JP2009224898A - Mobile communication device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To support jogging appropriate to an owner of a device. <P>SOLUTION: A jogging support part receives a weather forecast at a location in a jogging route (step S202), notifies the received weather forecast (step S204), and determines whether or not the forecast weather is suited to jogging (step S205) and, when it is determined that it is not suited, notifies a reason that it is not suited (step S206). <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a mobile communication device, and more particularly, to jogging support processing suitable for the owner of the device.

  Jogging is an exercise that can be performed easily and is performed by many people to maintain their health. Here, jogging includes walking, running, marathon, walking, hiking, mountain climbing, golf, etc., mainly all walking performed outdoors, or operations involving movement of a place where a person is located by running.

  Jogging can be easily performed, but jogging that is not suitable for a person who performs jogging is not preferable because it has an adverse effect on health maintenance. Examples of undesirable jogging are excessively intense jogging, jogging in the rain, jogging under hot weather.

Therefore, the activity state of the jogger is identified, and based on the identified activity state, a jogging pace suitable for the jogger and an alarm for preventing excessive exercise are notified to the jogger. It has been known. Here, the activity state is obtained, for example, by measuring the pulse rate, blood pressure, respiratory rate, etc. of a person who performs jogging (see, for example, Patent Document 1).
JP 2006-293535 A (page 5, page 20, page 22, FIG. 18)

  However, the method disclosed in Patent Document 1 described above has a problem that a person who performs jogging needs to wear various sensors. That is, this method is not an appropriate method when a general person easily performs jogging suitable for each person, regardless of training of athletes.

  The present invention has been made to solve the above problems, and an object of the present invention is to provide a mobile communication device that supports jogging suitable for the owner of the device.

  In order to achieve the above object, a mobile communication device of the present invention provides a travel route storage means for storing a travel route, and a weather forecast for an area including at least a part of the route stored in the travel route storage means. It has a weather forecast receiving means for receiving, and a weather forecast notifying means for notifying the weather forecast received by the weather forecast receiving means.

  ADVANTAGE OF THE INVENTION According to this invention, the mobile communication apparatus which supports jogging suitable for the owner of an apparatus can be provided.

  Hereinafter, an embodiment of a mobile communication device according to the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing a configuration of a mobile communication apparatus according to an embodiment of the present invention.

  This mobile communication device is a device that performs communication through a mobile communication network (not shown), and transmits and receives radio waves between a control unit 11 that controls the entire device and a base station (not shown). An antenna 12a, a communication unit 12b, a transmission / reception unit 13, a call speaker 14a, a call microphone 14b, a call unit 14c, a display unit 15, and an input device 16.

  Further, the mobile communication device includes a BCMCS (Broadcast / Multicast Services) receiving unit 21, an e-mail transmitting / receiving unit 22, a browser unit 23, a downloading unit 24, a positioning unit 25, an acceleration sensor unit 26, and jogging support. Unit 31, jogging path storage unit 32, and earphone-type second speaker 41. The jogging path storage unit 32 stores a jogging path 32a.

  Here, the control unit 11, the BCMCS reception unit 21, the e-mail transmission / reception unit 22, the browser unit 23, the download unit 24, and the jogging support unit 31 include a computer and a program used by the computer. May be.

  The operation of each part of the mobile communication apparatus configured as described above according to the embodiment of the present invention will be described with reference to FIG. 1 and FIG.

  The communication unit 12b outputs the high-frequency signal received by the antenna 12a to the transmission / reception unit 13, and transmits the high-frequency signal output from the transmission / reception unit 13 from the antenna 12a.

  The transmission / reception unit 13 amplifies, frequency-converts and demodulates the high-frequency signal from the communication unit 12b. The digital audio signal obtained thereby is transmitted to the call unit 14c, and the obtained control signal is transmitted to the control unit 11. The mail signal is sent to the electronic mail transmitting / receiving unit 22, the obtained web data signal is sent to the browser unit 23, and the obtained downloaded content signal is sent to the download unit 24.

