WO2010124505A1

WO2010124505A1 - A system for seamlessly switching among complex communication intention selections

Info

Publication number: WO2010124505A1
Application number: PCT/CN2009/075944
Authority: WO
Inventors: 高精鍊
Original assignee: 广东国笔科技股份有限公司
Priority date: 2009-04-30
Filing date: 2009-12-24
Publication date: 2010-11-04
Also published as: CN201917894U; CN101539836A; WO2010124506A1

Abstract

A system for seamlessly switching among complex communication intention selections includes: an input device, for inputting character strings and instructions; a display device, which displays a text editing area in a standby interface; a processor, for forming the text editing area on the display device to display the character string inputted by the input device. When receiving a calling instruction inputted by said input device, the processor sends a call request to the communication object corresponding to the content in the text editing area; when receiving a message address editing instruction inputted by said input device, the processor converts the content in the text editing area into the message content and forms a communication address editing area on the display device for user to input a communication address; thus seamlessly switching among various of communication intention selections is realized. The system of the present invention can select to directly make a call or select to edit and send a message in one interface, thus avoiding looking up a message function module through a multi-level menu, and facilitating editing and sending the message.

Description

A complex communication intention selection seamless switching system

The present invention relates to an interface system applied to an electronic device, and more particularly to a complex communication intent to select a seamless switching system.

Background technique

As the interface of mobile terminals such as mobile phones becomes more and more user-friendly, information and functional applications stored by users using portable mobile devices are also increasing.

However, there are the following inconveniences when making calls or sending messages:

1. When making a call, you need to open the multi-level menu to enter the phone book to find the target communication object; or you need to remember the phone number completely to dial directly on the standby interface;

2. When sending a message, you need to open the SMS or MMS editing interface through the multi-level menu, and then find the target communication object, or completely remember the phone number of the target communication object and then input the SMS.

3. When sending different types of text information (such as short message, QQ, MAS, EMAIL, etc.), because different communication systems and communication protocols are used, these functions are often placed in different function menus of the mobile phone, and the user sends Intentional selection needs to be achieved through cumbersome feature selection.

Summary of the invention

Based on the deficiencies of the prior art, the problem to be solved by the present invention is to provide a complex communication intention to select a seamless switching system, which can conveniently and quickly select a call or send a message.

In order to solve the above problems, the present invention provides a seamless communication intent selection seamless switching system, comprising: an input device for inputting a character string and an instruction; a display device for displaying a text editing area; and a processor for a text editing area is formed on the display device for displaying a character string input by the input device, and when the processor receives the call instruction input by the input device, the text editing area is The content of the communication object is a communication request to the communication object; when the processor receives the information address editing instruction input by the input device, the content in the text editing area is converted into the information content, and the communication address is formed on the display device. The editing area allows the user to enter a communication address.

Compared with the prior art, the system can choose to directly make a call on an interface, and can also select to edit and send information, so as to avoid the user to find the information function module through the multi-level menu, so that the editing and sending of the information is simpler and more convenient. .

As a preferred embodiment of the present invention, a complex communication intent to select a seamless switching system, the system further includes a memory for storing a communication object, the communication object including a communication number and a correspondent name; when the user is to the text When inputting characters in the editing area, the processor searches for the matching communication object in the memory for the user to select by using the content in the text editing area as a keyword.

As a preferred embodiment of the present invention, a complex communication intent to select a seamless switching system, the text editing area is displayed on the standby interface.

As a preferred embodiment of the present invention, the information address editing command input by the input device includes a short message address editing command, and the processor forms on the display device according to the short message address editing command. There is a communication address editing area for the user to input a short message communication address.

As a preferred embodiment of the present invention, a complex communication intent selection seamless switching system, the information address editing instruction input by the input device includes an E-ma il address editing instruction, and the processor edits the instruction according to the E-ma i 1 address. A communication address editing area is formed on the display device for the user to input the E-ma i 1 address.

As a preferred embodiment of the present invention, the information address editing command input by the input device includes a QQ information address editing command, and the processor forms on the display device according to the QQ information address editing command. There is a communication address editing area for the user to enter the QQ number.

