CN108492833A - Voice messaging acquisition method, instantaneous communication system, mobile terminal and storage medium - Google Patents

Abstract

The present invention provides a kind of voice messaging acquisition method, instantaneous communication system, mobile terminal and storage medium, methods to include：Start timing when receiving voice input instruction, obtains current speech data in real time, and according to current speech data Dynamic Announce voice input picture；It when receiving Speech Record stop instruction, closes voice input picture and stops the acquisition of current speech data, to obtain voice input data, format conversion is carried out to voice input data, and transformed voice input data are stored；The preset icon image being locally stored is obtained, and obtains the sonic data in voice input data and voice input time；Sonic data and voice input time are shown on preset icon image by the way of sound spectrum image with mode that numerical value is shown respectively, the mode that the present invention is shown by using the mode and numerical value of sound spectrum image, so as to be distinctly displayed to voice input data, differentiation of the user to different voice input data is facilitated.

Description

Voice information collection method, instant messaging system, mobile terminal and storage medium

technical field

The invention relates to the technical field of communication, in particular to a voice information collection method, an instant communication system, a mobile terminal and a storage medium.

Background technique

Speech collection is the pre-stage of speech recognition. By collecting speech data from the user's pronunciation, extracting the speech features of the collected speech data, and performing speech recognition based on the extracted speech features, the content of the user's pronunciation can be determined and the identity of the user can be identified. etc. purpose. The current voice collection method is to use a voice collection device (such as a microphone, etc.) installed on a terminal device (such as a smart phone, a tablet computer, etc.) to collect the user's pronunciation, obtain voice data, and then analyze the collected voice data. For feature extraction, voice information collection methods are especially frequently used in instant messaging systems, so people have put forward higher requirements for the convenience of voice information collection methods.

In the existing voice information collection method, when voice input is performed, the displayed input screen is relatively single, which reduces user experience, and in the existing voice information collection method, when voice storage is performed after the voice data is input, different The display icons used after the voice data are stored are all the same, which makes it difficult for users to distinguish different voice data.

Contents of the invention

Based on this, the purpose of the embodiments of the present invention is to provide a method for collecting voice information, an instant messaging system, a mobile terminal, and a storage medium that facilitate users to distinguish different voice data.

In a first aspect, the present invention provides a method for collecting voice information, the method comprising:

Start timing when receiving the voice input instruction, obtain the current voice data in real time, and dynamically display the voice input picture according to the dynamic characteristics in the current voice data;

When receiving the voice recording stop instruction, close the voice recording screen and stop the acquisition of the current voice data to obtain the voice recording data, convert the format of the voice recording data, and record the converted voice data storage;

Acquiring the locally stored preset icon image, and obtaining the sound wave data and voice recording time in the voice recording data;

The sound wave data and the voice recording time are respectively displayed on the preset icon image in a manner corresponding to a sound spectrum image and a numerical value display manner.

The above-mentioned voice information collection method, by displaying the sound wave data in the form of a sound spectrum image, effectively distinguishes and displays the different voice input data, thereby facilitating the follow-up users to understand the different voice input data. Distinguish, through the acquisition of the voice input time and the design of numerical display, it is further convenient for users to distinguish different voice input data in the future, and the design of dynamically displaying the voice input screen effectively improves the user experience , to prevent the boring phenomenon in the user's speech process.

Further, the voice entry screen is dynamically displayed according to the dynamic features in the current voice data:

Acquiring the current counting time and locally stored preset background image and recording icon in real time, and performing image display according to the current counting time, the preset background image and the recording icon;

The voice decibel information in the current voice data is acquired in real time, and the recording icon is dynamically rendered according to the voice decibel information.

Further, the step of dynamically rendering the recording icon according to the voice decibel information includes:

Determine the decibel level of the voice decibel information, and determine the rendering area according to the decibel level;

The locally stored rendering color is acquired, and color rendering is performed on the rendering area according to the rendering color.

