JP2009075820A - Portable terminal, commodity notification method and commodity notification program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To notify a user of a commodity to be carried at a timing different from the timing specified by the user. <P>SOLUTION: A cellular phone acquires position information at a notification reference time of an own-unit (step S32). The cellular phone compares the position information of the own-unit at the notification reference time with that acquired later than the notification reference time, so as to decide whether the own-unit has moved by a notification condition moving quantity from the notification reference time (step S36). If the own-unit has moved by the notification condition moving quantity from the notification reference time (S36: NO), the cellular phone generates a notification commodity list having the names of the commodities to be carried by the user (step S41), and transmits an electronic mail to a mail address of the own-unit to notify the user of the notification commodity list (step S42). <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a portable terminal, an article notification method, and an article notification program for notifying a user of an article to be possessed.

For example, a user may view a weather forecast program before going to work and decide whether to bring an umbrella when going to work according to the weather forecast.
However, there may be no time for viewing the weather forecast program before going to work, and in this case, it cannot be determined whether or not to bring an umbrella according to the weather forecast.
Therefore, conventionally, there is a portable terminal that automatically acquires a weather forecast of a user's destination, displays the acquired weather forecast on the screen, and displays an umbrella mark on the screen (for example, see Patent Document 1). In this portable terminal, when the user brings an umbrella, the user clicks on the umbrella mark to register the umbrella. When the user brings in the umbrella, the mobile phone is set at a predetermined time (hereinafter referred to as a specified time) or at a predetermined time interval (hereinafter referred to as a specified time interval). A confirmation message is sent to the user as to whether the umbrella has been left behind.
Japanese Patent Laid-Open No. 2003-216752

By the way, the user starts to bring an umbrella when he / she starts to go out, and forgets to leave the umbrella when he / she is moving. In light of this, it is not necessarily a preferable timing to notify that the umbrella is brought about at the designated time.
Therefore, an object of the present invention is to provide a mobile terminal, an article notification method, and an article notification program that notify a user of an article to be held such as an umbrella at a timing different from the time specified by the user.

  In order to achieve the above object, the mobile terminal of the present invention determines whether or not the mobile terminal has performed a movement satisfying a predetermined broadcast movement condition related to the movement of the mobile terminal based on a predetermined broadcast reference time. And when the determination means determines that the movement of the terminal itself satisfies the notification movement condition, the notification means performs notification of the article to be held based on the article information relating to the article to be held stored in the storage means. And comprising.

  The article notification method of the present invention is an article notification method performed by a portable terminal for notifying a user of the portable terminal of an article to be possessed, wherein the portable terminal is based on a predetermined notification reference time. A determination step for determining whether or not a movement satisfying a predetermined notification movement condition relating to movement has been performed, and when the determination step determines that the movement of the mobile terminal satisfies the notification movement condition, A notifying step for notifying the article to be held based on the article information relating to the article to be held.

  The article notification program of the present invention is an article notification program executed by the portable terminal to notify the user of the portable terminal of the article, and the portable terminal provides a predetermined notification to the control unit included in the portable terminal. A determination step for determining whether or not a movement satisfying a predetermined notification movement condition relating to the movement of the portable terminal with reference to a reference time is performed, and the determination step determines that the movement of the portable terminal satisfies the notification movement condition. Then, the notifying step of notifying the article to be held based on the article information relating to the article to be held stored in the storage means is performed.

  The portable terminal, the article notification method, and the article notification program determine whether the portable terminal has performed a movement satisfying the notification movement condition, and notify the article to be possessed when it is determined that the portable terminal has performed a movement satisfying the notification movement condition. Do. Thereby, the user who carries a portable terminal can receive the notification of the article to be held before and after the user may start holding the article to be held.

  In the mobile terminal, the notification movement condition is that the terminal moves by a predetermined amount of movement from the position of the terminal at the notification reference time, and the mobile terminal acquires position information indicating the position of the terminal. Position determining means, and the determining means is configured to notify the terminal itself based on position information acquired at the notification reference time by the position acquisition means and position information acquired after the notification reference time. You may make it determine whether the movement which satisfy | fills a movement condition was performed.

According to this, when the user moves a predetermined movement amount, the user can be notified of an article to be possessed.
In the above portable terminal, the position acquisition means may acquire the position information by GPS (Global Positioning System).
According to this, in the portable terminal provided with the GPS function, it is not necessary to provide a dedicated component for acquiring position information indicating the position of the portable terminal, and an increase in cost can be suppressed.

  In the above mobile terminal, the notification movement condition is that the terminal moves to a place where the reception intensity fluctuates by a predetermined amount with respect to the reception intensity of the reception radio wave at the notification reference time. Further comprising intensity measuring means for measuring the received intensity, and the determining means based on the received intensity acquired at the notification reference time by the intensity measuring means and the received intensity acquired after the notification reference time, You may make it determine whether the own terminal performed the movement which satisfy | fills the said notification movement conditions.

According to this, when the user moves to a place where the reception intensity of the received radio wave fluctuates by a predetermined amount, the user can be notified of an article to be held.
In the portable terminal, the notification movement condition is that the terminal moves to a location where the terminal is connected to a wireless base station different from a connection-destination wireless base station at the notification reference time. Base station acquisition means for acquiring base station identification information for identifying the radio base station from a signal transmitted from the base station is further provided, and the determination means is acquired at the notification reference time by the base station acquisition means. Determination may be made as to whether or not the terminal has performed a movement satisfying the broadcast movement condition based on the base station identification information and the base station identification information acquired after the broadcast reference time.

According to this, when the user moves to a place where the wireless base station to which the portable terminal is connected is switched, the user can be notified of an article to be possessed.
In the above portable terminal, the notification means performs notification of the article to be possessed by transmitting an e-mail including article specifying information for specifying the article to the e-mail address of the own terminal. Also good.

In this way, if notification of an article to be held to the user is made by an e-mail addressed to the mail address of the portable terminal carried by the user, the article to be held knowing that the article to be held has been notified. You can expect to confirm.
In the above portable terminal, the notifying means may notify the article to be held by outputting the article specifying information for specifying the article by voice.

