Abstract: A handset mobile communication device for measuring body temperature and body temperature measuring method thereof is provided. The aforementioned handset communication device acquired an optical image and thermal image form an external target, then compared and correlated the two images and provided temperature information of selected portion of the target. Therefore, the aforementioned handset device may provide user to acquire temperature information of selected portion of target by contactless means. With respect to the previous contacting measurement, the device and method thereof of present application can provide more secure temperature measuring solution to health care professionals.

Abstract: A name card structure combined with a mirror surface is disclosed. One of the surfaces of the name card structure serves as a name card including texts and patterns, the other one serves as the mirror surface. The mirror surface includes at least a light-reflecting material layer and a soft transparent material layer, thus may be used as a mirror for reflecting external images. The contents of texts, patterns, or combinations of both texts and patterns may be printed on one of the surfaces of the name card structure. Alternatively, a name card body may be directly combined with one of the surfaces of the light-reflecting material layer, while the soft transparent material layer is disposed on the other surface of the light-reflecting material layer. The soft transparent material layer is transparent and extendable, and the light-reflecting material layer may reflect the external images on the soft transparent material layer.

Abstract: A safety and flexible mirror structure with a flexible back pad, comprises: a reflective material layer, which is a coating material that reflects light and has two surfaces; a flexible transparent material layer, which integrates with one of the two surfaces of the reflective material layer, and the flexible transparent material layer is transparent and reflects allochthonous images; and a flexible back pad layer, which integrates with another surface of the reflective material layer and makes the safety and flexible mirror structure to be shatterproof.

Abstract: The soft mirror structure comprises a reflective material layer and a soft transparent material, wherein the reflective material layer is a coating material able to be plated and reflect light and the soft transparent material is disposed on the surface of the reflective material layer, the soft transparent material has the feature of bending to make the soft mirror structure be bendable, so that the soft mirror structure is convenient to be rolled up and cut. Further, a user is able to see reflected outside images through to the soft transparent material, therefore the soft mirror structure has the function of mirror. The soft mirror structure can be cut to different demand dimensions and rolled up for easily taking along. Hence, the soft mirror structure is then convenient to be used and processed.

Abstract: The soft mirror structure comprises a reflective material layer and a soft transparent material, wherein the reflective material layer is a coating material able to be plated and reflect light and the soft transparent material is disposed on the surface of the reflective material layer, the soft transparent material has the feature of bending to make the soft mirror structure be bendable, so that the soft mirror structure is convenient to be rolled up and cut. Further, a user is able to see reflected outside images through to the soft transparent material, therefore the soft mirror structure has the function of mirror. The soft mirror structure can be cut to different demand dimensions and rolled up for easily taking along. Hence, the soft mirror structure is then convenient to be used and processed.

Abstract: The present invention relates to a system for enhancing comparative and colorized medical images, comprising: a device for importing images, transmits grayscale images from scanners, X-ray film or files; and a device for processing images, transforms grayscale images into compared color images.

Abstract: An apparatus for cooling a tissue is provided, which includes a temperature control module, a hypothermic catheter, and a cooling member. The temperature control module includes a regulation unit, a temperature sensor, a processor, a display unit, and a refrigerator. The regulation unit is used to regulate a predetermined temperature. The temperature sensor is used to measure a reference temperature of the tissue. The processor is used to calculate a difference between the predetermined temperature and the reference temperature as a feedback to control the output of a cooling source. The display unit is used to display the temperature information. The refrigerator is used to output the cooling source. The hypothermic catheter includes a primary cooling pipe, to transport the cooling source; and a secondary cooling pipe. The cooling member makes contact with the tissue to reduce its temperature.

Abstract: A human physiological symptom detecting and processing device incorporated into transportation or moving facility comprising two touch and press strips and a detecting and processing units. The former are used to detect the operator's physiological symptoms/signs by touch and press action and send related information to the latter with a signal. The detecting and processing unit converts this signal to individual signals decipherable to a display terminal for displaying and alarming, and optionally to a communication device for transmitting the data to a remote place, and further optionally to a GPS for positioning. The device can detect the physiological condition of the operator(s) of the transportation or moving facility in a timely manner to minimize potential for accidents.

Abstract: A mobile communication device with combinative body function-detecting modules mainly comprises a body function-detecting module to be combined with the mobile communication device, so that the body function-detecting module may monitor or detect the signals of the body function and the signals, as received, may be displayed, stored, announced or transmitted to remote sites through the mobile communication device for the user to monitor or detect the signals of the body function in real time with the mobile communication device. Further, the body function-detecting module is connected to the mobile communication device in external, built-in, built-out or short-distance wireless transmission ways.

Abstract: The present invention relates to a device and a method for reconstructing three dimensional (3D) images form plural of two dimensional (2D) images in succession.

Abstract: The human physiological data testing instrument module is minimized and digitalized and then collaborated in the mobile communication device in the way of external connection, internally built-in, or insertion so as to treat the acquired data to display on, store in, or deliver an alarm signal from the mobile communication device, or transmit to a distant medical station for the doctor there to check the health condition of the client, or give a medical attention if necessary.

Abstract: A biochip scanning device for a portable electronic product at least comprises a signal scanning module, a signal processing module and a data processing module; said signal scanning module scanning and reading a first signal of a biochip disposed on a surface, or under a skin or inside a body, said signal processing module receiving and processing said first signal and sending a second signal to said data processing module for obtaining a third signal; said third signal driving said portable electronic product to provide display, alert, storage and remote transmission functions; said biochip scanning device facilitating and simplifying processing of an output signal of said biochip disposed on a surface, under a skin or inside a body, besides, said biochip scanning device enhancing the functionality of said portable electronic product.

Abstract: A mobile communication device provided with an ear temperature sensor comprises a mobile communication device comprising an ear temperature sensor and a measuring key installed thereon, said measuring key enabling said ear temperature sensor to detect an ear temperature, then presenting said ear temperature directly on a display of said mobile communication devic. By using said mobile communication device provided with said ear temperature sensor, a user can detect the ear temperature immediately and provide display, alert, storage and communication functions.

Abstract: A mobile phone combined physiological function detector comprises: a physiological function signal receivable mobile phone set, a measurer used to touch on the human skin and transmit detection signals to the mobile phone set by wire or wireless transmission method. A communication and a detection function are existed concurrently in the mobile phone set that can show measured data in its display for reminding a user of his health conditions in addition to communication purpose to fully use the resources.