JP2013101663A - Display system and program thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a display system and a program thereof in which content written by each user is arrayed and displayed and can be mutually observed.SOLUTION: Each participant writes an answer on an own answer sheet 5 with an electronic pen 1. The electronic pen 1 transmits written information to an aggregation device 2. The aggregation device 2 receives the written information from the electronic pen 1 and displays the answers of each participant on display means so as to be arrayed corresponding to the answer sheets written by the participants. The same image is projected on a screen by a projector 4.

Description

  The present invention relates to an electronic pen system using an electronic pen for calculating a position coordinate of a pen tip portion on a sheet, and a terminal device recognizes an entrant who fills in an entry form by filling in an entry setting sheet. The present invention relates to a system that can be executed and a program thereof.

  Conventionally, electronic pens that digitize written information have been developed, and “Anot Pen” developed by Swedish company Anoto is known as a representative one. Anotopen is used together with dedicated paper (hereinafter also referred to as “dedicated paper”) on which a predetermined dot pattern is printed. In addition to the usual ink cartridge for writing characters, etc., the anotopen has a small camera for capturing the dot pattern printed on the dedicated paper and the position coordinates on the dedicated paper from the captured dot pattern. A processor for calculating and a data communication unit for transmitting the calculated position coordinates and the like to an external device are mounted. When a user writes characters, etc. on the special paper with an annotated pen, or puts a check mark on the image designed on the special paper, the small camera prints a dot pattern printed on the special paper as the pen moves. Information such as characters and images written by the user is recognized from continuous position coordinates obtained by imaging and calculated by the processor. Then, this entry information is transmitted by the data communication unit from the Anotopen to a terminal device such as a nearby personal computer or mobile phone (for example, see Patent Document 1).

  The present applicant has proposed a learning scoring system that efficiently counts the results of scoring such as a mock test using such an electronic pen (Patent Document 2). There has also been proposed a system that stores learning data shared by a plurality of students in a storage device and provides learning data while counting accesses from the terminals of the students (Patent Document 3). In addition, a system has been proposed in which a student enters an answer on a question sheet with an electronic pen, and a file is created by storing the contents written on each electronic pen for each question sheet (patent) Reference 4).

  In addition, it has been proposed that a tablet computer is used for events such as weddings and farewell parties (Patent Document 5). In this patent document 5, it is determined that the input completion button is selected for the input message data that has been taken in, or that the pen has been separated from the tablet for a certain period of time or more. Describes an apparatus for identifying individual messages as messages written by another person. There has also been proposed an information processing apparatus that identifies entry information from a plurality of electronic pens using a pen ID unique to the electronic pen included in the entry information (Patent Document 6). This patent document 6 also describes that when displaying the entry content entered with the electronic pen on the display screen, the entry information is identified by the pen ID and displayed in a different color.

Japanese translation of PCT publication No. 2003-511761 JP 2004-206295 A JP 2002-323847 A JP 2006-244055 A JP 2006-127003 A JP 2003-308169 A

  However, in the conventional apparatus, there is no device that can display the contents entered by each user side by side and observe each other. Accordingly, an object of the present invention is to provide a display system and a program for displaying the contents entered by each user side by side and observing each other.

A display system according to the present invention includes:
An entry form used by multiple users,
A plurality of electronic pens that are used by a plurality of users to fill out their own entry forms and at least immediately send information about the position coordinates entered;
A display system comprising: a computer that receives and transmits information transmitted from each electronic pen and displays an image that can be observed by each user in the same venue;
The computer
Receiving means for receiving information from each electronic pen;
And a processing means for displaying on the display means, based on the information received by the receiving means, the contents entered by a plurality of users in correspondence with the entry sheets filled in by each user. It is characterized by.

  According to this configuration, when a plurality of users in the same venue fill in their entry forms with an electronic pen, each electronic pen immediately transmits at least information regarding the position coordinates entered, and the computer receives the receiving means. Thus, information transmitted from each electronic pen is received. Based on the information received by the receiving means, the processing means of the computer displays the entry contents of a plurality of users on the display means so that the entry sheets are arranged in correspondence with the entry sheets entered by each user. Let Therefore, each user in the same venue can immediately observe the contents filled in with each other.

Moreover, the display system according to the present invention includes:
An entry form used by multiple users,
A plurality of electronic pens that are used by a plurality of users to fill out their own entry forms and at least immediately send information about the position coordinates entered;
A computer for receiving information transmitted from each electronic pen;
A display system including a projector connected to the computer and displaying the content displayed on the display means of the computer on a screen;
The computer
Receiving means for receiving information from each electronic pen;
And a processing means for displaying on the display means, based on the information received by the receiving means, the contents entered by a plurality of users in correspondence with the entry sheets filled in by each user. It is characterized by.

  According to this configuration, when a user fills in his / her own entry form with an electronic pen, each electronic pen immediately transmits at least information regarding the position coordinates entered, and the computer receives the information from each electronic pen by the receiving means. Receive information to be sent. Based on the information received by the receiving means, the processing means of the computer displays the entry contents of a plurality of users on the display means so that the entry sheets are arranged in correspondence with the entry sheets entered by each user. Let Furthermore, the content displayed on the display means of the computer is displayed on the screen by the projector. Therefore, each user can immediately observe the contents written on each other on the screen.

  In the above display system, the processing means of the computer may be configured to display the entry contents of the user who is instructed to select on the display means. Thereby, the entry contents of the user who is instructed to select can be displayed on the display means.

  In the display system, the processing means may be configured to identify a user who is filling in with a pen ID transmitted by each electronic pen.

  In the display system, the receiving unit may be configured to receive the information from another device that receives information from an electronic pen used by a user in a different venue from a plurality of users.

  The program according to the present invention is characterized by functioning as the computer. The computer can be realized by installing this program on the computer.

  According to the present invention, the contents entered by each user can be displayed side by side and observed from each other.

1 is a system configuration diagram of an embodiment of an electronic pen system according to the present invention. It is a figure which shows the answer sheet utilized with the system of this embodiment. It is a figure which shows the name list paper utilized with the system of this embodiment. It is a figure which shows the color pallet paper utilized with the system of this embodiment. It is explanatory drawing of the expression method of the information by the dot pattern printed on each paper. (A) schematically shows a dot pattern, and (b) is an explanatory diagram showing an example of information corresponding to the dot pattern. It is a block diagram which shows the structure of the electronic pen utilized with the system of this embodiment. It is a system configuration figure of this system including a functional block diagram of an aggregation device. It is a figure which shows an example of the user area definition information which linked | related the user area in a paper, the paper classification, and the range of a position coordinate memorize | stored in the aggregation apparatus. (A) is a diagram showing an example of name list definition information in which a user area and name No. in a name list sheet stored in the aggregation device are associated with a user ID and a user name, and (b) is stored in the aggregation device. FIG. 6 is a diagram illustrating an example of color palette definition information in which a user area on a color palette sheet is associated with a line type ID and a line type. (A) is a figure which shows an example of pen setting information memorize | stored in an aggregation apparatus, (b) is a figure which shows an example of pen setting information in case several answerers use the same electronic pen, (c) These are figures which show an example of pen setting information in case the same answerer uses different electronic pens. It is a structure figure of the file of the learning data memorize | stored in an aggregation apparatus. It is a flow which shows the setting of the writer ID to entry information. It is explanatory drawing at the time of designating a user ID with a name list paper beforehand and filling in an answer paper. FIG. 15 is an explanatory diagram in a case where another answerer designates a user ID on a name list sheet with the same electronic pen and fills in the answer sheet following the usage mode of FIG. 14. It is explanatory drawing in the case where an answer has been entered in the answer sheet in advance and a user ID is subsequently designated on the name list sheet and subsequently entered in the answer sheet. It is explanatory drawing of the grouping function in this aggregation apparatus. It is an example of a display screen by a drawing application in the aggregation device. It is a user control list of the example of a display screen shown in FIG. It is explanatory drawing of the function menu by the drawing application in an aggregation apparatus, (A) shows the pull-down menu of a file menu, (B) shows the pull-down menu of a display menu, (C) shows the pull-down menu of a tool menu. It is an example of a display screen by a drawing application in the aggregation device.

