KR20200115411A - Method of providing information on a smartphone equipped with a display - Google Patents

Abstract

According to the present invention, in a step-by-step information providing smartphone comprising first and second displays, a central processing unit, and an input device, when an operation command of a step of distinguishing steps is input on the first display, the input device outputs the operation command of the step, and the central processing unit recognizes the step of the operation command of the step and outputs information corresponding to the step to the second display, wherein there are first to K^th steps when K is 2 or more. When a selected area is the first step, information on other functions or other programs is provided through one arbitrary step among the first to K^th steps, thereby effectively providing various content, information and programs provided from a smartphone having two screens through step-by-step operation commands.

Description

How to provide information from a smartphone equipped with a display {METHOD OF PROVIDING INFORMATION ON A SMARTPHONE EQUIPPED WITH A DISPLAY}

The present invention relates to a method of providing information in a smartphone equipped with a foldable display, and in particular, it is possible to provide a method of an operation command that can conveniently provide information displayed on the display, various programs or contents using two screens. It relates to a method for providing information in a smartphone equipped with a foldable display.

Touch screen or touch panel refers to a character or a specific position displayed on the screen (screen) without using a keyboard to detect the touched position by directly touching it with a finger or an arbitrary means of operation, and to handle the manipulation of the touched position through pre-stored software. It refers to a user interface device. As an example, there are a pressure type (Resistive Overlay), a surface acoustic wave (Surface Acoustic Wave), a capacitive type (Capacitive Overlay), an infrared type (Infrared Beam), etc. of the touch panel.

In addition, such various types of touch input devices enable direct execution of a desired manipulation command on the display, and as the function of text service is actually diversified, the role of the input function through such a touch screen or touch panel is increasing.

However, since a lot of information is correlated with the display of the current terminal, a specific method for effectively displaying another information related to the information currently displayed on the display has not yet been presented.

That is, in Korean Patent Laid-Open No. 10-2017-0029466, "In a computer-implemented content providing method, by receiving data input in the form of a timeline from a terminal of a first user, time information corresponding to each of the data and Registering content in the form of a conversation according to time by matching and storing; receiving a request for access to the content from a terminal of a second user; and a messenger account of the second user and the content according to the access request Providing a messenger chat interface between related messenger accounts; And, through the messenger chat interface, data included in the content are time on the screen of the second user's terminal in a sequence of time corresponding to the matched time information. Provides a content providing method comprising the step of providing the content so that it can be sequentially played according to the flow."

In addition, in Korean Patent Publication No. 10-2017-0138682, "In a content management method of a messenger server that manages DRM content in connection with a Digital Right Management (DRM) server, the account of the first user registered as a member and the second Setting up a messenger chat session between users' accounts; DRM contents managed in association with the DRM server in response to content uploaded by the first user through the messenger chat session; Checking whether the uploaded content is the DRM content, the second user identification information of the license included in the DRM content is linked to the DRM server in the identification information for the first user. And providing the DRM content in which the user identification information has been changed to be shared with the second user through the messenger conversation session." to provide,

However, the above patented technology does not suggest a method of effectively providing various contents and information provided by two screens and various programs provided by a smartphone.

Therefore, there is an urgent need to develop a system and method that effectively provides various contents, information, and various programs provided by a smartphone using two displays.

Prior Art 1: Korean Patent Publication No. 10-2017-0029466 (March 15, 2017) Prior Art 2: Korean Patent Publication No. 10-2017-0138682 (December 18, 2017)

The present invention has been devised to solve the above problems, and provides an operation command and a method of inputting an operation command that effectively provides various contents, information, and various programs provided by a smartphone in which two screens are used. There is this.

The object is, in a smartphone equipped with first and second displays, a central processing unit, and an input device, targeting the first information displayed on the first and second displays 30-1 and 30-2, the distance When a stepwise operation command for dividing into steps or a stepwise operation command for dividing an angle into steps is executed, the result of the stepwise operation command is displayed over two displays 30-1 and 30-2, and the first and second displays (30-1) There are a plurality of selection areas in the first information displayed in (30-2),

One step in which one selection region is selected as a point from among the plurality of selection regions through the input device, and a stepwise operation command is executed for the selection region,

2 steps in which the position of the point from the input device is output to the central processing unit,

The central processing unit determines the final step of moving from the current step of the selected area to 3 steps,

The central processing unit includes a fourth step of displaying the first information on the first display, and displaying the final step information of the selected area determined in the third step on the display on the second display,

In the third step, the central processing unit is solved by determining the final step that is moved in the current step by the time the point of step 1 is maintained or the strength of the pressure applied through the point.

And, when a stepwise operation command for dividing a distance or angle into steps is executed for the information displayed on the second display, the result of the stepwise operation command is displayed on the second display, and within the information displayed on the second display When a selection area exists and a stepwise operation command is executed for the selected area, the result is displayed on the first display.

In addition, in a smartphone in which an external display 30-3 exists outside in a folded state, and an unfolded display 30 inside in an unfolded state, information displayed on the external display 30-3 is targeted. , When a stepwise operation command for dividing the distance into steps or a stepwise operation command for dividing the angle into steps is executed, the result of the stepwise operation command is displayed on the external display 30-3 and displayed on the external display 30-3. When a plurality of selection areas exist in the initial information, when a stepwise operation command is executed for the selected area, the screen is divided and displayed,

One step in which one of the plurality of selection areas is selected as a point through an input device, and a stepwise operation command is executed for the selected area,

2 steps in which the position of the point from the input device is output to the central processing unit,

The central processing unit determines the final step of moving from the current step of the selected area to 3 steps,

The central processing unit displays the first information on a part of the external display 30-3, and displays the final stage information of the selected area determined in step 3 on a separate window of the external display 30-3. (step), including,

In the third step, the central processing unit determines the final stage of movement in the current stage by the time the point of step 1 is maintained or the strength of the pressure applied through the point, and when the smartphone is unfolded, the central processing unit is By dividing the unfolded display 30, the first information is displayed in a first area 30a, and information of the final stage of the selected area determined in step 3 is displayed in a second area 30a.

On the other hand, if a plurality of selection regions exist in the information displayed on the second region 30b of the unfolded display 30, one selection region is selected from among the plurality of selection regions, and the one selection region is When the stepwise manipulation command is executed, the result of the stepwise manipulation command being executed for the one selected area is displayed in the Byeongdo window.

In addition, when the smartphone is unfolded, two displays 30-1 and 30-2 appear, and when the smartphone is folded, an external display 30-3 exists, and the screen is divided into the external display. When two pieces of information are displayed, when spread on the smartphone, the two pieces of information are displayed on the first display and the second display, respectively.

According to the present invention, when using a text service, it is possible to effectively provide various contents and information provided by the text service and various programs provided by a smartphone through a stepwise operation command.

1 is a diagram of an embodiment showing a smart phone employing two generally presented displays.
2 is a view showing an embodiment of a smartphone capable of turning 360 degrees.
3 is a block diagram showing a block diagram for driving two displays.
Figure 4 is a block diagram showing a server and a smart phone of the present invention is connected.
5 to 7 are diagrams of an embodiment in which a stepwise operation command is executed through an input device.
8 is a diagram of an embodiment showing a stepwise operation instruction using two displays.
9 and 10 are views showing an embodiment in which a summary corresponding to each step is displayed in a stepwise operation command.
11 to 13 are diagrams showing an embodiment in which a selection area exists in a text service.
14 is a diagram showing an embodiment of information displayed for each step.
15 to 17 are diagrams showing examples of information displayed on the display in each step.
18 is a diagram illustrating an example in which a group item is selected.
19 to 21 are diagrams of an embodiment showing the concept of a hierarchical structure.
Figure 22 is a diagram of an embodiment showing a method of another embodiment
Fig. 23 a diagram of another embodiment of information that can be displayed in steps.
Fig. 24 is a diagram of another embodiment of information that can be displayed in steps.
25 is a diagram of an embodiment in which a stepwise operation command is possible in two different ways for the same selection area.
26 is a diagram of another example in which a stepwise operation command is executed in two ways for the same selection area.
27 is a diagram of an embodiment in which the present invention is applied to a map.
28-29 are diagrams of another embodiment using two displays.
30 to 32 are diagrams of an example of a foldable display.
33 to 35 are explanatory diagrams of another embodiment of a flexible display.
36 to 38 are diagrams of still another example of a flexible display.
39 and 40 are diagrams of an embodiment showing a method of splitting a screen.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The configuration of the present invention and its effect will be clearly understood through the detailed description below.

In addition, detailed descriptions of known technical configurations may be omitted.

In the present invention, by executing a "step operation command" in a smartphone using two displays, it is possible to effectively provide various contents, information, and various programs provided by the two displays.

1 is a diagram of an embodiment showing a smart phone employing two generally presented displays.

As shown in the drawing of Fig. 1, the first display 30-1 and the second display 30-2 exist, and the hinge shafts 61-1 and 61-2 for folding the smartphone of the present invention Exists.

2 is a diagram showing an embodiment of a smartphone capable of turning 360 degrees.

2A is a view showing a state in which the smartphone is unfolded, and it can be seen that the first display 30-1 and the second display 30-2 exist.

2B is a view showing a state in which a smartphone equipped with two displays 30-1 and 30-2 is folded inward (when folded, the display is present inside and is not visible from the outside).

2C and 2D are diagrams showing a process in which a smartphone equipped with two displays 30-1 and 30-2 is folded out (the display exists on the outside when folded). . FIG. 2(C) is a partially folded state while being folded outward, and FIG. 2(D) is a view showing a state in which the displays 30-1 and 30-2 exist outside because it is completely folded out.

2E is a view showing a 360 degree hinge. Since the 360 hinge is provided on the smartphone equipped with the two displays 30-1 and 30-2 of the present invention, the smartphone can be rotated 360 degrees.

3 is a diagram showing a block diagram for driving two displays.

3, a first display 30-1 and a second display 30-1 are provided, and first and second display driving circuits 25-1 and 25-2 are also provided.

In addition, a first input device 28-1 is provided in the first display, and a second input device 28-2 is provided in the second display. In addition, first and second input device driving units 27-1 and 27-2 for driving the input device are provided.

At this time, the two displays 30-1 and 30-1 and the two input devices 28-1 and 28-2 are controlled by one central processing unit 20.

