36results about How to "Improve radio quality" patented technology

Voice over Internet Protocol (VoIP) transfer is provided over radio links between mobile stations and base stations with a mechanism to schedule initial transmission within voice spurts when semi-persistent allocation of radio resources is employed. The radio link is changed during the voice spurt by allocating different physical resource blocks or by changing transmission parameters with given rescheduling intervals. The scheduling is informed from the base station to involved MS by using data link layer VoIP packet padding bits. The radio link can also be changed per initiative of the MS so that the MS codes a predetermined request into data link layer padding bits of an uplink VoIP packet. The requests from the MS typically involve a change of audio coding mode or informing of the present packet buffer status for VoIP packets at the MS.

In a traffic management server, base station control corresponding to application information is instructed and it is instructed to control traffic, with respect to a specific application of a specific user, on a core network-side in cooperation with information related to a radio area calculated in a base station management server, whereby quality of experience (QoE) in a mobile terminal of a subscriber is improved.

The invention provides an intelligent electronic device with a built-in microphone. The intelligent electronic portable device performs voice input-based interaction with a user through the followingoperations: processing a sound signal captured by the microphone to judge whether a voice signal exists in the sound signal or not; further judging whether the distance between the intelligent electronic device and the mouth of the user is less than a preset threshold value or not based on the sound signal collected by the microphone in response to the confirmation that the voice signal exists inthe sound signal; and, in response to determining that the distance between the electronic device and the mouth of the user is less than the predetermined threshold, processing the sound signal acquired by the microphone as voice input. The interaction method is suitable for voice input when the user carries the intelligent electronic device, the operation is natural and simple, the voice input steps are simplified, the interaction burden and difficulty are reduced, and the interaction is more natural.

The present invention enables, in a mobile communication system using “EUL”, to enhance radio quality by certainly allocating hardware resources at a radio base station. A transmission rate control method according to the present invention includes a step of transmitting, from the radio base station to a mobile station, an RGCH for instructing to increase the transmission rate of uplink user data, only when the radio base station has successfully received the uplink user data transmitted from the mobile station.

The invention relates to a method for transmitting packet data in a radio system, the radio system comprising at least one base station and at least one subscriber terminal and a downlink power control arrangement, in which power control arrangement the quality of a signal transmitted by the base station is evaluated and, on the basis of this evaluation, power control commands are transmitted to the base station. The method comprises analysing (302) the power control commands received by the base station, searching (304) for one or more transmission moments, on the basis of the analysis, that satisfy the set conditions for packet-switched data transmission, and if at least one transmission moment is found that satisfies the set conditions, transmitting (306) packet data to at least one subscriber terminal at least at one transmission moment that satisfies the set conditions.

The invention relates to an earphone with an otacoustic function, which comprises a main body provided with a digital signal processor (DSP), and at least one earplug body provided with an external microphone and a loudspeaker, wherein the external microphone and the loudspeaker are electrically connected with the digital signal processor; and sound waves from the outside world can be converted into electronic signals through the external microphone, the electronic signals are then transmitted to the digital signal processor for further processing, and finally the processed electronic signals are converted into the sound waves by the loudspeaker.

The invention provides electronic equipment provided with a microphone. The electronic equipment is provided with a storage and a central processing unit, a computer executable command is stored in the storage, and when the computer executable command is executed by the central processing unit, the execution comprises the following operation steps that whether or not a sound signal collected by the microphone comprises a voice signal is judged; in response to determination that the sound signal collected by the microphone comprises the voice signal, whether or not a user speaks in a low voiceis judged, that is, the user speaks in a voice lower than the normal volume; in response to a determination that the user speaks in the low voice, the sound signal is taken as a voice for input processing without a wake-up operation. The interaction method is suitable for voice input when the user carries intelligent electronic equipment, the operations are natural and simple, the steps of voice input are simplified, and the interaction burden and difficulty are reduced, so that integration is more natural.