  Further, the transmission / reception unit 13 outputs a digital voice signal output from the call unit 14 c, a control signal output from the control unit 11, an e-mail signal output from the e-mail transmission / reception unit 22, and output from the browser unit 23. The Web data request signal and the content download request signal output from the download unit 24 are modulated, frequency-converted and amplified to obtain a high-frequency signal, which is sent to the communication unit 12b.

  The call unit 14c converts the digital audio signal output from the transmission / reception unit 13 into an analog audio signal, amplifies it, and sends it to the speaker 14a. The analog audio signal output from the microphone 14 b is amplified, converted into a digital audio signal, and transmitted to the transmission / reception unit 13.

  The display unit 15 is controlled by the control unit 11 to display image data including characters / numeric characters including a cursor. The displayed data is input operation from the input device 16 or receiving an incoming signal. In response to an instruction from the control unit 11. Further, when there is no input operation or incoming signal reception from the input device 16 for a predetermined time, the display unit 15 is controlled by the control unit 11 to end the display.

  The input device 16 designates the telephone number of the communication partner, etc., and numeric keys for inputting hiragana characters, alphabetic characters and symbol characters by a toggle type input method, and a cursor movement key for inputting a cursor movement instruction And a key including a plurality of function keys for inputting a function instruction including a scroll key.

  When the key of the input device 16 is pressed, the identifier of the key is notified to the control unit 11, and based on the control of the control unit 11, the processing of each unit in the device notified of the identifier causes the display unit 15 is displayed as a character, or control based on pressing and releasing of a key is performed.

  The BCMCS receiver 21 receives information simultaneously distributed from a base station to a plurality of mobile communication devices. Then, the received information is stored in the BCMCS receiving unit 21. When the received information is image information, the BCMCS receiving unit 21 causes the display unit 15 to display the image according to the settings stored in the BCMCS receiving unit 21 or according to requests from each unit of the apparatus. When the received information is audio information, the BCMCS receiving unit 21 sends the audio to the speaker 14a or the second according to the setting stored in the BCMCS receiving unit 21 or according to a request from each unit of the apparatus. Generated from the speaker 41.

  Further, when the received information is character information, the BCMCS receiving unit 21 causes the display unit 15 to display the character according to the setting stored in the BCMCS receiving unit 21 or according to a request from each unit of the apparatus. And / or the character is converted into an audio signal, and the converted audio is generated from the speaker 14a or the second speaker 41.

  Here, the settings stored in the BCMCS receiver 21 can be determined for each type of received information. In addition, the request from each unit of the apparatus may be a request specifying the type of received information. Here, the type of information is one or more of weather forecast, news, and the like.

  The e-mail transmission / reception unit 22 is a processing unit that performs transmission / reception of e-mails. The e-mail transmission / reception unit 22 starts an operation according to an instruction from the control unit 11 based on a predetermined key operation of the input device 16 and transmits an e-mail. That is, according to a predetermined key operation of the input device 16, an e-mail destination e-mail address, a subject, and a text are input. Then, the input subject and text are requested from the transmission / reception unit 13 to the input destination e-mail address and transmitted to a mail server device (not shown).

  In addition, the e-mail transmission / reception unit 22 starts its operation in response to a request sent from another processing unit via the control unit 11, and a destination e-mail address, a subject, and an e-mail sent from the processing unit, Receive the body text. Then, the received subject and text are requested from the transmission / reception unit 13 to the received destination electronic mail address and transmitted to the mail server device.

  Further, the e-mail transmission / reception unit 22 starts to operate in response to an instruction from the control unit 11 triggered by the reception of the e-mail incoming signal by the control unit 11, and the source electronic of the e-mail transmitted from the mail server device The e-mail header including the e-mail address and subject and the body are received via the transmission / reception unit 13.

  The e-mail transmission / reception unit 22 starts operation in response to an instruction from the control unit 11 based on a predetermined key operation of the input device 16, and displays the source e-mail address, subject, and text of the received e-mail. Display on the unit 15. The e-mail transmission / reception unit 22 starts operation in response to a request sent from another processing unit via the control unit 11, and processes the source e-mail address, subject, and body of the received e-mail. Send to department.