That is, when a stepwise operation command is executed on the first display 30-1, the result is displayed on the second display 30-2. Of course, if the stepwise operation command is executed on the second display, the result can be displayed on the first display.

In this case, the stepwise manipulation command is executed on the first display 30-1 means that a finger or a bar is used to input a dot on the first display 30-1. Of course, in this case, a finger or a point directly input is input to the first input device 28-1 provided on the top of the first display 30-1.

Similarly, when the second display 30-2 executes a stepwise manipulation command, a finger or a bar is used to input a dot on the second display 30-2. Of course, in this case, a finger or a point directly input is input to the second input device 28-2 provided on the top of the second display 30-2.

4 is a block diagram showing a server and a smart phone of the present invention are connected.

The server 100 in the communication system is a device constituting a system for operating various information providing services through wired and wireless Internet. The server 100, an input unit 103 for administrators or operators to input and manage information, an output unit 105 for outputting or displaying information (including a connection terminal for outputting information, a print, etc.), various information and services A database unit 104 for storing information on operation and an interface unit 102 capable of transmitting and receiving data to and from a visitor through the Internet or a communication network are provided. Meanwhile, information means all information such as images, videos, and texts.

In addition, the smart phone 110 (or portable terminal) is a terminal capable of transmitting and receiving various types of information through the wired or wireless Internet (or communication network).

Therefore, the smart phone 110 includes a central processing unit (CPU) 20, a display unit 30 for displaying various types of information, a memory unit 21 storing various types of information, an input device 28 for inputting information, and A data input/output unit 10 capable of inputting and outputting information or data is provided.

In this case, although not shown in the drawing of the embodiment of FIG. 4, the display 30-1, 30-2 and the input device 28-1, 28-2 are shown as if there are two displays in the embodiment of FIG. 4 also applies to the embodiment in which there are two displays and two input devices.

Meanwhile, the configuration of each block diagram will be described in more detail below. In the drawings, the central processing unit 20 is a portable smart phone (in general, a portable display device, a smart phone, or a computer) used in the embodiment of the present invention. It is a control means that controls the entire operation. In addition, the ROM existing in the memory unit 21 controls the execution program of the display device, the RAM stores data generated when the program is executed, and the EPROM stores the data required by the user and the data required to process it. Keep the data.

An R/F unit is further provided, and as a radio frequency, it tunes to an RF channel, amplifies various input signals, and converts the RF signal received from the antenna into a required frequency signal.

Meanwhile, an input/output unit is further provided, the input unit includes an input unit and an output unit, the input unit includes various information input devices, numeric keys, menu keys, and selection keys, and the output unit includes a speaker or a vibration device.

There is a display driving circuit for driving a display by receiving a signal output from the central processing unit 20, and again, the driving circuit outputs a signal capable of driving the display.

In addition, the central processing unit controls the input devices 28-1 and 28-1 through the input device driving units 27-1 and 27-2. That is, when information is input through the input devices 28-1 and 28-1, the input window driving unit transmits the input information to the central processing unit to output the input information.

Meanwhile, the portable smartphone of the present invention may include a portable display device, a smartphone, a tablet, and the like.

5 to 7 are diagrams of an embodiment of performing a stepwise operation command through an input device.

In addition, the stepwise operation command is selected from the top of the first and second displays 30-1 and 30-2. It is input to the first and second input devices 28-1 and 28-2. That is, by selecting the information displayed on the display, the operation command of the step is input.

5 is a diagram of an embodiment of performing a step operation command through an input device. As in the embodiment of FIG. 5, a small bar is used on the display 30 or a finger is used to command the operation of steps.

That is, by selecting information displayed on the display through the input device 28, the operation command of the step is input. As shown in FIG. 5, two fingers (or bars) are used to execute the operation command of the step by reducing or increasing the distance between the points (points) selected by the two fingers.

6 is a diagram of another embodiment of performing a step operation command through an input device. As shown in FIG. 6, by using a finger (or a bar) to select the top of the display 30 on the smartphone 110, and adjusting the length of time maintained after the selection, the operation command of the step is executed.

For example, an area in the display 30 in which a stepwise manipulation command is possible is referred to as a selection area 32, and the selection area 32 occupies a partial area of the entire area of the display 30. Then, the selection area 32 is selected using a finger (or bar), and the length of time maintained after the selection is adjusted, thereby executing the operation command of the step.

At this time, selecting means that a finger (or bar) is used to contact the display 30. In addition, since the input device 28 is substantially present on the display 30, contacting the display 30 is contacting the input device 28. Of course, depending on the type of input device, the contact method may not necessarily be used.

On the other hand, in the present invention, as long as the steps can be determined, various methods may be used in addition to the moving distance and the length of time to be maintained.

That is, tapping on the display 30 or a selection area, and tapping may be divided into steps by number, or by selecting an image and dividing the step into a shape of a finger image.

-Clean up for steps-

Two fingers (or two bars) determine two points, divide the moving distance of the points into steps, and recognize the command according to each step is a "step operation command". In addition, information corresponding to each step exists, and when the operation command of the step is executed, information corresponding to each step is displayed on the smartphone displays 30-1 and 30-2.

For example, corresponding information exists for each step 1, step 2, step 3, and step N.

1) Steps are set, such as Step 1, Step 2, Step 3, and Step N, and the distance recognized as a step or the time to be maintained is predetermined.

And, if the distance when moving one step is set to 10mm in advance, if the operation command of the step is moved by 20 mm, the movement is performed in two steps, and since all steps exist up to five steps, the maximum moving distance is 50mm.

Of course, the distance does not necessarily have to be the same for each step. For example, the distance from step 1 to step 2 may be 10 mm, and the distance from step 2 to step 3 may be 12 mm. It is just that the step-by-step distance is predetermined.

In addition, the step distance may also vary variably when executing the program by determining the algorithm.For example, the moving distance of step 1 to step 2 is 10 mm, but the moving distance of the step is manually or automatically 12 before the operation command of the step. It can also be changed to mm.

And, when the two points (points) selected through the input device are close, the movement is-(minus), and when the two points (points) are separated, the movement is + (plus). (On the contrary, it can be set as + move when it gets closer, and-move when it gets farther away.)

2) The maximum number of steps that can be recognized is predetermined. The maximum distance (or time) that can be recognized is also predetermined. The step is a finite number N of at least three or more steps. Too many are not good, so 10 or 5 steps are appropriate.

3) The operation command of the step has a + direction, and in some cases, a-direction.

4) When executing the operation command of the step, there is an error range.

It is natural that there may be an error range in the operation instruction of the step of the present invention. If it moves 13mm, it can be judged as step 1, and if it moves 18mm, it can be judged as step 2. As in mathematics, the concept of rounding and rounding can also determine the error range according to the execution of the operation instruction of the step.

5) For each step, there is information corresponding to each step.

-Step by time example-

1) The level is determined by the time value maintained.

For example, if it is held for 0.5 seconds, it moves 1 step, if it is held 1 second, it moves 2 steps, and if it stays 1.5 seconds, it moves 2 steps.

2) The maintained time value becomes the boundary of the step movement.

For example, if it is kept below 0.5 seconds, it moves 1 step, and if it stays above 0.5 seconds, it moves 2 steps. If it stays below 1 second, it moves 2 steps, and if it stays longer than 1 second, it moves 3 steps.

That is, if it is maintained below the predetermined time T value, it is moved by step J, and when it is moved beyond the predetermined time T value, it is moved by step J+1. Or, if it is maintained below the predetermined time T1 value, it is moved by step J, and when it is moved above the predetermined time T1 value and below the predetermined time T2 value, it moves by step J+1. (Where J is 1 or more and K-1 or less, and K is the highest level value.)

-Select pressure-

A function capable of recognizing the intensity of pressure may be further added to the input devices 28-1 and 28-2 of the present invention. Input devices capable of recognizing pressure follow the usual method.

In the case of the input device values 28-1 and 28-2 to which the pressure function is added, the stepwise operation command can be executed as follows.

1) Depending on the strength of the pressure, the steps are divided into steps such as 1st level pressure, 2nd level pressure, 3rd level pressure, or K level pressure.

2) Within the 1st stage pressure, the stage is divided by time. Steps are divided into steps 1, 2, 3, or K.

3) The number of cases in that stage is as follows,

: At 1 stage pressure, 1 stage time, 2 stage time, 3 stage time, or K stage time

: At 2 stage pressure, 1 stage time, 2 stage time, 3 stage time, or K stage time

: At 3 stage pressure, 1 stage time, 2 stage time, 3 stage time, or K stage time

: At K step pressure, step 1 time, step 2 time, step 3 time, or step K time

7 is a diagram of another embodiment of a stepwise operation instruction,

7(A) is a diagram of an embodiment in which a distance in which a point is selected and moved is divided into steps.

7B is a diagram of an embodiment in which an angle at which one point is selected and rotated can be divided into stages.

The command of the + (plus) step may be determined when the point moves upward or rotates counterclockwise, and the-(minus) direction is determined opposite to the direction specified by +.

Meanwhile, as another embodiment of the present invention, each step may be determined by determining the vertical direction and the horizontal direction. That is, the upward movement can be set as 1 step, the right direction 2 steps, the downward movement 3 steps, and so on. And, it is possible to further subdivide several of these directions. That is, starting from the clockwise direction, the angle may be divided by 40 degrees, and the angle may be divided into 9 steps. For example, moving from the clockwise direction to the 80 degree direction is two steps.

Fig. 8 is a diagram of an embodiment showing a stepwise operation instruction using two displays.

When the stepwise operation command is executed in the selection area 32 of the first display 30-1, the result of the stepwise operation command is displayed on the second display 30-2.

In the present invention, the selection area occupies a partial area on the screens of the displays 30-1 and 30-2, and is an area in which a stepwise operation command can be executed, and in the present invention, it is also an area in which first step information is displayed. .

Steps in which the stepwise manipulation command is executed in the selection area 32 of the first display 30-1 are as follows.

1 step: The selection area 32 is selected as a point (finger or bar) on the first display 30-1, and the point is input to the first input device 28-1.

Step 2: The central processing unit 20 determines the position coordinates of the output value of the first input device 28-1, and determines the selection of the selection area 32.