In this way, if the user is notified of the article to be held by voice output, the user does not need to perform an operation for knowing the notified article to be held and can suppress an increase in the burden imposed on the user.
In the above portable terminal, the storage means stores article information relating to the article to be held in association with weather forecast information relating to a weather forecast, and the portable terminal receives a weather forecast from a server that provides the weather forecast information. A forecast acquisition means for acquiring information, and a reading means for reading out the article information stored in association with the weather forecast information from the storage means based on the weather forecast information acquired by the forecast acquisition means. Further, the notifying means may notify the article to be held based on the article information read by the reading means.

According to this, the user can be notified of an article to be held according to the weather forecast information.
In the above portable terminal, tag reading means for reading tag information for identifying the article from the tag attached to the article, article information of the article notified by the notification means, and the own terminal moving the own terminal A tag whose tag information has not been read by the tag reading means out of the notified article based on the tag information read by the tag reading means when the movement satisfying the predetermined warning moving condition is performed. There may be further provided forgotten article detection means for detecting an article attached with as a forgotten article, and warning means for notifying that there is a forgotten article when the forgotten article detection means detects the forgotten article.

According to this, since the user can receive notification that there is a forgotten thing at a place that is not so far away from the place where the forgotten thing is made, the user can easily obtain the forgotten thing.
The portable terminal may further include history storage means for storing forgotten thing information for specifying the forgotten thing detected by the forgotten thing detection means in association with the time when the tag information is read by the tag reading means. Also good.

According to this, by referring to the stored contents of the history storage means and collating the user's own behavior, the user can guess the approximate place where the forgotten thing was made, and the user's acquisition of the forgotten thing becomes easy.
In the above portable terminal, tag reading means for reading tag information for identifying the article from a tag attached to the article, and article information of the article to which a tag is attached among articles notified by the notification means, Based on the tag information read by the tag reading means when the own terminal performs a movement satisfying a predetermined warning movement condition relating to the movement of the own terminal, the tag is selected from among the articles attached with the tag. A forgotten article detecting means for detecting an article attached with a tag whose tag information has not been read by the reading means as a forgotten article, and a warning means for informing that there is a forgotten article when the forgotten article is detected by the forgotten article detecting means. You may make it provide further.

According to this, since the user can receive notification that there is a forgotten thing at a place that is not so far away from the place where the forgotten thing is made, the user can easily obtain the forgotten thing.
In addition, since the tag is not necessarily attached to all of the articles to be informed, the article with no tag attached can be obtained by setting the object of detection of forgotten items to the article with the tag attached. Problems detected as forgotten items can be avoided.

Embodiments of the present invention will be described below with reference to the drawings.
<< System configuration >>
A system configuration of a system including the mobile phone according to the present embodiment will be described with reference to FIG. FIG. 1 is a system configuration diagram of a system including a mobile phone according to the present embodiment.
In the system shown in FIG. 1, a mobile phone 1 is wirelessly connected to any one of radio base stations 3 installed in a voice communication network 2 and performs voice communication with a device connected to the voice communication network 2. The mobile phone 1 is wirelessly connected to any of the wireless base stations 5 installed in the data communication network 4 and performs data communication with devices connected to the data communication network 4.

A server 6 for providing a weather forecast constructed by a weather forecast provider is connected to the data communication network 4. The mobile phone 1 acquires weather forecast information including a weather forecast from the server 6 via the radio base station 5 and the data communication network 4.
The mobile phone 1 acquires position information indicating the position of the mobile phone 1 based on radio waves emitted by a GPS (Global Positioning System) satellite 7 (only one is shown in FIG. 1).

The mobile phone 1 has an article notification function for notifying the user of an article to be possessed and a forgotten article warning function for warning the user that there is no article notified to the user in the vicinity of the user.
However, in the article notification function, position information based on GPS and weather forecast information acquired from the server 6 are used. In addition, the forgotten object warning function uses position information based on GPS and tag information for identifying an article read from an RF (Radio Frequency) tag attached to the article.

Details of the article notification function and the left-behind item warning function of the mobile phone 1 will be described below.
≪Configuration of mobile phone≫
The configuration of the mobile phone 1 according to the present embodiment will be described with reference to FIG. FIG. 2 is a configuration diagram of the mobile phone 1 according to the present embodiment.
The cellular phone 1 includes a control unit 11, a storage unit 12, an operation unit 13, a display unit 14, a position information acquisition unit 15, an antenna 15a, a tag information reading unit 16, a timer 17, a voice communication unit 18, an antenna 18a, and a data communication unit. 19, an antenna 19a, an audio processing unit 20, a speaker 20a, and a microphone 20b.

The control unit 11 performs various controls and various calculations of the mobile phone 1, and functions for realizing the article notification function and the left-behind item warning function will be described later.
The storage unit 12 stores various control programs and various application programs for controlling the mobile phone 1. Further, a program for causing the mobile phone 1 to perform the operation flow shown in FIGS. 10 to 12 is stored.

The storage unit 12 includes a schedule database 12a shown in FIG. 3, an example standard article database 12b shown in FIG. 4, a weather article database 12c shown in FIG. 5, and a forgotten article history database shown in FIG. 12d is stored.
A schedule database (hereinafter referred to as a schedule DB) 12a shown in FIG. 3 is a database for storing schedule information indicating a user's schedule for each year / month / day. The schedule information in the present embodiment is a use direction, a destination, a scheduled departure time, and a scheduled staying time zone. Note that the usage is a business trip or entertainment (amusement park, movie, etc.). The destination is a place to go out, such as Kobe or Osaka. The scheduled departure time is the time at which the departure is scheduled. The scheduled stay time zone is a time zone where the destination is scheduled to stay, and is, for example, a meeting time or a screening time.