  Hereinafter, preferred embodiments of an electronic pen system according to the present invention will be described with reference to the drawings.

[System configuration of electronic pen system]
FIG. 1 is a system configuration diagram of an electronic pen system 10 according to the present embodiment. As shown in FIG. 1, the electronic pen system 10 fills in answer sheets (entry sheets) 5A, 5B,... (5) distributed to each student and answer sheets (handwriting) on the answer sheet 5, The electronic pens 1A, 1B,... (1) for transmitting the entered information to the outside by a wireless communication method such as Bluetooth (registered trademark), and the display information (display) And a consolidating device (terminal device) 2 for displaying entry contents and the like.

  In FIG. 1, the aggregation device 2 receives the entry information directly from the electronic pens 1 </ b> A to 1 </ b> C. When there are many cases, or when it is out of the range of wireless communication due to the remote answering place of the students, the entry information transmitted from the other electronic pens 1D, 1E,. A transfer device 3 for transferring to is provided. At this time, transmission of data from the transfer device 3 to the aggregation device 2 may be performed by a TCP / IP communication method via a LAN, for example. An electronic pen can be used for each electronic pen 1, and a laptop personal computer or the like can be used for the aggregation device 2 or the transfer device 3. The projector 4 is a device that receives display information from the aggregation device 2 and projects and displays the screen of the aggregation device 2 on a screen.

  Further, in the present system 10, when filling in the answer sheet 5 with the electronic pen 1, a name list sheet (entry setting sheet) 6 for causing the aggregation device 2 to recognize the writer who has filled in with the electronic pen 1, A color pallet sheet 7 for specifying a color and a line width for displaying the handwriting written in the aggregation device 2 is provided.

[Answer sheet]
The answer sheet (entry form) 5 will be described with reference to FIG. Each answer sheet 5 has a dot pattern (coded pattern) of the same pattern printed on substantially the entire surface thereof, and a user area 501 is defined thereon. Further, each answer sheet 5 is printed with an entry field for entering the affiliation (class) and name, a question, an answer field, and the like. The dot pattern is printed with ink containing carbon that absorbs infrared rays, and lines and characters such as entry fields and problem contents are printed with ink that does not absorb in the infrared region.

[Roster paper]
With reference to FIG. 3, the name list form (entrant setting form) 6 will be described. A dot pattern (encoded pattern) that can be read by the electronic pen 1 is printed on substantially the entire surface of the name list sheet 6, and user areas 601 to 606 are defined thereon. The user areas 601 to 606 are used in the aggregation device 2 for associating the user ID with the entry information generated by the electronic pen 1 through the pen ID. Here, since there are five answerers Taro, Jiro, Saburo, Shiro, and Goro, the user area 601 has “1 Taro”, the user area 602 has “2 Jiro”, and the user area 603 has “3”. “Saburo” and user area 604 are printed with “4 Shiro” and user area 605 “5 Goro”. In the user area 606, “6” is printed as a spare, but the name is not printed. The dot pattern printed on the list paper 6 has a different dot pattern from the answer paper 5, and the dot pattern is printed with ink containing carbon that absorbs infrared rays. Further, the frames and names of the user areas 601 to 606 are printed with ink that does not absorb in the infrared region. When the answerer writes the answer on the answer sheet 5, the user of the electronic pen 1 is placed in the user area corresponding to his / her name in order to make the aggregation device 2 recognize the entry person of the entry information by his user ID. Tap (tap) at the tip 103.

[Color palette paper]
The color pallet paper 7 will be described with reference to FIG. A dot pattern (coded pattern) that can be read by the electronic pen 1 is printed on substantially the entire surface of the color pallet paper 7, and user areas 701 to 706 are defined thereon. The user areas 701 to 706 are used to select a color and a line width for displaying stroke information (handwriting) by the electronic pen 1 on the display unit 26 of the aggregation device 2. The user area 701 is a user area for displaying the stroke information in black on the display means 26 of the aggregation device 2 and is printed with “Kuro”. The user area 702 is a user area for displaying stroke information in red on the display unit 26 of the aggregation device 2 and is printed with “red”. The user area 703 is a user area for displaying the stroke information in blue on the display unit 26 of the aggregation device 2, and “A” is printed.

  The user area 704 is a user area for displaying stroke information on the display unit 26 of the aggregation device 2 with a line width of 0.3 mm, and is printed as “0.3 mm”. The user area 705 is a user area for displaying the stroke information on the display unit 26 of the aggregation device 2 with a line width of 0.5 mm, and “0.5 mm” is printed. A user area 706 is a user area for displaying stroke information on the display unit 26 of the aggregation device 2 with a line width of 1.0 mm, and is printed as “1.0 mm”. The dot pattern printed on the color pallet paper 7 has a different dot pattern from the answer paper 5 and the name list paper 6, and the dot pattern is printed with ink containing carbon that absorbs infrared rays. Further, the frames and characters of the user areas 701 to 706 are printed with ink that does not absorb in the infrared region. When setting the color and line width of stroke information (handwriting) to be displayed on the display unit 26 of the aggregation device 2, the answerer taps the desired user area with the pen tip portion 103 of the electronic pen 1.

  Next, an Anoto dot pattern (coded pattern) printed on the answer sheet 5, the list sheet 6, and the color pallet sheet 7 will be described with reference to FIGS. FIG. 5 is a diagram for explaining the relationship between the dots of the dot pattern printed on the sheets 5 to 7 and the values to which the dots are converted. As shown in FIG. 5, each dot of the dot pattern is associated with a predetermined value depending on its position. In other words, each dot is associated with a value of 0 to 3 depending on which direction the top, bottom, left, or right is shifted from the reference position of the grid (intersection of the vertical line and horizontal line). The value of each dot can be further converted into a first bit value for the X coordinate and a second bit value for the Y coordinate. The position coordinates on the paper are determined by the combination of the information thus associated.

  FIG. 6 shows an arrangement of a certain dot pattern. As shown in FIG. 6A, 6 × 6 dots are arranged in a range of about 2 mm in length and width so that a unique pattern can be obtained no matter where 6 × 6 dots are taken from any part of the paper. Yes. The dot pattern formed by these 36 dots holds position coordinates and a dot pattern address (coded pattern address). FIG. 6B is a diagram in which each dot shown in FIG. 6A is converted into a corresponding value based on the regularity shown in FIG. 5 according to the shift direction from the reference position of the lattice. This conversion is performed by the electronic pen 1 that captures an image of a dot pattern.

[Electronic pen]
Next, the electronic pen 1 will be described with reference to FIG. As shown in FIG. 7, the electronic pen 1 has a communication unit including a processor 108 configured by a CPU, a memory 109 such as a ROM and a RAM, an antenna, a transmission circuit, and the like inside a housing 101. 111, a battery 112, an LED 105, a CMOS camera 106, a real-time clock 110, a pressure sensor 107, and an ink cartridge 104. The tip of the ink cartridge 104 is a pen tip portion 103, and each student taps the pen tip portion 103 of the electronic pen 1 on the name list paper 6 or the color pallet paper 7 or comes into contact with the answer paper 5. You can enter your affiliation (class), name, and answers to questions.

  The battery 112 is for supplying power to each component in the electronic pen 1. For example, the attachment / detachment of the cap containing the magnet is detected by a magnetic sensor (not shown), and the electronic pen 1 itself is turned on / off. The real time clock 110 transmits time information indicating the current time (time stamp) and supplies the time information to the processor 108. The pressure sensor 107 detects the pressure applied through the ink cartridge 104 from the pen tip portion 103 when the student writes characters or the like on the answer sheet 5 with the electronic pen 1, that is, the writing pressure, and sends the value to the processor 108. send.

