JP2013125553A - Information processor and recording program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a technique with which conferences and meetings can be progressed by natural operation and also proceeding contents can be stored.SOLUTION: An information processor includes a panel type display unit, a touch panel type input unit, and a control unit. The input unit is superimposed and arranged on the display unit, and receives input by contact detection. The control unit causes the display unit to display an image, causes the display unit to draw the movement locus of detection points detected with the input unit by contact, and causes a capture image in a state of being displayed in the display area of the display unit to be stored, including date information, in a storage unit.

Description

  The embodiment described in this specification relates to a technique for recording agenda contents at a meeting or a meeting.

  As for the minutes of meetings and meetings, it is common to make the contents of the proceedings separately text or print the contents written on the whiteboard.

  However, the states arranged for comparative consideration during the meeting and the contents commented on the figure are not recorded, but are indirectly recorded in words, which is difficult to understand when confirmed later.

  The embodiment has been made to solve the above-described problems, and an object of the present invention is to provide a technique for allowing a meeting and a meeting to proceed with a more natural operation and for saving the contents of the proceedings.

  The information processing apparatus according to the embodiment includes a panel type display unit, a touch panel type input unit, and a control unit. The input unit is stacked on the display unit and receives an input through contact detection. The control unit displays an image on the display unit, causes the display unit to draw the movement locus of the detection point detected by the input unit, and displays the captured image displayed in the display area of the display unit as the date / time information. Are stored in the storage unit.

It is a figure which shows the external appearance of the desktop information processing apparatus of embodiment. It is a figure which shows the hardware structural example of the desktop information processing apparatus of embodiment. It is a figure when the desktop type information processing apparatus of the embodiment is viewed from above, and a diagram showing a display example of a touch panel display. It is a figure which shows the example of a display of the touchscreen display at the time of a meeting and a meeting. It is a figure which shows an example of management data. It is a flowchart which shows the example of a display operation at the time of a meeting, a meeting, and the operation example when preserve | saving a minutes image. It is a flowchart which shows the operation example when preserve | saving the audio | voice at the time of a meeting and a meeting.

  In this embodiment, a desktop information processing apparatus (computer) will be described. The desktop information processing apparatus of this embodiment has a touch panel display on a flat top plate surface.

  The touch panel display has a multi-touch function capable of simultaneously detecting a plurality of contacts, and has a function of displaying a line drawn on the touch panel display on the screen. Also, the desktop information processing apparatus allows multiple users to log in simultaneously.

  When a line is drawn on the touch panel display with a finger or a touch pen, the movement trajectory is displayed on the screen. An image in this state (capture image) can be recorded together with date / time information, logged-in user information, recording of the conversation at that time, and the like. In addition, what is drawn on individual image data is recorded and stored in association with the image data. A line written by a user with a finger or a touch pen can also be deleted. The user can select the color and thickness of the line to be drawn from those prepared in advance.

  The desktop information processing apparatus according to the embodiment can display not only a handwritten line but also a keyboard (specifically, an image simulating a keyboard) to display a sentence written in a text font. These handwriting and keyboard input can be accepted for all work areas on the display.

  The desktop information processing apparatus according to the embodiment includes a voice microphone and records voice itself. The desktop information processing apparatus converts voice data in a meeting into text by voice recognition and displays the text on a screen. A conversation made into text by voice recognition is recorded together with time information.

  The desktop information processing device can capture and save the entire screen displayed on the touch panel display as it is. The data includes the date and time, the location where the desktop information processing device is located (such as a conference room), and the logged-in user Information, conversation recording contents, and voice recognition text information are stored as additional information.

  Note that capturing the entire screen does not record everything when there is a change in movement on the screen, but immediately after it is determined that handwriting input has been completed, or when the screen capture is instructed by a button on the screen (not shown) It may be configured to be performed at the time of being performed. In this case, the captured date and time may be stored together, and time information (including date information) may be included in the file name.

  Also, what is written within the display range of the individual data displayed on the screen, not the entire screen, can be recorded and stored in the data itself.

  Voice information, text information by voice recognition, and image data by the screen capture function have time information, respectively, and can be displayed on the display and played back in a linked state based on the time information. It becomes.

