Abstract:
A method of processing a voice segment includes checking whether a voice segment is a vowel segment. If the voice segment is not a vowel segment, then the process checks whether the voice segment is a high frequency consonant or a low frequency consonant. If the voice segment is a high frequency consonant, then the voice segment will be processed to lower its frequency.
Abstract:
A method of processing a voice output signal is applied in an earphone. The method processes the voice signal received from the earphone via a sound processing module inside the earphone such that a user can hear the voice signal more clearly. The earphone can be used as a hearing-aid when the user is not using a phone, and the earphone also can be used to help the user hear voice signals for phone communication.
Abstract:
A method of processing telephone voice output is used in an earphone. This method includes obtaining a corresponding adjustment parameter according to the phone identification information of the hearing-impaired so as to make the processing module in the earphone process the voice according to the adjustment parameter in advance and enable the hearing-impaired to hear more clearly.
Abstract:
A method of audio processing lowers the frequency of a high frequency audio area of an input audio in order to generate a lowered frequency audio area. The lowered frequency audio area is combined with the input audio to generate an output audio such that the output audio comprises the high frequency audio area, a low frequency audio area, and a lowered frequency audio area.
Abstract:
A method to reduce the amount of black in an image is disclosed. The method uses a computer to reduce or eliminate the amount of black in an original digital image. In the present invention, every three adjacent pixels are processed as a set, and the intensities of the RGB values are increased, respectively.
Abstract:
A method to reduce the amount of black in an image is disclosed. The method uses a computer to reduce or eliminate the amount of black in an original digital image. In the present invention, every three adjacent pixels are processed as a set, and the intensities of the RGB values are increased, respectively.
Abstract:
A method of learning a second language through the guidance of pictures that enables users to learn multiple languages through computers.After users input a plurality of words, a picture/text interface will display the plurality of input words, a plurality of output words, and a plurality of pictures. The plurality of output words represent the plurality of input words in another language, and the plurality of pictures represent the plurality of input words.
Abstract:
An electronic switch is has a receiver for receiving external switch signal and to producing corresponding switch control signal. A decoder us provided to receive switch control signal from the receiver and to produce corresponding decoding signal containing a switch identification code. A memory stores at least one switch identification code, each switch PIN code corresponding to a respective switch element. A processor is provided to compare switch identification code from the decoder with switch PIN code in the memory and to turn on the corresponding switch element when the switch identification codes are matched. The processor has a learning mode for writing every received switch identification code from the decoder into the memory and corresponding every written switch PIN code to the at least one switch element respectively.
Abstract:
A method for enhancing speech output in real time is used in a hearing aid device. The input speech is divided into multiple audio segments first. Then each audio segment is analyzed for its attribute: high frequency, low frequency, or soundless. Low frequency segments are outputted without undergoing frequency processing. High frequency segments are outputted after undergoing frequency processing. All or some of the soundless segments are deleted without being outputted. The deletion of soundless segments can reduce the delay caused by the frequency processing of the high frequency segments.
Abstract:
A method of processing telephone sound is disclosed. Before the telephone sound is transmitted, the frequencies of high frequency consonants are lowered. If the recipient has severe hearing impairment, the frequencies of the high frequency consonants are lowered again.