Abstract:
The present invention relates to an intelligent monitoring system with automatic notification and an intelligent monitoring device thereof. The intelligent monitoring system includes at least one intelligent monitoring device and a remote main control terminal, wherein the intelligent monitoring device includes an image acquisition unit, a sensor, an embedded system, a light unit, an uninterrupted power supply, and a wireless transmission device. The embedded system receives the signals from the image acquisition unit and the sensor to carry out the monitoring and judgment process, and then outputs the signals to the remote main control terminal via the wireless transmission device in order to transmit the signals to a portable electronic device. With the implementation of the present invention, an active monitoring process can be carried out by the intelligent monitoring device with the transmission of the monitoring results to the portable electronic device to reduce the manpower cost in monitoring.
Abstract:
A lighting control system for controlling a luminaire includes detection module and a control unit. The detection module is configured to detect traffic flow of a road and ambient light along the road. The control unit coupled with the detection module is configured to receive a detection result of the detection module and generate a control signal according to the detection result and a preset data stored therein for controlling illumination of the luminaire.
Abstract:
A gaze tracking password input method and a device utilizing the same wherein the method includes the following steps: picking up photo images of a person's eyes by a photographing unit which continually takes photo shots at a particular area as the person approaches to the photographing unit and his eye enters the particular area; transmitting the photo images taken at the particular area to an operation unit; setting a script associated with a particular point as a password; and then determining the person's gaze tracking direction which indicates the script to be input by the operation unit. The operation unit comparing the multiple input scripts with predetermined passwords, if the input scripts are matched with the predetermined passwords, then the person is officially authorized.
Abstract:
A two-way communication system by using eye movements of the present invention comprises a first display module, a second display module and a data processing module. The first display module is configured to display first operative window interface and to detect the eye movements of the users to provide various operation and control. The second display module is configured to display user information, which allows the users to communicate with others immediately and conveniently. The data processing module is electrically connected with the first display module and the second display module, which responses each operation command and transmits the information. The first and second display modules can be adjusted freely for users' convenient review and operation.
Abstract:
An image recognition-based startup method is provided. The startup method includes the steps of: generating a movement image signal; generating a behavior recognition signal; and performing a startup of an information apparatus. An image recognition unit performs behavior recognition on the movement image signal generated from a capturing unit. Then, the image recognition unit generates a startup control signal to instruct the information apparatus to perform a startup action. Users can start up or restart the information apparatus by performing behaviors such as shaking one's head, opening one's eyes, closing one's eyes, or blinking
Abstract:
A gaze tracking password input method and a device utilizing the same wherein the method includes the following steps: picking up photo images of a person's eyes by a photographing unit which continually takes photo shots at a particular area as the person approaches to the photographing unit and his eye enters the particular area; transmitting the photo images taken at the particular area to an operation unit; setting a script associated with a particular point as a password; and then determining the person's gaze tracking direction which indicates the script to be input by the operation unit. The operation unit comparing the multiple input scripts with predetermined passwords, if the input scripts are matched with the predetermined passwords, then the person is officially authorized.
Abstract:
An indoor energy-saving system includes an image capture device, a motion detection module and a switch module. The image capture device is provided for capturing image data from a monitored area of a room. The motion detection module is coupled to the image capture device for analyzing a human motion occurred in the monitored area from the captured image data. In addition, the switch module is coupled to the motion detection module for controlling transmission of electric power to a load in the room according to an analyzed result of the motion detection module.
Abstract:
An ear hanging type eye control device includes a main body, an ear hook, and an image-taking module. The main body is provided therein with the electronic components necessary for operation. The ear hook extends outward from the main body so as to hook over one of the user's ears. The image-taking module is connected to the main body and is configured for taking images of the user's eyes. The ear hanging type eye control device is capable of detecting and identifying eyeball movements and executing a variety of control instructions.
Abstract:
An attention detection method based on a driver's reflex actions is provided to monitor a driver's instantaneous reflex actions and thereby determine the driver's degree of attention. Basically, the attention detection apparatus provides a stimulus to the driver and then determines how the driver responds to the stimulus. The attention detection apparatus includes an image capturing unit for capturing an image of the driver, a processing unit for performing digital image processing on the image, a safety testing unit for issuing a safety test instruction, and a safety determination unit for performing value comparison and determination according to the characteristics of the image. If the image fails to meet the requirement of the safety test instruction, an alarm signal will be sent out to alert the driver.
Abstract:
An in-car eye control method is provided to monitor a car driver's eye movements, thereby allowing the driver to communicate with people outside the car or control in-car equipment. The in-car eye control device essentially includes an image capturing unit for capturing an image of the driver, an processing unit for performing operations on the image taken, an eye determination unit for monitoring the driver's eye movements and generating an eye control instruction, and a system operation unit for executing a system process according to the eye control instruction. Thus, the in-car eye control method provides a diversity of communication or control solutions.