TW201329856A - System and method for voice management - Google Patents

Abstract

An voice management system is provided. The voice management system includes a peripheral device and a phone device. The phone device controls the playing conditions of the video or audio played by the peripheral device when one of a plurality of situations happens or adjust the volume of the peripheral device according to the duration of the situation and/or the distance between the phone device and the peripheral device when one of the situations happens. The aforementioned situations include the incoming call alert, dialing mode, conversation mode, and end of conversation mode of the phone device.

Description

Sound management system and method

The present invention relates to a sound management system and method, and more particularly to a sound management system and method for controlling video or audio playback of peripheral devices when a particular situation occurs.

In daily life, the user of the telephone device often misses the incoming call because of the excessive sound around the telephone device, or misses the incoming call after the incoming call is received, or interferes with the surrounding sound after the incoming call. In these surrounding sounds, in addition to the sounds caused by environmental factors, some of the sound sources are from the sounds of peripheral electronic devices near the user, such as TV, stereo, and walkman. Sound electronic device.

The invention provides a sound management system, which can automatically adjust the volume of a peripheral device when a situation in which an incoming call is received by a telephone device is transmitted through a connection between the telephone device and the peripheral device, thereby avoiding mutual influence of sound between the devices. Let users feel more humanized design.

The present invention further provides a sound management method, such as the sound management system described above, which can automatically adjust the volume of the peripheral device when a specific situation occurs, thereby avoiding the mutual influence of sound between the devices.

The present invention provides a sound management system including a peripheral device and a telephone device. The telephone device can control video or audio playback of the peripheral device when one of the plurality of conditions occurs, or when one of the plurality of conditions occurs, depending on the duration of the occurrence of the condition and/or between the telephone device and the peripheral device Distance, adjust the volume of the peripheral device. A plurality of conditions include an incoming call prompt of the telephone device, when dialing, when the call is made, and when the call is ended.

In an embodiment of the present invention, the telephone device establishes a connection with the peripheral device, and controls the peripheral device to pause playing video or audio when one of the plurality of conditions occurs, when another one of the plurality of conditions occurs. Control peripheral devices to resume playing video or audio.

In an embodiment of the present invention, the foregoing telephone device includes a first detection module, a first analysis module, a first control module, and a transmission module. The first detecting module detects whether the plurality of conditions occur. The first analysis module analyzes the distance between the telephone device and the peripheral device. The first control module is coupled to the first detection module and the first analysis module. When one of the plurality of conditions occurs, the first proportional value is determined according to the duration and/or the distance. The transmission module is coupled to the first control module and transmits the control message to the peripheral device, wherein the control message includes the identification information of the peripheral device and the first proportional value, and the peripheral device adjusts the volume of the peripheral device according to the first proportional value.

In an embodiment of the invention, the first analysis module estimates the distance according to the response time of the peripheral device to the message sent by the telephone device.

In an embodiment of the invention, the first control module records an initial volume of the telephone device, determines a second ratio value when one of the plurality of conditions occurs, and multiplies the initial volume by a second ratio value. The volume of the telephone device.

In an embodiment of the invention, the peripheral device includes a second detection module, a second analysis module, and a second control module. The second detection module detects the control message from the transmission module and outputs a control message. The second analysis module is coupled to the second detection module, and receives the control message output by the second detection module. When the identification information of the control message conforms to the identification information of the peripheral device, the first proportional value in the control message is output. The second control module is coupled to the second analysis module, receives the first proportional value output by the second analysis module, records the initial volume of the peripheral device, and multiplies the initial volume by the first proportional value as the volume of the peripheral device.

The present invention further provides a sound management method, such as the sound management system described above, characterized in that video or audio playback of a peripheral device is controlled when one of a plurality of conditions occurs, or when one of the plurality of conditions occurs, Adjusting the volume of the peripheral device according to the duration of the generated condition and/or the distance between the telephone device and the peripheral device, wherein the plurality of conditions include an incoming call prompt of the telephone device, when dialing, when the call is made, and when the call ends . The technical details of the above sound management method are the same as those of the above sound management system, and will not be described herein.

Based on the above, the present invention can automatically reduce the volume of the peripheral device in a specific situation, for example, when the telephone device receives an incoming call, so that the volume of the peripheral device can not interfere with the situation when the user uses the telephone device, so as to achieve better listening. quality.

The above described features and advantages of the present invention will be more apparent from the following description.