The invention discloses a monaural earphone capable of recognizing sound production under a mouth covering gesture of a user, intelligent electronic portable equipment and a voice interaction awakening method. The monaural earphone is provided with an in-ear microphone, an out-ear microphone and a circuit board, the circuit board is provided with a memory and a processor, computer executable instructions are stored on the memory. When the computer executable instructions are executed by the processor, the following operations can be executed: receiving signals acquired by the in-ear microphoneand the out-ear microphone; and analyzing signals acquired by the in-ear microphone and the out-ear microphone, and identifying whether the user makes a sound in a state of making a mouth covering gesture or not. The recognition result may trigger voice input. According to the invention, the voice input under the mouth covering gesture can be accurately recognized; in addition, under the condition that the circuit board of the earphone receives and processes the signals, the problems of data transmission and signal time synchronization do not need to be additionally solved, electric energy issaved, and high recognition precision is guaranteed; and the use efficiency is higher, the reception quality is high, and the privacy and sociality are high.

The invention provides electronic equipment configured with multiple microphones. The electronic equipment is provided with a storage and a central processing unit; a computer executable instruction is stored in the storage; when the computer executable instruction is executed by the central processing unit, the following operations can be executed: sound signals acquired by the multiple microphones are analyzed; whether a user is speaking to the electronic equipment closely or not is judged; and, by responding to the fact that the user is speaking to the electronic equipment closely is determined, the sound signals acquired by the microphones are used as the voice input processing of the user. An interaction method is suitable for performing voice input when the user carries intelligent electronic equipment; operation is natural and simple; the voice input step is simplified; the interaction burden and difficulty are reduced; and thus, interaction is relatively natural.

The invention provides an electronic device equipped with a microphone. The electronic device is provided with a storer and a central processing unit, computer executable instructions are stored on the storer, when the computer executable instructions are executed by the central processing unit, the following actions can be performed: a sound signal collected by the microphone can be analyzed, whether the sound signal contains a speech of person speaking or not and whether the sound signal contains a wind noise generated by airflow generated by person speaking hitting against the microphone ornot are identified, response is to determine that the sound signal contains the sound of person speaking and the wind noise generated by the airflow generated by user speaking hitting against the microphone, and the sound signal is processed as speech input of a user. An interactive method is suitable for conducting speech input when the user carries the intelligent electronic device, operation is natural and simple, speech input steps are simplified, and the interaction burden and difficulty reduced, so that interaction is more natural.

In a base station controller for controlling the operation of a base station for executing call control which permits a connection in response to a connecting request from a radio terminal, when a stop instruction of the call control of the base station is received, the number of radio terminals which can be connected to the base station is decreased and thereafter the call control is stopped, and when the call control of the base station is restarted, the number of radio terminals which can be connected to the base station is increased.

In the conventional mobile communication system using an “Enhanced Uplink, the present invention improves a radio quality by preventing a decrease in a transmission rate of uplink user data, the decrease unintended by the radio base station Node B and caused by a false detection of a “Down” command in an RGCH.” A transmission rate control method according to the present invention includes: transmitting, from a radio base station to a mobile station, a relative transmission rate control channel for instructing to decrease the transmission rate of the uplink user data, only when the uplink user data transmitted from the mobile station has been successfully received.

The invention relates to a wireless earphone with an otacoustic function, which comprises a main frame and two ear hanging pieces. The earphone also comprises a digital signal processor, a servo end wireless transmitting module and a servo end wireless receiving module, wherein the digital signal processor is electrically connected with the servo end wireless transmitting module and the servo end wireless receiving module; the two ear hanging pieces comprise a microphone, a loudspeaker, a guest end wireless transmitting module and a guest end wireless receiving module respectively, the guest end wireless transmitting module is electrically connected with the microphone and the guest end wireless receiving module is electrically connected with the loudspeaker; and the microphone can receive sound waves from the outside world and change the sound waves into electronic signals which are then transmitted to the digital signal processor through the guest end wireless transmitting module and the servo end wireless receiving module, and then the processed electronic signals are transmitted to the loudspeaker to be converted into the sound waves through the servo end wireless transmitting module and the guest end wireless receiving module.

The carrier detector 5 notifies the threshold value controller 6 of the received power value of a received signal and then controls various portions so as to defer transmission of the transmission signal when receiving a signal having a received power exceeding a threshold value Rth from the threshold value controller 6. The demodulator 3 notifies the threshold value controller 6 of a transmission source included in the received signal. The modulator 4 notifies the threshold value controller 6 of the destination of the transmission signal. The threshold value controller 6 outputs the received power value of a received signal from the destination, as a threshold value Rth, to the carrier detector 5.

