Abstract: A physiological monitoring system using a Bluetooth low energy mesh network is provided. The physiological monitoring system includes a main control device and plural physiological detection devices. The main control device broadcasts a measurement command signal through the Bluetooth low energy mesh network. After the measurement command signal is received by the plural physiological detection devices, physiological data signals of corresponding subjects are generated and externally broadcasted through the Bluetooth low energy mesh network. After the physiological data signals are received by the main control device, medical record tables corresponding to the subject are generated.

Abstract: The invention discloses a remote control system for electric devices, a signal conversion device, and a control method for signal conversion devices. The signal conversion device may control an electric device according to a remote control signal including an identification code and a control command. The signal conversion device may include a wireless receiving module, a control module, and a wireless transmission module. The wireless receiving module may receive the remote control signal. The control module may determine whether the identification code matches a default identification code stored in the signal conversion device, to decide whether to convert the control command to a control signal. The wireless transmission module may transmit the control signal to the electric device such that the electric device operates according to the control signal.

Abstract: The invention discloses a remote control system for electric devices, a signal conversion device, and a control method for signal conversion devices. The signal conversion device may control an electric device according to a remote control signal including an identification code and a control command. The signal conversion device may include a wireless receiving module, a control module, and a wireless transmission module. The wireless receiving module may receive the remote control signal. The control module may determine whether the identification code matches a default identification code stored in the signal conversion device, to decide whether to convert the control command to a control signal. The wireless transmission module may transmit the control signal to the electric device such that the electric device operates according to the control signal.

Abstract: A touch device having 3D virtual control has a touch module, a backlight, a 3D light grating film, a pattern layer and a control module. The 3D light grating film and the pattern layer are respectively connected to top surfaces of the touch module and the backlight. The pattern layer has at least one pattern of keypad. The touch module and the backlight are electronically connected to the control module. Not only can the touch device use the touch module to provide the function of a touch pad, but also the control module allows users to operate or pick patterns through the pattern layer having 3D effect to perform functions or commands corresponding to the patterns.

Abstract: An input device includes a motion sensor for sensing a first axis value, a distance sensor for sensing a limb distance between two limbs, and a controller. The controller is used to perform a method for controlling zooming of an object. The method includes using the motion sensor to sense the first axis value; and initiating a zooming program when the first axis value meets an initiating condition. The zooming program includes the following steps of using the distance sensor to sense the limb distance between two limbs, comparing the limb distance with a reference value; and based on a comparison result outputting a zooming control signal to zooming of an object.

Abstract: An audio playing device includes an audio player and a soft speaker. The soft speaker has features such as light weight and flexibility, and a combination of the soft speaker and the audio player is convenient for carrying and accommodation, such that diversified structures, for example, fan, umbrella, or flag etc. are designed by reason of the flexibility.

Abstract: An audio playing device includes an audio player and a soft speaker. The soft speaker has features such as light weight and flexibility, and a combination of the soft speaker and the audio player is convenient for carrying and accommodation, such that diversified structures, for example, fan, umbrella, or flag etc. are designed by reason of the flexibility.

Abstract: A biosensor is a sensor strip that is folded to form a base and a cover. The base has a reactive layer, two electrodes, a compensating electrode and a variable resistive pad. The reactive layer is formed on the base. The electrodes are formed on the base and connect to the reactive layer to an end of the base. The compensating electrode is formed between the electrodes and is connected to one electrode by the variable resistive pad having an adjustable resistivity to account for manufacturing errors. The cover is shorter than and adhered to the base and has a sample-dropping section corresponding to the reactive layer to allow a liquid sample to be added to the reactive layer. Operators insert the biosensor into the biosensor detector and obtain a correct result without calibrating the biosensor detector so preventing human calibration errors.

Abstract: A lamp holder structure of the present invention is comprised of: a cup-shaped base; a circuit board and two elastic conducting devices mounted inside the cup-shaped base; and at least one light-emitting device mounted on the circuit board, wherein first ends of the elastic conducting devices are mounted under the circuit board for connection with the circuit board, and second ends of the elastic conducting devices are extended outside of the cup-shaped base, whereby the lamp holder structure can be supplied with electric power via the elastic conducting devices for providing illumination.

Abstract: An illumination structure comprises a FPC (Flexible Printed Circuit) board, several light-emitting diodes and at least one pair of coupling device. The light-emitting diodes are coupled to the FPC board. The at least one pair of coupling device is mounted on respective opposite sides of the FPC board to allow the planar FPC board to be transformed into a three-dimensional shape.

Abstract: A lamp head structure comprises a base and a circuit board. The base has an opening on the bottom and an open slot on at least one side. The circuit board has a respective electrically conducting layer on the bottom surface and at least one lateral surface. The circuit board is located inside the open slot of the base. The electrically conducting layer on the bottom surface of the circuit board is located corresponding to the opening on the bottom of the base. At least one light-emitting device is coupled to the circuit board. A positive electrode and a negative electrode of the light-emitting device are connected to the circuit board. The circuit board is coupled to the base to effectively simplify manufacture process and allow convenient repair.

Abstract: A method of manufacturing a light-emitting diode module comprises the steps of: coupling an electronic device with a circuit board such that a distinguishing resistor is coupled adjacent to a light-emitting diode; baking the circuit board by a reflow oven; and testing the baked circuit board, whereby the related information of the light-emitting diode including the manufacturer, the product cycle, the product code, and the grade can be obtained via the distinguishing resistor. Accordingly, the marking accuracy will not be affected by the subsequent processes and the marking cost can also be reduced.

Abstract: A multidimensional mouse of computers includes a Z-axis key pivotally connected to the mouse by a pivot and defines two ends spaced from each other by the pivot. Two elastic loads respectively installed inside the mouse and a corresponding one of the two elastic loads is deformed in response to a manual depression on one of the two ends of the Z-axis key, thus allowing an electrical contact to occur inside the mouse, and this electrical contact is retained if the manual depression is retained. The deformed elastic load has a tension to recover the Z-axis key back to a non-depressed position after the manual depression on the Z-axis key is released. A displacement of a cursor along a Z-axis on a computer screen is based on a time period during which the end of the Z-axis key is kept depressed.