JP2009181264A - Questionnaire system, radio communication terminal used in the questionnaire system, server and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an improved questionnaire execution and collection system, enabling a user to reply freely, making easy collection of a greater number of questionnaire response results, and being capable of reducing a load on the questionnaire execution side. <P>SOLUTION: A questionnaire system 1 includes a server 101 and radio communication terminals 105-1 to 105-6 communicating with the server 101 via a communication network 111. The server 101 stores questionnaire contents, and a schedule by which each radio communication terminal is to execute the questionnaire contents. The radio communication terminal acquires the schedule and the questionnaire contents related to the self by accessing the server 101 via the communication network 111, stores the acquired schedule and the questionnaire contents, executes the corresponding questionnaire contents based on the schedule, and transmits the obtained reply to the server 101. The server 101 stores the reply received from each radio communication terminal. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a wireless communication terminal and a wireless communication system. More specifically, the present invention can be placed in any place that automatically performs a predetermined questionnaire survey according to the current date and time and automatically transmits the survey result. The present invention relates to a wireless communication terminal, a questionnaire system using the wireless communication terminal, a server and a program used in the questionnaire system.

  2. Description of the Related Art A method and system for conducting a questionnaire survey for an unspecified number of people and collecting responses to the questionnaire are conventionally known.

For example, in the questionnaire system described in Patent Document 1, when a user who is informed of the contents of a questionnaire in advance calls and connects to a dedicated access device of a service company, the access device uses a voice response device to perform questionnaire item information. Read the number. When the user responds to each item by a push button or voice of the telephone, the dedicated access device registers the collected information in the database and disconnects the telephone from the user.
Japanese Patent Laid-Open No. 11-252257

  However, in Patent Document 1, a user who wants to answer a questionnaire needs to call a service company himself. This mechanism can be a factor that hinders users from casually responding to questionnaires. As a result, the possibility that a sufficient number of questionnaire results cannot be collected increases. Further, every time the contents of the questionnaire are changed, it is necessary to notify the user of the new contents in advance and to change the setting of the dedicated access device.

  The present invention has been made in view of the problems of the prior art as described above. An object of the present invention is to provide an improved questionnaire implementation and collection system that enables a user to easily answer a questionnaire, easily collect more questionnaire results, and reduce the burden on the side of conducting the questionnaire There is to do.

  The questionnaire system of the present invention includes a server and at least one wireless communication terminal that communicates with the server via a communication network. The server stores at least one questionnaire content and a schedule for each of the wireless communication terminals to execute the questionnaire content. Each wireless communication terminal accesses a server via a communication network, acquires a schedule and questionnaire contents related to itself, stores the acquired schedule and questionnaire contents, and corresponds to the questionnaire contents based on the stored schedule And send the obtained answer to the server. The server stores responses received from each of the wireless communication terminals.

  In the questionnaire system, the wireless communication terminal has a wireless communication module having a wireless communication circuit and an interface with the wireless communication module, stores the content and schedule acquired from the server, and executes the questionnaire content based on the schedule It may be configured to include a main body device.

  The schedule can be configured to include at least one of calendar information and time information on which each questionnaire content is to be executed.

  The questionnaire system may further include at least one management terminal for accessing the server via the communication network and browsing, adding, deleting, and correcting the questionnaire content and schedule stored in the server. .

  The server used in the questionnaire system of the present invention communicates with at least one wireless communication terminal via a communication network, stores at least one questionnaire content, and a schedule for each of the wireless communication terminals to execute the questionnaire content Is stored. In response to a request transmitted from each of the wireless communication terminals via the communication network, the server transmits the schedule and questionnaire content related to the wireless communication terminal to the wireless communication terminal and receives a questionnaire response from the wireless communication terminal. The received answer is stored.

  A wireless communication terminal used for conducting a questionnaire in the questionnaire system of the present invention communicates with a server via a communication network. The server stores at least one questionnaire content and also stores a schedule for the wireless communication terminal to execute the questionnaire content. The wireless communication terminal accesses the server via the communication network, acquires the schedule and questionnaire content related to itself, stores the acquired schedule and questionnaire content, and executes the corresponding questionnaire content based on the stored schedule The obtained answer is transmitted to the server.

  A wireless communication terminal includes a wireless communication module having a wireless communication circuit, a main unit that has an interface with the wireless communication module, stores content and a schedule acquired from a server, and executes questionnaire content based on the schedule. You may comprise so that it may comprise.