Please refer to FIG. 1. FIG. 1 is a schematic diagram of a sound management system 100 according to an embodiment of the invention. The sound management system 100 includes a telephone device 110 and peripheral devices 120. The telephony device 110 can control video or audio playback of the peripheral device 120 when one of a plurality of conditions occurs, or when one of the plurality of conditions occurs, depending on the duration of the occurring condition and/or the telephony device 110 and the periphery The distance between the devices 120 adjusts the volume of the peripheral device 120, including when the incoming call is prompted by the telephone device 110, when dialing, when the call is made, and when the call is finished. The above incoming call alert may be a ringing or shaking when there is an incoming call. The telephone device 110 can be any device that can receive incoming calls, such as a wired telephone, a wireless telephone, or a mobile phone. The peripheral device 120 can be any device that can emit sound or emit sound through the amplifier, such as a television, a digital video disc (DVD) player, an audio, and a walkman.

The telephone device 110 in the sound management system 100 establishes a connection with the peripheral device 120, which can be connected by means such as a network route or a Bluetooth communication protocol. Through this connection, the telephone device 110 can perform related sound management on the peripheral device 120. In an embodiment of the present invention, when one of the above conditions occurs (for example, when the telephone device makes an incoming call alert), the telephone device 110 can control the peripheral device 120 to suspend the video or audio played by the wireless device through the connection, and When the other situation occurs (for example, when the call is ended), the telephone device 110 can control the peripheral device 120 to resume playing video or audio through the connection. However, the video or audio played by the peripheral device 120 must be video or audio that can be played and paused by the user, such as video played by the DVD player or played by a compact disc (CD) player. Audio. If the video or audio played by the peripheral device 120 cannot be controlled by the user, such as the fourth video or the radio broadcast of the television, the method of suspending the video or audio is not applicable.

Please refer to FIG. 2, which is another schematic diagram of the sound management system 100 according to an embodiment of the invention. The telephone device 110 includes a first detection module 112, a first analysis module 114, a first control module 116, and a transmission module 118. The first detection module 112 and the first analysis module 114 are coupled to the first control module 116 , and the first control module 116 is coupled to the transmission module 118 . The first detecting module 112 detects whether the above situation occurs. The first analysis module 114 is responsible for analyzing the distance between the telephone device 110 and the peripheral device 120. The first control module 116 can record the initial volume of the telephone device 110. When one of the above conditions (such as an incoming call alert) occurs, the first control module 116 can determine the second proportional value R2 and according to the duration of the condition and/or the distance between the telephone device 110 and the peripheral device 120. The first ratio value R1 is determined. The transmission module 118 transmits control messages to the peripheral device 120. The first detection module 112, the first analysis module 114, the first control module 116, and the transmission module 118 can be implemented by software or hardware.

The manner in which the first detecting module 112 is used to detect whether the above situation (such as an incoming call prompt) occurs may be a check whether the button is triggered, whether the user sends an audio signal, the pin of the hardware pin is turned on, or the check is performed. The relevant voltage or current signal level is, but is not limited to. For example, when the user presents an incoming call prompt on the telephone device 110, the user can answer the incoming call by pressing a button on the telephone device 110 or in a voice-activated manner to make a call. In an embodiment of the present invention, the type of the telephone device 110 may be a clamshell type mobile phone, and the clamshell type mobile phone generally supports the function of the user to cover the incoming call and make a call. At this time, the first detecting module 112 detects whether a call state is generated or not, and detects whether the corresponding hardware pin of the action is turned on or answered when the user opens the phone cover. Whether the voltage or current signal level corresponding to the function has changed, to determine whether the status of the call has occurred.

The method used by the first analysis module 114 to analyze the distance between the telephone device 110 and the peripheral device 120 may be to transmit a message such as a network packet through a wired or wireless connection, and respond to the message by the peripheral device 120. Time estimates the distance between the two. The longer the response time of the peripheral device 120, the further the distance between the two.

In addition, the distance between the telephone device 110 and the peripheral device 120 can also be calculated by performing a triangulation method using a wireless base station in a surrounding environment. For example, both the telephone device 110 and the peripheral device 120 can detect their own reception strength or reception angle for signals from each wireless base station. If the location of each radio base station is known, the position of the telephone device 110 and the peripheral device 120 can be calculated using the triangulation method, and then the distance between the telephone device 110 and the peripheral device 120 can be calculated. The wireless base station may be an indoor wireless access point or a wireless base station provided by a carrier outdoors. The above operation of calculating the distance may be performed when the message is normally exchanged between the telephone device 110 and the peripheral device 120, or may be performed in a fixed period or when the above situation occurs.

