Abstract: A computer-implemented method of determining moisture content of a composite structure is provided. The method includes performing a thermal analysis calculation on the composite structure to determine a temporal surface temperature profile of the composite structure based on temporal environmental parameter profiles, wherein the surface temperature profile is determined independently of a moisture content of the composite structure. The method also includes performing a moisture content analysis calculation on the composite structure to determine a moisture content of the composite structure, wherein the moisture content analysis calculation is based on the determined temporal surface temperature profile and a thickness of the composite structure. The thermal analysis calculation is performed iteratively with a first time period and the moisture content analysis calculation is performed iteratively with a second time period that is longer than the first time period.

Abstract: A computer-implemented method of determining moisture content of a composite structure is provided. The method includes performing a thermal analysis calculation on the composite structure to determine a temporal surface temperature profile of the composite structure based on temporal environmental parameter profiles, wherein the surface temperature profile is determined independently of a moisture content of the composite structure. The method also includes performing a moisture content analysis calculation on the composite structure to determine a moisture content of the composite structure, wherein the moisture content analysis calculation is based on the determined temporal surface temperature profile and a thickness of the composite structure. The thermal analysis calculation is performed iteratively with a first time period and the moisture content analysis calculation is performed iteratively with a second time period that is longer than the first time period.

Abstract: A method of determining an allowable moisture content of a composite structure includes performing a thermal analysis on the composite structure to determine a surface temperature profile of the composite structure. The surface temperature profile is determined independently of a moisture content of the composite structure. The method also includes performing a moisture analysis on the composite structure to determine an allowable moisture content of the composite structure such that the moisture analysis is based on the determined surface temperature profile.

Abstract: Provided is a method for protecting a thermal sensitive component mounted on a board during a thermal process. The method includes: providing the board, providing a protection apparatus which is removable and made of a thermoelectric material to protect the thermal sensitive component during the thermal process, wherein the protection apparatus cools the thermal sensitive component during the thermal process in response to applying a voltage to the protection apparatus. Further provided is the protection apparatus for the thermal sensitive component mounted on the board during the thermal process.

Abstract: Provided is a method for protecting a thermal sensitive component mounted on a board during a thermal process. The method includes: providing the board, providing a protection apparatus which is removable and made of a thermoelectric material to protect the thermal sensitive component during the thermal process, wherein the protection apparatus cools the thermal sensitive component during the thermal process in response to applying a voltage to the protection apparatus. Further provided is the protection apparatus for the thermal sensitive component mounted on the board during the thermal process.

Abstract: Provided is a method for protecting a thermal sensitive component mounted on a board during a thermal process. The method includes: providing the board, providing a protection apparatus which is removable and made of a thermoelectric material to protect the thermal sensitive component during the thermal process, wherein the protection apparatus cools the thermal sensitive component during the thermal process in response to applying a voltage to the protection apparatus. Further provided is the protection apparatus for the thermal sensitive component mounted on the board during the thermal process.

Abstract: An improved mouse structure has a cover and a base pivotally connected to the cover. The cover is an elliptically curved shell with two ends, and has a pivoting portion extending downwardly from one of the ends thereof as well as a hook formed on another end thereof. The base comprises a receiving portion formed on an end thereof for receiving the pivoting portion, an engaging seat formed on another end thereof, and an engaging hole formed in the engaging seat for engaging with the hook.

Abstract: An electronic mail display method is described. The display method establishes a database for storing a sender list and a plurality of group lists for senders, starts an electronic mail monitoring mode for checking incoming electronic mail, executes an electronic mail filtering process, and displays the existence of the incoming mail in a predetermined manner indicative of the senders of the incoming mail on the basis of the information of incoming mail after finishing the electronic mail filtering process.

Abstract: A power off method for a wireless device is proposed. A battery is installed in the wireless device as the power supply. When the power source is connected to the wireless device, an identification process is conducted between the wireless device and the wireless receiver connected to a computer. After the completion of successful identification process, the control chip within the wireless device stores a set of ID code that can be identified by the wireless receiver. In order to prevent wireless devices from being inadvertently reactivated, these devices are usually turned off during traveling. The present invention provides a power off method that terminates power to all parts of the wireless device except the control chip by a certain operation on the connect button. Therefore, an individual power switch is not required while the device can be turned off, and resume the normal operation on the next power on.

Abstract: A wireless mouse structure with illumination has a wireless mouse body and an illumination system. The wireless mouse body has an upper case, a lower case and a switch. The illumination system is disposed in the mouse body and has a plurality of light emitting devices and a battery. The battery is electrically connected to the plurality of light emitting devices, while the switch is electrically connected to both the plurality of light emitting devices and the battery. The illumination system is operable independently of an internal circuit of the mouse.

Abstract: A wireless mouse with a camera lens is described. The mouse has a housing with an upper cover and a lower cover, a wireless mouse circuit and a camera circuit. The wireless mouse circuit and the camera circuit are separately installed on one side of the lower cover of the wireless mouse and on one side of the upper cover of the wireless mouse. A button is further installed on one side of the wireless mouse housing. The wireless mouse circuit and the camera circuit operate respectively. Therefore, the user can individually employ the function of the wireless mouse or the function of the camera.

Abstract: An improved mouse structure has a cover and a base pivotally connected to the cover. The cover is an elliptically curved shell with two ends, and has a pivoting portion extending downwardly from one of the ends thereof as well as a hook formed on another end thereof. The base comprises a receiving portion formed on an end thereof for receiving the pivoting portion, an engaging seat formed on another end thereof, and an engaging hole formed in the engaging seat for engaging with the hook.

Abstract: A power off method for a wireless device is proposed. A battery is installed in the wireless device as the power supply. When the power source is connected to the wireless device, an identification process is conducted between the wireless device and the wireless receiver connected to a computer. After the completion of successful identification process, the control chip within the wireless device stores a set of ID code that can be identified by the wireless receiver. In order to prevent wireless devices from being inadvertently reactivated, these devices are usually turned off during traveling. The present invention provides a power off method that terminates power to all parts of the wireless device except the control chip by a certain operation on the connect button. Therefore, an individual power switch is not required while the device can be turned off, and resume the normal operation on the next power on.

Abstract: A battery charger and receiver arrangement is constructed to include a battery charger adapted for charging the battery of a wireless signal source, the battery charger having a cable for connection to a computer and an electric female connector, and a detachable receiver adapted for receiving signal from the wireless signal source to be charged by the battery charger and transmitting received signal to the computer through the cable of the battery charger, the receiver having an electric male connector connectable to the electric female connector of the battery charger for transmission of signal to the computer through the cable of the battery charger.