3 step: When a stepwise operation command is executed by a method such as distance, time, pressure, etc., the central processing unit 20 determines the moving step and the final step.

4 step: The central processing unit selects information corresponding to the final step from the memory or selects information transmitted from the server and displays it on the second display 30-2.

An embodiment of the above 3 steps can be described. For example, if there is a selection area 32 on which information of the first step is displayed on the first display 30-1, and the final step is 3 step by moving two steps to the stepwise operation command execution in the selection area 32, In the second display 30-2, information of the third step, which is the final step, is displayed.

At this time, if it is a 2 step movement, it is a 20 mm (when 1 step is 10 mm) movement or a 1 second hold (1 step is 0.5 seconds).

9 and 10 are views showing an embodiment in which a summary corresponding to each step is displayed in a stepwise operation command.

9 is an example in which the stepwise operation command is a straight line distance, the straight line distance is divided into steps, and summary contents corresponding to each step are displayed.

It is a diagram showing that the distance moved (+ move if moving in the upward direction,-move if moving in the downward direction) is divided into stages, and the characteristics (content of information) of information for each stage can be displayed on the screen. For example, step 1 is "52a" and step 2 is "52b". Further, the first step summary information is "52a-1" and the second step summary information is "52b-1". Accordingly, on the display 30 screen, a number indicating a step and the contents of the summary information of each step can be displayed. .

That is, in the embodiment of FIG. 9, numbers indicating steps are displayed on the guide line 50, and summary information for each step is displayed. For example, the summary information corresponding to step 1 (52a) is "Simple mobile phone specification", and the information corresponding to step 2 (52b) is "mobile phone detailed specification". Therefore, when step 2 is selected, the mobile phone details are displayed on the display screen. Information about the specification is displayed.

Data on the design of the guide line and the summary information displayed on the guide line according to the embodiment of FIG. 9 may be stored in the memory unit 21 of the smartphone 110 and stored in the database 104 of the server 110 Can be.

And, when the operation command of the step is selected (selection by the user), the central processing unit 20 of the smartphone stores guide line information and summary information stored in the memory unit 21 based on the selection signal of the operation command of the above step. It is to display 30 on the display.

On the other hand, when the operation command selection command of the step is transmitted to the server under the control of the central processing unit 20, the control unit 101 of the server searches the guide line information and summary information stored in the database from the database 104. It will be sent to the smartphone. In addition, the central processing unit 30 of the smartphone 110 displays the transmitted information on the display 30. In addition, FIG. 10 is a diagram of an embodiment showing that the moved angle is divided into steps, and characteristics (summary information) of information for each step and each step can be displayed on a screen.

That is, steps 53a, 53b, 54c, 54d, 54e are displayed on the guide line 50, and summary information 53a-1, 53b-1, 54c-1) and 54d-1 (54e-1) is also displayed.

-How to display information corresponding to the step on the display-

The execution process according to an embodiment of the stepwise operation command in the present invention is as follows.

1) When a point (point) is selected through the input device 28 of the smartphone (it can be selected with a finger or directly), the input device driver 27 outputs the position value (coordinate) of the selected point. do. In addition, when the point is moved, the input device driving unit 27 outputs a moving value (coordinate) of the point. At this time, the value (coordinate) may be a number or symbol.

2) The central processing unit 20 determines the position and movement value (coordinates) of the output point, determines the movement step by a predetermined algorithm, and determines the selected final step.

For example, if the current stage was stage 2 and moving by 2 stages in the + direction, the selected final stage becomes stage 4.

3) When the selected final step is determined, the central processing unit 20 selects information corresponding to the final step from the memory unit 21 (or 21a, 21b, 21c), and displays the selected information on the display 30. do. That is, the central processing unit outputs a driving signal that causes the selected information to be displayed on the display.

At this time, the final step is transmitted to the server 100, and the control unit 101 of the server may search for information corresponding to the final step in the database 104 and transmit it to the smartphone. Then, the smartphone displays information corresponding to the final step transmitted from the server on the display screen.

That is, if the final step is step 3, the central processing unit 20 of the smartphone 110 displays the information stored in step 3 stored in the memory unit 21 of the smartphone or the database 104 of the server (30). Mark on.

In addition, the level of movement or movement of the smartphone itself can be divided into stages.

Meanwhile, the motion at the top of the display is recognized as an image element, and a signal output from the image element is determined by an algorithm, and the degree of motion can be divided into stages. At this time, it can be determined by dividing the steps into the shape of the finger, the shape of the eye, or the shape of another image.

In other words, even if you use any input method on the smartphone, if you can divide the steps by dividing them like the operation command of the steps and select the steps, information corresponding to the final step after the operation command of the step can be displayed on the screen. There is.

-Information stored in the database of the server and the memory of the smartphone-

1) Server database information is displayed on the display

The smartphone 110 may be connected to a server through a wired or wireless Internet or a communication network to perform a step operation command. That is, when an operation command of the step is input through the input device 28 of the smartphone 110, the input information is transmitted to the server through the communication network, and the server selects information corresponding to the operation command of the step from the database. Thus, the selected information is transmitted to the smartphone, and the smartphone displays the received new information on the screen of the display 30.

2) Smartphone memory information is displayed on the display

Using the central processing unit 20 and the memory unit 21 in the smartphone, it is possible to display information corresponding to the operation command of the step on the display screen.

On the other hand, at that time, the server can receive the step information from the smartphone. In this case, the sequence is as follows.

First, when a program capable of a stepwise operation command is executed or a step capable of a stepwise operation command is displayed on the display, the central processing unit of the smartphone transmits the execution of the program capable of stepwise operation command to the server.

When a program capable of a stepwise operation command is executed, the information of the first step is generally displayed on the display, but the information of the first step is not necessarily displayed on the display according to the end of the previous program.

Second, the control unit of the server retrieves the information corresponding to the step from the database and transmits it to the smartphone.

At this time, it is possible to transmit information of all stages from the server to the smartphone, but in the whole, only information of some stages can be transmitted from the server to the smartphone.

For example, if there are steps 1 to 7, the server may transmit all the information from steps 1 to 7 to the smartphone, but the server can transmit only some of the information from steps 1 to 7 to the smartphone. .

When only some steps are transmitted, information about steps surrounding the steps currently displayed on the display is transmitted from the server to the smartphone.

Third, the central processing unit 20 of the smartphone stores the received information in the memory unit 21.

Fourth, the final step is determined as a result of the stepwise operation command, but information corresponding to the final step is selected from information transmitted from the server and stored in the memory unit, and the selected information is displayed on the display.

3) mixed use

When the information of the corresponding step is displayed on the display when the stepwise operation command is started, or when the final step is determined as a result of the stepwise operation command and the corresponding information is displayed on the display, the information displayed on the display is stored in the memory unit 21 It may be information stored in the server, or may be information stored in the database 104 of the server.

That is, information stored in the memory unit 21 for step 1 may be displayed on the display 30, and information stored in the database 104 for step 2 may be displayed on the display 30.

In addition, it is natural that the connection of the server or the execution of the algorithm in the smartphone itself can be determined at that time according to the type of each corresponding program and information. And this setting can be set programmatically or can be set by the user's choice.

In addition, in order for the information corresponding to the steps of the operation command of the steps to be displayed on the display screen, it is natural that the information corresponding to each step must be separately stored in a database of the server or the memory unit of the smartphone. .

11 to 13 are diagrams illustrating an embodiment in which a selection area exists in a text service.

Referring to FIG. 11, a selection area 32 is positioned on the side of the text box 1 and 2. That is, the selection area 32 is positioned on the side of the receiving text box 1 or the side of the sending text box 2.

In addition, the selection area 32 exists in an area between the transmission/reception characters, and the selection area may be separated from the transmission/reception characters, but the selection area 32 may be attached to the transmission/reception characters.

That is, the selection area 32 exists in the text service of the first display 30-1, and a step manipulation command can be executed on the selection area 32. And the result of the operation command of the step performed on the selection area 32 is displayed on the second display as the second step information 34, the third step information 36, or the fourth step information 38. do.

12 shows an embodiment in which a selection area 32 exists between the characters 1 and 2 to be transmitted and received.

13 is a diagram of an embodiment in which a text box 1 and 2 to be transmitted/received and a selection area 32 are attached.

In this case, the method of attaching the text boxes 1 and 2 to be transmitted and received and the selection area 32 may vary depending on the shape of the selection area 32 or a design method.

As a result, FIGS. 11 to 13 show that the selection area 32 may exist in the area created between the transmission and reception characters (1) and 2, or the reception character or the reception character and the selection area may be attached. Yes.

In addition, two or more selection areas existing between the transmission/reception characters 1 and 2 in the display unit 30 may be used.

-Selected areas and characteristics of information existing between transmission and reception characters-

First, the type of information in the first stage while being a selection area is as follows.

1) When the transmission/reception characters (1) and 2 are displayed, the information displayed between the transmission/reception characters is the information of the first stage.

2) A step-by-step operation command may be performed on the first step information displayed between the transmission and reception characters,

In this case, there may be a selection area in which a stepwise manipulation command can be separately executed.

3) Step 1 information is information that has a box and is displayed as text or an image in the box.

4) Level 1 information is information that has a box, does not exist, and consists only of text or images.

5) Information that exists as a video. In this case, the video may or may not exist in the box.

6) Box does not necessarily mean square. Various types are possible depending on the type of information or the shape of a design circle.

Second, the characteristics of the information above the second level are as follows.

1) Information of two or more steps is information displayed on the display as a result of performing a step-by-step operation command on the information of the first step.

2) From step 2 or higher, it may or may not be a selection area in which a stepwise operation command can be executed.

In addition, when the selection area in which the stepwise manipulation command can be performed may be a selection area in which the stepwise manipulation command can be executed, there may be a selection area in which the stepwise manipulation command can be executed.

3) It is not necessarily displayed between the transmission and reception characters (1) and (2).

It may be displayed between the transmission/reception characters (1) and (2), but may be displayed superimposed on the transmission/reception characters (1) and (2).

With the menu displayed on the top of the display, it may be displayed on the entire display screen.

While the menu is displayed on the top of the display, it may be displayed on a partial area of the display screen.

4) Information is displayed in text, images, and videos.

14 is a diagram showing an example of information displayed for each step.