  The program used in the server constituting the questionnaire system of the present invention is a schedule related to the wireless communication terminal in response to a request transmitted from the wireless communication terminal to the server via the communication network. And a procedure for transmitting questionnaire contents, a procedure for receiving questionnaire responses from a wireless communication terminal, and a procedure for storing received responses.

  The program used in the wireless communication terminal constituting the questionnaire system of the present invention includes a procedure for accessing a wireless communication terminal via a communication network to obtain a schedule and questionnaire content related to itself, and an acquired schedule. And a procedure for storing the questionnaire content, a procedure for executing the corresponding questionnaire content based on the stored schedule, and a procedure for transmitting the obtained answer to the server.

  According to the present invention, the user only has to answer the question displayed on the display unit of the installed questionnaire terminal by touching the touch panel of the terminal. Therefore, since the user can easily participate in the questionnaire, it becomes easier to obtain more answers as compared with the prior art.

  In addition, since the terminal that conducts the questionnaire accesses the server itself and automatically obtains the questionnaire content that should be executed at the current date and time, the side that conducts the questionnaire will create it every time it creates new questionnaire content. Just add it to the server. Therefore, it is possible to reduce the burden on the side that conducts the questionnaire.

  The questionnaire terminal of the present invention has a wireless communication function, and can be installed in any place as long as communication with the base station is possible. Therefore, according to the present invention, the questionnaire system can be constructed more flexibly than the conventional system.

  The structure of the questionnaire system of this embodiment is shown in FIG. The questionnaire system 1 includes a server 101, questionnaire terminals 105-1 to 105-6, which are wireless communication terminals, and a communication network 111 such as the Internet. In addition, the questionnaire system 1 may additionally include a management terminal 109-1 for use by a manufacturer of products sold at each store and a service provider provided at each store.

  The server 101 stores the questionnaire content to be supplied to each of the questionnaire terminals 105-1 to 105-6 and the schedule on which each questionnaire terminal should conduct the questionnaire survey using the questionnaire content.

  The questionnaire system 1 illustrated in FIG. 1 includes three stores 103-1 to 103-3. The store 103-1 has one questionnaire terminal 105-1, the store 103-2 has two questionnaire terminals 105-2 and 105-3, and the store 103-3 has three questionnaire terminals 105-4. Through 105-6 are installed. Each questionnaire terminal accesses the server 101, acquires questionnaire content corresponding to the current date from the server 101, and executes the questionnaire content. Each questionnaire terminal may further acquire the above-described schedule stored in the server 101 via the communication network 111. In this case, each questionnaire terminal stores the acquired schedule, and contents corresponding to the current season, month, date, day of the week, time, etc., among the questionnaire contents acquired from the server 101 based on the stored schedule. Execute. Each questionnaire terminal has a wireless communication function, and includes a display unit that displays the contents of the questionnaire and an operation unit that is used by customers who have visited the store to answer the questionnaire.

  The management terminal 109-1 for the merchant is not installed in the store, but is a terminal installed in a manufacturer of a product sold in the store or a service provider provided in the store. Operated by contractor employees. The questionnaire contents executed in the questionnaire terminals 105-1 to 105-6 and the schedule for executing the questionnaire contents may be created and provided not by the store but by these vendors. Accordingly, the terminal 109-1 possessed by these vendors accesses the server 101 via the communication network 111, browses the questionnaire contents and schedule stored in the server 101, adds, deletes and corrects these information, and the questionnaire terminal Used to confirm the contents of the questionnaire currently being executed.

  The configuration of the server 101 is shown in FIG. The server 101 includes a control unit 201, a time measuring unit 203 connected to the control unit 201, a storage unit 205, and a transmission / reception unit 207. As shown in FIG. 1, the server 101 is connected to the communication network 111, and performs wired communication or wireless communication via the transmission / reception unit 207. The storage unit 205 includes a questionnaire content storage area 205-1 for storing various questionnaire contents (A, B, C, D,...), And a terminal identification information storage area 205-2 for storing identification information of each questionnaire terminal. Each of the questionnaire terminals includes a schedule storage area 205-3 for storing a schedule for executing the questionnaire contents, and a questionnaire result storage area 205-4 for storing a questionnaire result received from each questionnaire terminal.