Further, after the step of acquiring current voice data in real time, the method further includes:

judging whether the current decibel number in the current voice data received within the preset time is continuously smaller than the preset decibel number;

If yes, then close the voice input screen and stop acquiring the current voice data.

Further, the step of converting the format of the voice input data and storing the converted voice input data includes:

The voice input data is converted into amr format, and the voice input data is carried out text recognition to obtain feature words, and the feature words are the most repeated words in the voice input data;

and renaming the speech input data after format conversion according to the characteristic words.

Further, the step of converting the format of the voice input data and storing the converted voice input data includes:

Convert the voice input data into the amr format, and obtain the current time;

Renaming the voice input data after format conversion according to the current time.

In a second aspect, the present invention provides an instant messaging system, comprising:

The instant messaging platform is used to receive the user's operation instructions;

A voice collection device, connected in communication with the instant messaging platform, used to collect voice data or play voice data correspondingly according to the operation instruction received by the instant messaging platform;

The voice collection equipment includes:

The first acquisition module is used to start timing when receiving the voice input instruction, acquire current voice data in real time, and dynamically display the voice input picture according to the dynamic characteristics in the current voice data;

The storage module is used to close the voice input screen and stop the acquisition of the current voice data when receiving the voice recording stop instruction, so as to obtain the voice input data, convert the format of the voice input data, and convert the converted The said speech input data of is stored;

The second acquisition module is used to acquire the locally stored preset icon image, and acquire the sound wave data and voice input time in the voice input data;

The display module is used to display the sound wave data and the voice recording time on the preset icon image respectively in the manner of adopting sound spectrum image and the manner of numerical value display in sequence.

The above-mentioned instant messaging system displays the sound wave data in the form of a sound spectrum image through the display module, effectively distinguishing and displaying different voice input data, thereby facilitating subsequent users to understand different voice data. The distinction of input data, through the acquisition of the voice input time by the display module and the design of numerical display, further facilitates the user's subsequent distinction of different voice input data, which is dynamically displayed by the first acquisition module The design of the voice input screen effectively improves the user experience and prevents boring phenomena during the voice process of the user.

Further, the first acquisition module includes:

The first acquiring unit is used to acquire the current counting time and locally stored preset background image and recording icon in real time, and perform image display according to the current counting time, the preset background image and the recording icon;

The second acquisition unit is configured to acquire voice decibel information in the current voice data in real time, and dynamically render the recording icon according to the voice decibel information.

In a third aspect, the present invention provides a mobile terminal, including a memory and a processor, the memory is used to store a computer program, and the processor runs the computer program to enable the mobile terminal to execute the above voice information collection method .

In a fourth aspect, the present invention provides a storage medium on which the computer program used in the above mobile terminal is stored.

Description of drawings

Fig. 1 is the flowchart of the voice information collecting method that the first embodiment of the present invention provides;

Fig. 2 is the flowchart of the voice information collection method that the second embodiment of the present invention provides;

Fig. 3 is the flowchart of the specific implementation steps of step S21 in Fig. 2;

FIG. 4 is a schematic structural diagram of an instant messaging system provided by a third embodiment of the present invention;

FIG. 5 is a schematic structural diagram of an instant messaging system provided by a fourth embodiment of the present invention;

Description of main element symbols

instant messaging system 100 instant messaging platform 101 voice collection equipment 102 first acquisition module 10 first acquisition unit 11 second acquisition unit 12 Judgment unit 13 rendering unit 14 storage module 20 first conversion unit twenty one first naming unit twenty two second conversion unit twenty three Second naming unit twenty four Second acquisition module 30 display module 31 judgment module 40 stop module 41

Detailed ways

In order to facilitate a better understanding of the present invention, the present invention will be further explained below in conjunction with the accompanying drawings of related embodiments. Embodiments of the invention are shown in the drawings, but the invention is not limited to the preferred embodiments described above. Rather, these embodiments are provided so that the disclosure of the invention will be more thorough.