  The browser unit 23 is a processing unit that accesses a website. That is, the browser unit 23 starts an operation of accessing the website according to an instruction from the control unit 11 based on a predetermined key operation of the input device 16. Then, a website address is created by a predetermined key operation of the input device 16, the website identified by the created address is accessed via the control unit 11 and the transmission / reception unit 13, and transmitted from the website. The received information is received via the transmission / reception unit 13 and displayed on the display unit 15. The browser unit 23 ends the operation based on a predetermined key operation of the input device 16.

  Further, the browser unit 23 starts an operation in accordance with a request sent from another processing unit via the control unit 11, and transfers the control unit 11 to the website identified by the website address sent from the processing unit. Then, access is made via the transmission / reception unit 13, and information transmitted from the website is received via the transmission / reception unit 13 and sent to the processing unit.

  The download unit 24 designates content stored in a content server device (not shown), requests the content server device to download the content, and downloads the content downloaded in response to the request in the download unit 24. Remember. Then, the stored content is reproduced in accordance with requests from each unit of the apparatus. The image included in the content is displayed on the display unit 15, and the sound included in the content is generated from the second speaker 41.

  The positioning unit 25 receives radio waves transmitted from a GPS (Global Positioning System) satellite and measures the latitude and longitude of the place where the device is located. In addition to or instead of the positioning by the radio wave transmitted from the GPS satellite, the positioning unit 25 can detect the intensity of the radio wave transmitted from the base station received by the communication unit 12b and the latitude at which the base station is located. Further, the latitude and longitude of the place where the apparatus is located may be measured from the longitude.

  According to the intensity of radio waves transmitted from a larger number of base stations, the positioning unit 25 can measure more accurately. According to the strength of the radio wave transmitted from the base station, the radio wave transmitted from the GPS satellite cannot be received and the radio wave transmitted from the base station is received. For example, it is effective for positioning in an underpass. is there.

  The acceleration sensor unit 26 detects the acceleration of a three-axis method orthogonal to each other. Then, the magnitude of the detected three accelerations is regarded as a point in the three-dimensional space, and the acceleration applied to the apparatus is detected by calculating the Euclidean distance between the point in the three-dimensional space and the origin.

  The jogging support unit 31 performs the following operations to support jogging suitable for the owner of the apparatus. First, the jogging path 32 a is stored in the jogging path storage unit 32. The jogging path 32a includes details of the jogging path. The stored jogging path 32a may be stored prior to jogging, such as input by a predetermined key operation of the input device 16, and jogging support is provided while the owner of the device is jogging. The result of the jogging detected by the unit 31 may be used.

  Secondly, the jogging support unit 31 notifies the owner of the device of the weather forecast on the jogging route stored in the jogging route 32a. Thirdly, the jogging support unit 31 performs notification according to the jogging speed of the owner of the device, for example, by causing the download unit 24 to reproduce music content.

  Fourth, the jogging support unit 31 determines whether there is an abnormality in the owner of the device, and when it is determined that there is an abnormality, transmits information indicating that there is an abnormality. Fifth, the jogging support unit 31 compares the jogging status of the owner of the device with the jogging path 32a and notifies the comparison result.

  The operations of the second to fifth jogging support units 31 have been described using the jogging path 32a stored by the first jogging support unit 31, but these operations may be performed simultaneously. good. That is, while the jogging path 32a is stored, the operations of the second to fifth jogging support units 31 may be performed according to the stored jogging path 32a.

  Hereinafter, processing for supporting jogging suitable for the owner of the apparatus in the mobile communication apparatus according to the present embodiment will be described.

  FIG. 2 shows an example of the configuration of the jogging path 32 a stored in the jogging path storage unit 32. The jogging path 32a includes information in which a path identifier 32b, a date 32c, a start time 32d, and path details 32e are associated. A set of associated information indicates a single jogging route and the like.

