A two-wheeled vehicle includes a frame, a plurality of ground-engaging members for supporting the frame, and an engine supported by the frame and operably coupled to the ground-engaging members. Additionally, the two-wheeled vehicle includes a windshield assembly operably coupled to the frame and an adjustment member operably coupled to the windshield assembly. A vehicle control unit is operably coupled to the adjustment member and is configured to automatically actuate the adjustment member for adjusting the position of the windshield assembly.

Two-wheeled vehicle

A children's ride-on vehicle (10). The ride-on vehicle (10) includes a frame (12) adapted to support a child, and a drive assembly (230) with a battery-powered motor assembly (236). The ride-on vehicle further includes one or more steerable wheels (16) and one or more driven wheels (24). In some embodiments, the ride-on resembles a full-size motorcycle. In some embodiments, the ride-on vehicle includes a free-floating wheel (15), which is unbiased and travels within a defined range of positions with respect to the ride-on vehicle's frame as external forces are imparted to the wheel (15). In some embodiments, the ride-on includes a high-speed switch (358) positioned for momentary high-speed travel of the ride-on vehicle (10) and a user-manipulable portion (220) may be provided to enable a child to select such a high-speed configuration. In some embodiments, the ride-on vehicle (10) includes a simulated shock absorber (310) and/or a passenger sidecar (412). Finally, in some embodiments, the ride-on (10) may include wheel assemblies (380) that simulate inflatable wheels.

Children's ride-on vehicle

A preformed heating element (26) for use in a steering wheel including a heating element, embedded into a rubber or polyurethane material and preformed with manufacturing methods such as vacuum forming, resin impregnating, injection molding, and pultrusion progressive die

Apparatus and method for heating a steering wheel

A heating device, a fixing device and an image forming device are disclosed for making the life-span of a capacitor thereof longer. The heating device includes a heating part having at least one heat generation part generating heat, an electricity storage device supplying electric power at a variable output voltage to the heating part and having at least one chargeable-dischargeable capacitor, a control part controlling the output voltage of the electricity storage device, and a temperature detection part detecting a temperature of a portion heated by the heat generation part. The heat generation part generates heat by using electric power supplied from the electricity storage device. When the temperature detected by the temperature detection part is higher than or equal to a predefined temperature, the control part sets a voltage of the capacitor such that the voltage of the capacitor is lower than or equal to a maximum voltage of the capacitor.

Heating device, fixing device, and image forming apparatus

Disclosed is a three-wheeled vehicle with centrally positioned motor and driver's seat. An exemplary embodiment has a frame for supporting a driver and a multitude of mechanical devices. A pair of steerable front wheels are rotatably affixed to the front portion of the frame. A rear wheel is rotatably affixed along the frame's centerline in the rear portion. A motor is affixed to the frame's centerline. The driver's seat is also affixed to the frame's centerline behind the motor and ahead of the rear wheel, so the driver sitting in the driver seat is in both a recumbent and straddle position.

Three-wheeled vehicle with centrally positioned motor and driver's seat

A heater-installed grip for a vehicle includes substantially semi-cylindrical inner pieces (33 1, 33 2) of a synthetic resin which have a planar heater (34L, 34R; 174L, 174R; 184) wound around an outer periphery thereof and which are integrally embedded in a cylindrical grip body (35) made of a rubber assembled to a pipe-shaped steering handlebar (26) or a throttle pipe (79). In this heater-installed grip, a circumferentially central portion of each of the inner pieces ( 33 1, 33 2 ) is formed at a large wall thickness, as compared with circumferentially opposite ends thereof. Thus, the assemblability of the grip body (35) to the pipe-shaped steering handlebar (26) or the throttle pipe (79) is enhanced, while ensuring a die-clamping strength in a process for forming the grip body (35).

Heater-installed grip for vehicle, control device for heater installed in vehicle grip, and electrical connection structure for heater unit for grip in vehicle

A heater-containing grip for vehicles which comprises a cylindrical-shaped rubber grip body (35) mounted to a tubular-shaped steering wheel (26) or a throttle pipe (79), and substantially semi-cylindrical-shaped synthetic resin inner pieces (331, 332) embedded integrally in the grip body and having surface heaters (34L, 34R; 174L, 174R; 184) wound around an outer periphery thereof. The inner pieces (331, 332) are formed to have a larger wall thickness at a circumferentially central portion than at both circumferentially ends, so that assembling efficiency of the grip body (35) on the tubular-shaped steering wheel (26) or on the throttle pipe (79) is improved while a clamping strength is ensured in a molding process of the grip body (35).

Heater-containing grip for vehicles

Heater-containing grip for vehicles, control device for same, and construction of electric connection for grip heater unit in vehicles

Griff mit heizgerät für fahrzeuge, steuervorrichtung dafür und elektrische verbindung für griffheizeinheit in fahrzeugen

Built-in heater handle for vehicle

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