  The processor 108 switches on / off the switches of the LED 105 and the CMOS camera 106 based on the writing pressure data supplied from the pressure sensor 107. That is, when the student taps on the name list paper 6 or the color pallet paper 7 with the electronic pen 1 or writes characters on the answer paper 5, writing pressure is applied to the pen tip 103, and the pressure sensor 107 is applied. When the writing pressure of a predetermined value or more is detected, the processor 108 determines that the student has started the entry, and activates the LED 105 and the CMOS camera 106.

  The LED 105 and the CMOS camera 106 are attached in the vicinity of the pen tip portion 103 of the electronic pen 1. An opening 102 is formed in a portion of the housing 101 facing the LED 105 and the CMOS camera 106. The LED 105 irradiates infrared rays toward the vicinity of the pen tip portion 103 on the paper. The region is slightly shifted from the position where the pen tip portion 103 contacts the answer sheet 5. The CMOS camera 106 captures a dot pattern in the area illuminated by the LED 105 and supplies image data of the dot pattern to the processor 108. An imaging region by the CMOS camera 106 is a range including a size of about 2 mm × about 2 mm as shown in FIG. Imaging by the CMOS camera 106 is performed about 50 to 100 times per second.

  Since carbon absorbs infrared rays, the infrared rays irradiated by the LED 105 are absorbed by the carbon contained in the dots. Therefore, the dot portion has a small amount of infrared reflection, and the portion other than the dot has a large amount of infrared reflection. By discriminating the photographing result of the CMOS camera 106 with a threshold value, it is possible to distinguish the dot area containing carbon from the other area by the difference in the amount of reflected infrared light. The ink on which the frame lines, characters, and the like of the sheets 5 to 7 are printed does not have absorbability in the infrared region, so that the dot pattern can be easily recognized.

  While the student is writing, the processor 108 calculates the XY coordinates (position coordinates) on the paper 5 to 7 of the stroke (handwriting) to be filled by the student from the dot pattern of the image data supplied by the CMOS camera 106. Calculate continuously. That is, the processor 108 converts the dot pattern image data supplied by the CMOS camera 106 into a data array as shown in FIG. 6B, and further converts it into an X coordinate bit value and a Y coordinate bit value. The XY coordinate data and the dot pattern address are calculated from the data array by a predetermined calculation method. The processor 108 then sends the current time (time stamp: entered time information) transmitted from the real-time clock 110, writing pressure data, dot pattern address, XY coordinate data, and pen ID (electronic pen identification information). Associate. Since the 6 × 6 dot patterns on the sheets 5 to 7 do not overlap in the sheets, when the student enters the answer contents with the electronic pen 1, which position on the sheet corresponds to the written position. Can be specified by coordinate calculation by the processor 108.

  The memory 109 stores a pen ID for identifying the electronic pen 1. The pen IDs “pen01” to “pen05” are stored in the respective memories 109 for the electronic pens 1A to 1E (see FIG. 1).

  The communication unit 111 sends time information (time stamp), writing pressure data, dot pattern address, XY coordinate data, and pen information associated with the pen ID directly to the aggregation device 2 or the transfer device 3. To send via. Transmission by the communication unit 111 is immediately and sequentially performed to the aggregation device 2 by a wireless transmission method of Bluetooth (registered trademark).

  Each electronic pen 1 generates entry information and transmits it to the aggregation device 2 every time a student fills in forms 5 to 7. For example, when the student touches the answer sheet 5 with the pen tip portion 103 of the electronic pen 1 (pen down) and fills in, the electronic pen 1 detects that the pressure sensor 107 detects a writing pressure of a predetermined value or more. The contact with the answer sheet 5 is detected. Then, while irradiating infrared rays with the LED 105, the dot pattern near the pen tip portion 103 is photographed with the CMOS camera 106. The processor 108 calculates the XY coordinate data and the dot pattern address at the contact position on the answer sheet 5 from the image data of the captured dot pattern. The processor 108 generates entry information in which the time information indicating the current time transmitted by the real-time clock 110, the dot pattern address, the XY coordinate data, the pen pressure data, and the pen ID are associated with each other. The data is transmitted to the aggregation device 2.

  In this way, the electronic pen 1 continues to generate entry information and send it to the aggregation device 2 while the student continues to fill in the answer sheet 5. When the student removes the electronic pen 1 from the answer sheet 5 (pen up), the electronic pen 1 stops the entry because the pressure sensor 107 no longer detects a writing pressure exceeding a predetermined value. It is determined that Then, the LED 105 and the CMOS camera 106 are stopped, and transmission of entry information to the aggregation device 2 is stopped.

[Transfer device]
The transfer device 3 will be described with reference to FIG. FIG. 8 shows a system configuration diagram of the electronic pen system 10 including a functional block diagram of the transfer device 3 and a functional block diagram of the aggregation device 2.

  As illustrated in FIG. 8, the transfer device 3 includes a transfer reception unit 31 and a transfer transmission unit 32. The transfer receiving means 31 is a means for receiving data such as entry information transmitted from the electronic pen 1 by the Bluetooth (registered trademark) wireless communication system. The transfer transmitting unit 32 is a unit that transmits data such as entry information received by the transfer receiving unit 31 to the aggregation device 2. The transmission of data to the aggregation device 2 by the transfer transmission means 32 may be performed by a TCP / IP communication system via a LAN, for example.

[Aggregator]
Next, the aggregation device 2 will be described. As shown in FIG. 8, the aggregation device 2 includes an input unit 21, an aggregate individual reception unit (reception unit) 22, an aggregate transfer reception unit (reception unit) 23, an aggregation processing unit (processing unit) 24, a storage unit 25, and a display. Means 26 and transmission means 27 are provided. The aggregation device 2 includes, as hardware, a communication device capable of data communication with the electronic pen 1 and the projector 4, a processor such as a CPU, a memory such as a ROM, a RAM, and a hard disk, a display, a mouse, a keyboard, and the like. It is a configured personal computer or the like. Further, the aggregation device 2 processes the entry information received from the electronic pen 1 by executing the drawing application (program) by the aggregation processing means 24 and reproduces the entry contents on the display means 26.

  The aggregated individual receiving means 22 is means for receiving data such as entry information transmitted from the electronic pen 1. The aggregate transfer receiving means 23 is means for receiving data such as entry information transferred from the transfer device 3. The aggregated individual receiving unit 22 and the aggregated transfer receiving unit 23 are configured by an antenna, a receiving circuit, and the like.

  The input means 21 is a means for instructing a processing mode including processing and display types, and is configured by a keyboard, a mouse, and the like. The transmission means 27 is a means for transmitting the display signal to the display means 26 to the projector 4 in synchronism with the projector 4 so that the same contents as the contents displayed on the display means 26 are displayed on the projector 4.

  The storage unit 25 is configured by a memory such as a ROM, a RAM, or a hard disk, and stores each user area and position coordinates in the sheets 5 to 7 in association with each other. That is, as illustrated in FIG. 9, the storage unit 25 stores user area definition information in which an area type and a position coordinate range are associated with each other for each user area 501, 601 to 606, and 701 to 706. The range of the user area is, for example, “(xn, yn), Hn, Wn”, the range from the coordinates (xn, yn) to the height (Y) direction Hn and the horizontal (X) direction Wn on each sheet 5-7. It is prescribed by. For example, the range of the user area 601 is “(x1, y1), H1, W1”, and the paper type is stored as “name list paper”.