Although not shown in the figure, the schedule DB 12a stores schedule information of the user at normal times on weekdays. The schedule information at the normal time includes, for example, work as a use, time to go to work as a scheduled departure time, work location as a destination, and work hours as planned stay time.
A standard article database (hereinafter referred to as a standard article DB) 12b shown as an example in FIG. 4 stores a list (hereinafter referred to as a standard article list) that lists articles to be possessed according to usage. It is a database. The articles listed in the standard article list are articles registered by the user according to the usage, and are notified to the user regardless of the weather or the like. In the example of FIG. 4, the standard article DB 12 b stores a standard article list for each of “working”, “business trip”, and “entertainment”. For example, the standard article list for the usage “attendance” includes a bag, a wallet, a periodical (periodic), and an employee ID.

  A weather article database (hereinafter referred to as a weather article DB) 12c shown as an example in FIG. 5 is a list (hereinafter referred to as a list) that lists articles to be held for each weather (combination of temperature and precipitation probability) according to usage. This is a database for storing a weather article list. The articles listed in the weather article list are articles registered by the user according to the usage direction and the weather, and are notified to the user according to the weather. In the example of FIG. 5, a weather article list for each weather corresponding to the usage “going to work” and a usage “business trip” and a weather article list for each weather corresponding to the usage “entertainment” are stored. For example, in the usage “entertainment”, a list of weather articles whose temperature is less than 10 degrees and the probability of precipitation is less than 30% includes a muffler, and a list of weather articles whose temperature is 25 degrees or more and the probability of precipitation is less than 30%. Hats and sunglasses are included.

  A forgotten thing history database (hereinafter referred to as a forgotten thing history DB) 12d shown in FIG. 6 is a database for storing forgotten things acquired by the forgotten thing warning function of the mobile phone 1 in association with the time when the forgotten thing is detected. It is. Here, the forgotten item is an article whose tag information has not been read by the tag information reading unit 16 among articles notified to the user by the article notification function. In addition, the user can guess the approximate place where the forgotten thing was made by referring to the stored contents of the forgotten thing history DB 12d and comparing it with the user's own action time.

The storage unit 12 stores “movie”, “amusement park” and the like corresponding to the usage “entertainment”. As a result, the usage “entertainment” can be identified from “movie”, “amusement park”, etc. included in the schedule information of the schedule DB 12a.
The operation unit 13 includes various keys, and outputs a pressed key pressing signal to the control unit 11.

The display unit 14 is configured by a liquid crystal display or the like, and performs display based on display data input from the control unit 11. For example, a standard article registration screen shown in FIG. 7 or a weather article registration screen shown in FIG. 8 is displayed on the display unit 14.
In the standard article registration screen shown in FIG. 7 as an example, a use direction input field 31 for entering the direction of work, business trip, entertainment, etc. as text, and article input for entering the name of the article to be held as text A column 32 is provided. However, it is possible to input two or more usage directions in the usage direction input column 31 and input two or more items in the article input column 32.

The standard article registration screen also includes a registration button 33 that is pressed when the standard article list is registered in the standard article DB 12b, and a cancel that is pressed when the registration of the standard article list in the standard article DB 12b is stopped. A button 34 is provided.
In the weather article registration screen shown in FIG. 8 as an example, a direction entry field 36 for entering textual information such as attendance, business trip, and entertainment, and article input for entering the name of the article to be held in text A column 37 is provided. However, it is possible to input two or more usage directions in the usage direction input column 36. In addition, in the article input column 37, one input column is provided for each combination of the temperature and the probability of precipitation, and it is possible to input two or more articles in each input column.

The weather article registration screen also includes a registration button 38 that is pressed when the weather article list is registered in the weather article DB 12c, and a cancel that is pressed when the registration of the weather article list in the weather article DB 12c is stopped. A button 39 is provided.
The antenna 15a receives a radio wave emitted by the GPS satellite 7. The position information acquisition unit 15 calculates the position (latitude, longitude, and altitude) of the mobile phone 1 based on the radio wave received by the antenna 15a, and outputs position information indicating the calculated position to the control unit 11.

The tag information reading unit 16 reads tag information from the RF tag and outputs the read tag information to the control unit 11.
The timer 17 measures the time and outputs the measured time to the control unit 11.
The voice communication unit 18 is a communication unit for voice communication, and transmits / receives a voice signal to / from a device connected to the voice communication network 2 through the antenna 18a under the control of the control unit 11.

The data communication unit 19 is a communication unit for data communication, and transmits / receives data signals to / from devices connected to the data communication network 4 through the antenna 19a under the control of the control unit 11. Note that transmission / reception of electronic mail and transmission / reception of signals to / from the server 6 are performed by the data communication unit 19.
The sound processing unit 20 converts the digital signal input from the control unit 11 into an analog signal and outputs the analog signal to the speaker 20a. The speaker 20a converts the analog signal input from the sound processing unit 20 into sound and outputs the sound. The microphone 20b collects sounds around the microphone and outputs them to the sound processing unit 20, and the sound processing unit 20 converts the analog signal input from the microphone 20b into a digital signal and outputs the digital signal to the control unit 11.

≪Functional structure of control part≫
The functional configuration of the control unit 11 in FIG. 2 will be described with reference to FIG. FIG. 9 is a functional configuration diagram of the control unit 11 of FIG.
The control unit 11 operates as a registration processing unit 50, a notification processing unit 60, and a warning processing unit 70 in the article notification function and the left-behind item warning function.

(Registration Processing Department)
The registration processing unit 50 is a processing unit that registers the standard article list in the standard article DB 12b and registers the weather article list in the weather article DB 12c, and includes a display processing unit 51 and an article registration unit 52.
The display processing unit 51 displays a standard article registration screen (see FIG. 7) or a weather article registration screen (see FIG. 8) corresponding to the display operation by the user on the display unit 14 based on a press signal from the operation unit 13. .

The article registration unit 52 registers the standard article list in the standard article DB 12b based on the input contents for the input fields 31 and 32 on the standard article registration screen, and based on the input contents for the input fields 36 and 37 on the weather article registration screen. The weather article list is registered in the weather article DB 12c.
(Notification processing part)
The notification processing unit 60 is a processing unit that notifies the user of an article to be possessed, and includes a position acquisition command unit 61, a movement condition determination unit 62, a forecast information acquisition unit 63, a notification list creation unit 64, and a mail processing unit. 65.