Please refer to FIG. 1 , which is a flow chart of a voice information collection method provided by the first embodiment of the present invention, including steps S10 to S50 .

Step S10, start timing when the voice input instruction is received, obtain the current voice data in real time, and dynamically display the voice input screen according to the dynamic features in the current voice data;

Wherein, the voice input instruction is transmitted by way of electric signal, button signal, wireless signal or voice signal, and the acquisition of the current voice data is performed by activating the microphone. Specifically, in this embodiment, by setting the dynamic feature, to control the dynamic display of the voice input screen on the display device, and the dynamic feature may be a time feature or a voice decibel feature.

Step S20, when receiving the voice recording stop command, closing the voice recording screen and stopping the acquisition of the current voice data, so as to obtain the voice recording data;

Wherein, the transmission method of the voice recording stop instruction is the same as the voice input instruction, and when the voice recording stop instruction sent by the user is received, the display device is controlled to stop the display of the voice input screen, and the microphone is turned off. When the voice data is acquired, at this time, the data acquired from the start of the voice recording to the stop of the voice recording is the voice recording data.

Step S30, performing format conversion on the voice input data, and storing the converted voice input data;

Wherein, since the original file of the voice input data is relatively large, format conversion is adopted to reduce the size of the voice input data file, which facilitates subsequent storage of the voice input data;

Preferably, when the format conversion and storage of the voice input data is completed locally, the background thread uploads the voice input data to a server, and controls the server-side receiving program to perform encryption processing while receiving the recording file, After the encryption is completed, it is stored in the server in the form of a file, and when the local voice input data is lost or damaged, the voice input data can be obtained by downloading the file in the server, thereby improving the voice input data. Security performance of information collection methods.

Step S40, acquiring locally stored preset icon images, and acquiring the sound wave data and voice input time in the voice input data;

Wherein, the preset icon image is a picture preset by the user, and the picture can be a local picture or a picture downloaded based on the network, the sound wave data is obtained by a spectrometer, and the voice input time is used by a timer Get it.

Step S50, displaying the sound wave data and the voice input time respectively on the preset icon image in the manner of corresponding to the sound spectrum image and the numerical display manner;

Wherein, since the sound spectrum images corresponding to different sound wave data are different, in this embodiment, the sound spectrum image display is used to display the difference of the voice input data, which is convenient for the user to distinguish the voice input data;

Preferably, the speech entry time in different speech entry data is different due to uncontrollable factors, so the speech entry time can be displayed in a numerical manner to distinguish the speech entry.

In this embodiment, by displaying the sound wave data in the form of a sound spectrum image, different voice input data are effectively displayed differently, thereby facilitating subsequent users to distinguish different voice input data , through the acquisition of the voice input time and the design of numerical display, it further facilitates the user's subsequent distinction of different voice input data, and through the design of the dynamic display of the voice input screen based on the dynamic characteristics, The user experience is effectively improved, and the boring phenomenon in the user's voice process is prevented.

Please refer to FIG. 2 , which is a flow chart of a voice information collection method provided by a second embodiment of the present invention, the method includes steps S11 to S71 .

Step S11, start timing when the voice input instruction is received, obtain the current voice data in real time, obtain the current timing time and the preset background image and recording icon stored locally in real time, and according to the current timing time, the preset background image performing image display with the recording icon;

Wherein, the voice input instruction is transmitted by way of electric signal, button signal, wireless signal or voice signal, the acquisition of the current voice data is acquired by activating the microphone, and the acquisition and display of the current counting time , which facilitates the user's voice input operation.

Step S21, acquiring the voice decibel information in the current voice data in real time, and dynamically rendering the recording icon according to the voice decibel information;

Wherein, in this embodiment, by setting the dynamic feature, to control the dynamic display of the voice input picture on the display device, the dynamic feature can be time feature or voice decibel feature, etc. The decibel information changes in real time, so in this embodiment, the dynamic rendering of the recording icon is performed correspondingly according to the change, so as to prevent the boring phenomenon during the user's speech process. Preferably, the rendering of the audio recording icon can be dynamically rendered in the manner of color rendering or image change, so as to improve the visual experience of the user.