  In addition, the storage unit 25 associates the user areas 601 to 606 on the name list sheet 6 with the user ID and stores them as name list definition information. That is, as shown to Fig.10 (a), the memory | storage means 25 has linked | related and memorize | stored user ID, a user name, and name list No. for every user area 601-606. For example, in the user area 601, the name list No. is “1”, the user ID is “U01”, and the user name is “Taro”. Here, the user names and name numbers associated with the user areas 601 to 606 correspond to the names and numbers printed in the user areas 601 to 606 of the name list paper 6.

  Further, the storage unit 25 associates each user area 701 to 706 on the color pallet sheet 7 with the color or line width (line type) and line type ID, and stores them as color pallet definition information. That is, as illustrated in FIG. 10B, the storage unit 25 has the color or line width (line type) for displaying the stroke information (handwriting) on the display unit 26 of the aggregation device 2 for each of the user areas 701 to 706. The line type ID is stored. Here, in the user areas 701 to 703, “Kuro”, “Aka”, “Ao” (line type) and their line type ID ““ are displayed as colors displayed on the display unit 26 of the aggregation device 2, respectively. L71 ”,“ L72 ”, and“ L73 ”are associated, and the user areas 704 to 706 have“ 0.3 mm ”and“ 0.7 mm ”as line widths for displaying stroke information on the display unit 26 of the aggregation device 2. , “1.0 mm” (line type) and the line type IDs “L74”, “L75”, and “L76”. The line types associated with the user areas 701 to 706 correspond to the line types of characters and lines printed in the user areas 701 to 706 of the color palette 7, so the user selects the line type that the user wants to use. It becomes easy and the usability of the color palette 7 is good.

  In addition, when the aggregation processing unit 24 to be described later associates the writer ID and the line type ID with the pen ID of the electronic pen 1 based on the entry information transmitted by each electronic pen 1, the storage unit 25 stores the pen ID. Is stored as pen setting information as shown in FIG. 11. Further, when the aggregation processing unit 24 associates the writer ID for each piece of entry information received from each electronic pen 1, the storage unit 25 identifies and stores the entry information for each writer ID. In the pen setting information, the writer ID and the line type ID are not set as an initial state, and the user of the electronic pen 1 designates a specific user area of the name list paper 6 or the color pallet paper 7. Thus, the aggregation device 2 stores the writer ID and the line type ID in association with the pen ID of the electronic pen 1. Therefore, the stroke information by the electronic pen 1 that is not associated with the line type ID is set by default so as to be displayed on the display unit 26 with, for example, a “black” color and a line width of “0.3 mm”.

  The storage unit 25 stores the learning data in a file format by executing the drawing application (program) by the aggregation processing unit 24. FIG. 12 shows a schematic structure of a data file format. As shown in FIG. 12, the learning data includes file attribute information and individual learning data for each writer ID. The file attribute information includes creation date information. In addition, the personal learning data is set by the user for categorization according to the writer ID, user stroke information including the position coordinate information of the entry information transmitted from the electronic pen 1, and the content of the answer. User color (classification) information, keyword information, and the like are included. The user stroke information includes position coordinate (XY coordinate) information calculated by the electronic pen 1, time information when written, and writing pressure information. When reading the file data, the input means 21 inputs the writer ID, the user color information, the keyword information, and the like, the aggregation processing means 24 searches for specific data, and the user stroke information is reproduced on the display means 26. Can be made.

  The aggregation processing unit 24 is a unit that aggregates and processes data from the electronic pen 1 and is configured by a processor such as a CPU that exhibits a function by executing an application program. When receiving the entry information including the position coordinates and the pen ID from the electronic pen 1, the aggregation processing unit 24 refers to the relationship between the user area and the range of the position coordinates in the user area definition information shown in FIG. When it is specified that the entry information is tapped with the electronic pen 1 in the user area on the list sheet 6, the user ID associated with the user area is specified with reference to the list definition information shown in FIG. The specified user ID is associated with the pen ID of the electronic pen 1 as the writer ID and stored in the storage unit 25 as the pen setting information shown in FIG.

  Then, when the entry information on the answer sheet 5 is received thereafter, the pen setting information stored in the storage means 25 is referred to identify the writer ID associated with the pen ID included in the entry information, In association with the stroke information about the answer sheet 5, it is stored in the user stroke information storage area for each writer ID in the storage means 25. Accordingly, since the writer ID is set in the aggregation device 2 via the pen ID in the position coordinates of the answer sheet 5, a plurality of answerers use the same electronic pen 1 (see FIG. 11B). Even when different electronic pens 1 are used by the same answerer (see FIG. 11C), the user who uses the electronic pen 1 and the entry contents are stored in association with each other. It can be stored in the means 25 and recognized.

  If the aggregation processing means 24 receives the entry information including the position coordinates etc. and the pen ID about the answer sheet 5 prior to the reception of the entry information about the name list sheet 6, the aggregation processing means 24 sets the pen ID as the writer ID. The pen ID is associated and stored in the storage unit 25, and the stroke ID for the answer sheet 5 is associated with the pen ID as the writer ID and stored in the user stroke information storage area in the storage unit 25. Later, when the user ID is specified from the position coordinates of the name sheet 6 and associated with the pen ID, the pen ID received in advance with reference to the learning data file in the storage means 25 and the same pen ID as the writer ID The stroke information about the answer sheet 5 associated with the information is stored in the user stroke information storage area in the storage means 25 by newly associating the identified user ID as the writer ID. Accordingly, even if the user forgets to tap the user area 601 to 606 of the name list sheet 6 with the electronic pen 1 and starts to fill in the answer sheet 5 first, a specific user of the name list sheet 6 later with the electronic pen 1 If the information is entered in the area, the aggregation device 2 identifies the user ID from the position coordinates of the name list sheet 6 by the processing means 24 and stores the identified user ID in association with the position coordinates of the answer sheet 5 retrospectively. The position coordinates that can be stored in the means 25 and subsequently acquired on the answer sheet 5 by the aggregation device 2 can be stored in the storage means 25 in association with the same writer ID.

  In addition, the aggregation processing unit 24 displays the entry content on the display unit 26 based on the learning data including the stroke information about the answer sheet 5 and the user name corresponding to the user ID associated as the writer ID. Display. Since the entry contents by the electronic pen 1 and the user name corresponding to the user ID are displayed on the display means 26, the user can recognize the entry person and the entry contents by the person together. Further, the aggregation processing unit 24 causes the transmission unit 27 to transmit the same signal as the display signal to the display unit 26 to the projector 4 in order to synchronize and display the same contents as the display unit 26. Hereinafter, specific functions of the aggregation processing unit 24 will be described in detail.

[Entry ID setting function]
With reference to FIG. 13, the setting function of the writer ID to the entry information transmitted by each electronic pen 1 is demonstrated.

  As shown in FIG. 13, when an answerer fills in one of the sheets 5 to 7 with the electronic pen 1, the electronic pen 1 is configured by position information calculated by reading a dot pattern near the pen tip portion 103. The entry information including the stroke information and the pen ID is transmitted to the aggregation device 2 (step S101). In the aggregation device 2, the entry information from the electronic pen 1 is received by the receiving means 22 and 23, and is processed by the aggregation processing means 24. First, the aggregation processing unit 24 stores entry information including stroke information and a pen ID in the storage unit 25 (step S201). Next, the aggregation processing unit 24 determines the paper type from the position coordinates included in the entry information (step S202).

  Here, the aggregation processing unit 24 refers to the user area definition information (see FIG. 9) in the storage unit 25, identifies the user area and the paper type based on the position coordinates included in the stroke information, and performs the name list paper 6 If it is determined that the user has been tapped (step S202: name list paper), the user ID corresponding to the user area specified in step S202 is specified with reference to name list definition information (refer to FIG. 10A). (Step S203). Subsequently, the aggregation processing unit 24 refers to the pen setting information in the storage unit 25 (refer to FIG. 11A), and sets the writer ID corresponding to the pen ID of the electronic pen 1 included in the entry information. It is determined whether it has been performed (step S204).