As a preferred embodiment of the present invention, a complex communication intent to select a seamless switching system, The information address editing command input by the input device includes an MSN information address editing command, and the processor forms a communication address editing area on the display device for the user to input the MSN number according to the MSN information address editing command.

As a preferred embodiment of the present invention, the information address editing command input by the input device includes a Fetion information address editing command, and the processor forms an instruction on the display device according to the Fetion information address editing command. There is a communication address editing area for the user to input the flying signal code.

As a preferred embodiment of the present invention, the information address editing command input by the input device includes a webpage address editing command, and the processor forms a communication on the display device according to the webpage address editing command. The address editing area allows the user to enter a web page address.

As a preferred embodiment of the present invention, a complex communication intent to select a seamless switching system, when the processor receives an information address editing command input by the input device, at least two user address input addresses are formed on the display device. Communication address editing area.

DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a block diagram showing the structure of a complex communication intent selection seamless switching system in one embodiment of the present invention.

Figure 2-3 is a schematic illustration of the display device in a text editing state in one embodiment of the system of the present invention.

4-7 is a schematic diagram of the system of the present invention entering a keyword matching communication object into a communication address editing area in one embodiment.

8-9 are schematic diagrams showing, in one embodiment, a display device displaying respective communication addresses of a communication object in accordance with an embodiment of the present invention.

Figure 10 is a schematic illustration of a display device displaying a communication address editing area and a text editing area in accordance with one embodiment of the present invention. 11 is a schematic diagram of a display device displaying a call request to a communication object in one embodiment of the system of the present invention.

Figure 12 is a schematic illustration of the system of the present invention displaying a communication address editing area on a standby interface in one embodiment.

Figure 13 is a schematic illustration of the system of the present invention displaying a communication address editing area and a text editing area on a standby interface in one embodiment.

14-15 are schematic diagrams showing a candidate communication address of a communication object in one embodiment of the system of the present invention.

Figure 16 is a schematic illustration of the display of a display device in a display to a text editing area in accordance with one embodiment of the present invention.

detailed description

The invention is applicable to, but not limited to, mobile terminal electronic devices such as cell phones, mobile phones and the like. The standby interface may be a desktop after being turned on, or may be a specific interface that is entered after pressing a certain function button.

Referring to FIGS. 1-9, a complex communication intent of the present embodiment is intended to select a seamless switching system, the system comprising: an input device 10, a display device 20, a processor 30, and a memory 40. The input device 10 is for a user to input characters and instructions, which may be numbers, symbols, words, and the like. The input device 10 can be a full keyboard input system, a compressed keyboard input system, or a handwriting input system. The input device includes a character key and a function key for inputting a character; the function key is for inputting an instruction. The compressed keyboard input system can be a nine-key input system of the mobile phone, and each character key corresponds to multiple characters when input. In addition, the keyboard input system may be a physical keyboard input system or a touch screen virtual keyboard input system. The input device 10 includes a call function button and an information function button, and the call function button is used to input a call command; the information function button is used to input an information address edit command. The call function key and the information function key can be either a physical button or a virtual button of the touch screen. Referring to FIG. 2-3, the display device 20 displays a text editing area 201 on the standby interface, so that the user can input text characters through the input device 10 and directly display them in the text editing area 201 of the standby interface.

The memory 40 is used to store a number of communication objects including a communication number and a correspondent name. The communication number can be a phone number or a mobile phone number.

The processor 30 is configured to form a text editing area 201 on the standby interface of the display device 20, the text editing area 201 for displaying text characters input by the input device 10.

In the standby state, the system defaults to the state of the call, the user input may be a numeric character or a text character, and the processor 30 uses the character input by the user as a keyword and the communication number and the correspondent of the communication object in the memory 40. The names are matched to search for matching communication objects. Referring to FIG. 4-5, when the user inputs the character, the content in the text editing area 201 is matched with the communication object in the memory 40, and the matching communication object is searched and displayed by the candidate box 203 or 204 for the user. select. When the user selects the target object from the communication objects of the candidate frame 203 or 204, the target object enters the text editing area 201, presses the call function key, and the processor 30 receives the call instruction issued by the call function key, and sends the call to the target. The object's mailing address makes a call request. If the user directly presses the call function button, the processor 30 receives the call command issued by the call function button, directly uses the content in the text editing area 201 as the communication object and sends a call request to it.

