Abstract: A method of making an intellectual sensing device with a warming function is used to manufacture an intellectual sensing device, wherein a method of making flexible sensing pad includes a screen stretching process and a screen printing process. Thereby, each sensing line set has a silver sensitive layer and a graphite-slurry sensing layer so as to increase flexibility and deformation and to lower oxidation rate, production cost and graphite impedance. In addition, the method of making an intellectual sensing device can enhance healthcare safety.

Abstract: An intelligent sensing device with a warning function contains a flexible sensing pad, a signal processing device, a signal transmission device, a chargeable battery, and a signal receiving device. The flexible sensing pad senses a change of a connect signal by using a multi sensing mechanism. The signal processing device is electrically connected with the flexible sensing pad and processes a sensing signal transmitted by the flexible sensing pad. The signal transmission device is electrically coupled with the signal processing device and transmits a warning signal from the signal processing device. The chargeable battery supplies power to the signal processing device. When the power is less than a predetermined potential value, the signal processing device starts a low-level warning light or a low-level warning signal to indicate need to charge power. The signal receiving device receives the transmitted warning signal from the signal transmission device.

Abstract: A method of making an intellectual sensing device with a warming function is used to manufacture an intellectual sensing device, wherein a method of making flexible sensing pad includes a screen stretching process and a screen printing process. Thereby, each sensing line set has a silver sensitive layer and a graphite-slurry sensing layer so as to increase flexibility and deformation and to lower oxidation rate, production cost and graphite impedance. In addition, the method of making an intellectual sensing device can enhance healthcare safety.

Abstract: An intellectual sensing device with a warming function contains a flexible sensing pad, a signal processing device, a signal transmission device, a signal transmission device, a chargeable battery, and a signal receiving device. The flexible sensing pad senses a change of a connect signal by using a multi sensing mechanism. The signal processing device is electrically connected with the flexible sensing pad and processes a sensing signal transmitted by the flexible sensing pad. The signal transmission device is electrically coupled with the signal processing device and transmits a signal from the signal processing device. The chargeable battery supplies power to the signal processing device. When the power is less than a predetermined potential value, the signal process device starts a low-level warning light or a low-level warning signal so as to charge power. The signal receiving device is served to receive a transmitted signal from the signal transmission device.

Abstract: A controlling device for shifting images in a display of a smartphone is provided with a monitor installed with a Screen Resident Device Driver. The Screen Resident Device Driver includes a Real Time Operating System that is in charge of a TCP/IP communication protocol, a USB-Host communication protocol, a Network and Display Server, a mobile phone and communication process driver, and a Bluetooth-Host communication protocol. The device further provides a mobile phone comprising a Mobile Phone Resident Device Driver installed in a mobile phone body. The Mobile Phone Resident Device Driver includes a Resident Detect Operation Service, a Remote Human Interface Device (HID), a Remote HID-Disk, a Display Resolution Control, a Remote Transaction Event Handler, and a Virtual Display Driver. Thereby, the image on the mobile phone is enlarged according to the geometric ratio so as to contribute to the virtual image.