Abstract: A physiological monitoring system includes a near-end portable monitoring module for generating first sensed data, capturing a user's first image, an image sensing module for synchronizing the first sensed data and the first image to form first combination data, and searching and connecting the corresponding near-end portable monitoring module to receive the first sensed data and display the near-end information display module corresponding to the screen of the first combination data, when the first sensed data includes a warning signal, the first combination data is transmitted and stored in the Internet by the second communication unit within a time period from a first time before the warning signal is issued to a second time for releasing the warning signal, and the first combination data within the time period from the first time to the second time is transmitted to the near-end information display module to display the first combination data.

Abstract: A physiological monitoring system includes a near-end portable monitoring module for generating first sensed data, capturing a user's first image, an image sensing module for synchronizing the first sensed data and the first image to form first combination data, and searching and connecting the corresponding near-end portable monitoring module to receive the first sensed data and display the near-end information display module corresponding to the screen of the first combination data, when the first sensed data includes a warning signal, the first combination data is transmitted and stored in the Internet by the second communication unit within a time period from a first time before the warning signal is issued to a second time for releasing the warning signal, and the first combination data within the time period from the first time to the second time is transmitted to the near-end information display module to display the first combination data.

Abstract: A physiological monitoring system for monitoring a user's physiological status and/or first image includes a near-end portable monitoring module, an image sensing module and a near-end information display module. The near-end portable monitoring module senses the user's physiological status by a sensing unit to generate first sensed data, and the first communication unit transmits the first sensed data. The image sensing module receives the first sensed data through the second communication unit, and the image capturing unit selectively captures the user's first image. The near-end information display module receives the sensed data by the third communication unit, and the first display unit displays a frame corresponsive to the first sensed data. The physiological monitoring system may be applied in the fields of security surveillance, pet monitoring, home care or medical institutes.

Abstract: An image sensing device includes a control unit, an image capturing unit, a sensing unit, a port and an alarm unit. The image capturing unit is connected to the control unit for capturing a user's image, and the control unit generates image data according to the image. The sensing unit is connected to the control unit for detecting the user to generate sensed data. The port is connected to the control unit provided for the control unit to transmit internal data or receive external data. The alarm unit is connected to the control unit for generating a warning signal according to at least one of the image data, the sensed data and the condition of the image sensing device. The multifunctional image sensing device may be applied in the areas of safety surveillance, pet monitoring, home care, or medical institutes.