After detecting the occurrence of the specific condition described above, the first control module 116 may generate a corresponding first proportional value R1 and second proportional value R2. After the second proportional value R2 is generated, the first control module 116 can adjust the volume of the telephone device 110 itself according to the second proportional value R2. After the first proportional value R1 is generated, the first control module 116 transmits the same to the transmission module 118 for subsequent sound management of the peripheral device 120.

In the adjustment of the volume of the telephone device 110 by the first control module 116, the implementation manner is to multiply the initial volume of the telephone device 110 by the second proportional value R2 as the volume of the telephone device 110, and the initial volume is the first control. The module 116 records the volume of the telephone device 110 when no such specific condition occurs, and the second ratio value R2 is a value greater than or equal to one. The manner in which the first control module 116 determines the second proportional value R2 can be divided into three types: continuously adjusting the second proportional value R2 to be larger and larger, setting the second proportional value R2 to a fixed preset value, and setting the second ratio. The value R2 is equal to one.

In a manner in which the first control module 116 adjusts the second ratio value R2 to be larger and larger, the applicable condition is when the telephone device 110 has an incoming call prompt but does not make a call, and when the telephone device 110 makes a call, Or when the telephone device 110 is dialed. In these situations, the first control module 116 can adjust the second proportional value R2 according to the duration of the above condition, so that R2 is proportional to the duration of the above condition, so that the volume of the telephone device 110 can be louder and louder. The volume here refers to the ringing volume of the telephone device 110 in the case of an incoming call but no call, and refers to the volume transmitted from the microphone end of the telephone device 110 in the case of a call or dialing.

In the manner that the first control module 116 sets the second ratio value R2 to be a fixed preset value, the applicable condition may also be that the telephone device 110 makes a call when the telephone device 110 has an incoming call prompt but does not make a call. At the time, or when the telephone device 110 dials. In these situations, the first control module 116 can boost the volume of the telephone device 110 directly to the specific volume by transmitting the second proportional value R2. The volume here refers to the ringing volume of the telephone device 110 in the case where the incoming call is prompted but not in the call, and refers to the volume transmitted from the microphone end of the telephone device 110 in the case of making a call and dialing.

In the manner in which the first control module 116 sets the second ratio value R2 to be equal to 1, the applicable condition is when the telephone device 110 ends the call. At this time, the action performed by the first control module 116 is to multiply the initial volume of the telephone device 110 by 1 and as the volume of the telephone device 110, which causes the volume of the telephone device 110 to return to the initial volume.

The transmission module 118 performs sound management of the peripheral device 120 by transmitting a control message to the peripheral device 120. The control message includes the first ratio value R1 and the identification information of the peripheral device 120. The peripheral device 120 adjusts the volume of the peripheral device 120 according to the first scale value R1.

Please refer to FIG. 3, which is another schematic diagram of the sound management system 100 according to an embodiment of the invention. The peripheral device 120 in FIG. 3 includes a second detection module 122, a second analysis module 124, and a second control module 126. The second detection module 122 is coupled to the second analysis module 124 , and the second analysis module 124 is coupled to the second control module 126 . The second detection module 122 detects the control message from the transmission module 118 and outputs the control message to the second analysis module 124. After receiving the control message output by the second detection module 122, the second analysis module 124 compares the identification information in the control message with the identification information of the peripheral device 120 itself to determine whether the object of the control message is Peripheral device 120. The identification information may be the serial number, name of the peripheral device 120 or any unique information that can be used to determine the identity. When the identification information in the control message meets the identification information of the peripheral device 120, the second analysis module 124 outputs the first proportional value R1 of the control message to the second control module 126. The second control module 126 records the initial volume of the peripheral device 120 when no particular conditions described above occur. After receiving the first proportional value R1 output by the second analysis module 124, the second control module 126 multiplies the initial volume by the first proportional value R1 as the volume of the peripheral device 120, and the first proportional value R1 is A value greater than or equal to 0 and less than or equal to 1. The second detection module 122, the second analysis module 124, and the second control module 126 can also be implemented by software or hardware.

The manner in which the first control module 116 determines the first proportional value R1 can be divided into three types: the first proportional value R1 is gradually decreased as the duration of the generated condition, the first proportional value R1 is equal to 0, and the first proportional value R1 is set. Equal to 1.

