Abstract: The present application discloses an apparatus for determining a health parameter of a subject. The apparatus includes one or more biometric sensors configured to detect one or more biometric signals of the subject; a memory; and at least one processor. The memory stores computer-executable instructions for controlling the at least one processor to receive the one or more biometric signals from the one or more biometric sensors; classify physiological state of the subject as one of a plurality of physiological states comprising at least a first physiological state and a second physiological state based on the one or more biometric signals, the first physiological state being different from the second physiological state; and calculate the health parameter of the subject using one of a plurality of algorithms comprising at least a first algorithm corresponding to the first physiological state and a second algorithm corresponding to the second physiological state.

Abstract: A temperature probe includes: an antenna, a coupling element, a radio frequency identification (RFID) chip and a temperature measuring circuit. The antenna is connected to a capacitor in the coupling element to form a resonant loop, and is configured to sense an electromagnetic wave emitted by a reader and a store harvested energy in the capacitor to supply power to the RFID chip. The RFID chip is connected to the antenna and the coupling element, and is configured to send stored electronic tag information to the reader via the antenna. The temperature measuring circuit is connected to the RFID chip, and is configured to detect temperature information of an object and to send the temperature information to the reader via the antenna. Also provided is a temperature measuring device. The temperature probe and the temperature measuring device do not require a battery, are small-sized, and have a long service life.

Abstract: A display device and a display control method therefor. The display device includes a display interface, and the display control method includes: controlling the display interface to display at least two image windows in response to a start signal of a dyschromatopsia display mode, wherein the respective image windows are different in color mode of image content, and the color mode of the image content in at least one of the at least two image windows is a color mode suitable for being viewed by a dyschromatopsia sufferer; and in response to a signal generated by selecting one of the at least two image windows, controlling a color mode of the display interface to be the same as that of the image content in the selected image window.

Abstract: A display processing method, a display processing device, and a display device are provided. The method includes acquiring a pixel signal, converting the pixel signal into a driving electrical signal base on a Gamma curve configured to compensate a corresponding color vision defect, outputting the driving electrical signal to a display panel, and displaying, by the display panel, an image based on the driving electrical signal.

Abstract: The present application discloses an apparatus for determining a health parameter of a subject. The apparatus includes one or more biometric sensors configured to detect one or more biometric signals of the subject; a memory; and at least one processor. The memory stores computer-executable instructions for controlling the at least one processor to receive the one or more biometric signals from the one or more biometric sensors; classify physiological state of the subject as one of a plurality of physiological states comprising at least a first physiological state and a second physiological state based on the one or more biometric signals, the first physiological state being different from the second physiological state; and calculate the health parameter of the subject using one of a plurality of algorithms comprising at least a first algorithm corresponding to the first physiological state and a second algorithm corresponding to the second physiological state.

Abstract: A display device and a display control method therefor are provided. The display device includes a display interface, and the display control method includes: controlling the display interface to display at least two image windows in response to a start signal of a dyschromatopsia display mode, wherein the respective image windows are different in color mode of image content, and the color mode of the image content in at least one of the two or more image windows is a color mode suitable for viewed by a dyschromatopsia sufferer; and in response to a signal generated by selecting one of the at least two image windows, controlling a color mode of the display interface to be same as that of the image content in the selected image window.

Abstract: The present disclosure provides a method for driving a display, including: step 1, obtaining a tone of each sub-pixels in an input image; step 2, determining whether a color of each sub-pixel to be calculated in the input image is capable of being distinguished from a reference color by a two-color blind viewer; and step 3, calculating the tone of each sub-pixel in an output image based on a result of the determination in step 2.

Abstract: The present disclosure provides a photoelectric pulse wave sensor including a substrate, a protrusion structure, a transmission post, a measurement light source and a photoelectric detector, wherein, the protrusion structure is protrudedly disposed on the substrate and has a through hole therein that is perpendicular to the substrate; the measurement light source and the photoelectric detector are provided side-by-side on a face of the substrate that is right below the through hole, a shape and a size of the transmission post are matched to a shape and a size of the through hole and the transmission post is fixed in the through hole. The disclosure further provides a detection apparatus including the above photoelectric pulse wave sensor.

Abstract: A temperature probe includes: an antenna, a coupling element, a radio frequency identification (RFID) chip and a temperature measuring circuit. The antenna is connected to a capacitor in the coupling element to form a resonant loop, and is configured to sense an electromagnetic wave emitted by a reader and a store harvested energy in the capacitor to supply power to the RFID chip. The RFID chip is connected to the antenna and the coupling element, and is configured to send stored electronic tag information to the reader via the antenna. The temperature measuring circuit is connected to the RFID chip, and is configured to detect temperature information of an object and to send the temperature information to the reader via the antenna. Also provided is a temperature measuring device. The temperature probe and the temperature measuring device do not require a battery, are small-sized, and have a long service life.

Abstract: Provided are a sleep awaking system and a sleep awaking method.

Abstract: The present disclosure provides a method for driving a display, including: step 1, obtaining a tone of each sub-pixels in an input image: step 2, determining whether a color of each sub-pixel to be calculated in the input image is capable of being distinguished from a reference color by a two-color blind viewer: and step 3, calculating the tone of each sub-pixel in an output image based on a result of the determination in step 2.

Abstract: An intelligent wearable device and a method for physical sign measurement, comprising a photoelectric sensor, an inflatable ring, an air valve and a control unit. When the valve is in an open state, the inflatable ring can be inflated and deflated alternately. When the air valve is in a closed state, inflation or deflation of the inflatable ring is stopped. The photoelectric sensor is located at an inner side of the inflatable ring for measuring physical signs, with the control unit is connected to both the photoelectric sensor and the air valve for controlling the state of open and close of the air valve according to the physical sign parameters measured by the photoelectric sensor. The device measures physical signs on the basis of automatically controlling the air valve, where the photoelectric sensor contacts the vascular wall, and as a result, improves accuracy the measurements.

Abstract: Provided are a sleep awaking system and a sleep awaking method.