  The path identifier 32b is information for uniquely identifying the jogging path 32a. The date 32c is the date on which jogging was performed and / or scheduled or expected to be performed, and includes the day of the week. The date 32c is not limited to include all of the date and day of the week.

  FIG. 2 shows that the jogging shown by the jogging path 32a whose path identifier 32b is “A” was performed and / or scheduled or expected to be performed on Sunday. On the other hand, the jogging path 32a whose path identifier 32b is “B” indicates that the jogging path is performed and / or scheduled to be performed on Wednesday, January 2, 2008.

  The start time 32d is a time at which jogging indicated by the jogging path 32a identified by the path identifier 32b is started and / or scheduled or expected to be performed. The start time 32d is not limited to one time. It may be a plurality of times or a time zone.

  In FIG. 2, the jogging path 32a whose path identifier 32b is “A” has started and / or is scheduled or expected to start in the time zone from 14:00 to 15:00. . On the other hand, the jogging path 32a whose path identifier 32b is “B” indicates that it has started and / or is scheduled to start at 10:20.

  The route details 32e are details of the route indicated by the jogging route 32a identified by the route identifier 32b, and the mark 32f, the location 32g, the latitude / longitude 32h, the road 32i, the time 32j, and the speed 32k are associated with each other. A plurality of pieces of information are ordered information. That is, a set of related information includes a place 32g, a location 32g, and a latitude / longitude 32h relating to a place to start, a place to pass through, and a place to end when jogging indicated by the jogging path 32a. Are ordered according to the order of the information.

  Further, the i + 1-th route details 32e include a path 32i related to a partial route from the location indicated by the i-th route details 32e to the location indicated by the i + 1-th route details 32e, a time 32j, and a speed 32k. Here, i is a natural number of 1 or more (i ≧ 1).

  The mark 32f is information for easily identifying a place through which jogging is performed by the owner of the apparatus. The jogging path 32a shown in FIG. 2 is a jogging path starting from home and ending at home, where the first path detail 32e and the last path detail 32e are both “home” and the mark 32f is “home”. . The location 32g is the location or address of the mark 32f. The latitude / longitude 32h is the latitude and longitude of the place identified by the mark 32f.

  The road 32i is a path from a location that passes immediately before, that is, a location indicated by the route details 32e ordered immediately before to a location identified by the mark 32f. The time 32j is a time required and / or scheduled or expected to travel by jogging from the place where it has passed through to the place identified by the landmark 32f.

  The speed 32k is equal to the quotient obtained by dividing the road 32i by the time 32j. Therefore, the speed 32k is a speed at the time of past jogging and / or a planned or predicted speed. It is clear from the above description that the path 32i and the time 32j are 0 in the first ordered path detail 32e, and that the speed 32k has no meaning in the first ordered path detail 32e. is there.

  It should be noted that the information is not limited to all of the mark 32f, the location 32g, the latitude / longitude 32h, the road 32i, the time 32j, and the speed 32k. For example, in the route details 32e whose route identifier 32b is “B” shown in FIG. 2, no information is set in the mark 32f. This situation corresponds to, for example, a case where jogging is performed once by the route indicated by the route details 32e, but information for identifying a place through which the jogging has been performed is not obtained.

  The date 32c, the start time 32d, the time 32j, and the speed 32k may be actual values based on jogging performed in the past, planned values, or past The value may be a value expected by the jogging support unit 31 based on the actual value based on the jogging performed in the above. However, hereinafter, when referring to the jogging path 32a, these values are simply referred to as scheduled values.

  Next, the operation of the jogging support unit 31 will be described. First, an operation in which the jogging support unit 31 stores the jogging path 32a in the jogging path storage unit 32 will be described. The first operation in which the jogging support unit 31 stores the jogging path 32 a is an operation in which the jogging path 32 a is set and stored by information input by a predetermined key operation of the input device 16.