Fig. 14(1) is a form of an image as a form of one-step information. Of course, it is not necessarily limited to image information. The general characteristics of the first-level information are in accordance with the items described in "Selection area and characteristics of information existing between transmitted and received characters".

In addition, (2) to (7) of FIG. 14 are the types of information in two or more steps. In addition, the form and characteristic of the information in two or more steps is in accordance with the items described in "Selection area and characteristics of information existing between transmission and reception characters".

At this time, (3) of FIG. 14 is text information on the appearance of the design shape.

In addition, in (4) of FIG. 14, information of a step is displayed as a table of contents 71 of at least two or more. In addition, when one of the table of contents 71 is selected, additional information on the selected table of contents 71 may be displayed on the display.

Meanwhile, (5) of FIG. 14 is information that can be connected to other functions, (6) of FIG. 14 is information that can be connected to another program, and (7) of FIG. 14 is information that can be connected to knowledge information.

In addition, when information corresponding to the exemplary embodiment is displayed on the display 30, audio information (or audio information) may also be output. Audio information is output through a speaker provided in the smartphone 110.

-Example of information displayed in stages according to FIG. 14-

Step 1: Image information is displayed on the display 30. It is possible to perform stepwise operation commands.

Step 2: Video or text information is displayed on the display 30. It may or may not be possible to perform a stepwise operation command.

Step 3: Video or text information is displayed on the display 30. It may or may not be possible to perform a stepwise operation command.

Step 4: One of "other functions", "other programs" or "knowledge information" is selected and displayed on the display 30. It may or may not be possible to perform a stepwise operation command.

15 to 17 are diagrams showing examples of information displayed on the display in each step.

Fig. 15 is a diagram of an embodiment in which names of other functions are displayed as a table of contents and information of arbitrary steps. And, if one is selected from the table of contents of FIG. 15, the other selected function is executed.

In this case, the other functions refer to other functions provided within the text service. In the meantime, it is possible to change the text service environment by providing a phone function (voice talk) in a text service, news information or shopping information, and also a setting function. Of course, a friend list is also provided. That is, other functions in the embodiment of FIG. 15 refer to various functions provided within the text service.

FIG. 15A shows information 70 in which names of other functions are displayed in the form of a table of contents. That is, the other function information 70 is provided in the form of a table of contents 71. For example, when a voice stock is selected from the table of contents of FIG. (A), it is connected to enable voice stock (telephone). In other words, whether voicestock, a function provided by the text service, can be executed, the procedure can be followed.

Of course, when a friend list is selected in the table of contents of FIG. 15A, a friend list is displayed, a character list is displayed when a character list is selected, and a character (not shown in the embodiment of FIG. 15A) is selected. You can take steps to make the transfer possible.

-Display reflecting priority in the table of contents-

At this time, priority may be determined. That is, among various functions provided by a text service capable of executing a stepwise operation command of the present invention, a priority may be determined among functions frequently used by a user who uses the text service.

For example, if you use texting most often, the priority number 1 is Voicestock, if you use the friend list display second most often, the priority number 2 is the friend list display, and the text list display is the third most frequent use. The 3rd priority is the character list display.

Then, when displayed in the form of a table of contents as shown in (A) of FIG. 15, the names of functions corresponding to the 1st, 2nd, and 3rd rankings (for example, voicestock, friend list, text list, etc.) It is displayed in the table of contents. Of course, in some cases, 4th, 5th, and higher may also be displayed. In addition, when one of the table of contents showing the name of the function is selected, the selected function is executed. For example, when a voice stock is selected in the table of contents of FIG. 15A, a function of voice stock can be performed, and when a friend list is selected, a friend list is displayed on the display 30.

15B is a diagram of an embodiment in which only one other function 74 is displayed. At this time, when the one other function is selected, the selected function is executed. At this time, one having a higher priority may be indicated by one other function 74.

Fig. 16 is a diagram of an embodiment in which the names of other programs are displayed as a table of contents and information of arbitrary steps. And, if one is selected from the table of contents of FIG. 16, another selected program is executed.

At this time, the other program means another program or application provided within the smartphone 110. In the meantime, in addition to the programs originally provided in the smart phone 110, various programs are executed in the form of an application or the like in the smart phone 110.

For example, various programs such as games, portal sites, maps, and shopping are provided through applications in addition to programs such as text, telephone, text list, and the Internet originally provided in the smartphone, and FIG. 16 shows these programs as a table of contents. Means displayed.

16 shows information 90 in which names of other programs are displayed in the form of a table of contents. For example, when a phone is selected from the table of contents of FIG. 16, the phone is connected to enable a phone call. At this time, the phone is not a voice communication function (voice talk) provided in the text service (application program) of the present invention, but a phone program provided by the smartphone itself through a communication company.

In addition, when a character is selected from the table of contents of FIG. 16, the characters are connected so as to be possible. In this case, the text is not a text service provided within the text service (application program) of the present invention, but a text transmission program provided by the smartphone itself through a communication company.

In other words, whether the program provided in the smartphone can be executed or not, the procedure can be followed.

Of course, when a camera is selected in the table of contents of FIG. 16, the camera program is connected to run, and the map is connected to run the map program, which is a pre-application.

-Display reflecting priority in the table of contents-

At this time, priority may be determined. That is, various programs (including applications and programs provided by the smartphone) provided in the smartphone capable of executing the stepwise operation command of the present invention, and all of the functions provided in the text service of the present invention are included. , It is a program provided separately from the text service of the present invention.), a priority may be determined among programs frequently used by a user who uses the program.

For example, if you use the telecom company's phone program most often, the top priority is the telecom company's phone program, and if you use the telecom company's text program second most often, the top 2 priority is the telecom company's text program. Internet programs are ranked third.

Then, when displayed in the form of a table of contents as in the example of FIG. 16, the names of functions corresponding to the 1st, 2nd, and 3rd ranks (for example, telephone, text or Internet) are displayed in the table of contents. do.

Of course, in some cases, 4th, 5th, and higher may also be displayed. In addition, when one of the table of contents showing the name of the function is selected, the selected function is executed. For example, when a phone is selected in the table of contents of FIG. 16, a phone program can be executed, and when a text is selected, a text program can be executed.

On the other hand, usage time may also be included in the priority. The frequency of use and the time of use are reflected in priority. For example, it is used less frequently, but once it is used, the priority increases if it is used a lot of time.

However, how much the weight of the frequency of use and the use time should be each other may vary depending on the algorithm of the program.

-Recommended table of contents-

Items present in the table of contents 70, 80, and 90 may be created by a predetermined algorithm. For example, "user's search word" and "user's input word" may be analyzed to create an item of the table of contents, and also, the item of the table of contents may be made with the recommendation of an operator who operates the contents of the present invention.

That is, if there are 6 total items in the table of contents, 4 of them are made by reflecting the priority by time or frequency, and the remaining two items are made by the algorithm or recommended by the operator. I can.

-Number of items in the table of contents-

The number of items in the table of contents does not have to be plural. If there is more than one, the present invention can be carried out.

17 is information of an embodiment showing knowledge information,

In the present invention, the knowledge information 90 includes information related to news, weather, stories, shopping, sports, and so on.

In addition, the embodiment of Fig. 17 is also based on the embodiment of Figs. 15 and 16. That is, the knowledge information 90 is displayed as a table of contents 91, and when one of the contents 91 is selected, the selected Information corresponding to the table of contents 91 is displayed on the display 30.

In addition, the method of the priority of displaying the table of contents in the knowledge information 90 is also based on the embodiments of FIGS. 15 and 16.

-Selection and execution of the table of contents-

The process of selecting and executing the table of contents in FIGS. 15 to 17 is as follows.

1) A selection area is selected through the input device 28 and a stepwise operation command is executed.

2) The central processing unit 20 determines a predetermined moving step according to the execution result of the stepwise operation instruction, and determines the final step.

At this time, the final step is a step reflected by adding or subtracting the moving step from the first step (see the previous embodiment of the present invention).

3) The central processing unit 20 selects the information corresponding to the final step from the memory unit 21 or receives it from the server and displays it on the display 30.

At this time, the central processing unit 20 transmits the final stage value through the R/F unit 24 and the communication network, and the control unit 101 of the server selects information corresponding to the final stage from the database 104 , It sends to the smartphone 110.

Of course, the central processing unit of the smart phone 110 may receive information corresponding to each step in advance from the server and store it in the memory unit 21.

4) If the information corresponding to the final step is a table of contents, the central processing unit 20 displays the information corresponding to the final step on the display 30 in the form of a table of contents.

5) When one of the table of contents is selected through the input device 28, the central processing unit 20 can display knowledge information on the selected table of contents on the display 30, and execute a program for the selected table of contents. , Or perform other functions on the selected table of contents.

At this time, the central processing unit 20 may process a result for the selected table of contents through information or an algorithm stored in the memory unit 21, and may also receive information from the server or connect to the server to proceed with the result for the selected table of contents.

-One item One group item representing one group-

In Figs. 15, 16 and 17, group items 72, 82, and 92 exist. Then, when the group item is selected, another table of contents is generated.

That is, in the embodiments of FIGS. 15, 16 and 17, when an item is selected in the table of contents, another function or program corresponding to the selected item is executed, or knowledge information is displayed. However, when the group items 72, 82, and 92 are selected, another table of contents is displayed.

Accordingly, when information corresponding to a step is displayed on the display 30, the item and the group item may be displayed together.

Meanwhile, examples of the group items 72, 82, and 92 are as follows.

1) Like the group item 72 marked with "#" and the group item 82 and 92 marked with "●", there are cases where the group items 72 and 82 are not displayed as words and are marked with symbols. When) (92) is selected, a separate window (a window displayed in the form of a box on the display) is created, and information in the form of a table of contents is displayed in the separate window.

For example, when the group item 72 marked with "#" is selected, a table of contents such as "Friend Search", "Notification", "Remittance", "Security", and "Version Information" will be displayed in a separate window. I can.

2) Words may be displayed on the group items 72, 82, and 92. For example, if the word "game" is displayed on the group item 82 representing the program, and the item marked "game" is selected, games such as "StarCraft", "Diablo", and "Tetris" are displayed in a separate window. The items are displayed as a table of contents.