  When the time input from the timer 17 (hereinafter referred to as the current time) reaches the time specified by the user (hereinafter referred to as the notification reference time), the position acquisition command unit 61 stores the position information of the mobile phone 1. A first notification acquisition command signal for instructing acquisition is output to the movement condition determination unit 62. Then, the position acquisition command unit 61 outputs the first notification acquisition command signal to the movement condition determination unit 62 until the command stop signal described later is input from the movement condition determination unit 62 at a predetermined time interval. The second notification acquisition command signal for instructing acquisition of the position information of 1 is output to the movement condition determination unit 62. However, the predetermined time is, for example, 5 seconds. Hereinafter, the predetermined time is referred to as notification determination time, and the time at which the position acquisition command unit 61 outputs the second notification acquisition command signal to the movement condition determination unit 62 is referred to as notification determination time.

When the first notification acquisition command signal is input from the position acquisition command unit 61, the movement condition determination unit 62 acquires the position information of the mobile phone 1 at the notification reference time from the position information acquisition unit 15, and uses the acquired position information. Set to broadcast reference position information.
Further, when the second notification acquisition command signal is input from the position acquisition command unit 61, the movement condition determination unit 62 acquires the position information of the mobile phone 1 at the notification determination time from the position information acquisition unit 15, and acquires the acquired position. Information is set as notification determination position information. Subsequently, based on the notification reference position information and the notification determination position information, the movement condition determination unit 62 moves the mobile phone 1 from a notification reference time by a predetermined movement amount (hereinafter referred to as a notification condition movement amount). Determine whether. The notification condition movement amount is 2 m, for example. As a result of the determination, if the mobile phone 1 has moved by the notification condition movement amount, the movement condition determination unit 62 outputs a command stop signal to the position acquisition command unit 61 and commands acquisition of weather forecast information. The forecast acquisition command signal is output to the forecast information acquisition unit 63.

  The forecast information acquisition unit 63 refers to the schedule information in the schedule DB 12a, and identifies a set of an area and time for acquiring weather forecast information based on the first use direction after the notification reference time. It should be noted that the combination of the area and time from which the weather forecast information is acquired includes a combination of the area including the current location and the scheduled departure time, a combination of the area including the destination and the start time of the planned stay time zone, and the area including the destination. It is a set with the end time of the planned staying time zone.

Then, the schedule information acquisition unit 63 transmits to the server 6 a request signal (hereinafter referred to as a forecast request signal) for requesting weather forecast information including each of the specified region and time pair.
The forecast information acquisition unit 63 receives a response signal (hereinafter referred to as a forecast response signal) including weather forecast information returned from the server 6 as a response to the forecast request signal, and the weather forecast included in the received forecast response signal. The information is output to the notification list creation unit 64. However, the weather forecast information includes the temperature and the precipitation probability of the specified region at the specified time with respect to each of the set of the specified region and time.

The notification list creating unit 64 refers to the schedule information in the schedule DB 12a, identifies the first use direction after the notification reference time, and reads out the standard item list stored in correspondence with the specified use direction from the standard item DB 12b. .
At the same time, the notification list creation unit 64 reads the weather article list stored in correspondence with each of the pairs of the temperature and the precipitation probability included in the weather forecast information regarding the specified usage from the weather article DB 12c.

Subsequently, the notification list creation unit 64 creates a notification article list that lists all the names of articles included in the read standard article list and the names of articles included in each read weather article list. Then, the notification list creation unit 64 outputs the created notification article list to the mail processing unit 65 and the after-mentioned thing detection unit 73 in the warning processing unit 70 described later.
The mail processing unit 65 creates an e-mail in which the names of the articles listed in the notification article list input from the notification list creation unit 64 are entered in the mail text, and the created e-mail is sent to the e-mail address of the mobile phone 1. Send to Then, the mail processing unit 65 outputs a warning start command signal for causing the warning processing unit 70 to start a left-behind item warning operation by the left-behind item warning function to a position acquisition command unit 71 described later in the warning processing unit 70.

(Warning processing part)
The warning processing unit 70 is a processing unit that warns the user that he / she has left something, and includes a position acquisition command unit 71, a movement condition determination unit 72, a left-behind item detection unit 73, a warning generation unit 74, and a left-behind item history registration. Part 75.
The position acquisition command unit 71 receives a warning start command signal from the mail processing unit 65 or a warning continuation command signal (to be described later) from the movement condition determination unit 72. A warning acquisition command signal is output to the movement condition determination unit 72. Hereinafter, the time at which the position acquisition command unit 71 outputs the first warning acquisition command signal to the movement condition determination unit 72 is referred to as a warning reference time.

  Then, after outputting the first warning acquisition command signal to the movement condition determination unit 72, the position acquisition command unit 71 outputs a second warning acquisition command signal for instructing acquisition of the position information of the mobile phone 1 at a predetermined time interval. The data is output to the movement condition determination unit 72. However, the predetermined time is, for example, 1 minute. Hereinafter, the predetermined time is referred to as a warning determination time, and the time at which the position acquisition command unit 71 outputs the second warning acquisition command signal to the movement condition determination unit 72 is referred to as a warning determination time.

However, the position acquisition command unit 71 outputs the first warning acquisition command signal and the second warning acquisition command signal to the movement condition determination unit 72 when a pressing signal related to the end of the lost item warning operation is input from the operation unit 13. Exit.
When the first warning acquisition command signal is input from the position acquisition command unit 71, the movement condition determination unit 72 acquires the position information of the mobile phone 1 at the warning reference time from the position information acquisition unit 15, and uses the acquired position information. Set to warning reference position information.