Please refer to Fig. 3, which is the specific implementation steps of step S21 in Fig. 2:

Step S210, determine the decibel level of the voice decibel information, and determine the rendering area according to the decibel level;

Wherein, a rendering area table is stored locally, and the rendering coordinates of different decibel levels are stored in the rendering area table, so as to render different areas according to the queried rendering coordinates. For example, when the decibel level is 0, the recording icon on both sides The gray arc is displayed, and as the determined decibel level increases, the color rendering of different areas is gradually performed to form a dynamic display effect and improve the user experience.

Step S211, acquiring a locally stored rendering color, and performing color rendering on the rendering area according to the rendering color;

Wherein, the rendering color can be set independently according to the needs of users. In this embodiment, the rendering color is blue. Specifically, as the decibel level increases, it is gradually replaced with a blue arc from the inside to the outside. A gray arc to create a dynamic display effect on said recording icon.

Please continue to refer to Fig. 2, step S31, when receiving the voice recording stop command, close the voice recording screen and stop the acquisition of the current voice data, to obtain the voice recording data;

Wherein, the transmission method of the voice recording stop instruction is the same as the voice input instruction, and when the voice recording stop instruction sent by the user is received, the display device is controlled to stop the display of the voice input screen, and the microphone is turned off. When the voice data is acquired, at this time, the data acquired from the start of the voice recording to the stop of the voice recording is the voice recording data.

Step S41, converting the voice input data into amr format, and performing text recognition on the voice input data to obtain feature words, the feature words being the most repeated words in the voice input data;

Wherein, since the original file of the voice input data is relatively large, format conversion is adopted to reduce the size of the voice input data file, which facilitates subsequent storage of the voice input data, and by converting the voice input The data is designed for character recognition, which facilitates the acquisition of the feature words described later;

Preferably, when the format conversion and storage of the voice input data is completed locally, the background thread uploads the voice input data to a server, and controls the server-side receiving program to perform encryption processing while receiving the recording file, After the encryption is completed, it is stored in the server in the form of a file, and when the local voice input data is lost or damaged, the file download can be performed in the server to obtain the voice input data, thereby improving the voice input data. Security performance of information collection methods.

Step S51, renaming the voice input data after format conversion according to the feature words;

Wherein, because the number of occurrences of the feature words in the voice input data is the largest, and then the corresponding voice input data can be expressed by using the feature words, and the file corresponding to the voice input data can be created by renaming. Named display.

Preferably, the step of converting the format of the voice input data and storing the converted voice input data may further include:

Convert the voice input data into the amr format, and obtain the current time;

renaming the voice input data after format conversion according to the current time;

Step S61, acquiring locally stored preset icon images, and acquiring the sound wave data and voice input time in the voice input data;

Wherein, the preset icon image is a picture preset by the user, and the picture can be a local picture or a picture downloaded based on the network, the sound wave data is obtained by a spectrometer, and the voice input time is used by a timer Get it.

Step S71, displaying the sound wave data and the voice input time respectively on the preset icon image in a manner corresponding to a sound spectrum image and a numerical display method;

Wherein, since the sound spectrum images corresponding to different sound wave data are different, in this embodiment, the sound spectrum image display is used to display the difference of the voice input data, which is convenient for the user to distinguish the voice input data;

Preferably, the speech entry time in different speech entry data is different due to uncontrollable factors, so the speech entry time can be displayed in a numerical manner to distinguish the speech entry.

Preferably, after the step of acquiring current voice data in real time, the method further includes:

judging whether the current decibel number in the current voice data received within the preset time is continuously smaller than the preset decibel number;

If so, then close the voice input screen and stop the acquisition of the current voice data;

Wherein, through the design of judging whether the current decibel number in the current voice data received within the preset time is continuously smaller than the preset decibel number, the power loss caused by the user forgetting to stop voice recording is effectively prevented.