That is, when a word of the category concept is displayed as a group item 72, 82, 92, when the group item 72, 82, 92 is selected, items corresponding to the word are separately displayed as a table of contents. Displayed in the window.

In this case, it can be said that the concept of a hierarchical structure of words is used.

3) When the group table of contents 72 indicated by “#” and the group items 82 and 92 indicated by “●” are selected, a lower ranking table of contents may be displayed in a separate window.

For example, in the example of FIGS. 15, 16 and 17, if items displayed in the table of contents have high priority, the items displayed in the table of contents displayed in the separate window are items having a low priority.

Meanwhile, in FIGS. 15, 16 and 17, it has been described that the table of contents is displayed by dividing each into different functions, different programs, and knowledge information, but only other functions or only different programs exist as items in the same table of contents, or knowledge There is no need for information alone. For example, different programs, different functions, or knowledge information may exist as each item in the same table of contents.

18 is a diagram illustrating an example in which a group item is selected.

In the first display 30-1, there are group items 72, 82 and 92 within the table of contents (70, 80, 90), and one of the group items 72, 82, and 92 is selected. Then, the selected items 72a, 82a, and 92a are displayed to be differentiated from the unselected group items 72, 82, and 92. In other words, the color, thickness of the line, brightness, etc. are distinguished or displayed visually by blinking.

In addition, for additional information on the selected items 72a, 82a, and 92a, new items 97a are displayed as a table of contents in a separate window 97 on the first display 30-1.

-Display a separate window-

1) There are items and group items in the table of contents.

The table of contents can consist of only items, or the table of contents can consist of only group items. In addition, items and group items may exist together in the table of contents.

2) When a certain item 71, 81, 91 is selected in the table of contents 70, 80, 90, information on the selected item is displayed by a separate window 97. The embodiment of Fig. 18 is an embodiment in which group items 72, 82, and 92 are selected in the table of contents, but the embodiment of Fig. 18 shows the items 71 in the table of contents 70, 80, and 90. This also applies when (81) (91) is selected.

Meanwhile, when an item or group item is selected, corresponding information may be displayed on a separate window 97, but the corresponding information may be displayed on the entire display screen. However, even if it is displayed on the entire screen of the display, the selection menu or the control menu is also displayed.

3) The order of displaying the separate window is as follows.

-One item (71) (81) (91) or group item (72) (82) (92) is selected from the table of contents (70) (80) (90) through the input device (28).

-The input device outputs the selected position value to the central processing unit, and the central processing unit determines which item (71) (81) (91) or which group item (72) (82) (92) has been selected.

-The central processing unit 20 displays information corresponding to the selected item or group item on the display.

Information corresponding to the selected item or group item may be stored in the memory unit 21 or may be information transmitted from the server.

If the information is stored in the memory unit, the central processing unit selects information corresponding to the selected item or group item from the memory unit and displays it on the display.

If the information is to be transmitted from the server, the central processing unit 20 transmits the status of the selected item or group item (a predetermined code may be used) to the server, and the control unit 101 of the server is in the database 104. Information corresponding to the selected item or group item is selected, and the selected information is transmitted to the smartphone through the communication network. Then, the central processing unit 20 of the smartphone displays the information received from the server on the display.

On the other hand, in the present invention, items and group items are distinguished in the table of contents and described as an example for display of description, but in an actual embodiment, items and group items are not used separately.

19 to 21 are diagrams of an embodiment showing the concept of a hierarchical structure.

19 is a diagram showing an embodiment of a hierarchical structure. It is an example diagram showing the assumption that "shopping" is selected in the table of contents of FIG. 17. When "shopping" is selected in the table of contents of FIG. 17, items related to soaping appear in a separate window 97. In addition, in the present invention, for convenience of explanation, a table of contents first displayed in a separate window is referred to as a first layer.

In the first tier 60, items from No. 1 "Fashion Brand" to No. 9 "Furniture Life Products" exist as items. And, the second hierarchical structure consists of nine tables of contents. In addition, the third hierarchical structure exists as large as the number of all items that existed in the second hierarchical table of contents.

Meanwhile, the number of items in the above example is only one embodiment, and the number of items may be one or two or more.

That is, in the second layer structure, the table of contents 61-1 is a lower layer of the item "1. Fashion brand" in the table of contents of the first layer 60. In addition, in the second hierarchical structure, the table of contents 61-9 is a lower hierarchy of the item "9. Household life products" in the table of contents of the first hierarchical 60.

In addition, in the third hierarchical structure, the table of contents 61-1-1 is a lower hierarchy of the item "1-1. Women's clothing fashion" in the table of contents of the second hierarchy 61-1. Further, in the third hierarchical structure, the table of contents 61-9-10 is a lower hierarchy of the item "10. 000 0000 00" in the table of contents of the second hierarchy 61-9.

That is, when one item is selected from among the items in the first-level table of contents, information corresponding to the selected item is displayed as a table of contents, and the table of contents becomes the second level, and another item exists in the second-level table of contents.

In addition, when one item is selected from the items of the two-tiered table of contents, information corresponding to the selected item is displayed as a table of contents, the table of contents becomes a third level, and another item exists in the third-level table of contents. Thus, in this way, the fourth and fifth layers can also exist.

For example, if you select the item "Newspaper", a new table of contents will be displayed with items such as Newsweek, The New York Times, and the Washington Post. And, when the item "Internet" is selected, a new table of contents with items such as Google, Night Holiday, and Naver is displayed.

In addition, when the item “Messenger” is selected, a new table of contents with KakaoTalk, Telegram, Line, and Wicheat as items is displayed, and if a Telegram is selected from the above items, it is connected to the Telegram.

21 is a diagram showing an embodiment in which the first layer is displayed on the second display 30-2 as a separate window 97.

In conclusion, the table of contents is determined by reflecting priorities, input words, and recommendations, but is also determined by the concept of a hierarchy.

-Stepwise operation command-

In the present invention, there are stages from the lowest stage, the 1st stage to the highest stage, the K stage, and the current stage N (the N stage is any one stage within the stage 1 through K) to any stage. A step-by-step operation instruction, a method of movement, will be described. And. 5 to 10 of the present invention has been described various embodiments of the stepwise operation instruction.

The stepwise operation command is a method that allows two or more steps to be moved from the current step to the stepwise operation command. And, as it moves from step 1 to step 3, there is a step-by-step operation command that moves from the current step to the higher step direction (step K direction). In addition, there is a stepwise operation command that moves from the current step to the lower step direction (step 1 direction) as it moves from step 3 to step 1.

In this case, when a stepwise operation command is executed by a method such as distance movement or angle movement, both movement in the direction of the high step and the direction of the low step are possible. However, when a stepwise operation instruction is performed in a time keeping method, a high step movement is possible, but a low step movement is not easy. Therefore, in the present invention, a more diverse step-by-step operation instruction is proposed.

1) Moving to a higher level executes a stepwise operation command by way of time keeping, while moving to a lower level executes a stepwise operation command by moving distance or angle.

A stepwise operation command is possible for moving to a higher level by the method of the embodiment of Fig. 6, and a stepwise operation command is possible for moving to a lower level by the method of Fig. 5 or 8.

For example, when moving from step 1 to step 3, a step-by-step operation command may be performed in a method of maintaining a time of 1 second, and when moving from step 3 to step 1, a step-by-step operation command may be performed by moving 2 cm or moving 30 degrees. .

2) In step 1, it is possible to move more than 2 steps, but after step 2, the low-level operation command may not be executed.

Alternatively, after the second step, only the first step may be possible, or from the second step, the first step may be moved in the lower step direction (the first step direction).

Of course, when adjusting the method of the step moving from step 2 to the stepwise operation command, the step is not limited to step 2, the step movement rule of item 2) can be applied from step 3 or higher, and an arbitrary N From step 2, the step movement rule of item 2) can be applied.

On the other hand, in any N stage, only J stage movement can be enabled. At this time, N is 2 or more and up to K, and J is 2 or more. The J-step shift can be either a high step or a low step.

3) In order to move to a higher level, a stepwise operation command is performed by a method of time keeping, but a stepwise operation command is possible by selecting a specific mark to a lower level.

22 is a diagram of an embodiment showing a method of another embodiment.

FIG. 22A shows one step in which a stepwise operation instruction can be executed, and corresponds to the selection area 32 in the previous embodiment of the present invention. In FIG. 22A, the first step information is shown as an image, but may be text information, video information, or the like.

The image (step 1) of FIG. 22A is selected through the input device 28, and according to the length of the selected time, FIG. 22B, which is the second step 34, shows the display 30 ) And the third step (C) of FIG. 22 may be displayed on the display 30.

However, it is difficult to use the timekeeping method to move from step 3 to step 1 or step 2, or from step 2 to step 1.

That is, in the present invention, a method of a stepwise operation command for moving in a lower step direction (first step direction) is provided in the following various embodiments.

1) If you touch it once, it moves only one step in the lower step direction (step 1 direction).

2) If you select the exit button, which is commonly used in smartphones, only one step is moved in the lower step direction (step 1 direction).

3) When the operation mark 34a of Fig. 22 is selected, it moves in the lower step direction (first step direction).

In other words. In Fig. 22, when step 1 (32), step 2 (34) or step 3 (36) is selected and a stepwise operation command is executed, the step is moved to the higher step direction.

However, when the operation mark 34a is selected and the stepwise operation instruction is executed, the step is moved in the lower step direction. Moving to a lower level means moving from step 3 to step 1.

Here, the selection of steps (32) (34) (36) or the operation mark (34a) means selecting the area in which the step (32) (34) (36) or the operation mark (34a) is displayed through an input device on the display. Is to do.

Fig. 23 is a diagram of another embodiment of information that can be displayed in steps.

24 is another embodiment of information that can be displayed in steps.

Referring to the embodiment of FIG. 23, a search window 95 is displayed on the display 30 as information corresponding to an arbitrary N step (where N is an arbitrary N in the range of 1 or more and K or less), and in the search window 95 A word search window 95a may exist, and a voice search window 95a may exist. It is natural that there may also be an image search box.

Meanwhile, through the search window, information may be searched, other functions may be searched, and other programs may be searched.

In addition, when other functions are searched and selected, other functions are performed or connected. Also, when another program is searched and selected, another program is executed or linked.

-Step input-

Meanwhile, in the present invention, stepwise information can be input.