  Each questionnaire content is composed of one or more question items, and includes at least one of character data, image data, and moving image data. As an example, when the stores 103-1 to 103-3 in FIG. 1 are supermarkets, for example, as questionnaire contents A, various questions regarding meal preferences, as questionnaire contents B, various questions regarding cosmetics, and as drinks as questionnaire content C Including various questions regarding These questionnaire contents A, B, C,... May be stored in association with the identification information of each questionnaire terminal. By doing so, for example, when a questionnaire content transmission request is received from the questionnaire terminal 105-1, the server 101 can provide the terminal with the questionnaire content stored as that to be executed in the terminal. it can.

  The storage unit 205 stores the identification information of the questionnaire terminal in the terminal identification information storage area 205-2. When mobile telephone terminals are used as the questionnaire terminals 105-1 to 105-6, the storage unit 205 stores, for example, telephone numbers of the terminals. In addition, the storage unit 205 may store the product number and mail address of each questionnaire terminal as identification information.

  The information stored in the schedule storage area 205-3 includes the identification information of each questionnaire terminal, the identification information of the questionnaire content associated with the identification information, the date on which the content is to be executed in the associated questionnaire terminal, and Contains information about time zones. Instead of the date and time zone, or together with the date and time zone, a year, season, month, week, day of the week, etc. may be included. In the example of FIG. 2, telephone numbers “070-XXXX-0001”, “070-XXXX-0002”, and “070-XXXX-0004” are used as identification information of the questionnaire terminals 105-1, 105-2, and 105-4, respectively. Is remembered. The identification information of each questionnaire content corresponds to each content stored in the questionnaire content storage area 205-1, and is, for example, an address where each content is stored in the content storage area 205-1. In FIG. 2, the schedule storage area 205-3 stores that the questionnaire terminal 105-1 having the telephone number “070-XXXX-0001” executes the questionnaire content A from 10:00 on May 11 to 21:00. Has been. The time zone in the schedule table is basically set to the business hours of each store. It is also possible to create a schedule for executing different questionnaires at different times on the same day on the same questionnaire terminal. In the example of FIG. 2, the questionnaire content B is executed from 10:00 to 15:00 on May 12 regarding the questionnaire terminal 105-2 having the telephone number “070-XXXX-0002” installed in the store 103-2. The questionnaire contents C are scheduled to be executed from 15:00 to 21:00.

  An example of the questionnaire result information received from each questionnaire terminal stored in the questionnaire result storage area 205-4 is shown in FIG. The example of FIG. 3 is a questionnaire result about a certain product, and includes the sex, age and job type of the respondent, the purchase place of the product, the purchase reason, and the purchase unit price.

  The questionnaire terminals 105-1 to 105-6 are usually installed on merchandise display shelves or the like in the stores 103-1 to 103-3, and carry out various questionnaires regarding products and services using characters, images, and videos. . Further, the questionnaire terminal has a wireless communication function, and transmits / receives information to / from the communication network 111 connected to the server 101 by wireless communication. For example, mobile phone terminals such as mobile phone terminals and PHS terminals can be used as questionnaire terminals. Therefore, in the questionnaire system of the present embodiment, the installation location of the questionnaire terminal is not limited indoors. For example, a questionnaire terminal can be installed outdoors such as a special sales corner prepared in a parking lot of a large store.

  A configuration example of the questionnaire terminal of this embodiment is shown in FIG. 4A. 4A includes an antenna 401, an antenna switch 403, a transmission unit 405 and a reception unit 407, a modulation unit 409 and a demodulation unit 411, a time division multiple access (TDMA) encoding unit 413, and a TDMA decoding unit 415. A control unit 417, a speaker 419, an operation unit 421 such as a keyboard, a display unit 423 such as a liquid crystal display, a time measuring unit 425, a calendar unit 427, a memory 1 and a memory 2 for storing a questionnaire result, a memory 3 for storing a questionnaire content, and a schedule Is provided with a storage unit 429 including a memory 4 for storing. The display unit 423 and the operation unit 421 may be integrally configured as a touch panel. The operation unit 421 may be a pen dedicated to a touch panel. The calendar unit 427 may include information on seasons, weeks, and days of the week in addition to information on dates (year, month, day). The time measuring unit 425 has information regarding time (hour, minute, second).

  The operation when the questionnaire terminal 105A performs wireless communication with the communication network 111 is as follows.