In this embodiment, by displaying the sound wave data in the form of a sound spectrum image, different voice input data are effectively displayed differently, thereby facilitating subsequent users to distinguish different voice input data , through the acquisition of the voice input time and the design of numerical display, it further facilitates the user's subsequent distinction of different voice input data, and through the design of dynamically displaying the voice input screen, the user experience is effectively improved, The boring phenomenon in the process of the user's voice is prevented from occurring.

Please refer to FIG. 4 , which is a schematic structural diagram of an instant messaging system 100 provided in a third embodiment of the present invention, including:

The instant messaging platform 101 is used to receive the user's operation instruction;

The voice collection device 102 is communicatively connected with the instant messaging platform 101, and is used to collect voice data or play voice data correspondingly according to the operation instructions received by the instant messaging platform;

The voice collection device 102 includes:

The first acquisition module 10 is used to start timing when receiving the voice input instruction, obtain current voice data in real time, and dynamically display the voice input picture according to the dynamic characteristics in the current voice data;

Wherein, the voice input instruction is transmitted by way of electric signal, button signal, wireless signal or voice signal, and the acquisition of the current voice data is performed by activating the microphone. Specifically, in this embodiment, by setting the dynamic feature, to control the dynamic display of the voice input screen on the display device, and the dynamic feature may be a time feature or a voice decibel feature.

The storage module 20 is used to close the voice input screen and stop the acquisition of the current voice data when receiving the voice recording stop instruction, so as to obtain the voice input data, convert the format of the voice input data, and convert The later described voice entry data is stored;

Wherein, the transmission method of the voice recording stop instruction is the same as the voice input instruction, and when the voice recording stop instruction sent by the user is received, the display device is controlled to stop the display of the voice input screen, and the microphone is turned off. When the voice data is acquired, at this time, the data acquired from the start of the voice recording to the stop of the voice recording is the voice recording data.

Specifically, since the original file of the voice input data is relatively large, format conversion is adopted to reduce the size of the voice input data file, which facilitates subsequent storage of the voice input data;

Preferably, when the format conversion and storage of the voice input data is completed locally, the background thread uploads the voice input data to a server, and controls the server-side receiving program to perform encryption processing while receiving the recording file, After the encryption is completed, it is stored in the server in the form of a file, and when the local voice input data is lost or damaged, the file download can be performed in the server to obtain the voice input data, thereby improving the voice input data. Security performance of information collection methods.

The second acquiring module 30 is used to acquire the locally stored preset icon image, and acquire the sound wave data and the voice input time in the voice input data;

Wherein, the preset icon image is a picture preset by the user, and the picture can be a local picture or a picture downloaded based on the network, the sound wave data is obtained by a spectrometer, and the voice input time is used by a timer to get,

The display module 31 is used to display the sound wave data and the voice input time on the preset icon image respectively in a manner corresponding to a sound spectrum image and a numerical display method;

Wherein, since the sound spectrum images corresponding to different sound wave data are different, in this embodiment, the sound spectrum image display is used to display the difference of the voice input data, which is convenient for the user to distinguish the voice input data;

Preferably, the speech entry time in different speech entry data is different due to uncontrollable factors, so the speech entry time can be displayed in a numerical manner to distinguish the speech entry.

The first acquisition module 10 includes:

The first acquiring unit 11 is configured to acquire the current timing time and locally stored preset background image and recording icon in real time, and perform image display according to the current timing time, the preset background image and the recording icon;

The second acquiring unit 12 is configured to acquire voice decibel information in the current voice data in real time, and dynamically render the recording icon according to the voice decibel information.

The second acquisition unit 12 includes:

A determination unit 13, configured to determine the decibel level of the voice decibel information, and determine the rendering area according to the decibel level;

The rendering unit 14 is configured to obtain a locally stored rendering color, and perform color rendering on the rendering area according to the rendering color.

