Abstract: A motion sensing device configured to detect a movement of an object to generate a detection result is provided. The motion sensing device includes a first light sensor, a photoelectric module and a processor. The first light sensor receives ambient light and generates a first electrical signal. The photoelectric module includes at least one light source and a second light sensor. The second light sensor is disposed beside the at least one light source. The processor generates the detection result according to the first electrical signal, and drives the at least one light source to emit light according to the detection result. The processor drives the second light sensor to receive the ambient light, generates a second electrical signal, and adjusts the detection result according to the second electrical signal. When the at least one light source emits the light, the second light sensor doesn't receive the ambient light.

Abstract: An electrocardiography (ECG) scanner module, a multi-contact connector thereof, an ECG scanner thereof and smart clothes using the same are provided. The multi-contact connector includes a base, a fitting portion and several first conductive portions. The base is disposed on a wearable carrier having several conductive wires. The fitting portion is disposed on the base and surrounds a receiving portion. The first conductive portions are annularly disposed on an inner periphery surface of the receiving portion, and each first conductive portion connects to the corresponding conductive wire. The ECG scanner includes several second conductive portions, and an end of each second conductive portion is projected from an outer periphery surface of the ECG scanner. When the multi-contact connector connects to the ECG scanner, each second conductive portion provides a radial force for connecting to the corresponding first conductive portion.

Abstract: An image processing method includes following steps. A two-dimension (2D) image is obtained; a gray-scale processing is performed; a smoothing processing is performed; and a height calculation for constructing a three-dimension (3D) model is performed. The 2D image is automatically converted into a 3D model, even an user does not have 3D model construction skill. Furthermore, the 3D model constructed has less noise and more obvious image features.

Abstract: The present disclosure provides a multi-media data editing system for editing a multi-media data. The multi-media data editing system includes a sample memory and a processor. The sample memory stores a plurality of undesired voice samples. The processor includes a voice obtaining module, a voice comparing module, and a voice editing module. The voice obtaining module is configured for obtaining an audio data from the multi-media data. The voice comparing module is configured for comparing the obtained audio data with the plurality of undesired voice samples looking for a match. The voice editing module is configured for editing the audio data during the audio data matched with undesired voice samples. The present disclosure also provides a multi-media data editing method. And the present disclosure provides an electronic device using the multi-media data editing system.

Abstract: A detecting circuit for detecting a battery having a first and second electrode, includes a contacting portion electrically connecting to the first electrode of the battery, a seesaw electrically connected to the second electrode of the battery, and an actuator electrically connecting to the second electrode of the battery. One end of the seesaw electrically contacts with the contacting portion when the battery have a protection circuit. The actuator is configured for providing power onto another end of the seesaw to separate the contacting portion with the seesaw when the battery has no a protection circuit. The detecting circuit can truly and handily judges whether the detected battery has the protection circuit according to the action of the seesaw.

Abstract: The present disclosure provides a multi-media data editing system for editing a multi-media data. The multi-media data editing system includes a sample memory and a processor. The sample memory stores a plurality of undesired voice samples. The processor includes a voice obtaining module, a voice comparing module, and a voice editing module. The voice obtaining module is configured for obtaining an audio data from the multi-media data. The voice comparing module is configured for comparing the obtained audio data with the plurality of undesired voice samples looking for a match. The voice editing module is configured for editing the audio data during the audio data matched with undesired voice samples. The present disclosure also provides a multi-media data editing method. And the present disclosure provides an electronic device using the multi-media data editing system.

Abstract: A detecting circuit for detecting a battery having a first and second electrode, includes a contacting portion electrically connecting to the first electrode of the battery, a seesaw electrically connected to the second electrode of the battery, and an actuator electrically connecting to the second electrode of the battery. One end of the seesaw electrically contacts with the contacting portion when the battery have a protection circuit. The actuator is configured for providing power onto another end of the seesaw to separate the contacting portion with the seesaw when the battery has no a protection circuit.