  Data such as a message for the server 101 created by the control unit 417 is converted into a TDMA baseband signal by the TDMA encoding unit 413, and further converted into a modulated wave of a predetermined frequency by the modulation unit 409 and the transmission unit 405. Then, the data is transmitted to a nearby radio base station via the antenna switch 403 and the antenna 401. On the other hand, a radio signal transmitted from the base station is received by the antenna 401 and input to the receiving unit 407 by the antenna switch 403. The received signal is amplified and frequency-converted by the receiving unit 407, then demodulated into a TDMA baseband signal by the demodulating unit 411, and then decoded by the TDMA decoding unit 415 to obtain a data signal. The data signal is input to the control unit 417 and stored in the storage unit 429 or displayed via the display unit 423.

  An example of the appearance of the questionnaire terminal 105A is shown in FIG. 4B. Since the questionnaire terminal of the present invention can be realized as a compact wireless communication terminal, it can be easily installed in any place such as a merchandise display shelf in a store where a questionnaire survey is desired.

  Another configuration example of the questionnaire terminal of this embodiment is shown in FIG. A questionnaire terminal 105B in FIG. 5 includes a wireless communication module 502 in which the wireless communication portion of the questionnaire terminal 105A in FIG. 4A is made independent as a separate small module, and a main unit 504 having an interface corresponding to the wireless communication module 502. The wireless communication module 502 is used by being detachably inserted into a slot provided in the main body device 504, for example. In this case, by inserting the wireless communication module 502 into the slot and connecting the interface unit 516 of the wireless communication module 502 to the interface unit 518 of the main device 504, the wireless communication module 502 and the main device 504 are surveyed as a whole. It functions as the terminal 105B.

  The wireless communication module 502 includes an antenna 501, an antenna switch 503, a transmission unit 505 and a reception unit 507, a modulation unit 509 and a demodulation unit 511, a TDMA encoding unit 513 and a TDMA decoding unit 515, a module control unit 510, and a storage unit 512. , A power source 514, and an interface unit 516. The antenna switch 503, the transmission unit 505 and the reception unit 507, the modulation unit 509 and the demodulation unit 511, and the TDMA encoding unit 513 and the TDMA decoding unit 515 constitute a wireless communication circuit, and the wireless communication module 502 is a mobile Each component of the wireless communication unit in the communication terminal is included. Further, the wireless communication module 502 may be configured as a versatile multi-function communication module, for example, data such as a telephone directory can be stored in the storage unit 512.

  The main body device 504 includes a main body control unit 517, a speaker 519, an operation unit 521 such as a keyboard, a display unit 523, a time measuring unit 525, a calendar unit 527, a memory 1 and a memory 2 for storing questionnaire results, and a memory 3 for storing questionnaire contents. And a storage unit 529 including a memory 4 for storing the schedule.

  The operation of the questionnaire terminal 105B when the wireless communication module 502 is inserted into the main unit 504 and wireless communication is performed with the communication network is as follows.

  Data such as a message for the server 101 created by the main body control unit 517 is input to the module control unit 510 of the wireless communication module 502 via the interface units 518 and 516. The data is input to the TDMA encoding unit 513, code-converted into a TDMA baseband signal, and further converted into a modulated wave of a predetermined frequency by the modulation unit 509 and the transmission unit 505, and the antenna switch 503 and the antenna 501 are connected. Via a wireless base station nearby.

  On the other hand, a radio signal transmitted from the base station is received by the antenna 501 and input to the receiving unit 507 by the antenna switch 503. The received signal is amplified and frequency-converted by the receiving unit 507, demodulated into a TDMA baseband signal by the demodulating unit 511, and then decoded by the TDMA decoding unit 515. The data signal output from the TDMA decoding unit 515 is input to the module control unit 510, input to the main body control unit 517 via the interface units 516 and 518, stored in the storage unit 529, or displayed on the display unit 523. Or be displayed.