Wherein, a rendering area table is stored locally, and the rendering coordinates of different decibel levels are stored in the rendering area table, so as to render different areas according to the queried rendering coordinates. For example, when the decibel level is 0, the recording icon on both sides The gray arc is displayed, and as the determined decibel level increases, the color rendering of different areas is gradually performed to form a dynamic display effect and improve the user experience.

The storage module 20 includes:

The first conversion unit 21 is used to convert the voice input data into amr format, and perform character recognition on the voice input data to obtain feature words, and the feature words are the most repeated words in the voice input data ;

Wherein, since the original file of the voice input data is relatively large, format conversion is adopted to reduce the size of the voice input data file, which facilitates subsequent storage of the voice input data, and by converting the voice input The data is designed for character recognition, which facilitates the acquisition of the feature words described later;

Preferably, when the format conversion and storage of the voice input data is completed locally, the background thread uploads the voice input data to a server, and controls the server-side receiving program to perform encryption processing while receiving the recording file, After the encryption is completed, it is stored in the server in the form of a file, and when the local voice input data is lost or damaged, the file download can be performed in the server to obtain the voice input data, thereby improving the voice input data. Security performance of information collection methods.

The first naming unit 22 is used to rename the speech input data after format conversion according to the feature words;

Wherein, because the number of occurrences of the feature words in the voice input data is the largest, and then the corresponding voice input data can be expressed by using the feature words, and the file corresponding to the voice input data can be created by renaming. Named display.

The second conversion unit 23 is used to convert the voice input data into amr format, and obtain the current time;

The second naming unit 24 is configured to rename the speech input data after format conversion according to the current time.

In this embodiment, the sound wave data is displayed in the form of a sound spectrum image through the display module 31, effectively distinguishing and displaying different voice input data, thereby facilitating subsequent users to understand different voice data. The distinction of voice input data, through the acquisition of the voice input time by the display module 31 and the design of numerical display, further facilitates the user's subsequent distinction of different voice input data, through the first acquisition module 10. The design of dynamically displaying the voice input screen effectively improves the user experience and prevents boring phenomena during the user's voice process.

Please refer to FIG. 5 , which is a schematic structural diagram of an instant messaging system 100 provided by the fourth embodiment of the present invention. The structure of the fourth embodiment is roughly the same as that of the third embodiment. The difference is that the voice collection device described in this embodiment 102 also includes: .

A judging module 40, configured to judge whether the current decibel number in the current voice data received within the preset time is continuously smaller than the preset decibel number;

The stop module 41 is configured to close the voice entry screen and stop the acquisition of the current voice data when the determination result of the determination module 40 is yes.

In this embodiment, through the design of the judging module 40 judging whether the current decibel number in the current voice data received within the preset time is continuously less than the preset decibel number, it is effectively prevented that the user forgets to stop the voice recording from causing power loss.

This embodiment also provides a mobile terminal, including a memory and a processor, the memory is used to store a computer program, and the processor runs the computer program to enable the mobile terminal to execute the above voice information collection method.

This embodiment also provides a storage medium, on which is stored the computer program used in the above-mentioned mobile terminal, when the program is executed, it includes the following steps:

Start timing when receiving the voice input instruction, obtain the current voice data in real time, and dynamically display the voice input picture according to the dynamic characteristics in the current voice data;

When receiving the voice recording stop instruction, close the voice recording screen and stop the acquisition of the current voice data to obtain the voice recording data, convert the format of the voice recording data, and record the converted voice data storage;

Acquiring the locally stored preset icon image, and obtaining the sound wave data and voice recording time in the voice recording data;

The sound wave data and the voice recording time are respectively displayed on the preset icon image in a manner corresponding to a sound spectrum image and a numerical value display manner. The storage medium, such as: ROM/RAM, magnetic disk, optical disk, etc.