The present invention enables, in a mobile communication system using “EUL”, to enhance radio quality by certainly allocating hardware resources at a radio base station. A transmission rate control method according to the present invention includes a step of transmitting, from the radio base station to a mobile station, an RGCH for instructing to increase the transmission rate of uplink user data, only when the radio base station has successfully received the uplink user data transmitted from the mobile station.

The invention relates to a microphone sound receiving component and a mobile terminal. The microphone sound receiving component comprises a microphone sealing element and a microphone; the microphonesealing element comprises a first sealed hole and a second sealed hole, wherein a channel is formed between the first sealed hole and the second sealed hole, and the channel is used for sound transmission; the first sealed hole is connected with a microphone sound receiving hole of the microphone; the second sealed hole is connected with a microphone appearance hole; and the microphone appearancehole is arranged in a mobile terminal border. The embodiment of the invention solves the problem that due to the fact that the microphone is arranged on a PCB of the mobile terminal, so that an included angle exists between the sound receiving direction of the microphone sound receiving hole and the opening direction of the microphone appearance hole, and the sound receiving effect of the microphone is influenced; and the sound at the microphone appearance hole is directionally transmitted to the microphone sound receiving hole through the channel in the microphone sealing element, thereby reducing the loss during the sound transmission process and improving the sound receiving quality of the microphone.

The invention discloses a method for filtering sound noise, which comprises the following steps: firstly, using a plurality of sound receivers of a sound receiver array to detect a sound signal transmitted by a sound source; secondly, analyzing a sound signal detected by each sound receiver, and selecting the first sound receiver with good sound-receiving effect from the sound receiver array and the second sound receiver with poor sound-receiving effect; and finally using the second sound signal received by the second sound receiver to filter the noise in the first sound signal received by the first sound receiver, thereby acquiring a sound signal of which the noise is filtered. Therefore, the ambient noise in the sound signal can be effectively filtered, and the speech quality is improved.

An antenna system of a radio communication terminal includes: a directional antenna for transmitting and receiving an RF signal to and from a base station through a radio link; and an amplifying unit integrated on one board together with the directional antenna and amplifying and filtering the RF signal. A transmistivity of a radio communication terminal is improved, a loss according to a transmission path between an antenna and the radio communication terminal can be compensated, and a speech quality can be maintained by above a certain level even in an area remote from a base station.

The invention relates to a microphone sound receiving component and a mobile terminal, and belongs to the field of microphones. The microphone sound receiving component comprises a microphone sealingelement and a microphone; the microphone sealing element comprises a first sealing hole and a second sealing hole, a passage is formed between the first sealing hole and the second sealing hole, and the passage is used for transmitting sound; the first sealing hole is connected with a microphone sound receiving hole of the microphone; the second sealing hole is connected with a microphone appearance hole, and the microphone appearance hole is formed in the frame of the mobile terminal. By adoption of the embodiment of the invention, the problem that the microphone is arranged on the PCB of themobile terminal, resulting in an included angle between the sound receiving direction of the microphone sound receiving hole and the opening direction of the microphone appearance hole to affect themicrophone sound receiving effect is solved; and the effect of directionally transmitting the sound at the microphone sound receiving to the microphone sound receiving hole through the passage in themicrophone sealing element to reduce the dissipation in a sound transmission process and improve the microphone sound receiving effect is achieved.

The invention provides an intelligent security control method, intelligent security equipment and a controller. The intelligent security and protection control method is applied to the intelligent security and protection equipment, the intelligent security and protection equipment comprises a complete machine, and a left microphone and a right microphone are arranged in the complete machine. The intelligent security control method comprises the following steps: detecting whether a person enters a to-be-detected area; when it is determined that the person enters the to-be-detected area, a left microphone and a right microphone are turned on, and a first audio signal picked up by the left microphone and a second audio signal picked up by the right microphone are acquired; and calculating the time difference between the first audio signal and the second audio signal, and adjusting the audio parameters of the first audio signal and the second audio signal, so that the adjusted audio parameter of the first audio signal is consistent with the adjusted audio parameter of the second audio signal. And superposing the adjusted first audio signal and the adjusted second audio signal to generate audio information of the to-be-detected area. According to the invention, the call quality of the intelligent security equipment is improved.

The invention is a mobile communication device, including a main body, having a receiver to receive a wireless signal and then convert it into a voice signal as used in mobile communication, and a speaker, arranged on the main body and coupled with the receiver and able to stand out of the main body to play the voice signal transmitted from the receiver.