  An example of data stored in the storage unit 429 of the questionnaire terminal 105A and the storage unit 529 of the questionnaire terminal 105B is shown in FIG. These storage units are transmitted to the server 101 that has been obtained from past questionnaires executed by the memory 1 storing the information obtained by the latest questionnaire conducted at the terminal equipped with the storage unit and the terminal. A memory 2 for storing information that is not stored, a memory 3 for storing questionnaire contents composed of characters, images, moving pictures, and the like, and a memory 4 for storing a schedule for executing these questionnaires. In the example of FIG. 6, A, B, C, etc. are stored as questionnaire contents, and schedules for executing questionnaire contents A, B, and C are stored at addresses 1 to 3 in the memory 4, respectively. . According to FIG. 6, this questionnaire terminal executes questionnaire content A from 10:00 to 15:00 on May 2, and executes questionnaire content B from 10:00 to 16:00 on May 4. The questionnaire content C is to be executed from 10:30 to 14:40 on the day.

  FIG. 7 shows a flow of operation of the questionnaire system 1 of the present embodiment. In the following description, it is assumed that the questionnaire terminal 105B having the configuration shown in FIG. 5 is used. When the questionnaire terminal 105B is powered on (step 701), the main body control unit 517 acquires calendar information from the calendar unit 527 (step 703). The calendar information may include information such as season, week, and day of week in addition to date (year, month, day) information. At this time, the main body control unit 517 may acquire information on the current time from the time measuring unit 525. Here, the power-on of the questionnaire terminal 105B is set as the operation start timing, but the operation of FIG. 7 may be started every predetermined time (for example, every hour).

  The body control unit 517 accesses the server 101 and acquires schedule information and questionnaire content (step 705). For example, when the main body control unit of the questionnaire terminal 105-1 accesses the server 101 storing the information shown in FIG. 2 and requests transmission of information, the server 101 receives the questionnaire terminal 105-1 (identification information 070-XXXX-0001). ) Schedule information (information that the questionnaire content A is executed from 10:00 to 21:00 on May 11) and the questionnaire content A to be executed in the questionnaire terminal 105-1 are transmitted to the questionnaire terminal 105-1. The main body control unit 517 stores the questionnaire content and schedule information received via the wireless communication module 502 in the memory 3 and the memory 4 of the storage unit 529, respectively. The schedule may be set to correspond to the current year, season, month, week, day of the week, time, etc., in addition to the date. For example, in the schedule information stored in the schedule storage area 205-3 of the storage unit 205 of the server 101, day information may be included instead of the date and time zone.

  As another configuration, the main body control unit 517 may acquire only the questionnaire content corresponding to the current date (or year, season, month, day of the week, time, etc.) without acquiring the schedule information from the server 101. . For example, when today is May 11th, when the questionnaire terminal 105-1 accesses the server 101 storing the information shown in FIG. 2, the server 101 sets the questionnaire terminal 105-1 and today's date May 11th. Corresponding questionnaire content A is transmitted to the questionnaire terminal 105-1. At this time, schedule information is not transmitted, and the questionnaire terminal 105-1 executes the received questionnaire content A. When the date changes, the server 101 is accessed again to obtain questionnaire contents to be executed on that day.

  The main body control unit 517 of the questionnaire terminal 105B displays a predetermined questionnaire start screen on the display unit 523. A questionnaire start button is displayed on the start screen. When a user (for example, a customer who has visited a store) makes a selection by touching the start button on the screen, the execution of the questionnaire is started. Yes.

  The body control unit 517 checks whether or not the user has selected to start a questionnaire (step 707). In the case of “No”, Step 707 is executed again after a predetermined time.

  If “yes” in step 707, a questionnaire is started (step 709). The main body control unit 517 refers to the schedule information stored in the memory 4 and reads out the questionnaire content corresponding to the current date from the memory 3 and executes it. In the example of FIG. 6, when the current time is 12:00 on May 2, the main body control unit 517 recognizes that the questionnaire content A should be executed from the schedule information in the memory 4, and stores the questionnaire content A from the memory 3. Read and start execution.

  The questionnaire content usually includes a plurality of questions for the user. The main body control unit 517 displays the questionnaire contents in order on the display unit 523 (step 711). When the user answers, the main body control unit 517 temporarily stores the answer (step 713). The body control unit 517 checks whether or not the question that has obtained the answer is the final question in the questionnaire content (step 715). For example, the final question of each questionnaire content includes data indicating that it is final (for example, a flag), and the body control unit 517 checks the presence or absence of the flag so that the question is final. You can know if there is. If it is not the final question (“No” in step 715), the main body control unit 517 displays the next question item on the display unit 523. When it is the final question (“Yes” in Step 715), the main body control unit 517 collectively stores the answers to the question items that are temporarily stored in the memory 1 of the storage unit 529 (Step 717).

