Abstract: A vertically-wound inductor and a method for fabricating the same are provided. The vertically-wound inductor includes an inductor body, a coil, a first external electrode, a second external electrode and an intermediate layer. The coil includes a first coil portion and a second coil portion that are arranged opposite to each other and have a first gap therebetween. The first external electrode and the second external electrode are arranged on an outer surface of the inductor body, the first external electrode is connected to the first coil portion, and the second external electrode is connected to the second coil portion. The intermediate layer is located in the first gap and has a through hole. The first coil portion is connected to the second coil portion, and a direction of a central magnetic field is parallel to an arrangement direction of the first and second external electrodes.

Abstract: A measurement method configured to measure a stereoscopic display includes: causing at least three different displaying positions to emit lights corresponding to a first viewing zone and measuring light intensities of the lights emitted by the displaying positions corresponding to the first viewing zone to respectively obtain at least three sets of first view light intensity distribution data, causing at least three different displaying positions to emit lights corresponding to the second viewing zone and measuring light intensities of the lights emitted by the displaying positions corresponding to the second viewing zone to respectively obtain at least three sets of second view light intensity distribution data, and calculating a set of total comprehensive distribution data according to the first and second view light intensity distribution data. A measurement apparatus and a computer program product are also provided.

Abstract: A control system for displaying a corresponding control interfaces on a control device based on different external devices comprises storage with a plurality of control interfaces corresponding to different external devices in one-to-one relationship, a searching module, a communicating module, a displaying module, and a selecting module. The searching module searches external devices matched with the control device in a predetermined range around the control device. The communicating module obtains feature information from the matched external devices in response to the communicating signal. The displaying module extracts and displays the obtained feature information. The selecting module selects one of matched external devices as an object device based on the displayed feature information. The display module further extracts and displays the control interface corresponding to the object device for controlling the object device.

Abstract: The exercise auxiliary device comprises a body, a fastener, an ear-clip heart rate sensor, a microprocessor and an indicator. The fastener is mounted on the body for attaching the body to a garment on a user. The ear-clip heart rate sensor is adapted to clip an earlobe of the user, senses blood pulse from the earlobe and accordingly generates a voltage signal. The microprocessor is mounted in the body, electrically connected to the ear-clip heart rate sensor, computes an instantaneous heart rate according to the voltage signal. The indicator is connected to the microprocessor, controlled by the microprocessor to generate a reminding signal. The exercise auxiliary device can be easily worn by attaching the body to a garment of a user with the fastener and clipping an earlobe with the ear-clip heart rate sensor.