Johnson Health Tech Co., Ltd

Siliconware Precision Industries Co., Ltd.

Cheng-Kun Lee

Joe Chen

Hsin-Huang Chiang

Shu-Wei Chang

Jin-Rong Guo

I-Lun Chen

Kuo-Tung Chiang

Hsiang-Jung Chen

Shuo-Ying Lin

A detection device includes: a metal body having a plurality of main vias, a plurality of main through holes with insulators formed on the hole walls of the main vias, and a plurality of connecting elements disposed in the main through holes. Therefore, when testing a chip with I/O pins of high density with the detection device, the connecting elements contact the insulator only, without contacting the hole walls of the main vias, and the problem of short circuits can be avoided. A method of forming a detection device is also provided.

Detection device and manufacturing method thereof

The present invention provides a multifunctional exercise apparatus for allowing a user to perform rowing exercise or other exercises. The exercise apparatus includes a frame, a sliding seat, a cord winder, a spiral spring connected to the cord winder, a cord connected to the cord winder, a flywheel for generating an exercise resistance, and one-way transmission mechanism connected between the cord winder and the flywheel. The user is able to seat on the sliding seat and slide backward and forward in accord with repeating movement of pulling the cord to perform the rowing exercise, or having lower limbs partially press upon the sliding seat and two hands grasp gripping portions at a front end of the frame to perform other exercises such as stretching exercises. When performing other exercises, a distal end of the cord is connected to the sliding seat and backward movement of the sliding seat would drive the flywheel.

Exercise apparatus

An exercise apparatus includes a motion mechanism and a handle assembly. The motion mechanism is provided for a user to perform exercise. The handle assembly has at least one grip portion for being held by the user during exercising. Specifically, the grip portion has a temperature variable area thereon. The temperature of the temperature variable area could be controlled to rise to a suitable temperature that the hand of the user can feel warm, for example, a temperature between 38 and 50 degrees Celsius. The temperature of the temperature variable area could also be controlled to reduce to a suitable temperature that the hand of the user can feel cool, for example, a temperature between 20 and 36 degrees Celsius. The temperature of the temperature variable area could be directly controlled by the user or automatically changed according to the exercise status of the user.

Exercise apparatus with temperature variable handle assembly

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Taichung, Taiwan

Cheng-Kun Lee