Abstract: A pressure sensing system and a pressure sensing setting method are provided. The pressure sensing system includes a first pressure sensing sheet, a second pressure sensing sheet, and a processing device. The first flexible substrate of the first pressure sensing sheet has a first conductive pattern; the second flexible substrate of the second pressure sensing sheet has a second conductive pattern. The second pressure sensing sheet has the second conductive pattern stacked with the first conductive pattern of the first pressure sensing sheet. The processing device outputs electric signal to the first pressure sensing sheet; the second pressure sensing sheet obtains a pressure sensing signal, which is compared with a threshold value, determining if the first pressure sensing sheet and the second pressure sensing sheet are pressed by an external force, thereby preventing erroneous signal and improving measurement accuracy.

Abstract: The present invention discloses a method for measuring a biological stimulus signal, which replaces the conventional wired synchronized signal transmission technology with a wireless synchronized signal transmission technology to increase convenience in usage, and which compensates the delay time of wireless transmission in a calibration way to achieve a synchronization effect, whereby the stimulus signal can be corresponding to the response signal correctly, and whereby the synchronized integrated data of the subject can be correctly generated.

Abstract: An optical image stabilizing device is to be formed on a substrate, and includes an outer frame, an image sensor module, and an actuating module. The outer frame module is disposed on the substrate. The outer frame module and the substrate cooperatively define a receiving space. The image sensor module is suspended in the receiving space. The actuating module connects the outer frame module and the image sensor module, and is configured to drive the image sensor module to move for adjusting a relative position of the image sensor module with respect to the outer frame module.

Abstract: An optical image stabilizing device is to be formed on a substrate, and includes an outer frame, an image sensor module, and an actuating module. The outer frame module is disposed on the substrate. The outer frame module and the substrate cooperatively define a receiving space. The image sensor module is suspended in the receiving space. The actuating module connects the outer frame module and the image sensor module, and is configured to drive the image sensor module to move for adjusting a relative position of the image sensor module with respect to the outer frame module.

Abstract: A signal processing system aims to mark living creature physiological signal at a specific time by monitoring living creature's explicit characteristic behavior or ambient environment variation. It includes a trigger device to trigger a time marking device to generate a time signal, a signal processing device to receive the time signal through a transmission interface, and a detection device to measure and send a physiological signal of the living creature to the signal processing device. The signal processing device compensates delay time of the transmission interface, trigger device and time marking device to get a corrected time signal. Thus, the signal processing device can add the corrected time signal in the physiological signal or capture the physiological signal corresponding to a specific time of the corrected time signal to correctly interpret correlation between the living creature's explicit characteristic behavior or ambient environment variation and the physiological signal.

Abstract: A fall-down alarm system includes a contact detection unit, a non-contact detection unit and a fall-down evaluation unit connecting respectively to the contact detection unit and non-contact detection unit. The contact detection unit and non-contact detection unit respectively detect an abnormal detected shape of an object and abnormal life symptoms of the object, and then the fall-down evaluation unit determines a fall-down condition and sends a trigger signal to request assistance. Through the contact detection unit and non-contact detection unit respectively detecting the shape and life symptoms of the object, the erroneous fall-down judgment can be reduced.

Abstract: A measuring method for synchronizing bio-signals with stimulations is capable of enhancing utility by using wireless synchronization signal transmission instead of conventional wired synchronization signal transmission and by using a signal processing approach to compensate a delay time in the wireless transmission to obtain a synchronous result. Thereby a stimulus signal corresponds to a biological response signal precisely in order to correctly generate integrated synchronization data of a stimulus organism.

Abstract: A fall-down alarm system includes a contact detection unit, a non-contact detection unit and a fall-down evaluation unit connecting respectively to the contact detection unit and non-contact detection unit. The contact detection unit and non-contact detection unit respectively detect an abnormal detected shape of an object and abnormal life symptoms of the object, and then the fall-down evaluation unit determines a fall-down condition and sends a trigger signal to request assistance. Through the contact detection unit and non-contact detection unit respectively detecting the shape and life symptoms of the object, the erroneous fall-down judgment can be reduced.