Is to display the step on the first display and enter the step information on the second display,

Then, the first step information, the second step information, the third step information, and the K-th step information are respectively stored.

24 is a diagram of an embodiment in which the speed is reflected and a stepwise operation instruction is executed.

That is, one arbitrary N-level information from step 1, step 2, step 3, step 4 (32,34.36.38) or step 1 (lowest step) to K (highest step) is displayed on the display 30. When displayed, the stepwise operation instruction can be executed in the direction of the arrow in Fig. 32.

That is, if the step information displayed on the display in FIG. 24 is selected and the selection point is moved in the direction of the left arrow, it moves one step in the lower direction (first step direction). In addition, when the step information displayed on the display is selected and the selection point is moved in the direction of the right arrow, it moves one step in the higher direction (the direction of the K step).

On the other hand, the moving speed may be reflected, that is, when moving in the direction of the arrow, if the contact time is long (if the speed is slow), more steps may be moved. For example, if the time that the selection point moves in the direction of the arrow is 0.5 seconds or less than 0.5 seconds, it moves one step (in the low direction or the high direction), and the time that the selection point moves in the direction of the arrow is 1 second, or If it is 0.5 seconds or more and 1 second or less, it moves in two steps (lower or higher).

At this time, various embodiments of the present invention (circular movement, angular movement, etc.) are applied to the method of moving the selected point, and step movement according to a predetermined time or a predetermined range is also applied to the embodiments of the present invention.

In addition, as in the embodiment of the present invention, even if the selection point is moved in the direction of the arrow, it is no longer moved to one step or less, and is no longer moved to a step K or more.

25 is a diagram of an embodiment in which a stepwise operation command is possible in two different ways for the same selection area.

-Example when the method of stepwise operation instruction is different-

1) When executing a stepwise operation command of different methods for the same selection area 32, a step N (39), which is one step within step K, which is the highest step from step 2, which is the next lowest step. The information is different.

That is, although the information of the N steps is the same, if the method of the stepwise operation instruction is different, the information 39 of the N steps is different.

2) In the information displayed as a result of the method of 1) above, it is not that all of the information from step 2 to step K is different.

That is, if the method of the stepwise operation instruction is different among steps 2 to K, there is at least one step with different information even in the same step.

3) When the method of the stepwise operation command is different, two different methods are used, but in reality, two or more different methods can be used.

4) the presence of a set

-In the present invention, from step 1 information to step N information was set as one (where N step is any one step from step 2 to step K)

The first set 39a from step 1 information to step N information when a stepwise operation instruction is executed by method A, and a second set 39b from step 1 information to step N information when stepwise operation instruction is executed by method B to be.

Similarly, when a stepwise operation instruction is executed in the C method, the first step information to the N step information is a third set.

Further, in the first set, the second set, and the third set, the information of the first step (first step selection area) 32 is all the same. However, if the sets are different, there is at least one step with different information from step 2 to step K. Of course, if the sets are different, all the information from step 2 to step K may be different.

5) The place where the set is stored is the memory unit 21 of the smartphone and the database 104 of the server.

Thus, when the information in the sets 39a and 39b is displayed on the display 30 of the smartphone. The central processing unit 20 of the smartphone selects the information from the memory unit 21 of the smartphone or displays the information received from the server on the display 30.

6) An example of the method of stepwise operation command is as follows.

-First embodiment: Method A is a method in which a point is selected and moved. Method B is a method in which steps are determined by the duration of time.

-Second embodiment: Method A is to move up and down (select one point or two points). Method B is to move left and right. And, method C is a method in which the steps are determined by the duration of time,

-Third embodiment: Method A is a method in which a point is selected and moved. Method B is a method in which the step is determined by the angle of movement. And, method C is a method in which the steps are determined by the duration of time,

-Fourth Embodiment: Method A is a method in which two points are selected and the selected points are narrowed or stretched. Method B is how the steps are determined by the duration of time,

-In addition, there are a method of determining the level by the shape of a finger image and a method by the number of tapping the selected area.

That is, there are a number of cases of various embodiments other than the method of the above embodiments.

26 is another example in which a stepwise operation command is executed in two ways for the same selection area.

26A is a case in which a stepwise operation command is executed by the method of the embodiment of FIG. 5 or 8 of the present invention.

The first step 32 is “newspaper” information, and if the operation command of the step is executed in the first step, the newspaper information is displayed as the second step information (table of contents) 34. That is, “The New York Times” and “Washington Post” are displayed as items in the table of contents on the display.

When one newspaper company (item) is selected from the newspaper company information (table of contents) 34 of the second step and the operation command of the step is executed, the information (table of contents) 36 of the third level information is displayed on the display. In other words, the classification information of the news in the newspaper is displayed as items such as “Main News”, “Weather”, and “Economy”.

In addition, although not shown in the drawing of FIG. 26, when the item “weather” or “major news” is selected in (step 3) of FIG. 26A, the selection information regarding “weather” or “major news” Detailed information is displayed on a display screen or connected to an Internet site on which the selection information is displayed.

FIG. 26B is a case where a stepwise operation instruction is executed by the method of the embodiment of FIG. 6 of the present invention. That is, information different from the method in Fig. (A) is displayed on the display.

And the content or type of information displayed in each step in (B) of 26 follows the method of the embodiment of the present invention.

-Execution sequence of stepwise operation commands displayed in multiple dimensions-

1) An example of a stepwise operation command displayed in multiple dimensions is the example of FIG. 26A. One-step information (selection area) 32 is selected and a stepwise operation instruction is executed.

2) When the first step information (selection area) 32 is selected and a stepwise operation command is executed, the second step table of contents (information) 34 is displayed.

The number of items in the table of contents displayed in the second step is related to the moving distance of the selected point in order to execute the stepwise operation command for the first step selection area.

For example, in the embodiment of (B) of FIG. 26, when moving from step 1 to step 2, in (step 2) of (B) of FIG. 26, four items are displayed in the table of contents (information) 34. . However, depending on the distance moved in the direction of the arrow (displayed in the vertical direction in the drawing) indicated in (Step 1) (the distance to which the point selected by the stepwise operation command is moved), only 2 or 6 items may be displayed. have.

And, when the table of contents (information) 34 consisting of four items in (Step 2) of (B) of 26 is displayed on the display, a stepwise operation command is executed in the above state (in the direction of the arrow indicated in the vertical direction in the drawing). If a stepwise operation command is executed to move the selection point), the displayed 4 items are increased to 5 or more (of course, the stepwise operation command is executed in the direction opposite the arrow). Then, the displayed 4 items may be reduced to 1 according to the moving distance of the selected point.

For example, if a stepwise operation command is executed in the direction in which two selected points are widened, the number of items in the table of contents (information) 34 increases (of course, it does not increase more than a predetermined number). On the other hand, the selected two points do not increase. When a stepwise operation instruction is executed in the direction in which the point is narrowed, the number of items in the table of contents (information) 34 is reduced to one. Naturally, the number of items to increase or decrease is determined according to the predetermined moving distance.

3) When any one item is selected from the second-level table of contents 34 and a step-by-step operation command is executed, the third-level table of contents (information) 36 is displayed.

At this time, the number of items generated in the third-stage table of contents (information) 36 depends on how the second-stage table of contents (information) is displayed.

4) If any one of the N-level table of contents is selected and a step-by-step operation command is executed, the N+1 stage table of contents (information) is displayed.

At this time, the number of items generated in the N+1 step table of contents (information) 36 depends on how the second step table of contents (information) is displayed.

6) “Stepwise operation command displayed in multiple dimensions” is an expression that mimics the example of mathematics displaying two-dimensional, three-dimensional, and four-dimensional.

That is, the "direction of stepwise operation command" which increases the number of items in step 1 and "direction of stepwise operation command" which increases the number of items in step 2 are different. In other words, the "direction of stepwise operation command" which increases the number of items in step N and the "direction of stepwise operation command" which increases the number of items in step N+1 are different.

7) When N-level information (table of contents) is selected and a stepwise operation command (direction in which the selected point moves) is executed in the vertical direction, the number of items in the N-level information (table of contents) increases or decreases. At this time, when one item is selected from the N-level information (table of contents) and a stepwise operation command (direction in which the selected point is moved) is executed in the left and right direction, sub-step information for the selected item (lower information in the example of the hierarchical structure in FIG. 19) Is displayed as N+1 level information (table of contents). In addition, the information (table of contents) of the N+1 level is displayed as two or more items (very exceptionally, even one item is possible).

Further, the lower information is displayed, but information other than the lower information may be displayed.

8) The direction in which the stepwise operation command is executed in any N step or N+1 step does not need to be particularly limited.

9) Example of how to use stepwise manipulation commands displayed in multiple dimensions

-A step-by-step operation command is executed to determine the extent to which the number of items in the table of contents increases and decreases by the moving distance of the selected point.

-And, when a step-by-step operation command is executed in which a step is determined by the time that one item is selected and maintained in the table of contents, items having information different from the information of the selected item are displayed. (Or an item with information of a lower layer of information of the selected item (the embodiment of FIG. 19) is displayed.

10) If there is only one item in the selection area (table of contents), “the method of executing the stepwise operation command by the moving distance” and “the method of executing the stepwise operation command with the maintenance time” can be used interchangeably.

-An embodiment in which two methods of step-by-step operation instructions are executed for the same selection area-

1) First embodiment

(a) When the stepwise operation instruction of method A is executed,

-As step 1, step 2, and step 3 increase, the amount of data displayed on the display increases.

-When the data is increased, the amount of data is increased in the presence of the data present in the previous stage.

-Information of the same layer (in the example of the layer structure in Fig. 19) is increased.

For example, as the level increases, the number of items or tables of contents increases.

As an example according to the embodiment of FIG. 26, "Runton Times" exists in step 1, but when a stepwise operation command is executed, "New York Times", "Washington Post", and Korea Times" are additionally displayed in step 2. .

(b) When the stepwise operation instruction of method A is executed,

-The information displayed on the display changes as the steps increase, such as Step 1, Step 2, and Step 3.

For example, N+1 level information does not include N level information.

-Information of a lower layer (in the hierarchical structure example of Fig. 19) is displayed.

