TW201324333A - System for browsing webpage providing voice prompts and method - Google Patents

Abstract

A system for browsing webpage providing voice prompts and a method thereof are provided. By converting a voice command to a first control instruct equating to general input after receiving the voice command, and playing a voice data corresponding to an execution result after a server executes the first control instruct and transmits the execution result, the system and the method can use browser without hand, and can achieve the effect of using voice input easily when user browse.

Description

Web browsing system and method for providing voice prompt

A web browsing system and method thereof, in particular, a web browsing system and method for providing a voice prompt.

With the prevalence of the Internet, messages that were originally required to be delivered in paper or spoken language can be obtained on the Internet. Among the many Internet services, Web Services is a very common type of Internet service.

A web service is a system that provides interaction between different machines on the network. It is usually composed of many application interfaces (APIs) that execute clients through a network, such as a server on the Internet. The client sends a request and sends a response to the client.

In most cases, the user must view the screen responded by the server through the browser executed on the client, and the user must also operate through the browser. Therefore, several applications have developed additional functions. Not quite the same browser, and the currently used browsers have their own usage groups.

For the average person, there is no problem in viewing the text in the screen and operating in the browser, but for some users, they may not have the time or even the ability to read or manipulate the browser, however, although There are a variety of browsers currently in use, but none of the browsers developed for users who are inconvenient to read or manipulate the browser.

In summary, it can be seen that in the prior art, there has been a problem that some users have inconvenience to operate the browser with eyes and hands for a long time, and therefore it is necessary to propose an improved technical means to solve this problem.

In view of the problem that some users in the prior art are inconvenient to operate the browser with eyes and hands, the present invention discloses a webpage browsing system for providing voice prompts and a method thereof, wherein: the webpage for providing voice prompts disclosed in the present invention is disclosed. The system includes: a server, wherein: the first transmission module is configured to receive the first control instruction; the processing module is configured to execute the first control instruction, and transmit the corresponding first through the first transmission module Controlling the execution result of the instruction; the client further includes: a voice database for storing at least one voice data; a receiving module for receiving a voice command input by the user; and a voice recognition module for using the voice command Converting to a corresponding first control command; the second transmission module is configured to transmit the first control command to the server, and receive the execution result transmitted by the server; the voice reading module is configured to The corresponding voice data is read in the voice database; the voice playing module is used to play the voice data, and the voice data module is received through the client voice recognition module. After the voice command received by the group is converted into the first control command, it is transmitted by the second transmission module to the server for execution, and after the server transmits the return result, the voice play module is played by the voice reading module. The resulting speech data is used to solve the problems of the prior art.

The webpage browsing method for providing voice prompts according to the present invention includes the following steps: the client receives a voice command input by the user; the client converts the voice command into a corresponding first control command; and the client transmits the first control The instruction is sent to the server; the server executes the first control instruction and generates a corresponding execution result; the server transmits the execution result to the client; the client reads the corresponding voice data according to the execution result; the client plays the voice data, After the received voice command is converted into the first control command by the client, it is transmitted to the server for execution, and after the server transmits the return result, the voice data corresponding to the execution result is played, thereby solving the problem of the prior art.

The system and method disclosed by the present invention are as above, and the difference between the prior art and the prior art is that after receiving the voice command, the client converts the voice command into a first control command equivalent to the general input mode input, and at the same time A control command is transmitted to the server for execution, and after the server returns the execution result, the voice data corresponding to the execution result is played. Through the above technical means, the present invention can achieve the technical effect of providing voice input for the user to easily operate.

The detailed features and embodiments of the present invention are described in detail below with reference to the drawings and embodiments, which are sufficient to enable those skilled in the art to readily understand the technical means to which the present invention solves the technical problems. The achievable effect of the invention.

The system operation of the present invention will be described below with reference to the system architecture diagram of the web browsing system for providing voice prompts in the "FIG. 1". As shown in FIG. 1 , the system of the present invention includes a server 20 and a client 10, wherein the client 100 further includes a voice database 110, a receiving module 120, a voice recognition module 130, and a second transmission module. The voice reading module 150 and the voice playing module 160. The server 200 further includes a first transmission module 210 and a processing module 220.

The voice database 110 is responsible for storing the voice data. The voice data includes, but is not limited to, a welcome message when the program is started, a greeting message when the program is exited, and a friendly prompt when the user operates, so that the user can understand and react. The voice of the action, the voice material is usually generated by the recording.

The receiving module 120 is responsible for receiving a voice command input by the user via the sound, such as "Yes", "No" for confirmation, or the name of a button that the user needs to click or press, but The voice commands mentioned in the invention are not limited thereto.

The voice recognition module 130 is responsible for converting the voice command received by the receiving module 120 into a corresponding first control command. In general, the voice recognition module 130 compares the voice data stored by the voice module 210 with the voice command received by the module 120 to determine the meaning of the voice command issued by the user, and performs the execution according to the voice command. Equivalent to the behavior that the meaning indicated by the user operates, thereby generating a first control instruction corresponding to the voice command issued by the user, but the voice recognition module 130 of the present invention converts the voice command to generate the first control command and Not limited to the above.