  Hereinafter, aspects of the present embodiment will be described with reference to the drawings. FIG. 1 is a diagram illustrating an appearance of a desktop information processing apparatus 100 according to an embodiment. As shown in FIG. 1, the table-type information processing apparatus 100 is a table-type (table-type) information processing apparatus, and a large touch panel display 50 for operation display is arranged on the top plate surface.

  The touch panel display 50 includes a touch panel type sheet (input unit) stacked on a panel type display unit. In addition, there is a light receiving function on the entire surface of the display, and a scanner function that receives reflected light from the sheet and converts it into data by contacting and placing an object placed on the surface, especially a sheet printed with characters and pictures on the surface. Have.

  For example, an electrophotographic print engine (a printer unit 80 to be described later) is disposed below the desktop information processing apparatus 100. On one side of the desktop information processing apparatus 100, there is a discharge port for a sheet printed by the print engine.

  The touch panel display 50 is controlled by a control unit in the apparatus, and also functions as an apparatus for inputting print settings for the print engine. It also functions as a computer display device. The touch panel display 50 has a multi-touch function and can detect the movement of a finger at a plurality of different positions.

  The desktop information processing apparatus 100 allows simultaneous login of a plurality of users, for example, by authentication using a non-contact IC card or the like. When a plurality of users use it, an area that can be used is divided for each user, and the user uses each area. It is also possible to hold a conference, a meeting, a presentation, a business negotiation, etc. with a plurality of people using the desktop information processing apparatus 100.

  FIG. 2 is a block diagram illustrating a hardware configuration example inside the desktop information processing apparatus 100. As shown in FIG. 2, the desktop information processing apparatus 100 includes a processor 10, a DRAM (Dynamic Random Access Memory) 20, a ROM (Read Only Memory) 30, an HDD (Hard Disk Drive) 40, a touch panel display 50, a network I / O. An F (Interface) 60, a sensor unit 70, a printer unit 80, and an audio microphone 90 are included. These devices transmit and receive control signals and data to and from each other via the communication bus B. FIG. 2 does not show a controller or the like that directly controls each unit.

  The processor 10 is an arithmetic processing unit such as a CPU (Central Processing Unit), for example, and loads a program stored in the ROM 30 or the HDD 40 to the DRAM 20 and executes various processes according to the program. The DRAM 20 is a volatile main storage device. The ROM 30 is a non-volatile storage device that stores permanently, and stores a BIOS (Basic Input Output System) at the time of system startup. The HDD 40 is a nonvolatile auxiliary storage device that can be stored permanently, and data and programs used by the user are stored in the HDD 40.

  The touch panel display 50 includes a capacitive touch panel input unit (touch panel type input unit) and a flat panel display unit (panel type display unit). The touch panel supports multi-touch that detects a plurality of simultaneous contacts, and can obtain coordinate values (X value, Y value) according to the contact position. Further, the flat panel is provided with a reading image pickup element on the entire surface of the panel together with a light emitting element for display, and also has an object reading function (scanner function). At the time of reading, the light emitting element irradiates the sheet surface, and the reflected light is imaged (received) by the imaging element.

  The network I / F 60 is a unit responsible for communication with an external device, and includes a LAN (Local Area Network) board, a unit and mechanism for controlling short-range wireless communication, a FAX board connected to a public line network, and the like. The sensor unit 70 is a unit that detects an ID (identification) card possessed by a user and reads information described in the ID card. The read information is used for login authentication of the desktop information processing apparatus 100. This ID card is a non-contact type IC card and stores at least user identification information.

  The printer unit 80 is a unit that prints image data. The printer unit 80 includes a toner cartridge for storing toner, a cassette for storing sheets, a process unit (photosensitive drum, charging unit, exposure unit, intermediate transfer belt, etc.), a heat fixing device, and a discharge tray. A transport unit that transports the processed sheets in the order of a process unit, a heat fixing device, and a discharge tray.

  The sound microphone 90 is a unit that acquires sound emitted outside and converts it into a digital signal. The converted signal is converted into a predetermined format by the processor 10 and stored in the HDD 40.