Referring to FIG. 16, if the user inputs through a compressed keyboard input device (for example, a mobile phone nine-key input system), since each button corresponds to a plurality of Hanyu Pinyin characters, the input pinyin strings correspond to multiple, and the matched words and words are also There will be more than one. The interface displayed by the display 20 includes a text input area 220 and a communication object candidate area 210, and the text input area 220 further includes a key sequence display area 221, a pinyin character string display area 222, and a candidate field 223. When the key sequence 943664 is input, the candidates corresponding to those displayed in the Pinyin character string display area 222 are Zidong, YiDong, ZhenMi, and the words corresponding to the characters displayed in the candidate column 223 are automatically, understandable, and moved, and these are arranged by priority. , the priority is ranked first. The processor 30 first uses the words in the candidate column 223 as Key words, matching with the name of the correspondent of the communication object in the memory 40, thereby searching for a matching communication object, for example, "moving" in the candidate column 223 matches the "moving Zhang San" from the memory 40; The candidate in the pinyin character string display area 222 is matched with the name of the correspondent of the communication object in the memory 40. For example, "Zidong" in the pinyin character string display area 222 matches "Liu Zidong" from the memory 40.

Referring to FIG. 4, if the user inputs the word "李", since the memory 40 has the communication object name of Li Ming, Li San, and Li Si, the processor 30 searches for Li Ming according to the keyword "李". , Li San, Li Si for users to choose. After the user selects Li Ming and then presses the call function button, after the processor 30 receives the call command input by the call function button, the processor 30 sends a call request to the communication address of Li Ming.

If the user directly inputs "Li Ming", since the processor 30 only searches for Li Ming, the user may not need to directly press the call function button, and the processor 30 will directly input the call function key to the instruction of Li Ming. The mailing address makes a call request.

Referring to FIG. 5, after the user inputs the numeric character of "1352768", the processor 30 searches for the communication object in the memory 40 by using the input numeric character as a keyword, and displays the matching communication object for the user to select the call, as shown in the figure. Show matching communication objects Li Ming, Huang San and Deng Si. However, the user can also input the complete number "135276 ****9" and directly press the call function button to input the call command, and the processor 30 will directly make a call request with the phone number 135276****9 according to the command; or After directly inputting Li Ming, and directly pressing the call function button to input a call request command, the processor 30 will directly issue a call request with Li Ming as a communication object according to the command (see Fig. 11).

Referring to FIG. 3, 5-10, after the user inputs the text editing area 201 (refer to FIG. 3), pressing the information function key, the processor 30 receives the information address editing instruction input by the information function key, and then edits the text state. The information is edited to the information address editing state, and the communication address editing area or the user for inputting the communication address is displayed on the display device 10.

The information release status may be an interface as shown in FIG. 10, and a communication is displayed on the display device 20. The address editing area 202 is for inputting a communication address.

Referring to FIG. 5-9, when the user inputs a character into the communication address editing area 202, a candidate box 203-207 is also displayed, and the candidate frame 203-207 displays a communication object matching the input character for the user to select. Referring to FIG. 8 or 9, after the user selects the target communication object, if the target object has multiple communication addresses, a candidate box 205 or 206 pops up for the user to select the communication address. The information is sent to the processor 30 after the user selects the target communication address, and the processor 30 transmits the content in the text editing area 201 to the communication address in the communication address editing area 202. The communication address of the communication address editing area 202 may be a QQ number, a telephone number or an MSN number or a flight signal code or an email address.