  The body control unit 517 confirms whether information obtained from the questionnaire can be transmitted to the server 101 (step 719). For example, the wireless communication module 502 periodically acquires position information and knows whether or not the wireless communication module 502 exists within the service area of the wireless base station. Therefore, the main body control unit 517 can inquire of the module control unit 510 of the wireless communication module 502 to check whether wireless transmission is currently possible. As another method, the main body control unit 517 may transmit a test signal to the server 101 via the wireless communication module 502 and confirm that transmission is possible with a reply from the server 101.

  If transmission to the server 101 is not possible (“No” in step 719), the main body control unit 517 stores the information in the memory 1 at a predetermined free address in the memory 2 (step 721), and the information in the memory 1 Is deleted (step 723). The body control unit 517 displays a questionnaire retry screen (a screen for confirming whether or not to perform the questionnaire again) on the display unit 523 (step 725). If the user chooses to retry (“Yes” in step 727), the process returns to step 709 again. If retry is not selected (“No” in step 727), the main body control unit 517 ends the questionnaire content (step 729).

  On the other hand, when transmission to the server 101 is possible (“Yes” in step 719), the main body control unit 517 checks whether there is information in the memory 2 of the storage unit 529 (step 731). When there is no information in the memory 2 (“No” in step 731), the main body control unit 517 transmits the information in the memory 1 to the server 101 via the wireless communication module 502 (step 733). When the completion of transmission is confirmed by receiving a reception response from the server 101 (step 735), the main body control unit 517 erases the information in the transmitted memory 1 (step 737), and proceeds to step 725.

  When there is information in the memory 2 (“Yes” in Step 731), the main body control unit 517 transmits the information in the memory 1 and the memory 2 to the server 101 via the wireless communication module 502 (Step 739). When the completion of transmission is confirmed (step 741), the main body control unit 517 erases the information in the memory 1 and the memory 2 (step 743), and proceeds to step 725.

  The server 101 stores the questionnaire result information received from the questionnaire terminal 105 </ b> B in the questionnaire result storage area 205-4 of the storage unit 205.

  As described above, according to the questionnaire system of the present embodiment, the questionnaire terminal automatically acquires desired questionnaire contents corresponding to the date etc. from the server, automatically executes the questionnaire, and automatically answers from the user. To the server. Therefore, compared with the prior art, a wide variety of questionnaires can be efficiently executed at any number of places and the results can be automatically obtained.

  The embodiment of FIG. 7 has been described on the premise of a system using the terminal 105B shown in FIG. However, it will be apparent to those skilled in the art that a similar questionnaire system can be realized using the terminal 105A shown in FIG. 4A. It will also be apparent to those skilled in the art that the present embodiment can be realized as a program that causes the questionnaire terminal and the server to execute the series of operations of FIG.

  In this case, a program used in the server 101 includes a procedure for transmitting to the server 101 a schedule and questionnaire content related to the questionnaire terminal in response to a request transmitted from each of the questionnaire terminals via the communication network 111. A procedure for receiving a questionnaire response from the questionnaire terminal and a procedure for storing the received answer are configured to be executed.

  The program used in the questionnaire terminal stores the procedure for accessing the server 101 via the communication network 111 and acquiring the schedule and questionnaire content related to itself, and the acquired schedule and questionnaire content in the questionnaire terminal. A procedure, a procedure for executing the corresponding questionnaire content based on the stored schedule, and a procedure for transmitting the obtained answer to the server 101 are configured to be executed.

  A specific example of the questionnaire content displayed on the display unit of the questionnaire terminal in this embodiment is shown in FIG. This example is a questionnaire regarding the seasoning of the user's favorite meal and ingredients. When the user touches the start button on the screen 801, a screen 803 including the first question is displayed. Here we are asking about the gender of the user. When the user selects either “male” or “female”, a screen 805 including the next question is displayed. Here, it asks about the age of the user. Similarly, a screen 807 including a question about favorite seasoning and a screen 809 including a question about favorite main ingredients are displayed to obtain an answer from the user. Finally, a discount coupon that can be used in the store is displayed in the sense of gratitude to the user who answered the questionnaire (screen 811). Such a reward is happy for the user and can be an incentive to answer the questionnaire again next time. In addition to the discount coupon, fortune telling or the like may be displayed as illustrated on the screen 813.