In a manner in which the first control module 116 gradually decreases the first proportional value R1 according to the duration of the generated condition, the applicable condition is that the telephone device 110 performs the call prompt when the telephone device 110 occurs but does not make a call. When talking, or when the telephone device 110 is dialing. The first ratio value R1 herein is inversely proportional to the duration of the above condition and/or proportional to the distance between the telephone device 110 and the peripheral device 120.

In the manner that the first control module 116 sets the first ratio value R1 to be equal to 0, the applicable condition is when the telephone device 110 has an incoming call prompt but does not make a call, when the telephone device 110 makes a call, or the telephone device 110 when dialing. The first proportional value R1 here causes the volume of the peripheral device 120 to become zero, that is, directly muted. In an embodiment of the present invention, if the incoming call prompt mode of the telephone device 110 is the vibration mode, the manner of muting the peripheral device 120 makes it easier for the user to perceive the incoming call alert status of the telephone device 110.

In a manner in which the first control module 116 causes the first proportional value R1 to be equal to 1, the applicable condition is when the telephone device 110 ends the call. At this time, the action performed by the second control module 126 is to multiply the initial volume of the peripheral device 120 by 1 as the volume of the peripheral device 120, which causes the volume of the peripheral device 120 to return to the initial volume.

Please refer to FIG. 4. FIG. 4 is a schematic diagram of a sound management system 400 according to an embodiment of the invention. In this embodiment, the telephone device 110 can simultaneously connect with the peripheral devices 420, 430, and 440, and separately perform sound management on the peripheral devices through the connections. In this embodiment, the telephone device 110 can generate the first ratio values R12, R13, and R14 corresponding to the peripheral devices 420, 430, and 440, respectively, and combine the identification information of the individual peripheral devices with the plurality of control messages. And then transmitted to the peripheral devices 420, 430 and 440 by the transmission module 118 in the telephone device 110. For example, the control message transmitted by the telephone device 110 to the peripheral device 420 includes the first proportional value R12 and the identification information of the peripheral device 420, and the telephone device 110 transmits the control information to the peripheral device 430, and the control information of the peripheral device 430 includes the first proportional value. Identification information of R13 and peripheral device 430. The rest of the control messages transmitted by the telephone device 110 to the peripheral devices are analogous.

In this embodiment, after detecting the control message, the second detection module of each of the peripheral devices 420, 430, and 440 transmits the control message to the second analysis module, and determines the identification in the control message. Whether the information is consistent with its own identification information, if it is met, the first proportional value in the control message is used to perform related sound management actions, and if the identification information does not match its own identification information, the control information is not reacted. The sound management operation here is the same as that of the above embodiment, and the corresponding operation can be performed depending on the situation occurring in the telephone device 110.

For example, if the distance between the telephone device 110 and the peripheral devices 420, 430, and 440 is two meters, three meters, and four meters, respectively, and the initial volume of the peripheral devices 420, 430, and 440 are 40, 20, and 30, respectively. At the same time, it is assumed that the first ratio value set by the telephone device 110 for the peripheral device within 2.5 meters thereof is 0.7, and the first device is set for the peripheral device within a distance of 2.5 meters to 3.5 meters. A first value of 0.9 is set for a peripheral device having a scale value of 0.8 and a distance of between 3.5 and 2.5 meters. Then, the first ratio values R12, R13, and R14 transmitted by the telephone device 110 to the peripheral devices 420, 430, and 440 are 0.7, 0.8, and 0.9, respectively. Therefore, when the telephone device 110 presents an incoming call prompt, the volume of the peripheral devices 420, 430, and 440 is reduced to 28 (40x0.7=28), 16 (20x0.8=16), and 27 (30x0.9=27, respectively). ). On the other hand, if the duration of the incoming call alert of the telephone device 110 becomes long, the volume of each peripheral device can be continuously reduced in the case of the situation.

Referring to FIG. 5 to FIG. 8 , FIG. 5 to FIG. 8 respectively are flowcharts of a sound management method according to an embodiment of the invention. This sound management method corresponds to the operation flow of the above sound management system. The step of the sound management method includes: in step S500, the telephone device establishes a connection with the peripheral device, and proceeds to step S510. In step S510, the telephone device continuously detects whether an incoming call prompt, a dialing, a call, or a call is terminated. If the situation occurs, the process proceeds to step S520, and if no situation occurs, the process proceeds to step S510.

