Abstract:
A motorcycle is provided with a cowling brace (1) having a sub-frame structure for attaching a cowling and a cowling peripheral part to a front head portion of a body frame of a motorcycle. The cowling brace is composed of a front brace member (12) integrally formed of a synthetic resin material, a rear brace member (13) assembled by using a metal material to be combined with the front brace member, a front fixture member formed integrally with the front brace member (12) and adapted to fix the cowling and the cowling peripheral part, and a rear fixture member formed to rear brace member and adapted to fix the rear brace member to the body frame (14) of the motorcycle.
Abstract:
In a motor-assisted bicycle having a battery and a motor to be driven by electric power of the battery and generate motive power assisting man power, the motor-assisted bicycle having a V-shaped main frame comprising a down tube (3) extending rearward and downward from a head pipe (2) and a seat tube (4) extending rearward and upward from a lower end of the down tube (3) toward a seat; a body cover structure comprising side covers (27) and (28) for surrounding the down tube (3), the side covers (27) and (28) having inclined upper surfaces (27b) and (28b) for supporting a lower surface of an elongated battery case (23); and a center cover (29) for covering a front surface of the seat tube (4), the center cover (29) having a lower portion formed with a recess defined by bottom walls (29c,29d,29e and 29f) and opposed side walls (29g) formed at right and left side edges of the bottom walls; wherein a rear portion of the battery case (23) is fittedly supported by the recess.
Abstract:
A motorcycle has a frame assembly (3) including a head pipe (5), a pair of laterally spaced main pipes (7) of rectangular cross section extending rearwardly from the head pipe, an engine (10) supported on the frame assembly, a fairing (30) extending rearwardly from a position in front of the head pipe in covering relation to part of the engine and the frame assembly, and a pair of laterally spaced side covers (104) disposed adjacent to and behind the fairing. The fairing has an upper end fastened to the main pipes. The main pipes have on rear portions thereof brackets (66) with bolt holes therein. The rear edge of the fairing and the front edges of the side covers are fastened together to the brackets.
Abstract:
A motorcycle has a frame assembly (3) including a head pipe (5), a pair of laterally spaced main pipes (7) of rectangular cross section extending rearwardly from the head pipe, an engine (10) supported on the frame assembly, a fairing (30) extending rearwardly from a position in front of the head pipe in covering relation to part of the engine and the frame assembly, and a pair of laterally spaced side covers (104) disposed adjacent to and behind the fairing. The fairing has an upper end fastened to the main pipes. The main pipes have on rear portions thereof brackets (66) with bolt holes therein. The rear edge of the fairing and the front edges of the side covers are fastened together to the brackets.
Abstract:
The application discloses an all-terrain vehicle. The all-terrain vehicle includes a frame, a vehicle cover, a wheel assembly, a suspension assembly, a prime mover assembly, a transmission assembly, and an air intake system. The vehicle cover is at least partially disposed on the frame. The wheel assembly includes a pair of first wheels and a pair of second wheels. The suspension assembly includes a front suspension and a rear suspension. The first wheels are connected to the frame by the front suspension and the second wheels are connected to the frame by the rear suspension. The prime mover assembly drives the wheel assembly and includes an engine. The transmission assembly is disposed between the prime mover assembly and the wheel assembly, a driving force being passed from the prime mover assembly to the wheel assembly by the transmission assembly. The air intake system includes an instrument shield and is at least partially in fluid communication with the prime mover assembly. The advantages of this application is to improve the heat dissipation effect of the all-terrain vehicles by arranging a new heat dissipation structure.
Abstract:
A straddled vehicle includes a seat, a cover, an engine, and a footboard. The cover is disposed below the seat. The engine is disposed in the cover. The footboard is disposed in front of the cover. The cover includes a first side surface extending upward from the footboard. The first side surface includes a first recess. The first recess is disposed adjacent to the footboard. The first recess is recessed laterally inward of the cover. The first recess overlaps the engine as seen in the vehicle side view.