  That is, the jogging support unit 31 sets information input by a predetermined key operation of the input device 16 in the path identifier 32b, the date 32c, and the start time 32d. Then, the information input by the input device 16 is set to a plurality of route details 32e, that is, a plurality of landmarks 32f, a location 32g, a latitude / longitude 32h, a road 32i, a time 32j, and a speed 32k. . Then, the obtained jogging path 32 a is stored in the jogging path storage unit 32.

  Note that the jogging path is composed of two partial paths, the forward path and the return path. As a result, a path included in one jogging path 32a, such as the jogging path 32a whose path identifier 32b is “A” shown in FIG. There are at least three details 32e, but the present invention is not limited to this.

  For example, the route detail 32e includes a route detail 32e indicating that the place of mark 32f is “home” and the jogging start location, and a route detail 32e indicating that the location of the mark 32f is “home” and indicates the end of the jog. It may be a configuration. In this configuration, the jogging path consists of one partial path.

  When setting the jogging path 32a by information input by a predetermined key operation of the input device 16, the essential information is the path identifier 32b, and other information may not be set. Also, an approximate value that is not accurate may be set. The speed 32k may be set to a value determined in advance by the jogging support unit 31. In particular, the setting of the latitude / longitude 32h may not be set when it is input from the input device 16. Further, it may be set according to the positioning result of the positioning unit 25.

  In addition to the above description, the jogging support unit 31 inputs parameters related to the operation of the jogging support unit 31 by a predetermined key operation of the input device 16 and stores them in the jogging support unit 31. An example of this parameter is whether or not notification is made according to the jogging speed of the owner of the apparatus, and if so, by what means. Another example is whether or not to perform an operation that prompts the user to turn jogging.

  An example of the contents that the jogging support unit 31 displays on the display unit 15 when the jogging support unit 31 sets and stores the jogging path 32a according to information input by a predetermined key operation of the input device 16 as described above. The information input according to the display will be described. These displays are displayed in the order described below, but are not limited thereto. The display may be selected by a predetermined key operation of the input device 16.

  3 and 4 show examples of displays made with respect to a speed 32k input. That is, when the jogging support unit 31 is activated by a predetermined key operation of the input device 16, the title 15a “select mode” shown in FIG. 3 and the two items “walking” and “jogging” are included. The first menu 15b is displayed. Further, after any item is selected, a function display 15c indicating that the input of the selected item is determined by a predetermined key operation of the input device 16 is displayed. In this example, the fact that “walking” is selected is indicated by hatching the display of “walking”.

  FIG. 4 shows the title 15d “walking mode speed selection” displayed after “walking” is selected by the first menu 15b shown in FIG. 3 and the selection is determined by the function display 15c, and the second menu. 15e. The second menu 15e includes four items of “hard”, “normal”, “soft”, and “custom”. Further, after any item is selected, a function display 15c indicating that the input of the selected item is determined by a predetermined key operation of the input device 16 is displayed. In this example, “hard” is selected and hatched on the display of “hard”.

  When one of “Hard”, “Normal”, and “Soft” is selected and determined by the second menu 15e, a predetermined high speed, a predetermined medium speed, and a predetermined low speed are respectively set. The speed 32k of all the route details 32e is set. When “custom” is selected and determined, for example, a display prompting the input of a speed that is an hourly speed is performed, and the speed input by a predetermined key operation of the input device 16 according to the display is displayed. The speed is set to 32k.

  FIG. 5 shows an example of a display for inputting a parameter indicating whether or not to perform notification according to the jogging speed of the owner of the apparatus. This display includes a title 15f “Speed notification method selection”, a third menu 15g consisting of four items “Song”, “Voice”, “Vibration”, and “None”, and a function display “Decision”. 15c.

  When one of “Song”, “Voice”, and “Vibration” is selected by the third menu 15g and the selection is determined by the function display 15c, the speed of jogging of the owner of the device is determined. It is stored as a parameter that the corresponding notification is performed by reproduction of music content, by sound and by vibration of the vibrator. When “None” is selected and determined, the fact that the notification is not performed is stored as a parameter.

