Abstract: Disclosed is a reusable actuator for use with a drug container including a stopper comprising a container having a closed end, an open end, and a sidewall extending therebetween in a longitudinal direction, an electrode disposed inside the container for use in generating a gas, an actuating element disposed at and closing the open end of the container, the actuating element and the container defining an actuator interior, wherein the actuating element is movable relative to the container in the longitudinal direction by a gas pressure of the gas in the actuator interior, such that the actuating element applies a force to the stopper to cause a drug delivery from the drug container, and a retracting mechanism for use in removing the gas to assist the actuating element's retraction for reuse.

Abstract: The present invention provides a delivery device which comprises a substrate, a rigid shell a diaphragm, a cannula, an electrode and an electronic device chamber. The substrate has a first side and a second side. The second side is opposite to the first side. The rigid shell is disposed on the first side of the substrate. A chamber is defined by the rigid shell and the substrate. The diaphragm is configured within the chamber to divide the chamber into an upper reservoir and a lower reservoir. The cannula penetrating through the rigid shell and in fluid communication with the upper reservoir. The electrode is disposed on the first side of the substrate. The electronic device chamber is electrically connecting to the electrode.

Abstract: The present invention provides a delivery device which comprises a substrate, a rigid shell a diaphragm, a cannula, an electrode and an electronic device chamber. The substrate has a first side and a second side. The second side is opposite to the first side. The rigid shell is disposed on the first side of the substrate. A chamber is defined by the rigid shell and the substrate. The diaphragm is configured within the chamber to divide the chamber into an upper reservoir and a lower reservoir. The cannula penetrating through the rigid shell and in fluid communication with the upper reservoir. The electrode is disposed on the first side of the substrate. The electronic device chamber is electrically connecting to the electrode.

Abstract: An operating system and method applicable to a computer environment are provided for a user to input a speech message via a user-friendly operating interface that transforms the speech message into an input signal and transmits the input signal to a speech recognition module of an operating system. The speech recognition module processes the input signal and displays the processing result on the user-friendly operating interface through the use of a speech database and an interface processing module of the operating system for the user to understand the operating procedure and result. By this operating method, the operating system can provide service for the user in an easy and quick way even if the user is not familiar with the operating interface of an operating system. And the user can perform data search, data input and activation of required programs by inputting speech messages.

Abstract: A data input system and a data input method are provided and applied to an electronic product. The data input system serves as an input device for an electronic product, whereby a user can use a plurality of keys to input data or commands including numerals, symbols, English letters and/or Chinese characters to the electronic product, so as to properly operate the electronic product and to execute desirable functions. With different parts of each key being designated with different functions in a manner as to achieve satisfactory performance and functionality through the use of a small number of keys, the electronic product with the data input system can thereby be desirably fabricated with reduced size and costs.

Abstract: An energy-saving electronic device and an energy-saving method for use with the same are provided. Under a triggering condition by an input signal, a trigger module produces a control pulse that urges a system-board module switch to be switched on, such that a microprocessor or central processing unit (CPU) operates with power supplied from a power module through the system-board module switch, and forwards a control signal to the trigger module for allowing the system-board module switch to be in a stable switching-on condition. When the input signal ends and thus the control pulse terminates, the microprocessor or CPU stops sending the control signal to the trigger module, and the system-board module switch is adapted to be switched off with no power being provided from the power module to the microprocessor or CPU, thus making the microprocessor or CPU in a complete power cut-off mode instead of a sleep mode in favor of power saving.

Abstract: A method and a system for phonetic recognition are proposed, in which phonetic recognition is implemented by using principles of phonetic recognition, and a general database of phonetic sounds and corresponding characters, so as to recognize a phonetic sound generated by a user and identify a character corresponding to the user's phonetic sound, without requiring a personal database of phonetic sounds and corresponding characters for the user to be establish in advance. Moreover, the method and system for phonetic recognition can also recognize a tone of the phonetic sound to be able to identify a Chinese character corresponding in variation of four tones to the phonetic sound. In addition, in the method and system for phonetic recognition, the phonetic sound can be analyzed in timbre characteristic for allowing the user's timbre to be recognized, while variation in volume of the phonetic sound can be analyzed so as to tell the user's emotional condition.

Abstract: A system and a method for electronic file transmission are proposed and applied to a network environment, whereby electronic files are encrypted and decrypted with hardware serial numbers of file reading devices that are authorized terminals for file uploading or downloading transmission. Since each hardware serial number is unique for a particular file reading device, thus for an encrypted file being transmitted to a destined file reading device, only which reading device can decrypt the encrypted file for file retrieval; other reading devices, who may get the transmitted file from the destined reading device, are incapable of proceeding file decryption for this particular file. Moreover, a decrypted or unencrypted file is necessarily encrypted similarly by means of a unique hardware serial number of a file reading device where the file is to be stored. This therefore effectively prevents unauthorized copying and propagation of electronic files or digital information from occurrence.