Abstract: An intelligent energy harvesting device, a voltage signal application system, and an energy management module thereof are disclosed. The intelligent energy harvesting device is used to transfer a signal to an application device. The intelligent energy harvesting device includes a power generation module, a battery and an energy management module. The power generation module generates a first voltage signal. The battery generates a second voltage signal. The energy management module is electrically connected to the power generation module and the battery for enabling the first voltage signal output from the power generation module to be used as a power signal to provide the application device, or enabling the first voltage signal output from the power generation module and the second voltage signal output from the battery collectively serves as the power signal to provide the application device.

Abstract: A piezoelectric sensing module, a piezoelectric sensing module detecting method, and a piezoelectric sensing detection system thereof are disclosed. The piezoelectric sensing module is used for an operating tool. The piezoelectric sensing module includes a piezoelectric sensing film, and the piezoelectric sensing film includes at least a first to a sixth electrodes; wherein the first electrode is disposed between the third and the fourth electrodes, the second electrode is disposed between the fifth and the sixth electrodes; wherein the first and the second electrodes, the third and the fifth electrodes, and the fourth and the sixth electrodes are separated by a certain distance respectively, and a first angle between the first and the second electrodes, a second angle between the third and the fifth electrodes, and a third angle between the fourth and the sixth electrodes each have an included angle of 90 degrees.

Abstract: An intelligent hunting device, a voltage signal application system, and an energy management module thereof are disclosed. The intelligent hunting device is used to transfer a signal to an application device. The intelligent hunting device includes a power generation module, a battery module and an energy management module. The power generation module generates a first voltage signal. The battery module generates a second voltage signal. The energy management module is electrically connected to the power generation module and the battery module for enabling the first voltage signal output from the power generation module to be used as a power signal to provide the application device, or enabling the first voltage signal output from the power generation module and the second voltage signal output from the battery module collectively serves as the power signal to provide the application device.

Abstract: A piezoelectric sensing module, a piezoelectric sensing module detecting method, and a piezoelectric sensing detection system thereof are disclosed. The piezoelectric sensing module is used for an operating tool. The piezoelectric sensing module includes a piezoelectric sensing film, and the piezoelectric sensing film includes at least a first to a sixth electrodes: wherein the first electrode is disposed between the third and the fourth electrodes, the second electrode is disposed between the fifth and the sixth electrodes; wherein the first and the second electrodes, the third and the fifth electrodes, and the fourth and the sixth electrodes are separated by a certain distance respectively, and a first angle between the first and the second electrodes, a second angle between the third and the fifth electrodes, and a third angle between the fourth and the sixth electrodes each have an included angle of 90 degrees.

Abstract: In an augmented navigation method of a moving object, an error model capable of outputting calibrated data is created according to global positioning system (GPS) data and inertial detecting data when an object is moving. When the moving object enters an invisible region, the calibrated data and the inertial detecting data are combined together to generate an estimated position. In order to achieve the method, an augmented navigation system is provided. The augmented navigation system includes a front platform for receiving the GPS data and generating the inertial detecting data. The GPS data and the inertial detecting data may be transmitted to a rear platform through a wireless network. The error model is disposed on the front platform or the rear platform, and the rear platform has an estimator capable of combining the calibrated data outputted from the error model with the inertial detecting data to generate the estimated position.

Abstract: A smart data dynamic communication module includes a data linking platform and an application platform. The application platform has a position detecting unit, an identification detecting unit, a network unit, a communication transmitting unit and a wireless signal transceiver unit, all of which are communicated with a message control and processing unit. The communication module can provide a position and identification detecting mechanism, a routing table creating mechanism, a data wireless real-time switching mechanism and a path searching and selecting mechanism according to the function of each unit and the arrangements between the units. Consequently, the communication module provides the position detection, the identification detection and the real-time information exchange, transmits the information through an optimum path, and has the effect of preventing the information from being lost.