  When the second warning acquisition command signal is input from the position acquisition command unit 71, the movement condition determination unit 72 acquires the position information of the mobile phone 1 at the warning determination time from the position information acquisition unit 15, and acquires the acquired position. Information is set as warning judgment position information. Subsequently, the movement condition determination unit 72 transmits the e-mail including the notification article list based on the warning reference position information and the warning determination position information (after performing the forgotten object detection, It is determined whether or not a predetermined movement amount (hereinafter referred to as a warning condition movement amount) has been moved. The warning condition movement amount is, for example, 10 m. As a result of the determination, if the mobile phone 1 has moved by the movement amount of the warning condition, the movement condition determination unit 72 sends a lost item detection command signal for causing the lost item detection unit 73 to detect the lost item. In addition to outputting, a warning continuation command signal is output to the position acquisition command unit 71.

When the forgotten object detection command signal is input from the movement condition determining unit 72, the forgotten object detection unit 73 reads the tag information read by the tag information reading unit 16 from the tag information reading unit 16 at the time when the forgotten object detection command signal is input. get. Hereinafter, the time when the forgotten object detection unit 73 acquires the tag information from the tag information reading unit 16 is referred to as the forgotten object detection time.
Then, the forgotten object detection unit 73 compares the notification article list input from the notification list creation unit 64 with the tag information acquired from the tag information reading unit 16. Based on the comparison result, the forgotten item detection unit 73 detects an item (forgotten item) for which tag information has not been read by the tag information reading unit 16 from among the items listed in the notification item list. If the left-behind object detection unit 73 detects a left-behind object, it outputs a warning generation command signal to the warning generation unit 74 to cause the warning generation unit 74 to perform a warning sound output process. At the same time, the forgotten object detection unit 73 outputs the forgotten object detection time and the forgotten object information including the name of each forgotten object to the forgotten object history registration unit 75.

When the warning generation command signal is input from the forgotten object detection unit 73, the warning generation unit 74 performs processing for outputting a warning sound from the speaker 20a.
When the forgotten object detection unit 73 inputs the forgotten object detection time and the forgotten object information, the forgotten object history registration unit 75 associates the forgotten object detection time and the forgotten object information with the fields “time” and “forgotten object” in the forgotten object history DB 12d, respectively. Add and register.

≪Operation of control part≫
(Article registration operation)
Registration of the standard article list in the standard article DB 12b of the storage unit 12 and registration of the weather article list in the weather article DB 12c by the control unit 11 in FIG. 2 will be described with reference to FIG. FIG. 10 is a flowchart showing the flow of the article registration operation of the standard article list and the weather article list of the control unit 11.

  The display processing unit 51 monitors a pressing signal input from the operation unit 13 and waits for a display operation of the standard article registration screen (see FIG. 7) and a weather article registration screen (see FIG. 8) by the user. (Step S1). When there is a display operation by the user, the display processing unit 51 determines whether the display operation by the user is a display operation of the standard article registration screen or a weather article registration screen (step S2).

  When the display operation is a display operation of the standard article registration screen (S2: standard), the display processing unit 51 displays the standard article registration screen on the display unit 14 (step S3). When the standard article registration screen is displayed, on the standard article registration screen, the user performs an input operation on the use direction input field 31 and the article input field 32 using the operation unit 13, and then presses the registration button 33. To do. Alternatively, the user presses the cancel button 34.

The article registration unit 52 monitors the pressing signal input from the operation unit 13 and waits for the pressing operation of the registration button 33 and the pressing operation of the cancel button 34 by the user (step S4). When the user presses the button, the article registration unit 52 determines whether the user presses the registration button 33 or the cancel button 34 (step S5).
When the push button is the registration button 33 (S5: registration), the article registration unit 52 stores the standard article list in the standard article DB 12b based on the input contents for the use direction input field 31 and the input contents for the article input field 32. Register (step S6). Then, the article registration unit 52 instructs the display processing unit 51 to return the display content of the display unit 14 to the screen before the display of the standard article registration screen. Upon receiving this command, the display processing unit 51 displays the screen before the standard article registration screen is displayed on the display unit 14 (step S7), and proceeds to the process of step S1.

When the push button is the cancel button 34 (S5: Cancel), the article registration unit 52 instructs the display processing unit 51 to return the display content of the display unit 14 to the screen before the display of the standard article registration screen. To do. Upon receiving this command, the display processing unit 51 displays the screen before the standard article registration screen is displayed on the display unit 14 (step S7), and proceeds to the process of step S1.
In the determination in step S2, if the display operation is a display operation of the weather article registration screen (S2: weather), the display processing unit 51 displays the weather article registration screen on the display unit 14 (step S8). When the weather article registration screen is displayed, on the weather article registration screen, the user performs an input operation on the use direction input field 36 and the article input field 37 using the operation unit 13, and then presses the registration button 38. To do. Alternatively, the user presses the cancel button 39.

The article registration unit 52 monitors the pressing signal input from the operation unit 13 and waits for the pressing operation of the registration button 38 and the pressing operation of the cancel button 39 by the user (step S9). When the user presses the button, the article registration unit 52 determines whether the user presses the registration button 38 or the cancel button 39 (step S10).
When the push button is the registration button 38 (S10: registration), the article registration unit 52 stores the weather article list in the weather article DB 12c based on the input contents for the use direction input field 36 and the input contents for the article input field 37. Register (step S11). Then, the article registration unit 52 instructs the display processing unit 51 to return the display content of the display unit 14 to the screen before the display of the weather article registration screen. Upon receiving this command, the display processing unit 51 displays the screen before the weather article registration screen is displayed on the display unit 14 (step S12), and proceeds to the process of step S1.

When the pressed button is the cancel button 39 (S10: cancel), the article registration unit 52 instructs the display processing unit 51 to return the display content of the display unit 14 to the screen before the display of the weather article registration screen. To do. Upon receiving this command, the display processing unit 51 displays the screen before the weather article registration screen is displayed on the display unit 14 (step S12), and proceeds to the processing of step S1.
(Article notification and forgotten item warning operation)
The notification of articles to be held by the control unit 11 of FIG. 2 and the warning of forgotten items will be described with reference to FIGS. 11 and 12. 11 and 12 are flowcharts showing the flow of the article notification operation and the left-behind item warning operation of the control unit 11.

