back and a second row of seating behind the first row of seating, a battery, a housing coupled to the seat back, and a plurality of…
The present disclosure provides a vibration damping mounting system to mount a batter pack module to a chassis of a vehicle including a top mount coupled to the battery pack module; a lower mount coupled to at least one of a mounting brace on a back panel of the battery pack module and an underside…
A vehicle including: a chassis defining a passenger seating area and a cargo area; a trim panel separating the passenger seating area from the cargo area; first, second, and third mounting brackets; and a battery assembly supported by the cross-member and including a battery and a battery case…
A clamp assembly configured to hold a battery in place is configured to interface with a locking lug nut key. The clamp assembly provides a balance between preventing unintended movement or displacement of the battery, without overly complicating the process of tightening or loosening the clamp…
The disclosure relates to a casted component (10) for use in a part (101) of a vehicle (100), the component (10) comprising a guiding section (12) configured for guiding the component (10) relative to a sleeve (20) when positioning the component (10) inside the part (101) of the vehicle (100), the…
Battery pack designs for use in electrified vehicles may include a polymer-based enclosure having features for sealing external joints, retaining components inside the battery pack, securing electrical and coolant lines to the polymer-based enclosure, etc. The proposed designs reduce the number of…
One or more examples provide an electric vehicle or a device for use with an electric vehicle, including an electric vehicle charging system and method. In one example, an electric truck with an electric tailgate is disclosed.
The present invention is an in-vehicle equipment attaching device that attaches onboard equipment to a vehicle frame extending in the longitudinal direction of a vehicle by using a linking bracket. The bracket has a first side wall part that is secured to a frame-side wall section, a second side…
A connection structure of a battery pack and a vehicle body including a left stringer, a right stringer, and a crossbeam, includes at least a first connection member configured to connect the battery pack and the crossbeam. The first connection member includes a first inclination plate and a second…
A vehicle structure with a battery includes a battery placement portion, a front cross member, a rear cross member, and left and right rear side frames. The front cross member is disposed at a vehicle forward position of the battery placement portion. The rear cross member is disposed at a vehicle…
A vehicle may include a vehicle body including a floor panel, a battery pack located below the floor panel, and an energy absorption member located outwardly from the battery pack in a vehicle width direction and fixing the battery pack to the vehicle body. The energy absorption member may be a…
A vehicle includes: a pair of coupling brackets which face side surfaces of the battery and are fixed to inner wall surfaces of the pair of side frames, a support bracket which is coupled to inclined portions of the coupling brackets by fastening members, pin members which protrude from the…
A vehicle includes: a pair of coupling brackets which face side surfaces of the battery and are fixed to inner wall surfaces of the pair of side frames, a support bracket which is coupled to inclined portions of the coupling brackets by fastening members, pin members which protrude from the…
A vehicle cab body for a vehicle includes a cab body structure including a roof structure, side wall structures, and a rear wall structure, wherein the vehicle cab body further includes a vehicle battery, wherein a portion of at least one of the roof structure, side wall structures, and rear wall…
A battery installation structure includes: a battery 20 containing a bottom 21 having a rectangular shape, and a ridge portion 22 at a first end portion of the bottom in a longitudinal direction of the bottom, the ridge portion extending in a predetermined direction perpendicular to the…
A battery cover includes side walls that cover four side faces of the battery, and a first spacer provided at a top portion of the side walls for providing a space between the battery and the side wall.
The present invention aims at dampening shaking of two batteries in a vehicle battery fixing structure by means of which the two batteries are fixed side by side. A vehicle battery fixing structure of the present invention is outfitted with a battery pan (4) fixed to a side member which makes up a…
Object: To accurately determine whether or not it is possible to start an engine while accurately detecting a degree of deterioration of a secondary battery. Solution: In a secondary battery state detecting device 1 detecting a state of a secondary battery mounted on a vehicle, a measurement unit…
A device (200) for heating a battery of a vehicle is povided. The device has a first part (201), which has a heating element, and the first part is intended for heating some surface of the battery, a shell, which surrounds the first part, and it is manufactured from a flexible material, and a…
In a body structure of a front portion of a vehicle, it has been difficult to directly connect suspension towers supporting suspensions to a dash panel in order to protect a vehicle interior against a large impact caused by a vehicle frontal collision or other such accidents. The present invention…
Two batteries (14) are fixed to a revolving frame (5) by using a battery fixing device (21). The battery fixing device (21) is formed of a battery platform (22) which is fixed to the revolving frame (5) and on which the batteries (14) are placed with a gap (S) left between them, a bending portion…
A battery degradation determination device includes a fitting module configured to fit AC impendance measurement data into an equivalent circuit model including at least one circuit block in which a resistance and a constant phase element are connected in parallel, and to obtain circuit constants…
Embodiments herein relate to a battery console (1) for a vehicle comprising: a battery compartment comprising a floor (2), a rear wall (3), and respective left (4) and right (5) sidewalls. A bracket (6) is provided for fixation of a battery to the battery compartment. The bracket (6) has a first…
A safety system for a motor vehicle (1) having a battery (2) is disclosed. The system is intended for use in electrically powered motor vehicles, or so-called hybrid motor vehicles, both of which typically comprise large and heavy batteries. The system comprises a battery dislocating mechanism…
In a vehicle an auxiliary machine (13) such as an air compressor is physically associated with the vehicle battery (12). The battery provides for substantial additional mass which resists transmission of noise and vibration from the small machine to the vehicle structure (11). The small machine…
A selectively expandable vehicle battery container (100 or 200). The selectively expandable vehicle battery container includes a first modular body section (120, 220, and/or 221) at least partially defining a cavity (118) for storing at least a portion of a battery (102 or 202), the cavity having a…
The module (1) secures the battery (2) in a hollow space defined by a spare wheel compartment and the wheel rim of the spare wheel in an automobile and is provided by a battery carrier (3) positioned within the spare wheel compartment and an attached carrier (4) for the spare wheel which fits…
The arrangement has a displacement and lifting mechanism for a battery box (2a) for an auxiliary battery (2) or for the auxiliary battery on movable rails (12) mounted on a wheel or chain guard (8) enabling lateral deployment out of the vehicle (1) and down onto a depositing position with the aid…
The battery (B) mounting has a tray base with four walls (4a,4b;5a,5b) which provide lateral location for the battery. The battery has a heel (2b) along the bottom edges of both long faces (1a,1b). A ridge along one of the long walls (4a) of the tray fits over the battery heel, and a clamp (7) on…
A power supply control system for a vehicle that is provided with a lead-acid battery (12) with comparatively high output density and low energy density, and a lithium-ion battery (14) with comparatively low output density and high energy density. On an engine start that accompanies an ignition…