The invention discloses a switching method and device of double microphones. The method comprises steps of reading a switching parameter from a memory variable of a hardware abstract layer HAL, wherein the switching parameter indicates a main microphone and an auxiliary microphone in the double microphones; and calling a function of the HAL and configuring the switching parameter to the double microphones and corresponding coders and decoders through a Kernel layer. According to the invention, switching of the main microphone and the auxiliary microphone of the double microphones can be achieved, so a problem of reduction of sound reception quality caused by fixed setting of the main microphone and the auxiliary microphone is solved.

An unmanned aircraft (100) is provided with a processor (101) and a sensor including at least a microphone (105) for generating sound data. The processor (101) determines the quality of a target sound using sound data generated by the microphone (105), obtains a positional relationship between the unmanned aircraft (100) and a sound source (400) of the target sound using data generated by the sensor, and, on the basis of the quality of the target sound and the positional relationship, controls movement of the unmanned aircraft (100) so as to control the distance between the unmanned aircraft (100) and the sound source (400) of the target sound.

The invention refers to a method for selecting logical channels for transmission on granted uplink (UL) resources within a cell of a radio access network (RAN) comprising receiving, from a network node in the RAN, a grant of resources associated with a carrier frequency in unlicensed spectrum, the carrier frequency comprising a plurality of radio channels, and selecting one or more of a plurality of logical channels for transmission during a subsequent transmission time interval (TTI) using the granted resources, wherein the selecting is based on respective priorities associated with the logical channels and information indicating the respective availabilities, and / or radio qualities of tire radio channels. The invention further relates to methods for configuring selection of logical channels for transmission on granted UL resources within a cell of a RAN, as well as a network node and user equipment configured to perform operations corresponding to the referred methods.

The invention relates to an electric device with floating receiving hole, which comprises a receiving element, a floating frame, and a lifting adjuster, wherein the frame has one opening and one receiving space; the receiving element is inside the receiving space; the floating frame has one receiving hole while it is inside the opening to form the receiving space between the floating frame and the frame; the lifting adjuster can move inside the frame and contact the floating frame to push the floating frame to move along the opening, to make the receiving hole float inside or outside the opening. The invention can adjust the size of receiving space, to improve the resonance effect and improve the receiving quality.

A musical instrument clamp comprises a first clamping unit suitable for clamping a microphone and a second clamping unit suitable for clamping a wind instrument. The second clamping unit comprises a first clamping piece and a second clamping piece which are connected to the first clamping unit. The first clamping piece is suitable for abutting against the outer surface of the wind instrument. The second clamping piece has elastic plasticity and is suitable for abutting against the inner surface of the wind instrument, and the second clamping piece and the first clamping piece define a clamping space which is provided with an opening facing one side and is suitable for the pipe wall of the wind instrument to penetrate through. Therefore, due to the elastic plasticity of the second clamping piece, the clamping space can be zoomed to adapt to wind instruments of different sizes, and the microphone and the wind instruments can be stably connected through the first clamping unit and the second clamping unit, so that the sound receiving quality of the microphone is improved.

Provided is an electronic device configured with a microphone, the electronic device has a memory and a central processing unit, the memory stores computer-executable instructions, and when the computer-executable instructions are executed by the central processing unit, the following operations can be performed: analyzing the sound signal collected by the microphone, Identifying whether the sound signal contains the voice of a person speaking and whether it contains the wind noise generated by the airflow generated by the person's speech hitting the microphone, and responding to determining that the sound signal contains the sound of the person speaking and the wind noise generated by the airflow generated by the user's speech hitting the microphone sound, and process the sound signal as the user's voice input. The interaction method is suitable for voice input when a user carries an intelligent electronic device. The operation is natural and simple, the steps of voice input are simplified, the burden and difficulty of interaction are reduced, and the interaction is more natural.

The invention relates to an earphone with an otacoustic function, which comprises a main body provided with a digital signal processor (DSP), and at least one earplug body provided with an external microphone and a loudspeaker, wherein the external microphone and the loudspeaker are electrically connected with the digital signal processor; and sound waves from the outside world can be converted into electronic signals through the external microphone, the electronic signals are then transmitted to the digital signal processor for further processing, and finally the processed electronic signals are converted into the sound waves by the loudspeaker.