The position acquisition command unit 61 determines whether the time (current time) input from the timer 17 has reached the notification reference time (step S31). Until the current time reaches the notification reference time (S31: NO), the process of step S31 is continued.
When the current time becomes the notification reference time (S31: YES), the position acquisition command unit 61 outputs a first notification acquisition command signal to the movement condition determination unit 62. When the first notification acquisition command signal is input from the position acquisition command unit 61, the movement condition determination unit 62 acquires the position information of the mobile phone 1 at the notification reference time from the position information acquisition unit 15, and acquires the acquired position information. The notification reference position information is set (step S32).

The position acquisition command unit 61 sets a time obtained by adding the notification determination time to the notification reference time as the notification determination time (step S33).
The position acquisition command unit 61 determines whether the current time input from the timer 17 has reached the notification determination time (step S34). Until the current time reaches the notification determination time (S34: NO), the process of step S34 is continued.

  When the current time becomes the notification determination time (S34: YES), the position acquisition command unit 61 outputs a second notification acquisition command signal to the movement condition determination unit 62. When the second notification acquisition command signal is input from the position acquisition command unit 61, the movement condition determination unit 62 acquires the position information of the mobile phone 1 at the notification determination time from the position information acquisition unit 15, and acquires the acquired position information. The notification determination position information is set (step S35).

  The movement condition determination unit 62 determines whether the mobile phone 1 has moved the notification condition movement amount from the notification reference time based on the notification reference position information and the notification determination position information (step S36). If the mobile phone 1 has not moved by the notification condition movement amount (S36: NO), the position acquisition command unit 61 resets the time obtained by adding the notification determination time to the notification determination time as the notification determination time (step S37). And the process of step S34 is performed.

  If the mobile phone 1 has moved by the notification condition movement amount (S36: YES), the movement condition determination unit 62 outputs a command stop signal to the position acquisition command unit 61 and sends a forecast acquisition command signal to the forecast information acquisition unit 63. Output to. When a forecast acquisition command signal is input from the movement condition determination unit 62, the forecast information acquisition unit 63 transmits a forecast request signal to the server 6, and a forecast response signal including weather forecast information from the server 6 as a response to the forecast request signal. Receive. And the forecast information acquisition part 63 outputs the weather forecast information contained in the received forecast response signal to the alerting | reporting list preparation part 64 (step S38).

  The notification list creating unit 64 refers to the schedule DB 12a, identifies the first use direction after the notification reference time, and reads out the standard article list corresponding to the specified use direction from the standard article DB 12b (step S39). At the same time, the notification list creation unit 64 generates a weather article list corresponding to each set of temperature and precipitation probability included in the weather forecast information input from the forecast information acquisition unit 63 regarding the specified usage from the weather article DB 12c. Read (step S40). Subsequently, the notification list creation unit 64 creates a notification article list that lists all the names of articles included in the read standard article list and the names of articles included in each read weather article list. Then, the notification list creation unit 64 outputs the created notification article list to the mail processing unit 65 and the forgotten object detection unit 73 in the warning processing unit 70 (step S41).

The mail processing unit 65 creates and creates an e-mail (hereinafter referred to as “notification mail”) in which the names of articles listed in the notification article list input from the notification list creation unit 64 are written in the mail text. A notification mail is transmitted to the mail address of the own machine (step S42).
When the mobile phone 1 receives the notification mail, for example, the mobile phone 1 outputs a ringtone of the mail from the speaker 20a. The user knows that the notification mail has arrived at the mobile phone 1 by the ringing tone, and can know the article to be possessed by browsing the content of the notification mail.

The processing from step S31 to step S42 is a processing flow of article notification operation by the control unit 11.
When the notification mail is transmitted to the mail address of the own device, the mail processing unit 65 outputs a warning start command signal to the position acquisition command unit 71 in the warning processing unit 70, and the position acquisition command unit 71 receives the warning start command signal. In response, the first warning acquisition command signal is output to the movement condition determination unit 72. When the first warning acquisition command signal is input from the position acquisition command unit 71, the movement condition determination unit 72 acquires the position information of the mobile phone 1 at the warning reference time from the position information acquisition unit 15, and acquires the acquired position information. The warning reference position information is set (step S43). Note that the warning reference time is the time when the position acquisition command unit 71 outputs the first warning acquisition command signal to the movement condition determination unit 72 as described above.

The position acquisition command unit 71 sets a time obtained by adding the warning determination time to the warning reference time as the warning determination time (step S44).
The position acquisition command unit 71 determines whether the current time input from the timer 17 has reached the warning determination time (step S45). Until the current time reaches the warning determination time (S45: NO), the process of step S45 is continued.

  When the current time reaches the warning determination time (S45: YES), the position acquisition command unit 71 outputs a second warning acquisition command signal to the movement condition determination unit 72. When the second warning acquisition command signal is input from the position acquisition command unit 71, the movement condition determination unit 72 acquires the position information of the mobile phone 1 at the warning determination time, and sets the acquired position information as warning determination position information. (Step S46).

  Based on the warning reference position information and the warning determination position information, the movement condition determination unit 72 determines whether the mobile phone 1 has moved the warning condition movement amount from the warning reference time (step S47). If the mobile phone 1 is not moved by the warning condition movement amount (S47: NO), the position acquisition command unit 71 resets the time obtained by adding the warning determination time to the warning determination time as the warning determination time (step S48). Then, the process of step S45 is performed.

  If the mobile phone 1 has moved by the warning condition movement amount (S47: YES), the movement condition determination unit 72 outputs a forgotten object detection command signal to the forgotten object detection unit 73. The forgotten object detection unit 73 acquires the tag information read by the tag information reading unit 16 at the time when the forgotten object detection command signal is input (forgotten object detection time) from the tag information reading unit 16. Then, the forgotten object detection unit 73 compares the informed article list input from the informing list creation unit 64 with the tag information acquired from the tag information reading unit 16 to detect forgotten items (step S49).