  When the aggregation processing unit 24 determines that the writer ID is not set corresponding to the pen ID of the electronic pen 1 (step S204: No), the user ID specified in step S203 is used as the writer ID. It is set and stored in the storage means 25 (step S207). Further, the aggregation processing unit 24 associates the writer ID with the stroke information, and stores it in the storage area for each writer ID in the storage unit 25 as user stroke information of the personal learning data file of the learning data as shown in FIG. Store (step S208).

  On the other hand, when the aggregation processing unit 24 determines in step S204 that the writer ID is set corresponding to the pen ID of the electronic pen 1 (step S204: Yes), the pen ID is used as the writer ID. Is determined (step S205). At this time, when the aggregation processing unit 24 determines that the pen ID is not set as the writer ID (step S205: No), the ID set as the writer ID is the user ID specified in step S203. If it is different from the user ID specified in step S203 (step S206: Yes), the writer ID of the pen ID of the electronic pen 1 is updated to the user ID specified in step S203. (Step S207) (see FIG. 11B, pen ID = pen01), the stroke ID is associated with the writer ID updated in step S207, and the user of the personal learning data file for each writer ID in the storage means 25 It is stored in the stroke information storage area (step S208). On the other hand, when it is the same as the user ID specified in step S203 (step S206: No), the aggregation processing unit 24 associates the writer ID with the stroke information, and stores the personal learning data file for each writer ID in the storage unit 25. Are stored in the user stroke information storage area (step S208).

  On the other hand, in step S205, when the aggregation processing unit 24 determines that the pen ID is set as the writer ID (step S205: Yes), it refers to the learning data file stored in the storage unit 25, and The writer ID of the personal learning data stored with the pen ID as the writer ID is retroactively changed to the user ID specified in step S203 and stored in the storage means 25 (step S209), and the storage means. The writer ID of the pen setting information related to the electronic pen 1 in 25 is changed from the pen ID to the user ID specified in step S203 and stored (step S210) (see FIG. 11B, pen ID = pen02). The user ID set as the writer ID is associated with the stroke information, and the writer I in the storage means 25 It is stored in the user stroke information storage area of another individual learning data file (step S208).

  In step S202, the aggregation processing unit 24 determines that the answer sheet 5 is filled in from the user area and the sheet type specified based on the position information included in the stroke information (step S202: answer sheet). Then, referring to the pen setting information in the storage means 25, it is determined whether or not the writer ID is set in relation to the pen ID of the electronic pen 1 included in the entry information (step S211). When the aggregation processing unit 24 determines that the writer ID is set for the pen ID of the electronic pen 1 (step S211: Yes), the entrant ID is associated with the stroke information, and the storage unit 25 It is stored in the user stroke information storage area of the personal learning data file for each writer ID (step S208). On the other hand, when it is determined that the writer ID is not set in relation to the pen ID of the electronic pen 1 (step S211: No), the aggregation processing unit 24 sets the pen ID of the electronic pen 1 as the writer ID. Then, it is stored in the storage means 25 (step S212), and the pen ID as the writer ID is associated with the stroke information and stored in the user stroke information storage area of the personal learning data file for each writer ID in the storage means 25. (Step S208).

  In step S202, the aggregation processing unit 24 refers to the user area definition information in the storage unit 25, and the type of paper is determined from the user area and the paper type specified based on the position information included in the stroke information. 7 (step S202: color pallet paper), and further referring to the color pallet definition information (see FIG. 10B), the line type ID and line corresponding to the user area specified in step S202. A seed (color or line width) is specified (step S213). Subsequently, the aggregation processing unit 24 stores the pen setting information (refer to FIG. 11A) in the storage unit 25 in association with the pen ID of the electronic pen 1 (step S213).

  When the line type ID is associated with the pen ID, the aggregation processing unit 24 associates the line type ID with the stroke information when associating the writer ID with the stroke information as shown in FIG. As user stroke information in the personal learning data file of learning data, it is stored in a storage area for each writer ID in the storage means 25. Thereby, even when the user of the electronic pen 1 sets a different line type during writing (stroke), the line type ID is associated with each stroke information and stored in the storage unit 25. Information can be displayed on the display means 26 of the aggregation device 2 according to the line type intended at the time of writing by the user.

  Hereinafter, the flow in the processing flow of FIG. 13 will be described for the following cases (1), (2), and (3). The grouping function will be described in (4).

(1) In the case where the user ID is specified in advance on the list sheet 6 and filled in the answer sheet 5 Referring to FIG. 13 and FIG. 14, the answerer “Taro” A case where the user area 601 printed with the name is tapped with the electronic pen 1A and the answer is written on the answer sheet 5A will be described.

  When the answerer “Taro” taps the user area 601 of the list sheet 6 with the electronic pen 1A, the electronic pen 1A enters the entry information including the stroke information (position information, etc.) calculated at the time of tapping and the pen ID “pen01”. The data is transmitted to the aggregation device 2 (step S101). The aggregation device 2 receives the entry information from the electronic pen 1 </ b> A by the aggregation individual reception unit 22 and causes the aggregation processing unit 24 to process it. The aggregation processing unit 24 stores the entry information including the stroke information and the pen ID in the storage unit 25 (step S201). Subsequently, the aggregation processing unit 24 refers to the user area definition information (refer to FIG. 9) in the storage unit 25 and specifies the user area “601” and the sheet type “name list sheet” based on the position coordinates of the stroke information. Then, it is determined that the stroke is in the name list sheet 6 (step S202: name list sheet). Further, referring to the name list definition information (refer to FIG. 10A), the user ID corresponding to the user area 601 is “U01”. "Is specified (step S203).

  At this time, since the writer ID is not yet set in the pen setting information of the electronic pen 1A in the storage unit 25 (step S204: No), the aggregation processing unit 24 identifies the writer ID of the electronic pen 1A. The user ID “U01” is set and stored in the storage means 25 (step S207). Further, the aggregation processing means 24 associates “U01” set as the writer ID with the stroke information, and stores the storage area for each writer ID in the storage means 25 as the user stroke information of the personal learning data file of the learning data. (See FIG. 12) (step S208).

  Subsequently, the answerer “Taro” enters the answer on the answer sheet 5A with the electronic pen 1A. Then, the electronic pen 1A transmits entry information including the stroke information about the answer sheet 5A and the pen ID “pen01” to the aggregation device 2 (step S101). The aggregation device 2 receives the entry information from the electronic pen 1 </ b> A by the aggregation individual reception unit 22 and causes the aggregation processing unit 24 to process it. The aggregation processing unit 24 stores the entry information including the stroke information and the pen ID in the storage unit 25 (step S201). Then, the aggregation processing unit 24 determines that the answer sheet 5 is filled in from the position coordinates of the stroke information (step S202: answer sheet), and whether the writer ID is set in the pen setting information of the electronic pen 1A. It is confirmed whether or not (step S211). Here, the aggregation processing means 24 recognizes that the user ID “U01” is set as the writer ID for the electronic pen 1A (step S211: Yes), so that the writer is included in the stroke information for the answer sheet 5A. The ID “U01” is associated and stored in the user stroke information storage area of the personal learning data file for each writer ID in the storage means 25 (step S208).

(2) Subsequent to (1), when another answerer designates a user ID with the same electronic pen by using the name sheet 6 and fills in the answer sheet 5, referring to FIG. 13 and FIG. Following the example, when the answerer “Saburo” taps the user area 603 on which the user's name is printed out of the user area of the name list sheet 6 with the electronic pen 1A and enters the answer on the answer sheet 5C. Will be described.