In step S520, the telephone device determines whether the video or audio played by the peripheral device can be paused. If the video or audio played by the peripheral device is not paused, then proceed to step S530, and if the video or audio played by the peripheral device is performed, If it is possible to suspend, proceed to step S540.

In step S540, the telephone device determines whether to control the peripheral device in a pause mode, and if so, proceeds to step S550, and if not, proceeds to step S530. This decision can be based on the user's settings.

In the execution control volume mode of step S530, the peripheral device volume management process as shown in FIG. 6A or the peripheral device volume management process as illustrated in FIG. 6B may be included.

The action performed in FIG. 6A is that the telephone device performs a unique volume adjustment operation on the peripheral device according to the first scale value every time a specific situation occurs, and the action performed in FIG. 6B is that the telephone device can continue according to the situation. The first proportional value is continuously adjusted over time and/or the distance between the telephone device and the peripheral device. For example, if the user moves the phone device to another place to make a call, the peripheral device can continuously adjust its own volume according to the change of the distance between the user and the phone device.

Referring to FIG. 6A, in step S610, the telephone device determines the first ratio value according to the duration of the situation and/or the distance between the telephone device and the peripheral device, and proceeds to step S620. In step S620, the telephone device transmits a control message to the peripheral device, and the control message includes the identification information of the peripheral device and the first proportional value, and then proceeds to step S630. In step S630, after recording the initial volume, the peripheral device receives and determines whether the identification information in the control message matches the self. If the identification information matches the self, it proceeds to step S640, and if the identification information does not match the self, the voice ends. Manage actions. In step S640, the peripheral device multiplies the initial volume by the first proportional value as the volume, and then ends the sound management action.

Referring to FIG. 6A and FIG. 6B simultaneously, the operations performed by steps S610 to S640 in FIG. 6B are the same as steps S610 to S640 illustrated in FIG. 6A. The difference between FIG. 6B and FIG. 6A is that after step S640 in FIG. 6B is completed, step S650 is additionally performed. In step S650, the telephone device detects whether the previously occurring condition still exists, and if the condition still exists, returns to step S610, and determines the first according to the duration of the condition and/or the distance between the telephone device and the peripheral device. The proportional value ends the sound management action if the status does not exist.

6A and 6B may further include a sound control action of the telephone device as illustrated in FIG. 7A or a sound control action of the telephone device as illustrated in FIG. 7B.

The action performed by FIG. 7A is that the telephone device performs a unique volume adjustment operation on the telephone device according to the fixed preset second ratio value each time a specific situation occurs, and the action performed by FIG. 7B is that the telephone device can The second ratio value is continuously adjusted depending on the duration of the condition and/or the distance between the telephone device and the peripheral device.

Referring to FIG. 7A, in step S710, when the situation occurs, the telephone device records its initial volume, and proceeds to step S720. In step S720, the telephone device determines the second proportional value, and proceeds to step S730. In step S730, the telephone device multiplies the volume by the second ratio value as the volume, and then ends the sound control action of the telephone device.

7A and 7B, the operations performed by steps S710 to S730 in FIG. 7B are the same as steps S710 to S730 illustrated in FIG. 7A. 7B is different from FIG. 7A in that step S740 is additionally performed after step S730 in FIG. 7B is completed. In step S740, the telephone device detects whether the previously occurring condition still exists, and if the condition still exists, returns to step S720, and re-determines the second ratio according to the duration of the situation and/or the distance between the telephone device and the peripheral device. The value ends the sound management action if the status does not exist.

Please refer to FIG. 8. FIG. 8 is a diagram showing the control pause mode executed in step S550 in FIG. In step S810, the telephone device pauses playing the video or audio played by the peripheral device, and proceeds to step S820. In step S820, the telephone device detects whether another condition has occurred. If another condition does not occur, step S820 is repeated, and if another condition occurs, step S830 is continued. In step S830, the telephone device resumes playing the video or audio by the peripheral device, and then ends the sound management operation.

In summary, the present invention provides a sound management system and a sound management method, which can automatically adjust the volume of a peripheral device when a certain situation occurs, and can automatically adjust the connection between the telephone device and the peripheral device. Adjust the volume of the telephone device itself to avoid the mutual influence of the sound between the devices. The invention can automatically adjust the volume without the user's own operation, can simplify the user's operation behavior, and can also make the user feel more humanized design.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and any one of ordinary skill in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims.