  FIG. 3A is a plan view when the desktop information processing apparatus 100 is viewed from above, and FIG. 3B is a diagram illustrating a display example of the touch panel display 50. The desktop information processing apparatus 100 allows multiple users to log in simultaneously, and can simultaneously display the desktop screens of multiple users. In this example, the sensor units 70 are respectively arranged at the center of the four side surfaces near the top plate (four in total). When the user carrying the ID cards 200A to 200D approaches the sensor unit 70, the sensor unit 70 reads information in the ID card, and login authentication is performed. If the information in the ID card is registered in advance in the HDD 40 or an external authentication mechanism, the authentication conforms and the personal desktop screen is displayed in the direction the user is present (see FIG. 3B). ). The direction in which the user is present is determined by which sensor unit 70 the ID card information is acquired from.

  The touch panel display 50 also displays a boundary indicating a range that can be used by each individual. In the example of FIG. 3B, a broken line is used, but it is similar to this, and any mode may be used as long as the usage range can be understood by the user. In addition, the example of FIG. 3B is an example in which four users are using at the same time, and the work areas of each user are areas R1 to R4. A user who owns the ID card 200A uses the area R1 as a work area. Similarly, a user who owns the ID card 200B uses the area R2, and a user who owns the ID card 200C uses the area R3. A user who has the ID card 200D uses the area R4 as a work area.

  As shown in FIG. 3B, the touch panel display 50 displays a desktop screen so as to be in a normal orientation for the user in accordance with the position of the user. That is, the desktop screen is displayed in such a direction that the user is at the bottom of the screen and the opposite side is at the top of the screen. Further, the desktop screen at the time of login may be displayed in the state when the user logged out last time, or may be displayed in the default state defined for each user in advance.

  Next, a specific example of the conference function of the desktop information processing apparatus 100 will be described with reference to FIG. FIG. 4 is a display example when the conference function is enabled by a predetermined gesture operation. The touch panel display 50 of the present embodiment has a coordinate system in which the horizontal axis in FIG. 4 is X, the vertical axis is Y, and the upper left corner is the origin coordinate (0, 0).

  When the conference function is enabled, icons of all users who have completed login authentication are displayed (U1 to U3 in FIG. 4). The desktop information processing apparatus 100 acquires an image of the conference material from the HDD 40 or an external device and displays it on the touch panel display 50 by a user pressing a button (not shown) or a predetermined gesture operation. In the example of FIG. 4, images P1 to P4 are displayed. The displayed image can be rotated and moved by a user operation. In the present embodiment, when the touch panel display 50 detects a plurality of points of contact (for example, a five-point contact of the thumb, index finger, middle finger, ring finger, and little finger) in the image display area, the image is adjusted in accordance with the movement of each contact point. Rotate and move. When the user touches the same image with a plurality of five fingers and slides the same image, the image slides. In addition, the user touches the same image with a plurality of five fingers and moves the fingertips so as to twist the image, thereby rotating the image. This fingertip movement detection and display depends on the control of the processor 10.

  The user proceeds with the conference while referring to the displayed material (image), and writes necessary items on the touch panel display 50 with a dedicated pen or a fingertip. An example of the handwriting operation at this time will be described using the image P1. The user touches and selects the image P1 with one fingertip, and writes necessary information with the other hand while maintaining this contact. When writing is completed, the contact on the image P1 is released (the fingertip that was touched is released). In the example of FIG. 4, the handwritten object OBJ1 (the handwritten circular shape in the image P1, the arrow pointing to the circular shape, and the “correct this” character at the arrow start point) is described with the image P1 being touched. Assume that the contact of the image P1 is released. By this operation, the image P1 and the handwritten object OBJ1 are associated with each other. Further, by the same operation, the handwritten object OBJ2 (the handwritten vertical rectangle in the image P1, the arrow pointing to the vertical rectangle, the character image of “Large R” at the arrow start point) is also associated with the image P1. When the image is moved or rotated, the handwritten object associated with the image rotates and moves in conjunction with the image. When the image is erased on display, the associated handwritten object is also erased on display.

  When an image is touched with one finger, an area for storing an image for a handwritten object is secured in the DRAM 20. The touch panel display 50 draws the trajectory image by sliding the fingertip or pen tip of the other hand while one finger is touched. The handwritten object obtained in this way is stored in the HDD 40 or the DRAM 20 in a transmissive image format (a format that transmits other than the drawn symbols) when the contact of one finger of the image is released. Note that OBJ3 is a handwritten object that is not associated with any image, and is stored in a transparent image format after a predetermined time or when there is a predetermined gesture after handwritten input.