The forgotten item detection unit 73 determines whether the forgotten item is detected as a result of the detection of the forgotten item (step S50). If no forgotten thing is detected (S50: NO), the process of step S53 is performed.
If a lost item is detected (S50: YES), the lost item detection unit 73 outputs a warning generation command signal to the warning generation unit 74, and the warning generation unit 74 receives the warning generation command signal and performs warning sound output processing. This is performed (step S51). The forgotten object detection unit 73 outputs the forgotten object detection time and the forgotten object information (including the name of each forgotten object) to the forgotten object history registration unit 75, and the forgotten object history registration unit 75 associates the forgotten object information with the forgotten object detection time. Register in the history DB 12d (step S52). Then, the process of step S53 is performed.

  The position acquisition command unit 71 determines whether a pressing signal related to the end of the forgotten thing warning operation is input from the operation unit 13 (step S53). If the push signal relating to the end of the forgotten item warning operation is not input (S53: NO), the process of step S54 is performed, and if the push signal relating to the end of the forgotten item warning operation is input (S53: YES), FIG. And the processing flow of FIG. 12 is complete | finished.

  A warning continuation command signal is input to the position acquisition command unit 71 from the movement condition determination unit 72 when the mobile phone 1 has moved the warning condition movement amount from the warning reference time. The position acquisition command unit 71 receives the warning continuation command signal and outputs the first warning acquisition command signal to the movement condition determination unit 72. When the first warning acquisition command signal is input from the position acquisition command unit 71, the movement condition determination unit 72 acquires the position information of the mobile phone 1 at the new warning reference time from the position information acquisition unit 15, and acquires the acquired position. Information is set as warning reference position information (step S54).

The position acquisition command unit 71 sets a time obtained by adding the warning determination time to the new warning reference time as the warning determination time (step S55). Then, the process of step S45 is performed.
<Supplement>
The present invention is not limited to the contents described in the above embodiment, and can be implemented in any form for achieving the object of the present invention and the object related thereto or incidental thereto. .

(1) The article notification function and the left-behind item warning function described in the above embodiment may be mounted on a mobile terminal other than the mobile phone.
(2) In the above embodiment, the notification reference time is set to the time designated by the user, but is not limited thereto. The notification reference time may be, for example, an alarm ringing time, or a time obtained by adding a predetermined time from an alarm ringing time or a time specified by a user.

(3) In the above-described embodiment, for example, a gyroscope may be used for acquiring the position information of the mobile phone.
(4) In the above embodiment, the notification movement condition is that the mobile phone moves from the notification reference time to the notification condition movement amount. However, the notification movement condition is not limited to this, and for example, the following It may be.

The notification movement condition may be that the mobile phone moves to a place where the reception intensity varies by a predetermined amount with respect to the reception intensity of the received radio wave at the notification reference time.
In this case, an intensity measuring means for measuring the received intensity of the received radio wave is mounted on the mobile phone. Then, the movement condition determination unit compares the reception strength of the received radio wave measured at the notification reference time with the reception strength of the received radio wave measured after the notification reference time, so that the mobile phone satisfies the notification movement condition. It is determined whether or not the operation has been performed.

Further, the notification movement condition may be that the mobile phone moves to a location where the mobile phone is connected to a wireless base station different from the connection destination wireless base station at the notification reference time.
In this case, base station acquisition means for acquiring base station identification information for identifying the radio base station from a signal transmitted from the radio base station is mounted on the mobile phone. The movement condition determination unit compares the base station identification information acquired at the notification reference time with the base station identification information acquired after the notification reference time, so that the mobile phone performs a movement satisfying the notification movement condition. It is determined whether or not.

In the above-described embodiment, the mobile phone moves from the warning reference time to the warning condition movement amount as a warning movement condition. However, the warning movement condition is not limited to this, and for example, the notification described above An example of the movement condition may be applied to the warning movement condition.
(5) In the above embodiment, the notification of the article to be held to the user is performed by e-mail. However, the present invention is not limited to this, and the notification of the article to be held to the user is, for example, the name of the article to be held. You may implement | achieve by outputting an audio | voice from a microphone. Or you may implement | achieve notification of the goods which should be held with respect to a user by generating the sound or vibration for notifying a user of pop-up display while pop-up displaying the name of the goods which should be held.

(6) In the above-described embodiment, the text of the name of the article included in the notification article list is described as an example in the mail body of the e-mail. However, the present invention is not limited thereto, and the mark of the article is described. You may make it attach, and you may make it attach the photograph of articles | goods.
(7) The above embodiment is based on the premise that RF tags are attached to all of the articles listed in the notification article list, and all articles listed in the notification article list in the forgotten article warning function The target of the warning.

However, since the RF tag is not necessarily attached to all of the articles listed in the notification article list, only the articles with the RF tag attached among the articles listed in the notification article list are warned of forgotten items. For example, it can be realized as follows.
When the control unit 11 detects an RF tag reading instruction operation performed by the user after possessing the article to be possessed that is notified by the notification mail, the control unit 11 causes the tag information reading unit 16 to execute the tag information reading unit 16. Get read tag information.
Alternatively, for example, the control unit 11 reads the tag information from the tag information reading unit 16 when a predetermined time (for example, 5 minutes) has elapsed from step S42 in FIG. 11 (“notification article list notified by electronic mail”). The tag information read by the unit 16 is acquired.

And the forgotten thing detection part 73 makes the article of which tag information was read among the articles enumerated in the alerting | reporting article | list list | wrist as the object of a thing for a forgotten thing warning as an article with RF tag attached.
Subsequently, in step S49, the forgotten object detection unit 73 detects the tag information when the own device has moved the warning condition movement amount from among the articles targeted for the forgotten article warning instead of the articles listed in the notification article list. An article attached with an RF tag whose tag information has not been read by the reading unit 16 may be detected as a forgotten item.

  INDUSTRIAL APPLICABILITY The present invention can be used for notifying a user of an article to be possessed and for warning a user of a lost item.