The second transmission module 140 is responsible for transmitting the first control command generated by the voice recognition module 130 to the first transmission module 210 of the server 200, and after receiving the first control command to the first transmission module 110, receiving The execution result of the first control instruction transmitted by the first transmission module 210 corresponding to the second transmission module 140.

The voice reading module 150 is responsible for reading the phase in the voice data library 110 according to the execution result received by the second transmission module 140 after the second transmission module 140 receives the execution result returned by the server 200. Corresponding voice data.

The voice play module 160 is responsible for playing the voice data read by the voice reading module 150.

The first transmission module 210 is responsible for receiving the first control command transmitted by the second transmission module 140 of the client 100, and the second transmission module responsible for transmitting the execution result generated by the processing module 220 to the client 100. 140.

The processing module 220 is responsible for executing the first control instruction received by the first transmission module 210, and generating an execution result corresponding to the first control instruction after executing the first control instruction.

Next, an operational system and method of the present invention will be described with reference to an embodiment. Referring to FIG. 2, a flowchart of a method for providing a voice prompting webpage browsing method according to the present invention will be described.

In this embodiment, the user browses the webpage as an example, but the invention is not limited thereto. It is assumed that the user is currently browsing the webpage 400 as shown in "FIG. 3" through the client 100. The webpage 400 includes two buttons (the button for the "product introduction" button 310 on the left side and the "product" on the right side. Install button 420.

If the user wants to install the product described in the webpage 400 after browsing the webpage 400, the user can issue a voice command of "product installation" to the microphone connected to the client 100, so that the receiving module 120 of the client 100 transmits the microphone through the microphone. A voice command for "product installation" issued by the user is received (step 310).

Then, the voice recognition module 130 converts the voice command received by the receiving module 120 into a corresponding first control command (step 320), and the voice recognition module 130 can receive the voice command received by the receiving module 120. The sound wave waveform of the "product installation" is compared with the sound wave waveform of all the voice data in the voice database 110. Thus, the voice recognition module 130 can compare the sound wave of the voice command "product installation" with the sound wave of the voice product "product installation". The waveforms are similar, so the voice recognition module 130 determines that the voice command received by the receiving module 120 represents "product installation", that is, if the user does not use voice commands to input, the user will Clicking the button 420 of the "product installation" causes the client 100 to generate the first control command for installing the product. Therefore, the voice recognition module 130 can read the first control command corresponding to the voice command "product installation" from the correspondence table. Install the product."

After the voice recognition module 130 converts the voice command into the corresponding first control command (step 320), the second transmission module 140 of the client 100 will include the first control generated by the voice recognition module 130 conversion. The HTTP request of the instruction is transmitted to the server 200 (step 330). After the first transmission module 210 of the server 200 receives the request transmitted by the second transmission module 140, the first control command "installation product" generated by the voice recognition module 130 of the client 100 can be obtained.

Thereafter, the processing module 220 of the server 200 executes the first control command received by the first transmission module 210 (step 341), that is, executes the program of "installing the product", and executes the program of "installing the product". The execution result of the "product download" page is generated (step 342).

After the processing module 220 generates an execution result (step 342), the first transmission module of the server 200 transmits the execution result of the "product download" page to the client 100 (step 343), thereby responding to the client 100. The request that was transmitted.

After the second transmission module 140 of the client 100 receives the execution result (that is, the "product download" page) returned by the first transmission module 210 of the server 200, the voice reading module 150 of the client 100 The voice data corresponding to the execution result is read in the voice database 110 according to the execution result received by the second transmission module 140 (step 350). For example, the voice reading module 150 can parse the "product download" page, thereby Read the tag of the voice data to be played included in the "Product Download" page, and read the voice data "Please select the download source of the product installation file" according to the tag of the voice data to the voice database 110.

After the voice reading module 150 reads the voice data corresponding to the execution result (step 350), the voice playing module 160 plays the voice data read by the voice reading module 150. "Please select the download of the product installation file. Source, which is the download source for the user to select the installation file.

If the user still sends a voice command "Taiwan" to indicate that the installation file of the product is to be downloaded from the Taiwan station, after the receiving module 120 receives the voice command "Taiwan" (step 310), it is recognized by the voice recognition module 130. The user wants to download the installation file of the product from the platform of Taiwan, and thus generates a second control command for the user to click on the platform of Taiwan (step 320), and transmits it to the server 200 by the second transmission module 140 (step 330).

After the first transmission module 210 of the server receives the first control instruction, the processing module 220 executes the second control instruction (step 341) and generates an execution result of the "transfer installation file" (step 342), so that the first The transport module 210 transmits the installation archive of the product to the client 100 (step 343).