  The touch panel display 50 displays the voice data recognition result as text in the region R11 of FIG. In addition, when there is a function (speaker identification function) for identifying which user has spoken, the user name is also displayed in text. Existing techniques are used for voice recognition and speaker identification. In speaker identification, only a user who has performed login authentication is searched and identified as an identification target range. Further, although not explicitly shown in FIG. 4, information on the current date and time is also displayed in the area R11.

  The touch panel display 50 displays an image simulating a keyboard in the region R12 and accepts user input. The input characters are displayed in the area R13. When the user touches and rotates and moves the region R13 with the fingertip, the display character string in the region R13 may be rotated and moved following the movement. In this case, the user touches the region R13, and then touches the image to be associated, thereby associating them. The text data associated with the image is also stored as a transparent image format in the same manner as the above handwritten object. When the image is rotated, moved, or deleted, the text data in the transparent image format is also rotated, moved, or deleted.

  The user can change the line thickness and color of the handwritten object using a dialog (not shown). In addition, using a dialog (not shown), it is possible to select a predefined figure, pattern, or image and draw it on the touch panel display 50.

  Moreover, the implementation which identifies the user who is performing handwriting operation and draws with the color according to a user and the thickness of a line | wire may be sufficient. For user identification, a dedicated pen unique to the user (identification information is output from the pen) is used, or in the case of fingertip contact, a conventional human body communication technique is applied. In the case of human body communication, the identification information of the ID card possessed by the user can be acquired using the human body as a transmission medium by the user's fingertip touching the touch panel display 50. The ID card may be hung around the neck or in a pocket. Naturally, the ID card and the desktop information processing apparatus 100 need to include a unit that enables human body communication.

  Part or all of the handwritten object is erased on the display when a predetermined gesture or an unillustrated eraser icon is selected. For example, the user selects the eraser icon and slides the handwritten object with the pen tip or the fingertip to erase the drawing of the slid area. After erasure editing, the handwritten object image file may be updated to the image after the erasure editing, or an erasure editing image may be newly generated as another file in order to leave a history.

  FIG. 5A shows management data related to an image for a conference material, and FIG. 5B shows management data related to a handwritten object. These management data are stored in the HDD 40 or the DRAM 20. The management data regarding the image includes the image identification information (image ID) of automatic numbering, the file name of the image, the current image center coordinate value, and the current rotation angle with the image center as the rotation axis (X axis is 0 °). Each data of (angle) is associated (see FIG. 5A). The handwritten object includes automatic identification object identification information (object ID), associated image identification information (image ID), relative coordinate values based on the center coordinates of the associated image, and the file name of the handwritten object image. Are stored in association with each other. In this example, the relative coordinate values shown in FIG. 5B correspond to the center coordinate values of the handwritten object image. The file name of the handwritten object image includes information (date, month, day, hour, minute, second) of the date and time when the handwritten object was generated. Note that a handwritten object that is not associated with an image, such as OBJ3 in FIG. 4, has a NULL value in the image ID column.

  The management data shown in FIG. 5B associates an image (for example, P1 in FIG. 4) with an object image (for example, OBJ1 in FIG. 4). When the image P1 moves on the touch panel display 50 without rotation, the processor 10 updates the coordinate values shown in FIG. The processor 10 controls the display of the touch panel display 50 so that the OBJ1 moves in the same direction in conjunction with the image P1 while maintaining the positional relationship with the image P1 by the relative coordinate value. The same applies to OBJ2.

  Further, when the image P1 rotates without sliding, the processor 10 updates the rotation angle shown in FIG. The processor 10 controls the display on the touch panel display 50 so that OBJ1 rotates by the same angle based on the correspondence shown in FIG. The operation at this time will be described. The processor 10 first creates an image obtained by rotating OBJ1 at the same angle as the image P1. The processor 10 calculates the distance from the center coordinate of the image P1 to the center coordinate of the OBJ1 using the relative coordinate value, and the coordinate value after the movement of the OBJ1 (the center coordinate of the image P1 is calculated with the calculated distance and the rotation angle). The coordinate value as a reference) is calculated. The processor 10 adds the center coordinate value of the image P1 (coordinate value in FIG. 5A) to the calculated coordinate value, and uses the upper left corner of the display area as the origin coordinate (0, 0). The coordinate value at is calculated. The processor 10 displays the previously created rotated image of OBJ1 so that the center of OBJ1 comes to the coordinate position of this absolute coordinate system. By doing so, the OBJ1 can be rotated in conjunction with the rotation of the image P1, while maintaining the positional relationship by the relative coordinate value. The same applies to OBJ2.