1 is a system configuration diagram of a system including a mobile phone according to a first embodiment. The lineblock diagram of the cellular phone of a 1st embodiment. The figure which shows an example of the schedule database memorize | stored in the memory | storage part of FIG. The figure which shows an example of the standard article database memorize | stored in the memory | storage part of FIG. The figure which shows an example of the weather article database memorize | stored in the memory | storage part of FIG. FIG. 3 is a diagram illustrating an example of a forgotten item history database stored in a storage unit of FIG. 2. The figure which shows an example of the standard article registration screen displayed on the display part of FIG. The figure which shows an example of the weather article registration screen displayed on the display part of FIG. The function block diagram of the control part of FIG. The flowchart which shows the flow of the article | item registration operation | movement which the control part of FIG. 2 performs. The flowchart which shows the flow of the goods alerting | reporting operation | movement performed by the control part of FIG. The flowchart which shows the flow of the goods alerting | reporting operation | movement performed by the control part of FIG.

Explanation of symbols

1 Mobile phone 6 Server (for providing weather forecast)
7 GPS satellite 11 control unit 12 storage unit 12a schedule database 12b standard article database 12c weather article database 12d forgotten thing history database 15 position information acquisition unit 16 tag information reading unit 50 registration processing unit 51 display processing unit 52 article registration unit 60 notification processing unit 61, 71 Position acquisition command unit 62, 72 Movement condition determination unit 63 Forecast information acquisition unit 64 Notification list creation unit 65 Mail processing unit 70 Warning processing unit 73 Lost thing detection unit 74 Warning generation unit 75 Lost item history registration unit

Claims (13)

Determining means for determining whether or not the terminal has performed a movement satisfying a predetermined notification movement condition relating to the movement of the terminal based on a predetermined notification reference time;
When the determination unit determines that the movement of the terminal itself satisfies the notification movement condition, the notification unit performs notification of the article to be held based on the article information regarding the article to be held stored in the storage unit;
A portable terminal comprising: The notification movement condition is that the own terminal moves a predetermined amount of movement from the position of the own terminal at the notification reference time,
The portable terminal is
It further comprises position acquisition means for acquiring position information indicating the position of the own terminal,
The determination means determines whether or not the terminal has made a movement satisfying the notification movement condition based on the position information acquired at the notification reference time by the position acquisition means and the position information acquired after the notification reference time. The mobile terminal according to claim 1, wherein determination is made as to whether or not. The mobile terminal according to claim 2, wherein the position acquisition unit acquires the position information by a global positioning system (GPS). The notification movement condition is that the terminal moves to a place where the reception intensity varies by a predetermined amount with respect to the reception intensity of the received radio wave at the notification reference time,
The portable terminal is
Further comprising intensity measuring means for measuring the received intensity of the received radio wave,
The determination means determines whether or not the terminal has made a movement satisfying the notification movement condition based on the reception intensity acquired at the notification reference time by the intensity measurement means and the reception intensity acquired after the notification reference time. The mobile terminal according to claim 1, wherein a determination is made as to whether or not. The notification movement condition is that the terminal moves to a location where the terminal is connected to a wireless base station different from the connection-destination wireless base station at the notification reference time,
The portable terminal is
A base station acquisition means for acquiring base station identification information for identifying the radio base station from a signal transmitted from the radio base station;
The determination means determines whether the own terminal satisfies the broadcast movement condition based on base station identification information acquired at the broadcast reference time by the base station acquisition means and base station identification information acquired after the broadcast reference time. The mobile terminal according to claim 1, wherein a determination is made as to whether or not a satisfying movement has been performed. The notification means performs notification of the article to be possessed by transmitting an e-mail including article specifying information for specifying the article to the e-mail address of the terminal itself. Mobile devices. The mobile terminal according to claim 1, wherein the notification means performs notification of the article to be possessed by outputting, as a voice, article specifying information for specifying the article. The storage means stores article information relating to the article to be possessed in association with weather forecast information relating to a weather forecast,
The portable terminal is
A forecast acquisition means for acquiring weather forecast information from a server that provides weather forecast information;
Based on the weather forecast information acquired by the forecast acquisition means, reading means for reading out the article information stored in association with the weather forecast information from the storage means;
Further comprising
The portable terminal according to claim 1, wherein the notification unit performs notification of the article to be held based on article information read by the reading unit. Tag reading means for reading tag information for identifying the article from a tag attached to the article;
Based on the article information of the article notified by the notification means and the tag information read by the tag reading means when the own terminal performs a movement satisfying a predetermined warning movement condition relating to the movement of the own terminal, Among articles to be notified, forgotten article detection means for detecting an article attached with a tag whose tag information has not been read by the tag reading means as a forgotten article,
A warning means for notifying that there is a lost item when the lost item is detected by the lost item detection unit;
The mobile terminal according to claim 1, further comprising: The history storage means for storing the lost article information for identifying the lost article detected by the lost article detection means in association with the time when the tag information was read by the tag reading means. Mobile devices. Tag reading means for reading tag information for identifying the article from a tag attached to the article;
The article information of the article with the tag attached among the articles notified by the notification means, and the tag reading means when the own terminal has made a movement satisfying a predetermined warning movement condition relating to the movement of the own terminal. Based on the tag information, the forgotten article detection means for detecting the article attached with the tag whose tag information was not read by the tag reading means from among the articles attached with the tag,
A warning means for notifying that there is a lost item when the lost item is detected by the lost item detection unit;
The mobile terminal according to claim 1, further comprising: An article notification method performed on the portable terminal for notifying an article to be possessed by a user of the portable terminal,
A determination step of determining whether or not the mobile terminal has made a movement satisfying a predetermined notification movement condition related to the movement of the mobile terminal based on a predetermined notification reference time;
When it is determined that the movement of the mobile terminal satisfies the notification movement condition by the determination step, a notification step of performing notification of the article to be held based on the article information related to the article to be held stored in the storage unit;
An article notification method characterized by comprising: An article notification program executed on the portable terminal to notify the user of the portable terminal of the article,
In the control unit provided in the portable terminal,
A determination step of determining whether or not the mobile terminal has made a movement satisfying a predetermined notification movement condition related to the movement of the mobile terminal based on a predetermined notification reference time;
When it is determined that the movement of the mobile terminal satisfies the notification movement condition by the determination step, a notification step of performing notification of the article to be held based on the article information related to the article to be held stored in the storage unit;
An article notification program characterized in that

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