2) When the target of the selected area is a phone number list,

(a) When the stepwise operation instruction of method A is executed,

-One item (name, name or number) is selected from the phone number list (table of contents), and a step-by-step operation command is executed for the selected item. Then, as the steps increase, data of information related to the phone number increases.

: The phone number is additionally displayed.

: Information related to the selected name is additionally displayed, other phone numbers, e-mail addresses, addresses, and memos are additionally displayed.

: Information editing, etc. are additionally displayed.

: Text function is displayed.

(b) When the stepwise operation instruction of method B is executed,

: Links to programs or contents that can use text and mail.

: A table of contents of other programs or contents appear besides the phone.

3) When the target of the selected area is a map,

(a) When the stepwise operation instruction of method A is executed,

: Additional information about the map is displayed.

: The map detail is increased.

: When a certain point (shop or restaurant) is selected on the map and a step-by-step operation command is executed, information on additional stores or restaurants is displayed.

For example, when there are a plurality of stores or restaurants at the point (generally, it may be a building or a place), if a stepwise operation command is executed, the number of stores or restaurants displayed on the display increases.

(a) When the step-by-step operation instruction of method B is executed,

: When a specific point (shop or restaurant) is selected on the map and a step-by-step operation command is executed, additional information about the selected point is displayed.

: For the above additional information. It is a product or menu handled by the above store or restaurant.

: A window for ordering the product or menu is displayed.

: A window for payment of the product or menu is displayed.

: A window for sending a message to the store or restaurant is displayed.

: A window for sending mail to the above store or restaurant is displayed.

4) When the target of the selected area is an icon

: It follows the method of “executing stepwise manipulation instructions displayed in multiple dimensions” described in the previous embodiment of the present invention.

27 is a diagram of an embodiment in which the present invention is applied to a map.

A map is displayed on the first display 30-1, and a selection area 32 exists in the map. The selection area may be a store, a station, or a specific building location in the map.

Then, the selection 32 is selected to execute a stepwise operation instruction. Then, the execution of the stepwise operation command is displayed on the second display 30-2.

Fig. 27 is a diagram showing an embodiment in which a menu is displayed and an order can be placed through the menu in this embodiment.

At this time, a stepwise operation command may be executed for the entire first display 30-1. It is a distance movement according to the method of the embodiment of FIG. 5 or 7 of the present invention. In that case, the execution result of the stepwise operation command is It is displayed as it is on the first display 30-1,

However, a stepwise manipulation command may be executed for the selection area 32 present in the first display 30-1. The method of the embodiment of Figure 6 is time or pressure. In this case, the result of the stepwise operation command is displayed on the second display 30-2.

In addition, a selection area 34a may also exist in the second display 30-2. When a stepwise operation command is executed on the selection area 34a existing in the second display 30-2, the result is returned again. May be displayed on the first display 30-1,

When a stepwise operation command is executed for the first display 30-1, a result may be displayed on the first display or a result may be displayed on the second display. In addition, when a stepwise operation command is executed for the second display 30-2, a result may be displayed on the second display or a result may be displayed on the first display. As in the embodiment of Fig. 25, the method can be determined.

When the stepwise operation command is executed for the first display 30-1, if the stepwise operation command is executed in method A, the result is displayed on the first display 30-1, and the stepwise operation command is executed in method B. When implemented, the result is displayed on the second display 30-2,

In addition, when a stepwise operation command is executed for all of the information displayed on the first display 30-1, the result is displayed on the first display 30-1, and the first display 30-1 When a stepwise operation command is executed for the selected area indicated in, the result is displayed on the second display 30-2.

28 to 29 are diagrams of another embodiment using two displays.

This is an embodiment of a case where arbitrary initial information (a map in the embodiment of FIG. 28) is displayed over the entire two displays 30-1 and 30-2, and the implementation method is as follows.

(1) For the first information displayed on the two displays 30-1 and 30-2 (a map in the embodiment of Fig. 28), a stepwise operation instruction for dividing the distance into steps or a stepwise operation for dividing the angle into steps When the command is executed, the result of the stepwise operation command is displayed on two displays 30-1 and 30-2.

In this case, the algorithm follows the method of the embodiment of FIGS. 5 and 7.

(2) In the first information displayed across the two displays 30-1 and 30-2 (a map in the embodiment of Fig. 28), a selection area (a store or a restaurant in the map in the embodiment of Fig. 28) exists. In this case, when a stepwise manipulation command is executed for the selected area, the screen is divided and displayed as in the embodiment of FIG. 27. And, the steps are as follows.

One step in which a selection area is selected as a dot through an input device in the initial information displayed across the two displays 30-1 and 30-2, and a stepwise operation command is executed for the selected area,

2 steps in which the position of the point from the input device is output to the central processing unit,

The central processing unit determines the final step of moving from the current step of the selected area to 3 steps,

The central processing unit displays the first information on the first display (30-1), and the second display (30-2) displays information on the final stage of the selected area determined in the third step. ), (In the embodiment of FIG. 27, it can be said that the result of the 4 steps is displayed on the second splay 30-2.)

Includes.

Of course, the first information may be displayed on the second display 30-2, and the information of the final stage of the selection area determined in step 3 may be displayed on the first display 30-1.

At this time, in the third step, the central processing unit determines the final step of moving from the current step by the time the point of step 1 is maintained or the strength of the pressure applied through the point.

In addition, according to the method of the embodiment of FIGS. 5 and 7 (stepwise operation instruction for dividing the distance or angle into steps) targeting the information displayed on the second display (refer to the diagram of the embodiment of FIG. 27) in the step of the 4 steps. When the stepwise operation command is executed, the result of the stepwise operation command is displayed on the second display.

On the other hand, if a selection area exists in the information displayed on the second display in step 4 and a stepwise operation command is executed for the selected area, the result is displayed on the first display. See example),

That is, in FIG. 29, a table of contents for food is displayed. In addition, an item (“chicken salad” in the embodiment of FIG. 29) from the table of contents for the food may be a selection area. In addition, when a stepwise operation command for dividing time or pressure into steps is executed for the above item (“Chicken Salad” in the embodiment of FIG. 29), the result is displayed on the first display (see the embodiment of FIG. 29). ,

As a result, instead of the first information (map) displayed on the first display, the information of the result of the stepwise operation command that divides the time or pressure into steps for the above item (“Chicken Sarada” in the embodiment of FIG. 29) is displayed. do.

-Flexible display-

The foldable display of the present invention also includes a flexible display.

30 to 32 are examples of foldable displays.

That is, when the smartphone is folded, the external display 30-3 exists on the outside, and when the smartphone is unfolded, the display 30 is unfolded inside.

(1) For the first information displayed on the external display 30-3 (a map in the embodiment of Fig. 32), if a stepwise operation command for dividing the distance into steps or a stepwise operation command for dividing the angle into steps is executed, step by step The result of the operation command is displayed on the external display 30-3.

In this case, the algorithm follows the method of the embodiment of FIGS. 5 and 7.

(2) When a selection area exists in the first information displayed on the external display 30-3 (a map in the embodiment of Fig. 32), when a stepwise operation command is executed for the selected area, the screen is divided and displayed. do. And, the steps are as follows.

In the first information, a selection area is selected as a point through an input device, and a step-by-step operation command is executed for the selected area,

2 steps in which the position of the point from the input device is output to the central processing unit,

The central processing unit determines the final step of moving from the current step of the selected area to 3 steps,

The central processing unit allows the first information (a map in the embodiment of the present invention) to be displayed on a part of the external display 30-3, and another part of the external display 30-3 (a separate window in the embodiment of FIG. 38). In (30d-1)), 4 steps of displaying information of the final step of the selected area determined in step 3,

Includes.

At this time, in the third step, the central processing unit determines the final step of moving from the current step by the time the point of step 1 is maintained or the strength of the pressure applied through the point.

On the other hand, when the smartphone is unfolded, the internal display is divided to simultaneously display the first information (a map in the embodiment of the present invention) and information of the final step of the selected area determined in the third step (Fig. 34). Example)

33 to 35 illustrate a method of another embodiment of a flexible display.

33 and 34 are a display method of a flexible display.

(1) For the first information displayed on the open display 30 (a map in the embodiment of Fig. 33), when a stepwise operation command for dividing the distance into steps or a stepwise operation command for dividing the angle into steps is executed, a stepwise operation command The result of is displayed on the unfolded display 30.

In this case, the algorithm follows the method of the embodiment of FIGS. 5 and 7.

(2) When a selection area exists in the first information displayed across the spread display 30 (a map in the embodiment of Fig. 33), when a stepwise operation command is executed for the selected area, the screen is divided and displayed. . For example, in an embodiment of the screen division, it may be divided into a first area 30a and a second area 30b. And, the execution steps are as follows.

One step in which a selection area is selected as a point in the first information (a map in the embodiment of FIG. 33) through an input device, and a stepwise operation command is executed for the selected area,

2 steps in which the position of the point from the input device is output to the central processing unit,

The central processing unit determines the final step of moving from the current step of the selected area to 3 steps,

The central processing unit allows the first information to be displayed on a part of the unfolded display 30 (the first region 30a), and determines in the third step in another part of the unfolded display 30 (the second region 30b). 4 steps to display the information of the final step of the selected area, (the result of the 4 steps can be referred to the embodiment of Fig. 34)

Includes.

At this time, in the third step, the central processing unit determines the final step of moving from the current step by the time the point of step 1 is maintained or the strength of the pressure applied through the point. Of course, the first information is displayed on a part of the expanded display 30 (the second area 30b), and the selection determined in step 3 is in another part of the expanded display 30 (the first area 30a). Information of the final stage of the area can be displayed.

Also, the embodiment of FIG. 35 may be implemented. That is, the information of the final step of the selected area determined in step 3 is displayed in the second area 30b, the selected area exists in the second area 30b, and a stepwise operation command is issued for the selected area. When implemented, a new window 34-1a is created, and the execution result of the stepwise operation command is displayed in the new window 34-1a.

That is, Fig. 35 is a case of the embodiment. In FIG. 34, a table of contents for food is displayed in the second area 30b. In addition, an item (“chicken salad” in the embodiment of FIG. 34) from the table of contents for the food may be a selection area. And, when a stepwise operation command for dividing time or pressure into steps is executed for the item (selected area), the result is displayed in a new window 34-1a (see the embodiment of FIG. 35).