  FIG. 9 shows another example of questionnaire content. As shown in FIG. 9, the questionnaire content may be created so that different fortune-telling results are displayed after the questionnaire is completed according to the answer obtained from the user.

It is a figure which shows the structure of the questionnaire system of this invention. It is a figure which shows the structure of a server. It is a figure which shows an example of the information of the questionnaire result received from the questionnaire terminal. It is a figure which shows the structural example of a questionnaire terminal. It is a figure which shows the example of the external appearance of a questionnaire terminal. It is a figure which shows another structural example of a questionnaire terminal. It is a figure which shows an example of the data stored in the memory | storage part of a questionnaire terminal. It is a figure which shows the flow of operation | movement of the questionnaire system of this invention. It is a figure which shows the specific example of the questionnaire content displayed on the display part of a questionnaire terminal. It is a figure which shows another example of questionnaire content.

Claims (11)

A questionnaire system comprising a server and at least one wireless communication terminal that communicates with the server via a communication network,
The server stores at least one questionnaire content and a schedule for each of the wireless communication terminals to execute the questionnaire content;
Each of the wireless communication terminals accesses the server via the communication network, acquires the schedule and questionnaire content related to itself, stores the acquired schedule and questionnaire content, and responds based on the stored schedule Execute the questionnaire contents to send, and send the obtained answer to the server,
The server is a questionnaire system for storing answers received from each of the wireless communication terminals. The wireless communication terminal is
A wireless communication module having a wireless communication circuit;
The questionnaire system according to claim 1, further comprising: a main unit that has an interface with the wireless communication module, stores content and a schedule acquired from the server, and executes questionnaire content based on the schedule.   The questionnaire system according to claim 1, wherein the schedule includes at least one of calendar information and time information on which each questionnaire content is to be executed.   The at least 1 management terminal for accessing the said server via the said communication network, and browsing, adding, deleting, and correcting the questionnaire content and schedule stored in the said server is further provided. The questionnaire system according to any one of the items. A server that communicates with at least one wireless communication terminal via a communication network;
Storing at least one questionnaire content and storing a schedule for each of the wireless communication terminals to execute the questionnaire content;
In response to a request transmitted from each of the wireless communication terminals via the communication network, a schedule and questionnaire content related to the wireless communication terminal are transmitted,
Receiving a questionnaire response from the wireless communication terminal;
A server that stores received answers.   The server according to claim 5, wherein the schedule includes at least one of calendar information and time information on which each questionnaire content is to be executed. A wireless communication terminal that communicates with a server via a communication network, wherein the server stores at least one questionnaire content, stores a schedule for the wireless communication terminal to execute the questionnaire content, and the wireless communication terminal Is
Access the server via the communication network to acquire the schedule and questionnaire content related to the server, store the acquired schedule and questionnaire content, execute the corresponding questionnaire content based on the stored schedule, A wireless communication terminal that transmits the received answer to the server. A wireless communication module having a wireless communication circuit;
The wireless communication terminal according to claim 7, comprising: a main body device that has an interface with the wireless communication module, stores content and a schedule acquired from the server, and executes questionnaire content based on the schedule.   The wireless communication terminal according to claim 7 or 8, wherein the schedule includes at least one of calendar information and time information on which each questionnaire content is to be executed. A program used in a questionnaire system comprising a server and at least one wireless communication terminal communicating with the server via a communication network, wherein the server stores at least one questionnaire content and the wireless communication Each terminal stores a schedule on which questionnaire contents should be executed, and the program is stored in the server.
In response to a request transmitted from each of the wireless communication terminals via the communication network, a procedure for transmitting a schedule and questionnaire content related to the wireless communication terminal;
Receiving a questionnaire response from the wireless communication terminal;
A program for executing a procedure for storing received answers. A program used in a questionnaire system comprising a server and at least one wireless communication terminal communicating with the server via a communication network, wherein the server stores at least one questionnaire content and the wireless communication Each terminal stores a schedule for executing questionnaire contents, and the program is stored in the wireless communication terminal.
A procedure for accessing the server via the communication network and obtaining a schedule and questionnaire content related to the server;
Procedure to store the acquired schedule and questionnaire contents,
Procedure to execute the corresponding questionnaire content based on the stored schedule,
A program for executing a procedure for transmitting the obtained answer to the server.