  FIG. 6 is a flowchart illustrating an operation example of image rotation / movement, drawing of a handwritten object, and display of text characters using a keyboard by the desktop information processing apparatus 100. This flowchart is realized by the processor 10 developing a program installed in advance in the HDD 40 (or ROM 30) in the DRAM 20 and controlling each hardware according to the program code.

  First, when a predetermined image capturing operation is performed by the user (ACT001, Yes), the touch panel display 50 displays the image according to an instruction from the processor 10 (ACT002). The capturing operation may be a method of selecting an image from a dialog or a method of acquiring from another device. Alternatively, a method of scanning a document sheet and capturing an image using the scanner function of the touch panel display 50 may be used. The processor 10 creates management data (one record in FIG. 5A) for the captured image.

  When the touch panel display 50 does not detect contact with the user's fingertip (ACT003, No), the process proceeds to ACT016. When the touch panel display 50 detects contact (ACT003, Yes), the processor 10 determines whether this detection position is within the area of the image captured by ACT002 (ACT004). If it is within the image area (ACT004, Yes), the processor 10 determines whether a plurality of points are detected within the same area within a certain period (for example, within 0.5 seconds) (ACT011). In the determination of ACT 011, if No, the handwritten object is drawn, and if Yes, the image is moved / rotated.

  When not detecting multiple points (ACT011, No), the processor 10 acquires the current time information (including date, the same applies hereinafter) from the system clock or outside (ACT012), and is not used in the contact position of other points (ACT003). The object is drawn at the fingertip contact point of the other hand (ACT013). The touch panel display 50 draws the locus of this other point until the contact at ACT003 is released (ACT014, No loop). If an eraser icon or the like is selected, a part or all of the object is erased in ACT013.

  When the contact made in ACT003 is released (ACT014, Yes), the processor 10 stores the handwritten object drawn so far in the HDD 40 or the DRAM 20 as transparent image data (ACT015). In this example, the processor 10 includes the drawing start time acquired in ACT012 and the end time information that is the time of contact release in ACT014 in the file name of the image data of the handwritten object. When ACT015 is executed, the processor 10 creates management data (for one record) shown in FIG. Thereafter, the process proceeds to ACT016.

  From ACT003 to ACT015, for example, the user selects an image to be associated by touching the image with one finger of the left hand, and draws a handwritten object with the fingertip or pen tip of the right hand.

  Return to the determination of ACT011. When a plurality of points are detected in the image area (ACT011, Yes), the touch panel display 50 displays the image to be moved or rotated according to the movement of the detection position (both movement and rotation may be performed simultaneously) (ACT021) . The processor 10 treats each contact point as a movement of an image when it moves by substantially the same direction and the same distance, and treats it as a rotation when it does not. In the case of rotation, the processor 10 calculates the rotation center from the moving direction of each contact point, the distance from this rotation center to an arbitrary contact point (in this example, the contact point farthest from the rotation center), and this arbitrary The rotation angle is calculated using the movement distance of the contact point. The touch panel display 10 rotates the image at this angle. ACT021 updates the coordinate values and rotation angles shown in FIG.

  When there is a handwritten object associated with the moved and rotated image, the touch panel display 50 moves and rotates the associated handwritten object with the same movement amount and rotation angle as the image (ACT022). The processor 10 calculates the coordinates after the movement of the handwritten object based on the management data of FIGS. 5A and 5B, acquires the rotation angle, and controls the drawing. After this operation, the process proceeds to ACT016.

  In the case of image rotation, in this example, regardless of the position of the contact point in the image, the center point of the image is rotated and displayed as a rotation axis. It is also possible to implement such as rotating display as In this case, the handwritten object image also rotates around the center of gravity as the rotation axis.

