Tien Hsin Industries Co., Ltd.

Fong-Syuan Gu

Chun-Wei Chen

Meng-Hua Chiang

Chang-Chun Kao

Jing-Heng Jian

A structure of an adjustable extension handlebar is provided. The structure comprises an extension module and a griping module. The extension module comprises an extension body having an extension portion and a fixing portion. The extension portion extends from the fixing portion in a direction away from a handlebar. The griping module comprises a base and a griping body. A gap is formed between the base and the griping body, and the base and the griping body are connected through a first fastener. A distance and a rotation angle between the griping body and the base are adjustable, so that the griping body can more closely match palm shapes of different users.

Structure of adjustable extension handlebar

Display screen or portion thereof with graphical user interface

A bottle assembly includes a bottle and a supporting device. The bottle has opposite top and bottom and a bottle wall extending from the top to the bottom. An outer surface of the bottle wall has first positioning portions. The bottle wall has first and second sides. The supporting device includes a base and a bottle holder connected to the base and accommodating the bottle. The bottle holder has corresponding second positioning portions. The bottle has first and second installation modes. When in the first installation mode, the second side faces the base, and the second positioning portions and some of first positioning portions are fixed to each other. When in the second installation mode, the first side faces the base, and the second positioning portions and some of the first positioning portions are fixed to each other. The bottle and the supporting device are also provided.

Bottle assembly, bottle and supporting device

An armrest handlebar and a bicycle handlebar assembly having the armrest handlebar are disclosed. The bicycle handlebar assembly includes a steering handlebar, the armrest handlebar, and two armrest pads. The steering handlebar is pivotally engaged with a frame. The armrest handlebar includes two extending tubes which are engaged with the steering handlebar. Each of the extending tubes includes a combining segment, a lifting segment, a leaned segment, and a holding segment which are sequentially disposed. The lifting segment is raised above the combining segment at a first angle, and the leaned segment is raised above the combining segment at a second angle. A curved surface is formed by recessing from a top surface of each of the leaned segments. Each of the two armrest pads is engaged with the steering handlebar and has a concave surface for a rider to lean on.

Armrest handlebar and bicycle handlebar assembly having the same

A control device for a bicycle is disposed on a handlebar and includes a body, an electronic module, at least one switch, and at least one input member. The body includes a plugged portion and a holding portion. The plugged portion is disposed inside the handlebar via an opening of the handlebar. The holding portion is connected to the plugged portion and is disposed outside the opening. The electronic module is disposed in the plugged portion and has at least one surface. The switch is disposed on the surface of the electronic module to selectively control the electronic module to send an electronic signal. The input member is disposed on the holding portion and extends into the plugged portion and moves in an operating direction to actuate the switch. The operating direction is not perpendicular to the surface and a longitudinal axis direction of the plugged portion.

Growing community of inventors

Taichung, Taiwan

Fong-Syuan Gu