  When the answerer “Saburo” taps the user area 603 of the name sheet 6 with the electronic pen 1A, the electronic pen 1A enters the entry information including the stroke information (position information, etc.) calculated at the time of tapping and the pen ID “pen01”. The data is transmitted to the aggregation device 2 (step S101). The aggregation device 2 receives the entry information from the electronic pen 1 </ b> A by the aggregation individual reception unit 22 and causes the aggregation processing unit 24 to process it. The aggregation processing unit 24 stores the entry information including the stroke information and the pen ID in the storage unit 25 (step S201). Subsequently, the aggregation processing unit 24 determines that the tap is on the name sheet 6 from the user area “603” specified based on the position coordinates of the stroke information and the sheet type “name sheet” (step S202: name sheet). Furthermore, with reference to the name list definition information, it is specified that the user ID corresponding to the user area 603 is “U03” (step S203).

  At this time, since the user ID “U01” of “Taro” who previously used the electronic pen 1A is set as the entry ID of the electronic pen 1A, the aggregation processing means 24 has the entry ID of It is recognized that it has already been set (step S204: Yes), and it is determined that the writer ID is not a pen ID (step S205: No). Furthermore, since the user ID “U03” specified in step S202 is different from the set writer ID “U01” (step S206: Yes), the aggregation processing unit 24 enters the pen setting information of the electronic pen 1A. The user ID is updated to the specified user ID “U03” and stored in the storage means 25 (step S207). Further, the aggregation processing means 24 associates “U03” set as the writer ID with the stroke information and stores it in the user stroke information storage area of the personal learning data file for each writer ID in the storage means 25 (step S22). S208).

  Subsequently, the answerer “Saburo” writes the answer with the electronic pen 1A on the answer sheet 5C. Then, the electronic pen 1A transmits entry information including the stroke information about the answer sheet 5C and the pen ID “pen01” to the aggregation device 2 (step S101). The aggregation device 2 receives the entry information from the electronic pen 1 </ b> A by the aggregation individual reception unit 22 and causes the aggregation processing unit 24 to process it. The aggregation processing unit 24 stores the entry information including the stroke information and the pen ID in the storage unit 25 (step S201). Then, the aggregation processing unit 24 determines that the answer sheet 5 is filled in from the position information of the stroke information (step S202: answer sheet), and checks whether or not the writer ID is set in the electronic pen 1A. (Step S211). Here, the aggregation processing means 24 recognizes that the user ID “U03” is set as the writer ID in the electronic pen 1A (step S211: Yes), so that the writer is included in the stroke information about the answer sheet 5C. The ID “U03” is associated and stored in the user stroke information storage area of the personal learning data file for each writer ID in the storage means 25 (step S208).

(3) The answer is entered in the answer sheet 5 in advance from the state in which the writer ID is not set, and after that, the user ID is designated by the name list sheet 6 and subsequently entered in the answer sheet 5. Case With reference to FIG. 13 and FIG. 16, the answerer “Jiro” has entered the answer on the answer sheet 5 </ b> B in advance from the state where the entrant ID is not set in the aggregation device 2. A case will be described in which the user area 602 on which the user's name is printed is tapped with the electronic pen 1B and the answer is written on the answer sheet 5B.

  When the answerer “Jiro” starts writing the answer on the answer sheet 5B with the electronic pen 1B, the electronic pen 1B includes the stroke information (position information) about the answer sheet 5B and the pen ID “pen02” of the electronic pen 1B. The entry information is transmitted to the aggregation device 2 (step S101). The aggregation device 2 receives the entry information from the electronic pen 1B by the aggregation individual receiving unit 22 and causes the aggregation processing unit 24 to process it. The aggregation processing unit 24 stores the entry information including the stroke information and the pen ID in the storage unit 25 (step S201). Subsequently, the aggregation processing means 24 determines that the answer sheet 5 is filled in based on the position information of the stroke information (step S202: answer sheet). Here, since the writer ID is not set in the pen setting information of the electronic pen 1B in the storage unit 25, the aggregation processing unit 24 sets the writer ID of the electronic pen 1B in the storage unit 25. The pen ID “pen02” of the electronic pen 1B is temporarily set as the writer ID and stored in the storage means 25 (step S212). Then, the aggregation processing means 24 associates the writer ID “pen02” with the stroke information about the answer sheet 5B and stores it in the user stroke information storage area of the personal learning data file for each writer ID in the storage means 25 (step S208). ).

  Thereafter, the answerer “Jiro” taps the user area 602 on which his / her name is printed out of the user areas of the name list sheet 6 with the electronic pen 1B. Then, the electronic pen 1B transmits entry information including the stroke information (position information) calculated at the time of tapping and the pen ID “pen02” to the aggregation device 2 (step S101). The aggregation device 2 receives the entry information from the electronic pen 1B by the aggregation individual receiving unit 22 and causes the aggregation processing unit 24 to process it. The aggregation processing unit 24 stores the entry information including the stroke information and the pen ID in the storage unit 25 (step S201). Subsequently, the aggregation processing unit 24 determines that the name sheet 6 is tapped from the user area “602” specified based on the position information of the stroke information and the sheet type (step S202: name sheet), and further Then, it is specified that the user ID corresponding to the user area 602 is “U02” (step S203).

  At this time, in the storage unit 25, the writer ID of the electronic pen 1B is temporarily set to “pen02”. Therefore, the aggregation processing unit 24 recognizes that the writer ID is set (step S204: Yes), but recognizes that the writer ID that has been set is the pen ID ("pen02") (step S205). : Yes). Therefore, the aggregation processing means 24 obtains the writer ID of the personal learning data stored as the writer ID “pen02” among the personal learning data acquired in advance and stored in the storage means 25 for each writer ID. "Pen02" is retroactively changed to the specified user ID "U02" and stored in the storage means 25 (step S209), and the writer ID of the electronic pen 1B in the storage means 25 is changed from "pen02" to the user ID " U02 "is stored (step S210), and" U02 "set as the writer ID is associated with the stroke information, and stored in the storage area of the personal learning data file for each writer ID in the storage means 25. Store (step S208).

  Subsequently, the answerer “Jiro” returns to the answer sheet 5B and starts to write the answer again with the electronic pen 1B. Then, the electronic pen 1B transmits entry information including the stroke information about the answer sheet 5B and the pen ID “pen02” to the aggregation device 2 (step S101). The aggregation device 2 receives the entry information from the electronic pen 1B by the aggregation individual receiving unit 22 and causes the aggregation processing unit 24 to process it. The aggregation processing unit 24 stores the entry information including the stroke information and the pen ID in the storage unit 25 (step S201). Then, the aggregation processing means 24 specifies that the answer sheet 5 is filled in from the position information of the stroke information (step S202: answer sheet), and the entrant ID “U02” is set in the electronic pen 1B. (Step S211: Yes). Therefore, the aggregation processing unit 24 associates the writer ID “U02” with the stroke information about the answer sheet 5B and stores it in the user stroke information storage area of the personal learning data file for each writer ID in the storage unit 25. (Step S208).

  As described above, according to the writer ID setting function of the aggregation processing means 24, if the user ID is designated in advance on the name list sheet 6 and is entered in the answer sheet 5, the user ID is associated with the stroke information and the storage means 25 is stored. However, even if the answerer 5 has entered an answer before the user ID is set on the electronic pen 1 before the user ID is designated on the name list sheet 6, If the user ID is designated on the name list sheet 6, the user stroke information of the contents previously entered in the answer sheet 5 is also retroactively associated with the user ID, and subsequently the user stroke of the contents entered in the answer sheet 5 The user ID is also associated with the information.