  Return to the determination of ACT004. If not in the image area (ACT004, No), the processor 10 determines whether the contact position is in the keyboard (in the area R12 in FIG. 4) (ACT031). When it is in the keyboard (ACT031, Yes), the touch panel display 50 displays the input characters in the region R13 (ACT032). Thereafter, the process proceeds to ACT016. Although not explicitly shown in this flowchart, the region R13 may be mounted so that it can be moved and rotated by a touch and slide operation. In this case, when the region R13 is touched and then the image is touched, the image can be associated with the image, and the text image moves and rotates according to the movement of the image. After the association, the region R13 becomes a new text display region, and a new input text can be displayed.

  Return to the determination of ACT031. When not in the keyboard (ACT031, No), in this embodiment, the processor 10 performs a drawing process of a handwritten object (ACT041). This handwritten object is an object that is not associated with any image, and the image ID field in FIG. 5B is an object with a NULL value. The processor 10 stores the handwritten object written within a certain period as one image data (ACT042), and proceeds to ACT016. At this time, the processor 10 registers one record of the handwritten object in the management data shown in FIG.

  Each of the above operations is repeated until a predetermined gesture operation for ending the conference or pressing a conference end button (not shown) is performed (ACT016, No loop). When the end operation is performed (ACT016, Yes), the processor 10 stores the image (capture image) of the entire area displayed on the touch panel display 50 in the HDD 40 (ACT051), and the input text (ACT032) is input. Are stored in the HDD 40 in a prescribed character code format (ACT052). Further, the management data exemplified in FIGS. 5A and 5B and the image data of the handwritten object are also permanently stored in the HDD 40.

  The processor 10 includes the file name of each data stored in ACT051 and ACT052, and includes the date of the meeting, the data of the start time, the end time, the login user name, and the identification information of the desktop information processing apparatus 100 for storage. By including the login user name, it is possible to identify the conference participants, and by including the identification information of the desktop information processing apparatus 100, the location (conference room, etc.) where the desktop information processing apparatus is located is specified. It becomes possible.

  The printer unit 80 prints out the image data and text data of all the areas on the sheet (ACT053). At this time, the printer unit 80 may be mounted to print the meeting date, start time, end time, login user name, and identification information of the desktop information processing apparatus 100.

  In the flowchart of FIG. 6, only the ACT051 is stored in the entire display area. However, captured images in the entire display area may be stored at various timings. For example, it may be performed each time a predetermined time interval (for example, 1 minute), or immediately after ACT015 or ACT042 is performed, by a predetermined gesture operation by the user. The file name in this case is also a file name in the same format as described above. In addition to the implementation of adding data such as date and time information to the file name, an implementation of adding data as captured image data may be used.

  FIG. 7 is a diagram showing a flowchart for storing a recording of audio data. When a voice recording button (not shown) is pressed by the user, the processor 10 starts recording voice data in a prescribed file format (ACT 101). When there is input of voice data from the voice microphone 90 (ACT 102, Yes), the processor 10 acquires information on the current date and time (ACT 103), and converts the voice into text data using a conventional voice recognition technique. (ACT104). Further, the processor 10 identifies which user (authenticated user) uttered by using a conventional speaker identification technique (ACT 105).

  The processor 10 creates a character string shaped in the order of current date and time information, speaker name, and voice text, and the touch panel display 50 displays this character string in the region R11 (see FIG. 4) (ACT 106). . The operations of ACT102 to ACT106 are repeated until a recording stop operation is performed (ACT107, No loop). When the recording stop operation is performed (ACT 107, Yes), the processor 10 stops recording (ACT 108), and stores the voice data and the text data displayed in the region R11 in the HDD 40 (ACT 109). The name of each file stored at this time includes the date of the conference, the recording start time, the recording end time, the login user name, and the identification information of the desktop information processing apparatus 100.

  If the determination in ACT 102 is negative (ACT 102, No), the process proceeds to ACT 107.

  In the above example, in order to associate an image with a handwritten object, the user touches the image and writes while the contact is maintained, but various other methods are conceivable. As another example, there is an implementation in which an image drawn within a certain period after the user touches the image is associated with the image.

