TH86065A - Ride-on vehicles - Google Patents

Abstract

DC60 [Problem] in riding vehicles So that promoting the act of venting Heat, continuously variable transmission, V-belt type, and the construction of smaller vehicle body covers can be combined. [Pathway for solving the problem] The front of the 16 seats is separated by a space with The concave shape 17 when viewed from the side, which makes its concave downward. Inside the vehicle body cover 21 is separated by a central cavity 11a. The motorcycle 10 will include a 28 engine unit section, which is supported by a vehicle chassis 11 below the concave-shaped gap. The 17 engine units 28 will include the engine compartment 53 built with a belt chamber with a continuously adjustable V-type powertrain inside the 85R footrest. Outside in the width direction Of a transmission vehicle 53 Intake manifold 136 for air navigation for The continuously variable transmission, V-belt type, is arranged outward in the direction of the vehicle width of the center cavity 11a and on the top of the transmission chamber 53 [drawing Selected] Fig. 3 [Problem] in a ride-on vehicle. So that promoting the act of venting Heat, continuously variable transmission, V-belt type, and the construction of smaller vehicle body covers can be combined. [Pathway for solving the problem] The front of the 16 seats is separated by a space with The concave shape 17 when viewed from the side, which makes its concave downward. Inside the vehicle body cover 21 is separated by a central cavity 11a. The motorcycle 10 will include a 28 engine unit section, which is supported by a vehicle chassis 11 below the concave-shaped gap. The 17 engine units 28 will include the engine compartment 53 built with a belt chamber with a continuously adjustable V-type powertrain inside the 85R footrest. Outside in the width direction Of a transmission vehicle 53 Intake manifold 136 for air navigation for The continuously variable transmission, V-belt type, is arranged outward in the direction of the vehicle width of the center cavity 11a and on the top of the transmission chamber 53 [drawing Selected] figure 3

Claims (5)

1. A ride-hailing vehicle that is a ride-on vehicle that includes a frame and seat, and is built with a concave-shaped gap when viewed from the side, which causes a downward slit. Lower front seat And the passenger is seated and on the vehicle straddling the frame, provided that the ride-on vehicle consists of the following components. Vehicle body cover, frame cover, which separates the concave-shaped gap in the way Outside and separating the inner cavity The engine unit, supported by the undercarriage of the concave-shaped recess, and This includes the engine compartment, a continuously variable transmission of the V-belt type and the built-in transmission chamber with a belt chamber with a variable transmission. V-belt type on the inner and outer airways arranged in the direction of the vehicle width of Cavity at the center and at the top of the transmission chamber to make contact with the belt chamber. Where the upper end of the airway is lower than the lower end of the concave-shaped inlet. 2. Ride-on vehicles, which have the following components, the engine unit frame, supported by the frame and including the part that It is the engine, continuously variable transmission of the V-belt type and the transmission chamber created by There is a belt chamber with a continuously variable transmission, V-belt type, on the inside of the footboard assembly arranged outward in the width direction of the craft. The vehicle of the transmission compartment is formed along the passenger foot support plane and the air aisle arranged at the top of the transmission chamber to make contact with the belt compartment, with the outer end in the direction of the vehicle width of the track. Air travel Is placed on the inside of the inner end in the vehicle width direction of the piece. Assembled for placing the feet in a horizontal figure 3. A ride-on vehicle according to claim 1 or 2, which also consists of a separate guide pipe. Separate the airway And the cover that opens toward the inside in the vehicle width direction. For the outer cover of the guide pipe 4. a ride-on vehicle according to claim 1, which also consists of The guide ducts that separate the airways and the hood that open upwards in the direction of the width of the vehicle for cover. Outside of the guide pipe Where the vehicle body cover and the cover partially overlap 5. Ride-on vehicle according to claim 4, where the free space inside the cover and The cavity in the middle will be made contact with each other. 6. Ride-on vehicles according to claim 1 or 2, which also includes a protective shield. Legs that lead to an up and down direction, or a twisted up and down direction in front of 7. Ride-on vehicle according to claim 1 or 2, where the length in the side direction The front and rear of the airway are shorter than their length in the front and side directions. End of the powertrain 8. Riding vehicles according to claim 1, which also consists of Footrest assembly arranged outward in the direction of the width of the craft. The vehicle of the transmission compartment in a planar form for supporting the passenger's feet. Where at the outer end in the direction of the vehicle width of the airway will Is placed on the inside of the inner end in the vehicle width direction of the piece. Assembled for the foot in the figure along the plane 9. Ride-on vehicles according to claim 1 or 2, with the modified transmission. The V-belt type includes a shaft, the first groove and a shaft. The second groove ball, located at the end of the first groove shaft. Where at least part of the airway will be placed on top Between the first groove shaft and the second groove shaft 1 0. Ride-on vehicles according to claim 1 or 2, where the transmission includes The upper front part leading into a tilted state in an upward or downward direction. Forward in operating the vehicle and where the airway will be built with the intake vents facing the front Top of the PTO 1 1. Ride-on vehicles in accordance with claim 1 or 2, where the modified transmission Continuously interchangeable, the V-belt type includes the groove, main body and ball. Secondary groove arranged at the end of the main groove. And have a larger diameter Diameter of the main groove ball Where the power chamber will include the upper front part leading to a tilt in the direction The path descends forward in operating the vehicle and where the airway will be built with the intake vents facing the front. Top of the PTO 1 2. Ride-on vehicles according to claim 1 or 2, which also contain the intake manifold that Separate airway 1 3. Ride-on vehicles for claim 1 or 2 which also include the rear wheels and Transmission mechanism for transmitting the driving force of the engine driver to the rear wheels 1 4. Ride-on vehicles in accordance with claim 13, where the airways and transmission mechanisms One of the forces is arranged on the right half of the vehicle and the other. Are arranged on the left half of Vehicle 1. 5. Ride-on vehicles in accordance with claim 1, where the airways are arranged. Outside in the vehicle width direction in comparison with the vehicle body cover.