(4) Grouping Function With reference to FIG. 17, the grouping function of the writer ID setting function will be described. As shown in FIG. 17, when three answerers have different electronic pens 1 </ b> A to 1 </ b> C each having a unique pen ID and tap the user area 602 of the list sheet 6 in advance and fill in the answer sheet 5, aggregation is performed. In the apparatus 2, the user ID “U02” of the user area 602 is set as the writer ID for the electronic pens 1 </ b> A to 1 </ b> C by the aggregation processing unit 24. In this case, each answerer using the electronic pens 1 </ b> A to 1 </ b> C belongs to the group having the user name “Jiro” corresponding to the user ID “U02” as the group head, and the user ID in the aggregation device 2. Can be grouped by. Of course, when this grouping function is used, a group name is printed in each user area 601 to 606 of the name list sheet 6 instead of the name, and the user name stored in the storage unit 25 of the aggregation device 2 can be used. A similar group name may be set. Different line types can be set for any or all of the electronic pens 1A to 1C. For example, when an electronic pen 1 set to the line type “AO” is used to mark or fill in an answer that has been finally determined in a group, a user stroke drawn as an answer of the same group is displayed on the display unit 26 of the aggregation device 2. Among them, the user stroke indicating the answer finally decided by the group can be easily recognized by the lecturer or the answerer.

[Screen display by drawing application]
Next, display processing on the display unit 26 of the aggregation processing unit 24 by executing the drawing application will be described with reference to FIG.

  As shown in FIG. 18, the user stroke information stored as individual learning data in the storage unit 25 by the aggregation device 2 based on the entry information generated when the answer sheet 5 is filled with the electronic pen 1 is an aggregation process. The means 24 is drawn in the user stroke information display area 50 of the display means 26. When the user stroke information to be drawn is larger than the user stroke information display area 50 in enlarged display or the like, the aggregation processing unit 24 enables the horizontal scroll bar 51 and the vertical scroll bar 52 so that the entire user stroke information can be displayed. To do.

  In addition, the aggregation processing unit 24 has, as function buttons, a selection user display button 53, a comparison list display button 54, a reproduction display button 56, a selection image output button 57, a display size change list 58, a reduction display button 59, An enlarged display button 61, page feed functions 62 and 63, rotation display buttons 64 and 66, a user control display button 67, and the like are displayed, and each process is executed by selecting a function button with the mouse of the input means 21.

  The selected user display button 53 is a button for displaying user stroke information corresponding to one user name selected from a user selection list 69 described later. The comparison list display button 54 is a button for displaying a list of user stroke information corresponding to a plurality of user names at the same time. The reproduction display button 56 is a button for reproducing and displaying user stroke information one stroke at a time. The selected image output button 57 is a button for outputting user stroke information within an arbitrary selection range as image data. By providing this function, it is possible to easily create a model answer collection that can be used as a reference from the information entered by each student.

  The display size change list 58 is a list indicating the display size of the user stroke information currently drawn in the user stroke information display area 50. The user can arbitrarily select and change the display size from the pull-down menu using the mouse. The reduction display button 59 is a function for reducing the display size of the user stroke information drawn in the user stroke information display area 50. The enlargement display button 61 is a function for enlarging the display size of the user stroke information drawn in the user stroke information display area 50. The page feed functions 62 and 63 are buttons for displaying the answer sheet 5 having different page addresses (paper dot patterns). The rotation display buttons 64 and 66 are buttons for rotating the user stroke information drawn in the user stroke information display area 50 by 90 degrees. By providing such a function, the paper orientation on the display can be easily changed. The user control display button 67 is a function for switching display / non-display of the user control list 68. By making it non-displayed, the user stroke information display area 50 can be enlarged.

  As shown in FIG. 19, the user control list 68 includes a user selection list 69, color classification buttons 71 to 76, a list order sort button 78, a color order sort button 79, a classification graph display button 81, a reload button 82, and the like. Is done.

  The user selection list 69 is a list for selecting user stroke information displayed in the user stroke information display area 50 by a user name. The aggregation processing unit 24 includes a user name corresponding to the writer ID (user ID) associated with each user stroke information acquired from the electronic pen 1 and stored in the storage unit 25 as individual learning data, and a color classification button 71. Information of each user such as user color (classification) information and keywords selected by ˜76 is displayed in the user selection list 69. In the user name column of the user selection list 69, the user name corresponding to the writer ID of the individual learning data stored in the storage unit 25 is displayed by the aggregation processing unit 24. In other words, the user name corresponding to the user ID that is tapped on the user area of the name sheet 6 by the electronic pen 1 and set as the writer ID, or the pen ID is set when the pen ID is set as the writer ID. Will be displayed.

  When the operator selects a desired user from the user selection list 69 with the mouse of the input unit 21 and clicks the selected user display button 53, the aggregation processing unit 24 displays the stroke information of the selected user as an answer sheet. The image is displayed in the user stroke information display area 50 together with the image 5. In FIG. 18, the user name “Saburo” is selected from the user selection list 69, and in the user stroke information display area 50, the contents entered with the electronic pen 1 tapped on the user area 603 of the name sheet 6 are displayed. The answer sheet 5 is displayed together with the image. Further, it is possible to directly input characters into the keyword column of the user selection list 69 using the keyboard of the input unit 21, and the aggregation processing unit 24 stores the input characters as keyword information of the personal learning data file. 25 is stored in the storage area for each writer ID (see FIG. 12).

  The color classification buttons 71 to 76 are buttons for setting user color (classification) information for each user displayed in the user selection list 69. The button 71 is a button for setting red, the button 72 for blue, the button 73 for yellow, the button 74 for green, the button 75 for brown, and the button 76 for white. When the operator of the aggregation device 2 selects a specific user name in the user selection list 69 with the mouse of the input unit 21 and selects a desired button among the color classification buttons 71 to 76, the aggregation processing unit 24 A column for displaying the color classification of the selected user name in the user selection list 69 is displayed in the designated color. With this function, an instructor who is an operator can see the answer contents of the student displayed in the user stroke information display area 50, color the way of thinking and the like, and make it easy to see. The user color (classification) information may be set to white when not set.

  The list order sort button 78 is a button for rearranging the user list displayed in the user selection list 69 in the order of the list numbers in the list definition information shown in FIG. The color order sort button 79 is used to display the user list displayed in the user selection list 69 so that the users having the same color information attached by the operation of the color classification buttons 71 to 76 are arranged in succession. It is a button for rearranging in order of information. The classification graph display button 81 is a button for displaying the number of users for each user color information attached by operating the color classification buttons 71 to 76 in the user stroke information display area 50 as a bar graph or the like.

  The reload button 82 is a button for returning the user stroke information of the user selected in the user selection list 69 to the state when the learning data file is saved. With this function, when the instructor who is the operator selects the reload button 82 with the mouse, the aggregation processing unit 24 performs electronic processing after the previous file storage based on the writer ID associated with the selected user. The user stroke information received from the pen 1 and stored in the storage area for each writer ID in the storage means 25 is cleared, the user stroke information up to the time when the file was saved last time is read and displayed in the user stroke information display area 50. . This function can be used when an individual user wants to redo an answer.

  In addition, as shown in FIG. 20, file data storage, application settings, and the like may be prepared as function menus in the same manner as general applications. As shown in FIG. 20A, as the pull-down menu of the file menu 84, menus 85 and 86 for reading and saving file data, menus 87 and 88 for saving in an image format, and a menu 89 for closing an application. For example, it is convenient to have a list of execution functions related to general management of applications.

  In addition, since the file format for saving file data has a structure in which user stroke information for each user is associated with setting information, when reading the file data, user ID (entry ID), user color information, keyword information, etc. It is possible to search for specific data and display the searched user stroke information in the user stroke information display area 50. Here, the keyword information in FIG. 12 corresponds to the keywords in the user selection list 69 shown in FIG.

  As shown in FIG. 20B, a list of execution functions related to application display such as a full-screen display menu 92 that hides the window frame and maximizes the display area of the application as a pull-down menu of the display menu 91 is prepared. It is convenient to leave. Further, as shown in FIG. 20C, as a pull-down menu of the tool menu 93, a pen management menu 94 for displaying the connection status of the electronic pen 1 (for example, the IP address of the transfer device 3), and user stroke information are displayed. It is convenient to prepare a list of execution functions related to application settings, such as a paper management menu 95 for setting an image of the answer sheet 5 as a background to be displayed and a menu 96 for displaying application information. When these buttons and menus are selected, each function is executed by the aggregation processing means 24.