  In the above example, the implementation example is described in which the date and time information, the login user name, and the additional data of the identification information of the desktop information processing apparatus are added to the file name of the recording data such as the captured image. However, the aspect is not limited thereto. . Any implementation in which the recording data and the additional data are stored in association with each other may be used. The type of additional data is not limited to this. Any data may be used as long as it can be acquired by the desktop information processing apparatus, such as a meeting name and a meeting room name.

  In the above example, whether the drawing is handwritten drawing or the movement / rotation of the image is determined by determining whether the contact is made with one finger or a plurality of fingers within the image display area. There are various other methods. For example, if you touch the display area of the image and perform a gesture operation that draws a circular locus, for example, you may use a handwritten drawing for a certain period after that, or conversely draw a circular locus It is also possible to implement that the image rotates. As described above, there are various modes of the gesture operation, and the gesture control may be performed by any gesture operation.

  In the above example, the captured image is image data displayed in the entire display area of the touch panel display 50, but may be a partial display area of the touch panel display 50. Of course, an implementation in which the user specifies the area to be captured may be used.

  A recording program or a conference program for causing a computer to execute the above operation may be provided. This embodiment will be described as an example. This program is stored in advance in the HDD 40, and the processor 10 reads this program, expands it in the DRAM 20, and executes the calculation.

  In the present embodiment, the function for implementing the invention is recorded in advance in the apparatus. However, the present invention is not limited to this, and the same function may be downloaded from the network to the apparatus. You may install what was memorize | stored in the apparatus. The recording medium may be any form as long as the recording medium can store the program and can be read by the apparatus, such as a CD-ROM. In addition, the function obtained by installing or downloading in advance may be realized in cooperation with an OS (operating system) inside the apparatus.

  The control unit corresponds to a configuration including at least the processor 10, the DRAM 20, and the communication bus 90 of the embodiment. A program that operates in cooperation with the hardware such as the processor 10, the DRAM 20, and the communication bus 90 is stored in advance in the HDD 40 (or may be the ROM 30), and is loaded into the DRAM 20 by the processor 10 and executed. . The storage unit corresponds to the DRAM 20 and the HDD 40. The display unit and the input unit correspond to the touch panel display 50.

  As described in detail above, according to the aspect of the present embodiment, it is possible to proceed with meetings and meetings with natural operations, and to save the agenda contents.

  The present invention can be implemented in various other forms without departing from the spirit or main features thereof. Therefore, the above-described embodiment is merely an example in all respects and should not be interpreted in a limited manner. The scope of the present invention is indicated by the scope of claims, and is not restricted by the text of the specification. Further, all modifications, various improvements, alternatives and modifications belonging to the equivalent scope of the claims are all within the scope of the present invention.

  10 processor, 20 DRAM, 30 ROM, 40 HDD, 50 touch panel display, 51 touch panel display, 52 imaging unit, 53 light emitting unit, 60 network I / F, 70 sensor unit, 80 printer unit, 90 audio microphone, B communication bus, Desktop information processing apparatus 100 (information processing apparatus).

Claims (6)

A panel display,
A touch panel type input unit that is stacked on the display unit and receives input by contact detection;
An image is displayed on the display unit,
Let the display part draw a movement locus of the detection point detected by the input part,
A control unit that stores the captured image displayed in the display area of the display unit in a storage unit including date and time information;
An information processing apparatus. The information processing apparatus according to claim 1,
The said control part matches the said image and the drawing image of the said movement locus | trajectory, and memorize | stores it in a memory | storage part. The information processing apparatus according to claim 2,
The control unit controls the display unit so that the image displayed on the display unit moves or rotates based on contact detection of the input unit, or both, and displays the drawn image. An information processing apparatus that controls the display unit to move and rotate following the movement of the image based on the association. The information processing apparatus according to any one of claims 1 to 3, further comprising:
Have an audio microphone to capture external audio,
The control unit stores audio data obtained by the audio microphone in a storage unit including date and time information. The information processing apparatus according to claim 4,
The control unit converts the voice data into text data of a character string,
The display unit displays the text data. A program for causing a computer to have a panel type display unit and a touch panel type input unit that is arranged in a stack on the display unit and receives an input by contact detection,
An image is displayed on the display unit,
Let the display part draw a movement locus of the detection point detected by the input part,
The recording program for making a computer perform the process which memorize | stores the captured image of the state currently displayed in the display area of the said display part in a memory | storage part including date information.

Images