Abstract: A track measurement apparatus for sports shoes includes a first accelerometer module located at a rear side of a sole of a shoe and a second accelerometer module located at a front side of the sole of the shoe to measure acceleration alterations of the shoe worn by a user in striding forwards during running, and also derive alterations of angular velocity and angle while the shoe is stridden forwards to get motion status of the shoe.

Abstract: A force bearing monitor apparatus for sports shoes includes a first accelerometer module located at a rear end of a sole of a shoe and a second accelerometer module located at a front end of the sole to measure alterations of a first acceleration and a second acceleration borne by the shoe when a user is stridden and stepped during running. Through generation sequence of the alterations of the first and second accelerations, an exercise mode is determined. And through processing of a first signal processing unit and an interrelation processing unit, a first reacting force and a second reacting force are derived, and the ratio of the first and second reacting forces is obtained to serve as a control factor to adjust softness and hardness of the sole. According to the exercise mode, the softness and hardness of the sole can be made in response to the ground.

Abstract: The present invention proposes a physiological-measurement health-care sport suit, which comprises two sensing members, an electric conduction coat, and a measurement device. Two pieces of electric conduction cloth are arranged on appropriate positions of the electric conduction coat and function as signal transmission media. The two sensing members respectively have a sensing electrode, and the sensing electrodes are respectively electrically connected to a piece of electric conduction cloth. The measurement device is arranged on the electric conduction coat and electrically connected to the two pieces of electric conduction cloth. When a user wears the suit having the two sensing members, the sensing electrodes respectively contact two test points on the user's body to obtain physiological potential signals. Then, the signals are transferred through the electric conduction cloth to the measurement device.

Abstract: The present invention includes a handheld device and a main device, wherein the handheld device is held by an athlete and the main device is moved with the athlete. Through a measuring device acquiring a physiological condition of the athlete and a movement state of the handheld device and transmitting thereof to the main device, the main device can produce an exercise indication signal according thereto, so that the athlete can obtain an exercise direction and also can manage the physical condition during exercise.

Abstract: An intelligent vehicle meter includes an associative processing unit and a signal processing unit connecting to various modules to process related signals. Through a measurement module and an accelerometer module physiological conditions of an exerciser and exercise intensity can be obtained to generate a control signal to be sent to a control module. Hence a corresponding control measure can be made immediately by the control module according to exerciser's conditions to actively change use intensity of the exercise equipment to enable the exerciser to do exercise under the optimal condition to protect the health and safety of the exerciser.

Abstract: The present invention discloses a contact type of pulse measurement device, which comprises a first active sensor electrode and a second active sensor electrode having corresponding opposite polarities with each other; and the two active sensor electrodes respectively connected to the pulse measurement device by conductive wires and the pulse measurement device comprises a negative feedback difference common mode signal and a buffer/balanced circuit for providing a circuit with a self common point electrode potential. Therefore, the first bio-potential signal can be detected by means of the first active sensor electrode and the common point electrode. Similarly, a second bio-potential signal having the same magnitude but a different phase as the first bio-potential signal can be detected by the second active sensor electrode and the common point electrode.

Abstract: The present invention discloses a contact type of pulse measurement device, which comprises a first active sensor electrode and a second active sensor electrode having corresponding opposite polarities with each other; and the two active sensor electrodes respectively connected to the pulse measurement device by conductive wires and the pulse measurement device comprises a negative feedback difference common mode signal and a buffer/balanced circuit for providing a circuit with a self common point electrode potential. Therefore, the first bio-potential signal can be detected by means of the first active sensor electrode and the common point electrode. Similarly, a second bio-potential signal having the same magnitude but a different phase as the first bio-potential signal can be detected by the second active sensor electrode and the common point electrode.