After the second transmission module 140 of the client 100 receives the installation file of the product, the voice reading module 150 reads the voice data "download and install the product" into the voice database 110 (step 350), and The voice play module 160 is played to the user (step 360).

In summary, it can be seen that the difference between the present invention and the prior art is that the client has converted the voice command to the first control command equivalent to the general input mode after receiving the voice command, and executes the first control command on the server. After a control command is sent back to the execution result, the voice data corresponding to the execution result is played, and the technical problem can solve the problem that some users in the prior art are inconvenient to operate the browser by eye and hand, thereby achieving the voice supply. Enter the technical features that make it easy for the user to operate.

The client 100 of the present invention may further include an execution module 190 for receiving the first control command generated by the voice recognition module 130 after the second transmission module 140 receives the execution result transmitted by the server 200. And the execution result received by the second transmission module 140 generates a second control instruction. For example, in the above embodiment, the execution module 190 determines that the first control command generated by the voice recognition module 130 is “installing the product” (step 320) After that, there will be a subsequent program that needs to prompt the user to input, so the second transmission module 140 of the client 100 receives the execution result returned by the first transmission module 210 of the server 200 (ie, "product" After downloading the "page", the execution module 190 will determine the station with the fastest transmission speed on the "product download" page, and download the installation file of the product by transmitting the second control command of the "download file" to the server with the fastest transmission speed. (Step 330), so that the user does not need to perform input behavior during the installation of the product.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any changes or modifications in the form and details of the embodiments of the present invention are intended to be within the scope of the invention. Therefore, the scope of the invention is to be determined by the scope of the appended claims.

100. . . Client

110. . . Voice database

120. . . Receiving module

130. . . Speech recognition module

140. . . Second transmission module

150. . . Voice reading module

160. . . Voice playback module

190. . . Execution module

200. . . Servo end

210. . . First transmission module

220. . . Processing module

400. . . Web page

410. . . Button

420. . . Button

Step 310: The client receives a voice command input by the user.

Step 320: The client converts the voice command to a corresponding first control command.

Step 330: The client transmits the first control instruction to the server

Step 341: The server executes the first control instruction

Step 342: The server generates a corresponding execution result.

Step 343 The server transmits the execution result to the client.

Step 350: The client reads the corresponding voice data according to the execution result.

Step 360: The client plays the voice data.

FIG. 1 is a system architecture diagram of a web browsing system for providing voice prompts according to the present invention.

2 is a flow chart of a method for providing a web page browsing method for providing voice prompts according to the present invention.

FIG. 3 is a schematic diagram of a webpage according to an embodiment of the present invention.

Step 310: The client receives a voice command input by the user.

Step 320: The client converts the voice command to a corresponding first control command.

Step 330: The client transmits the first control instruction to the server

Step 341: The server executes the first control instruction

Step 342: The server generates a corresponding execution result.

Step 343 The server transmits the execution result to the client.

Step 350: The client reads the corresponding voice data according to the execution result.

Step 360: The client plays the voice data.

Claims (6)

A webpage browsing system for providing a voice prompt, the webpage browsing system comprising: a server, further comprising: a first transmission module for receiving a first control instruction; and a processing module for executing the a control command, and transmitting a result corresponding to one of the first control commands through the first transmission module; and a client, further comprising: a voice database for storing at least one voice data; and a receiving module a voice command for receiving a voice command input by a user; a voice recognition module for converting the voice command to the corresponding first control command; and a second transmission module for transmitting the first voice command Controlling the command to the server, and receiving the execution result transmitted by the server; a voice reading module, configured to read the corresponding voice data into the voice database according to the execution result; and A voice playing module for playing the voice data. The webpage browsing system for providing a voice prompt according to the first aspect of the invention, wherein the voice recognition module determines a meaning of the voice command by comparing the voice command with the voice data, and correspondingly generates the voice command according to the meaning. The first control command. The webpage browsing system for providing a voice prompt according to the first aspect of the patent application, wherein the voice material includes a welcome word when the program is started, a greeting message when the program is exited, or a friendly prompt when the user operates. The webpage browsing system for providing a voice prompt according to the first aspect of the invention, wherein the webpage browsing system further comprises an execution module, configured to generate a second control instruction according to the first control instruction and the execution result, and Transferred by the second transmission module to the first transmission module. A webpage browsing method for providing a voice prompt, the webpage browsing method includes the following steps: a client receives a voice command input by a user; the client converts the voice command into a corresponding one of the first control commands; the client Transmitting the first control instruction to a server; the server executes the first control instruction, and generates a corresponding one of the execution results; the server transmits the execution result to the client; the client according to the execution result Reading a corresponding one of the voice data; and the client plays the voice data. The method for browsing a webpage for providing a voice prompt according to claim 5, wherein the step of the client converting the voice command to the first control command is one of determining the voice command compared to the voice command and the voice data. The meaning, and the step of generating the corresponding first control instruction according to the meaning.