Abstract: A floor mat structure includes an upper cover, a plurality of light bars, a lower cover and at least one sensing element. The upper cover includes a main body and a plurality of indicator blocks. The main body has an upper surface and a lower surface opposite to each other. The indicator blocks are separated from one another and are disposed on the lower surface. The light bars are disposed on the upper cover and are embedded in the upper surface. The lower cover assembled to the upper cover includes a base and a plurality of bumps. The base has a configuration surface facing the lower surface. The bumps are separated from one another and are disposed on the configuration surface, wherein orthographic projections of the indicator blocks on the configuration surface does not overlap the bumps. The sensing element is disposed on the lower cover and are located at at least one bump. When the sensing element senses pressure from the upper cover, the light bars illuminate. Also, a floor mat assembly is provided.

Abstract: A motion evaluation system, a method thereof and a computer-readable recording medium are provided. The motion evaluation system includes at least one sensor and a processor. The sensor generates sensing data for a motion posture. The processor obtains the motion posture of the sensor, determines a continued time accumulated when the motion posture conforms to a correct posture, and sends a notification message according to the continued time. The correct posture is related to an angle at which a portion under test inclined to a reference object. Accordingly, the rehabilitation can be performed anytime and anywhere, and it is easier for tracking the rehabilitation situation.

Abstract: A floor mat structure includes an upper cover, a plurality of light bars, a lower cover and at least one sensing element. The upper cover includes a main body and a plurality of indicator blocks. The main body has an upper surface and a lower surface opposite to each other. The indicator blocks are separated from one another and are disposed on the lower surface. The light bars are disposed on the upper cover and are embedded in the upper surface. The lower cover assembled to the upper cover includes a base and a plurality of bumps. The base has a configuration surface facing the lower surface. The bumps are separated from one another and are disposed on the configuration surface, wherein orthographic projections of the indicator blocks on the configuration surface does not overlap the bumps. The sensing element is disposed on the lower cover and are located at at least one bump. When the sensing element senses pressure from the upper cover, the light bars illuminate. Also, a floor mat assembly is provided.

Abstract: A docking station that includes a first casing, a second casing, and a signal transmitting/receiving unit is provided. The first casing has a first antenna. The second casing is connected to the first casing and has a cavity, and the cavity is adapted to hold an electronic device. The signal transmitting/receiving unit is disposed at a bottom of the cavity and electrically connected to the first antenna. When the electronic device is held in the cavity, the electronic device receives and transmits wireless signals by the first antenna through the signal transmitting/receiving unit.

Abstract: An image display method and an image display system are provided. The image display system is deployed in a vehicle. An external image outside the vehicle is captured through a first image capturing unit, and a specific range image is selected in the external image according to an adjusting signal. The specific range image is displayed in a display unit disposed on a pillar inside the vehicle.

Abstract: A display device comprises a first connector, a communication controller coupled to the first connector to transmit addressed data comprising display data, a display controller receiving the display data to generate video signals, and a display unit receiving and displaying the video signal. The video signals comprise a color signal, a vertical sync signal, and a horizontal sync signal.