Abstract:
An interactive speech correcting method is provided. The method includes the steps of (a) providing a reference speech, (b) receiving a user speech, (c) analyzing the user speech and the reference speech, (d) creating a speech parameter, (e) proceeding a speech correction by using the speech parameter and the user speech, and (f) outputting a corrected speech.
Abstract:
In the present invention, a speech input method for the portable device is provided. The speech input method includes steps of (a) selecting a language mode and determining an acoustic unit, (b) inputting a speech by a user and comparing the speech with the acoustic unit to generate a plurality of recognition results, (c) selecting one of the recognition results for obtaining a plurality of keywords with a recognition result-to-keyword mapping table, (d) obtaining a plurality of selected results having the keywords therein from a database by using the keywords as search units, (e) repeating step (b) to step (d) so as to narrow a range of the selected results when a next speech is present, and (f) displaying the selected results in order when the next speech is absent.
Abstract:
The present invention is related to a text-to-speech system, including a text processor dividing a first text data and a second text data from a text string having at least a first language and a second language; a database including a plurality of acoustic units commonly used by the first and second languages; a first speech synthesis unit and a second speech synthesis unit generating a first speech data corresponding to the first text data and a second speech data corresponding to the second text data respectively by using the plurality of acoustic units; and a prosody processor optimizing prosodies of the first and second speech data.
Abstract:
A power processing interface for a radio frequency identification system is provided. The power processing interface includes a resonance circuit for inducing a first signal transmitted from a terminal as an AC voltage, a first rectifier circuit electrically connected to the resonance circuit for converting the AC voltage into a DC voltage, a filter circuit electrically connected to the first rectifier circuit for generating an operating voltage in response to the DC voltage, a voltage-detecting circuit electrically connected to the filter circuit and the first rectifier circuit for detecting the magnitude of the operating voltage, a second rectifier circuit electrically connected to the resonance circuit, and a voltage-clamping modulation circuit electrically connected to the first rectifier circuit, the voltage-detecting circuit and the second rectifier circuit for controlling the conduction of the second rectifier circuit in response to the output of the voltage-detecting circuit so as to bypass the excessive current, and for providing a minimum voltage to the radio frequency identification system during the modulation process so as to keep the radio frequency identification system in a normal operation.
Abstract:
A lock includes an inside handle, an outside handle, and a body between the handles. A spindle is mounted to each handle to turn therewith. Two pivotable wheels are mounted in the case and operably connected to the inside and outside spindles and a latch bolt such that turning of either handle causes retraction of the latch bolt. One of the wheels engaging with the outside spindle includes a notch communicated with a through-hole of the wheel. A lever extends through the notch of the wheel and includes an end in the through-hole of the notched wheel. When a locking plug is moved to a blocking position, the end of the lever sways to move the outside spindle out of the through-hole of the notched wheel such that the outside handle turns idly when the outside handle is turned.
Abstract:
A mortise lock includes a chassis mounted in a mounting hole of a door and an outside handle assembly mounted to a side of the chassis. The outside handle assembly includes an outside spindle having a first end partially received in the chassis and operably connected to at least one bolt of the chassis such that rotation of the outside spindle causes retraction of the bolt. The first end of the outside spindle includes a perimeter groove, forming a fragile portion. An outside handle includes an end securely connected to a second end of the outside spindle to turn therewith. The fragile portion of the outside spindle is broken when an excessive force is applied to the outside handle. Thus, unauthorized opening of the door by forcibly turning the outside handle is prevented. Further, the mortise lock can be easily installed, and the cost of the mortise lock is cut.
Abstract:
A tubular lock includes an inside assembly having an inside rose and an inside rose liner, an outside assembly having an outside rose and an outside rose liner, a latch mechanism including a latch, at least one of the inside assembly and the outside assembly having a spindle operably connected to the latch for retracting the latch and a handle connected to the spindle to turn therewith, and a fireproof cover having a longitudinal through-hole through which the spindle extends. The fireproof cover is mounted outside the outside rose liner and thus covers the outside rose liner. The inside rose liner, the outside rose liner, and the fireproof cover are engaged together.
Abstract:
An outside spindle is mounted to an outside handle of a lock to turn therewith. An outer end of the outside spindle includes a slot and at least one engaging piece formed thereon. A core retainer is securely mounted to the outer end of the outside spindle. The core retainer receives and positions a lock core interchangeably mounted in the outside handle. The core retainer includes a longitudinal slot aligned with the slot of the outside spindle, with the lock core extending into the slot of the outside spindle and the longitudinal slot of the core retainer. The core retainer further includes at least one positioning opening for securely receiving the engaging piece of the outside spindle, providing the lock core with a pulling-resisting effect in the axial direction.
Abstract:
A method for more effectively recognizing a speech is proposed. The common habit of saying the same word again or even repeating the same word for several times when an oral instruction given by a person to a machine is not accepted at the first time is employed in the present invention. The consequences of being successively rejected twice or even several times and having no output of the conventional speech recognition system can be remedied properly through employing the proposed method so as to have a relatively higher availability and correctiveness.
Abstract:
A method for repairing a memory cell having a plurality of bit lines. The memory cell is tested with a compression testing mode, and future testing is set to compression testing mode when an error is detected, or to normal testing mode when no error is detected. It is determined whether detected errors warrant repair, and all repairs deemed necessary are performed.