36 to 38 are still other examples of a flexible display.

As in the embodiment of FIG. 36, the flexible display 30 is mounted outside the smartphone, and when the smartphone is unfolded, the unfolded display 30 is displayed outside the smartphone. (At this time, when the smartphone is unfolded, the unfolded state is a concept similar to the diagram of the embodiment of FIG. 31 .)

At this time, as in the embodiment of FIG. 36, the first information (a map as in the embodiment of FIG. 32) is displayed on the folded upper portion 30d of the display 30 while the smartphone is folded.

That is, in the folded state, a stepwise operation command may be executed for the upper portion 30d of the display.

That is, when a stepwise operation command is executed to divide the distance or angle into steps for the first information displayed on the upper part of the display (30d), and the stepwise operation command to divide the time or pressure into steps for a selected area within the first information There may be cases where an operation command is executed.

That is, when a stepwise operation command for dividing the distance or angle into steps is executed for the first information displayed on the upper part 30d of the display, the result is displayed on the upper part 30d of the display. In addition, when a stepwise operation command for dividing time or pressure into steps is executed for the selected area 32 within the initial information, a separate window 30d-1 is created and the time or pressure is displayed in the separate window 30d-1. The result of the stepwise operation instruction for dividing by step is displayed (see the embodiment of FIG. 38).

Meanwhile, the folded smart phone is unfolded so that information can be displayed on the unfolded display as in the embodiment of FIG. 31. In this case, the embodiments of FIGS. 33 to 35 may be applied as they are.

-If there is an external display in the dual display-

When the smartphone of the present invention is unfolded, two displays 30-1 and 30-2 appear. And when the smart phone of the present invention is folded, the external display 30-3 is present. That is, the external display 30-3 exists outside the smartphone (refer to the embodiment of FIG. 30), and two displays 30-1 and 30-2 exist inside the smartphone (the embodiment of FIG. 1 Reference).

And, when a stepwise operation command for dividing a distance or angle into steps is executed for the first information displayed on the external display 30-3 (a map in the embodiment of FIG. 32), the result is displayed on the external display 30-3. do. And, when a stepwise operation command for dividing time or pressure into steps for the selected area 32 in the first information (map in the embodiment of FIG. 32) is executed, a separate window 30d-1 is created and the separate window In (30d-1), the result of the stepwise operation command that divides the time or pressure into steps is displayed.

In addition, when the smartphone is unfolded, the central processing unit causes the first information to be displayed on the first display 30-1, and the information displayed on the separate window 30d-1 on the second display 30-2. Is displayed.

Meanwhile, the method of displaying information on the two displays 30-1 and 30-2 that appears when the smartphone is unfolded is the same as the previous embodiment of the present invention.

Conversely, information is displayed on each of the two displays 30-1 and 30-2 when the smartphone is unfolded, and when the smartphone is folded, the central processing unit is displayed on the first display 30-1. Information is displayed on a partial area of the external display 30-3, and information displayed on the second display 30-2 is displayed on the separate window 30d-1.

-How to split the screen-

39 and 40 are diagrams illustrating an example of a method for dividing a screen.

39, in the central processing unit or the main body control unit 105, a control unit 110, a memory 120 and a time controller 125, a display driving unit 130, and an input device driving unit 140 Is equipped.

That is, each element that functions as the control unit 110, the memory 120, the time controller 125, the display driving unit 130, and the input device driving unit 140 are all provided in the main body control unit 105 to form one component. It can be manufactured as

In addition, the display driver 130 divides the screen and transmits data to the first display 2 and the second display 4 respectively. In addition, the input device driver 140 also calibrates and adjusts signals output from the first input device 250-1 and the second input device 250-2, respectively.

In addition, in order to display the screen of the display (2) (4), a source (2b) (4b) providing a data signal and a gate (2c) (4c) providing a line selection signal Will exist.

Of course, also in this case, the data line of the first display 2 and the data line of the second display need not necessarily be divided into 1: 1. It is natural that it can be divided into various ratios such as 2:3, 10:6, 6:4. That is, depending on the terminal design, the capacity of the first display 2 and the second display 4 does not necessarily have to be 1:1.

40 is a diagram showing the input device driving unit 140 in detail.

First, the calibration function execution unit 141 performs a calibration function for the input device 250 when the system is initially operated. A panel signal corresponding to an accurate coordinate value for the input device 250 is selected according to the calibration function performed by the calibration function execution unit 141.

That is, a signal of the input device 250 corresponding to the coordinate value is selected according to the resolution of the display 2 and 4 (the number of lines of each source and gate), and the selected signal is provided to the control unit 110. Accordingly, the control unit 110 stores and manages the coordinate value corresponding to the panel signal.

In addition, the average value detection number adjustment unit 143 adjusts the average value detection number of the panel signals output from the input device 250 based on the screen resolution information of the display devices 2 and 4 provided from the control unit 110. When the screen resolution is changed to high resolution, the number of times of detecting the average value is adjusted to be larger than a previously set value. Conversely, when the screen resolution is changed to a low resolution, the number of times of detecting the average value is adjusted to be smaller than a previously set value.

Also, the average value detection unit 142 detects an average value of the panel signal transmitted from the input device 250 based on the average value detection number adjusted by the average value detection number adjustment unit 143. The detected average value is transmitted to the adjusted panel signal generator 144.

The adjusted panel signal generator 144 uses the changed screen resolution of the display devices 2 and 4 provided from the control unit 110 or the position information of the display screen changed by virtual scrolling and the average value of the currently input panel signal. To generate the adjusted panel signal.

In this case, in the present invention, a first input device 250-1 and a second input device 250-2 are provided, and therefore, the input device driving unit 140 controls signals for the first input device 250-1 and Signal control of the second input device 250-2 is performed.

However, under the control of the time controller 125 and the control unit 110, the switching device 145 alternates between the first input device 250-1 and the second input device 250-2, and the input device driver 140 It can also be connected to.

The signal generated by the first input device 250-1 is processed and then the signal generated by the second input device is processed, and each input device 250-1 alternately divides a very short time into a circuit. It is to process the signal of (250-2).

As shown in this drawing, when the switching element 145 is used, an embodiment in which two or more input devices can be driven by using one driving unit is shown. It is natural that the input device driving unit may be provided as many as the number of input devices.

1,2: Sending and receiving characters 32: Selection area (step 1)
20; Central processing unit 21: memory unit
24: R/F unit 28-1, 28-2: first and second input devices
30-1,30-2: the first and second displays
34: Step 2 34a: Operation mark
36: step 3 38: step 4
39: N step 39a: first set
39b: second set
40: selection window 41: selection
42: input step 45: input window
46: step display 47: input space
48: attachment mark 60: first layer
61-1, 61-9: second layer 62-1-1, 62-4-3: third layer
70, 80, 90: Table of Contents 71, 81, 91: Items
72, 82, 92: group item 72a, 82a, 92a: selected item
95: search box 95a: word search
95b: voice search 97: separate window
97a: New Item 101: Server Control Panel
104: server database 110: smartphone
111, 112: hinge axis

Claims (5)

In a smartphone equipped with first and second displays, a central processing unit and an input unit,
For the first information displayed on the first and second displays 30-1 and 30-2, when a stepwise operation command for dividing a distance into steps or a stepwise operation command for dividing an angle into steps is executed, the stepwise operation command The result of is displayed over two displays 30-1 and 30-2,
There are a plurality of selection areas in the first information displayed on the first and second displays 30-1 and 30-2,
One step in which one selection region is selected as a point from among the plurality of selection regions through the input device, and a stepwise operation command is executed for the selection region,
2 steps in which the position of the point from the input device is output to the central processing unit,
The central processing unit determines the final step of moving from the current step of the selected area to 3 steps,
The central processing unit is a fourth step of displaying the first information on the first display, and displaying the final step information of the selected area determined in the third step on the display on the second display,
Including,
In the third step, the central processing unit determines the final step of moving from the current step by the time the point of step 1 is maintained or the strength of the pressure applied through the point. How to provide.
The method of claim 1,
When a stepwise operation command for dividing a distance or angle into steps is executed for the information displayed on the second display, the result of the stepwise operation command is displayed on the second display,
Information provided by a display-equipped smartphone, characterized in that when a selection area exists in the information displayed on the second display and a stepwise operation command is executed for the selected area, the result is displayed on the first display. How to.
In a smartphone in which the external display 30-3 is present on the outside in the folded state, and the display 30 is expanded inside in the unfolded state,
When the stepwise operation command for dividing the distance into steps or the stepwise operation command for dividing the angle into steps is executed for the information displayed on the external display 30-3, the result of the stepwise operation command is the external display 30-3. Is displayed in,
When a plurality of selection areas exist in the initial information displayed on the external display 30-3, when a stepwise operation command is executed for the selected area, the screen is divided and displayed,
One step in which one of the plurality of selection areas is selected as a point through an input device, and a stepwise operation command is executed for the selected area,
2 steps in which the position of the point from the input device is output to the central processing unit,
The central processing unit determines the final step of moving from the current step of the selected area to 3 steps,
The central processing unit displays the first information on a part of the external display 30-3, and displays the final stage information of the selected area determined in step 3 on a separate window of the external display 30-3. (step),
Including,
In the third step, the central processing unit determines the final step of the current step by the time the point of step 1 is maintained or the strength of the pressure applied through the point,
When the smartphone is unfolded, the central processing unit divides the unfolded display 30 so that the first information is displayed in the first area 30a, and the information of the final step of the selected area determined in step 3 is second A method of providing information in a smartphone equipped with a display, characterized in that the area (30a) is displayed.
The method of claim 3,
When a plurality of selection areas exist in the information displayed on the second area 30b of the unfolded display 30, one selection area is selected from among the plurality of selection areas, and a stepwise operation is performed on the selected area. When the command is executed, the result of the stepwise operation command being executed for the one selected area is displayed on a side-by-side window. The method of providing information in a smartphone equipped with a display.
The method of claim 1,
When the smartphone is unfolded, two displays 30-1 and 30-2 appear, and when the smartphone is folded, an external display 30-3 exists,
When the screen is divided and two pieces of information are displayed on the external display,
The method of providing information in a smartphone equipped with a display, characterized in that the two pieces of information are displayed on the first display and the second display, respectively, when unfolded on the smartphone.

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