100, 400. . . Sound management system

110. . . Telephone device

120, 420~440. . . Peripheral device

112, 122. . . Detection module

114, 124. . . Analysis module

116, 126. . . Control module

118. . . Transmission module

R1, R12~R14. . . First ratio

R2. . . Second ratio

S500~S830. . . Process step

1 is a schematic diagram of a sound management system in accordance with an embodiment of the present invention.

2 is another schematic diagram of a sound management system according to an embodiment of the invention.

FIG. 3 is another schematic diagram of a sound management system according to an embodiment of the invention.

4 is a schematic diagram of a sound management system in accordance with an embodiment of the present invention.

5-8 are flowcharts of a sound management method according to an embodiment of the invention.

100. . . Sound management system

110. . . Telephone device

120. . . Peripheral device

Claims (12)

A sound management system comprising: a peripheral device; and a telephone device for controlling video or audio playback of the peripheral device when one of the plurality of conditions occurs, or when one of the plurality of conditions occurs, according to the occurrence The duration of the condition and/or the distance between the telephone device and the peripheral device, the volume of the peripheral device being adjusted, wherein the plurality of conditions include an incoming call prompt of the telephone device, a dialing time, a call, and an end When talking. The sound management system of claim 1, wherein the telephone device establishes a connection with the peripheral device, and controls the peripheral device to pause playing the video or the audio when one of the plurality of conditions occurs. When the other of the plurality of conditions occurs, the peripheral device is controlled to resume playing the video or the audio. The sound management system of claim 1, wherein the telephone device comprises: a first detecting module, detecting whether the plurality of conditions occur; and a first analyzing module analyzing the telephone device and the a distance between the peripheral devices; a first control module coupled to the first detecting module and the first analyzing module, when one of the plurality of conditions occurs, according to the duration and/or the Determining a first ratio value; and a transmission module coupled to the first control module to transmit a control message to the peripheral device, wherein the control message includes identification information of the peripheral device and the first ratio value, The peripheral device adjusts the volume of the peripheral device according to the first proportional value. The sound management system of claim 3, wherein the first analysis module estimates the distance based on a response time of the peripheral device to the message sent by the telephone device. The sound management system of claim 3, wherein the first control module records an initial volume of the telephone device, determines a second ratio value when one of the plurality of conditions occurs, and The initial volume is multiplied by the second ratio as the volume of the telephone device. The sound management system of claim 3, wherein the peripheral device comprises: a second detecting module, detecting the control message from the transmitting module, and outputting the control message; and a second analyzing The module is coupled to the second detection module, and receives the control message output by the second detection module. When the identification information of the control message matches the identification information of the peripheral device, the module outputs the control information. a first ratio value; and a second control module coupled to the second analysis module, receiving the first ratio value output by the second analysis module, recording an initial volume of the peripheral device, and initializing the initial The volume is multiplied by the first ratio value as the volume of the peripheral device. A method of sound management, characterized in that video or audio playback of a peripheral device is controlled when one of a plurality of conditions occurs, or when one of the plurality of conditions occurs, depending on the duration of the occurrence of the condition and / Or adjusting the volume of the peripheral device by a distance between the telephone device and the peripheral device, wherein the plurality of conditions include an incoming call prompt of the telephone device, when dialing, when the call is made, and when the call ends. The sound management method of claim 7, further comprising: establishing a connection between the telephone device and the peripheral device; controlling the peripheral device to pause playing the video or when the one of the plurality of conditions occurs Audio; and when the other of the plurality of conditions occurs, controlling the peripheral device to resume playing the video or the audio. The sound management method of claim 7, wherein the step of adjusting the volume of the peripheral device according to the duration and/or the distance comprises: when one of the plurality of conditions occurs, according to the duration and Or the distance determines a first ratio value; transmitting a control message to the peripheral device, wherein the control message includes the identification information of the peripheral device and the first ratio value; and adjusting the peripheral device according to the first ratio value volume. The sound management method of claim 9, further comprising: estimating the distance according to a response time of the peripheral device to the message sent by the telephone device. The sound management method of claim 9, further comprising: recording an initial volume of the telephone device; determining a second ratio value when one of the plurality of conditions occurs: and multiplying the initial volume The second ratio value is taken as the volume of the telephone device. The sound management method of claim 9, wherein the step of adjusting the volume of the peripheral device according to the duration and/or the distance further comprises: recording an initial volume of the peripheral device; receiving the control message; When the identification information of the control message conforms to the identification information of the peripheral device, the first proportional value in the control message is output; and the initial volume is multiplied by the first proportional value as the volume of the peripheral device.