The above-mentioned embodiments describe the technical principle of the present invention, and these descriptions are only for explaining the principle of the present invention, and cannot be construed as limiting the protection scope of the present invention in any way. Based on the explanations herein, those skilled in the art can think of other specific implementation modes of the present invention without creative efforts, and these modes will all fall within the protection scope of the present invention.

Claims (10)

1. A voice information collection method, characterized in that the method comprises: Start timing when receiving the voice input instruction, obtain the current voice data in real time, and dynamically display the voice input picture according to the dynamic characteristics in the current voice data; When receiving the voice recording stop instruction, close the voice recording screen and stop the acquisition of the current voice data to obtain the voice recording data, convert the format of the voice recording data, and record the converted voice data storage; Acquiring the locally stored preset icon image, and obtaining the sound wave data and voice recording time in the voice recording data; The sound wave data and the voice recording time are respectively displayed on the preset icon image in a manner corresponding to a sound spectrum image and a numerical value display manner. 2. the voice information collection method according to claim 1, is characterized in that, described according to the dynamic feature in the current voice data dynamic display voice input picture: Acquiring the current counting time and locally stored preset background image and recording icon in real time, and performing image display according to the current counting time, the preset background image and the recording icon; The voice decibel information in the current voice data is acquired in real time, and the recording icon is dynamically rendered according to the voice decibel information. 3. The voice information collection method according to claim 2, wherein the step of dynamically rendering the recording icon according to the voice decibel information comprises: Determine the decibel level of the voice decibel information, and determine the rendering area according to the decibel level; The locally stored rendering color is acquired, and color rendering is performed on the rendering area according to the rendering color. 4. voice information collection method according to claim 1, is characterized in that, after the step of described real-time acquisition current voice data, described method also comprises: judging whether the current decibel number in the current voice data received within the preset time is continuously smaller than the preset decibel number; If yes, then close the voice input screen and stop acquiring the current voice data. 5. voice information collection method according to claim 1, is characterized in that, described voice input data is carried out format conversion, and the step of storing described voice input data after conversion comprises: The voice input data is converted into amr format, and the voice input data is carried out text recognition to obtain feature words, and the feature words are the most repeated words in the voice input data; and renaming the speech input data after format conversion according to the characteristic words. 6. The method for collecting voice information according to claim 1, wherein the step of performing format conversion on the voice input data and storing the converted voice input data comprises: Convert the voice input data into the amr format, and obtain the current time; Renaming the voice input data after format conversion according to the current time. 7. An instant messaging system, characterized in that, comprising: The instant messaging platform is used to receive the user's operation instructions; A voice collection device, connected in communication with the instant messaging platform, used to collect voice data or play voice data correspondingly according to the operation instruction received by the instant messaging platform; The voice collection equipment includes: The first acquisition module is used to start timing when receiving the voice input instruction, acquire current voice data in real time, and dynamically display the voice input picture according to the dynamic characteristics in the current voice data; The storage module is used to close the voice input screen and stop the acquisition of the current voice data when receiving the voice recording stop instruction, so as to obtain the voice input data, convert the format of the voice input data, and convert the converted The voice input data of the above is stored; The second acquisition module is used to acquire the locally stored preset icon image, and acquire the sound wave data and voice input time in the voice input data; The display module is used to display the sound wave data and the voice recording time on the preset icon image respectively in the manner of adopting sound spectrum image and the manner of numerical value display in sequence. 8. The instant messaging system according to claim 7, wherein the first acquiring module comprises: The first acquiring unit is used to acquire the current counting time and locally stored preset background image and recording icon in real time, and perform image display according to the current counting time, the preset background image and the recording icon; The second acquisition unit is configured to acquire voice decibel information in the current voice data in real time, and dynamically render the recording icon according to the voice decibel information. 9. A mobile terminal, characterized in that it includes a memory and a processor, the memory is used to store a computer program, and the processor runs the computer program to enable the mobile terminal to execute any one of the following claims 1 to 6. The voice information collection method described in item. 10. A storage medium, which stores the computer program used in the mobile terminal according to claim 9.