  Next, a screen on the display unit 26 of the aggregation device 2 in a state where the answer sheet 5 is scored will be described with reference to FIG. In the example shown in FIG. 21, the content of the answer written by the answerer “Saburo” is displayed as in FIG. 18, and further, the grader fills in the answer sheet 5C with the electronic pen 1 and the entered information is reflected. The correct answer ○ mark 95 is displayed. At this time, when scoring is performed with the electronic pen 1, the scorer selects the color and line width for scoring display using the color pallet paper 7, and selects the user area 603 of Saburo using the name list paper 6. As a result of the second aggregation processing unit 24, the pen ID of the electronic pen 1 used by the scorer is associated with the line type ID of the color or line width selected for the scoring display and the user ID “U03” of Saburo as pen setting information. After being stored in the storage means 25, the electronic pen 1 scores the answer sheet 5C. Then, the user stroke information of the content entered in the answer sheet 5C by the grader is stored as the Saburo's personal learning data in the storage means 25 of the aggregation device 2 by the grouping function described in [entrant ID setting function] (4). Is stored in the storage area for each writer ID and is drawn in the user stroke information display area 50 of the display means 26 together with the user stroke information of the contents entered by the answerer “Saburo” by executing the drawing application.

  According to the electronic pen system 10, by tapping the electronic pen 1 on the user area of the name list sheet 6, the user ID of the person who is going to answer the answer sheet 5 to the aggregation device 2 is set to the pen setting information of the electronic pen 1. Can be stored in association with the pen ID. Further, even if the user has begun to fill in the answer sheet 5 prior to setting the user ID on the name sheet 6, the user ID is set retrospectively by tapping the electronic pen 1 on the user area of the name sheet 6. be able to. Further, by setting the user ID in the aggregation device 2, the user name can be displayed together with the answer contents entered by the electronic pen 1 on the display means 26 of the aggregation device 2, and the answerer and the answer contents are matched. To understand the answer.

  Further, according to the present electronic pen system 10, even when one electronic pen 1 is used by a plurality of respondents, the electronic pen 1 is tapped on the corresponding user area of the name list paper 6, and the aggregation device 2. The answerer can be identified by setting the user ID of the person who intends to answer on the answer sheet 5. Further, even when the system 10 is used with a plurality of electronic pens 1 in a group composed of a plurality of persons, the members of the same group use the same electronic pen 1 used by each person on the name sheet 6. By tapping on the user area and grouping, entry information from the electronic pens 1 belonging to the same group can be grouped and aggregated in the aggregation device 2.

  In addition, when one electronic pen 1 breaks down and another electronic pen 1 is required, or when it is desired to use electronic pens 1 having different line type information at the same time, one user uses a plurality of electronic pens 1. Even in this case, by tapping the electronic pen 1 on the corresponding user area of the name sheet 6 and setting the same user ID in the aggregation device 2, the entry information can be aggregated as the same user information. In addition, when the instructor taps the user area of the student to be scored on the list paper 6 with the electronic pen 1 used by the instructor, the instructor fills in the electronic pen 1 with the user ID of the student. Therefore, it is possible to collect the information written on the answer sheet of the student as additional information on the answer sheet 5 of the student.

  Moreover, according to the electronic pen system 10, the progress of the answer of each student can be confirmed at any time by observing the display means 26 of the aggregation device 2 without the instructor moving within the lecture hall. Students can find mistakes and stumbling in answers at an early stage. Moreover, if the content of the answer displayed on the display means 26 of the aggregation device 2 is displayed on a large screen by the projector 4, it is easy to explain the content to the lecturer and students in the lecture meeting. You can learn many ways of solving and thinking about other students, and you will have more opportunities to think from various directions to solve problems. Further, the electronic pen 1 and the aggregation device 2 communicate with each other via the transfer device 3 via a network line, so that information can be transmitted even if the student is in another lecture hall. In addition, by storing and analyzing student entry information in the storage unit 25 of the aggregation device 2, it is possible to grasp changes in the way of thinking by each student, and retrospective learning can be performed using past data. it can.

  The present invention is not limited to the above embodiment.

  In the above embodiment, the names of the students are printed in advance in the user areas 601 to 606 of the name list sheet 6, and the user IDs associated with the user areas 601 to 606 are stored in the storage unit 25 of the aggregation device 2. Corresponding user names are stored (refer to FIG. 10). Instead, names and the like are not printed in each user area of the list sheet 6, and the user ID is also stored in the storage unit 25 of the aggregation device 2. The corresponding user name is not set, and the electronic pen 1 fills each user area of the name sheet 6 with characters such as a name, so that the entry information is transmitted from the electronic pen 1 to the aggregation device 2 and the aggregation device 2 collects the information. The processing means 24 performs character recognition of the entry information, and stores the character-recognized character as the user name so as to correspond to the user ID associated with the entered user area. There.

  In the above embodiment, the answer sheet 5, the name list sheet 6 and the color palette sheet 7 are three independent sheets each printed with a different dot pattern. Instead, for example, the answer sheet 5 The functions of two specific types or all three types of paper may be combined into one paper, such as providing a color pallet area having the same function as the color pallet paper 7.

  In the above embodiment, the aggregation device 2 refers to the user area definition information in which the user area, the paper type, and the position coordinate range are associated, and based on the position coordinates included in the entry information received from the electronic pen 1. However, instead of this, information relating the dot pattern address and the paper type is stored in the storage unit 25, and the paper type is determined based on the dot pattern address included in the entry information. It is good also as composition which specifies a classification.

  As described above, the present invention can be used as a collaborative learning system, and can also be applied to a system that collects the entry contents of each entrant such as a company training system, a conference system, a research system, and a quiz program system.

  DESCRIPTION OF SYMBOLS 1 ... Electronic pen, 2 ... Aggregation apparatus (terminal device), 3 ... Transfer apparatus, 4 ... Projector, 5, 5A-5E ... Answer sheet (entry form), 6 ... Name list sheet (entry setting form), 7 ... Color Pallet paper, 10 ... electronic pen system, 22 ... consolidated individual receiving means, 23 ... consolidated transfer receiving means, 24 ... consolidation processing means (processing means), 25 ... storage means, 26 ... display means, 27 ... transmitting means, 103 ... Pen tip part, 108 ... Processor.

Claims (6)

An entry form used by multiple users,
A plurality of electronic pens that are used by a plurality of users to fill out their own entry forms and at least immediately send information about the position coordinates entered;
A display system comprising: a computer that receives and transmits information transmitted from each electronic pen and displays an image that can be observed by each user in the same venue;
The computer
Receiving means for receiving information from each electronic pen;
And a processing means for displaying on the display means, based on the information received by the receiving means, the contents entered by a plurality of users in correspondence with the entry sheets filled in by each user. A display system characterized by An entry form used by multiple users,
A plurality of electronic pens that are used by a plurality of users to fill out their own entry forms and at least immediately send information about the position coordinates entered;
A computer for receiving information transmitted from each electronic pen;
A display system including a projector connected to the computer and displaying the content displayed on the display means of the computer on a screen;
The computer
Receiving means for receiving information from each electronic pen;
And a processing means for displaying on the display means, based on the information received by the receiving means, the contents entered by a plurality of users in correspondence with the entry sheets filled in by each user. A display system characterized by   The display system according to claim 1, wherein the processing unit of the computer causes the display unit to display entry contents of a user who is instructed to select.   The display system according to any one of claims 1 to 3, wherein the processing unit identifies a user who is filling in by a pen ID transmitted from each electronic pen.   The said receiving means is further characterized by receiving the said information from another apparatus which receives the information from the electronic pen which the user in a different venue from the said several user uses. The display system according to any one of the above.   A program that functions as the computer according to any one of claims 1 to 5.

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