Of course, in another embodiment, the information address editing instruction is of a type type for inputting different types of information address editing instructions. For example, the information address editing command input by the input device 10 is a short message address editing command, and the processor 30 forms a communication address editing area 202 on the display device 10 for the user to input the short message communication address according to the short message address editing command. The information address editing command input by the input device 10 is an E-ma i 1 address editing command, and the processor 30 forms a communication address editing area on the display device 10 for the user to input E- according to the E-ma i 1 address editing command. Ma il address. The information address editing command input by the input device 10 is a QQ information address editing command, and the processor 30 forms a communication address editing area on the display device 10 for the user to input the QQ number according to the QQ information address editing command. The information address editing command input by the input device 10 is an MSN information address editing command, and the processor 30 forms a communication address editing area on the display device 10 for the user to input the MSN number according to the MSN information address editing command. The information address editing command input by the input device is a Fetion information address editing command, and the processor 30 forms a communication address editing area on the display device 10 according to the Fetion information address editing command for the user to input the flying signal code. The information address editing command input by the input device 30 is a webpage address editing command, and the processor forms a communication address editing area on the display device 10 according to the webpage address editing command for the user to input the webpage address. Entering the information address editing command and the call command may be input through a virtual keyboard, It can be entered in other forms, such as character commands, chart instructions, and so on. The character instruction, for example, when the QQ information is to be transmitted, the Q character is input, and the processor 30 recognizes the instruction as the QQ information type by the Q character, that is, displays the communication address editing area for inputting the QQ number. The chart command can display various types of information on the interface. Clicking the icon will pop up the communication address editing area for inputting the type information.

In another embodiment, after receiving the information address editing command, the processor forms, on the display device, a plurality of communication address editing areas for the user to input the communication address, and one of the plurality of communication address editing areas. Can be used to enter different types of communication addresses; or each communication address editing area can be used to enter a type of communication address.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, and the equivalent changes made by the scope of the present invention remain within the scope of the present invention.

Claims

Claim

1. A complex communication intent selection seamless switching system, characterized in that it comprises:

Input device for inputting strings and instructions;

Display device for displaying a text editing area;

a processor, configured to form a text editing area on the display device for displaying a character string input by the input device,

When the processor receives the call instruction input by the input device, the content in the text editing area is used as a communication object to issue a call request to the communication object;

When the processor receives the information address editing command input by the input device, the content in the text editing area is converted into the information content, and the communication address editing area is formed on the display device for the user to input the communication address.

2. The complex communication intent selection seamless switching system according to claim 1, further comprising a memory for storing a communication object, the communication object including a communication number and a correspondent name; When a character is input to the text editing area, the processor searches for the matching communication object in the memory for the user to select by using the content in the text editing area as a keyword.

3. A complex communication intent selection seamless switching system according to claim 1, wherein the text editing area is displayed on the standby interface.

4. The complex communication intent selection seamless switching system according to claim 1, wherein the information address editing instruction input by the input device comprises a short message address editing instruction, and the processor edits the instruction according to the short message address. A communication address editing area is formed on the display device for the user to input the short message communication address.

5. The complex communication intent selection seamless switching system according to claim 1, wherein the information address editing instruction input by the input device comprises an E-ma il address editing instruction, and the processor according to the E-ma il The address editing command forms a communication address editing area on the display device for the user Enter the E-ma i 1 address.

6. The complex communication intent selection seamless switching system according to claim 1, wherein the information address editing instruction input by the input device comprises a QQ information address editing instruction, and the processor edits the instruction according to the QQ information address. A communication address editing area is formed on the display device for the user to input the QQ number.

7. The complex communication intent selection seamless switching system according to claim 1, wherein the information address editing instruction input by the input device comprises an MSN information address editing instruction, and the processor edits the instruction according to the MSN information address. A communication address editing area is formed on the display device for the user to input the MSN number.

8. The complex communication intent selection seamless switching system according to claim 1, wherein the information address editing instruction input by the input device comprises an Fetion information address editing instruction, and the processor edits the instruction according to the Fetion information address. A communication address editing area is formed on the display device for the user to input the fly signal code.

9. The complex communication intent selection seamless switching system according to claim 1, wherein the information address editing instruction input by the input device comprises a webpage address editing instruction, and the processor is in the display device according to the webpage address editing instruction. A communication address editing area is formed on the user for inputting a webpage address.

1 . The complex communication intent selection seamless switching system according to claim 1 , wherein when the processor receives the information address editing instruction input by the input device, at least two are formed on the display device. The user enters the communication address editing area of the communication address.