  FIG. 6 shows an example of a display for storing the latitude and longitude of the start location of jogging, that is, the latitude and longitude 32h of the route order 32e that is initially ordered. It consists of a status display 15h. At the time of this display, the positioning unit 25 performs positioning according to the request of the jogging support unit 31. After the positioning is completed, the jogging support unit 31 stores the measured latitude and longitude as the latitude and longitude 32h. The latitude / longitude 32h is stored on the premise that the apparatus is located at the start of jogging when the jogging path 32a is stored in the jogging path storage unit 32.

  FIG. 7 shows an example of a display for inputting the total of all the routes of the route, that is, the route 32i of the route details 32e. The title 15i of “distance input”, the route input field 15j, and “◎” Function display 15c. The road entry field 15j is a number that is input by a predetermined key operation of the input device 16, that is, a part that displays a road length in units of 500 meters, for example. It consists of a display part to the effect of numbers in units.

  When the total of the roads 32i is input in this way, the jogging support unit 31 sets a path consisting of one partial path from the jogging start position to the jogging end position as the jogging path 32a.

  However, the present invention is not limited to this, and, like the jogging path 32a whose path identifier 32b is “A” shown in FIG. 2, the jog starts from the start position to the certain place, returns from the position to the end jogging position, and The end location is the same as the jogging start location, that is, a route composed of two partial routes, that is, an outward route and a return route, may be stored as the jogging route 32a.

  If the route consists of two partial routes, the forward route and the return route, as the route 32i of the route details 32e, two values, that is, the route 32i of the second ordered route details 32e and the third ordered route The route 32i of the detail 32e is set, and the value thereof is ½ of the total of the inputted route 32i.

  As described with reference to FIG. 3 and FIG. 4, when the speed 32k is input, and as described with reference to FIG. 32j is calculated. FIG. 8 shows an example of the display during calculation. This display consists of a second status display 15k of “Calculating”.

  FIG. 9 shows an example of a display when the calculation is completed. This display includes a third status display 15m “exercise time is 3 hours and 10 minutes” and a function display 15c “determine”. This time is a quotient obtained by dividing the total of the roads 32i by the speed 32k.

  Here, when the function display 15c determines the sum of the input speed and the distance and the setting of the calculated jogging time, those values are stored as the jogging path 32a. In addition, the display for inputting the already input speed and the total value of the road is re-executed by a predetermined key operation of the input device 16, and the values are updated by the input according to the display.

  When a jogging path 32a consisting of a reciprocating path is stored, such as a jogging path 32a whose path identifier 32b is “A” shown in FIG. 2, ½ of the calculated time is secondly ordered. Stored in the time 32j of the route detail 32e and the time 32j of the route order 32e ordered third.

  FIG. 10 shows an example of a display for setting a parameter indicating whether or not to perform an operation for prompting the jogging return. This display is composed of a title 15n “turn-back setting”, a fourth menu 15o having two items “ON” and “OFF”, and a function display 15c “OK”. Parameters indicating that either “ON” or “OFF” is selected by the fourth menu 15o, and the selection is determined by the function display 15c, the operation for prompting the return is performed or not performed, respectively. Is set and stored in the jogging support unit 31.

  The second operation in which the jogging support unit 31 stores the jogging path 32a is an input referring to a map. That is, the jogging support unit 31 includes a map (not shown) stored in the jogging support unit 31 in advance, a place corresponding to the point, a location, a latitude, and a longitude from the point in the map. The jogging path 32a is stored as will be described below with reference to the correspondence information for obtaining and the mathematical formula for calculating the distance between the locations corresponding to the two points. Here, the correspondence information is, for example, a correspondence table, but is not limited thereto. For example, mathematical formulas for calculating latitude and longitude from a point may be stored.

  The jogging support unit 31 displays the map on the display unit 15. A plurality of points in the displayed map are ordered and designated by pointing means of the input device 16, for example, a cursor position, so that a plurality of landmarks 32f, a location 32g, a latitude / longitude 32h, and a road 32i are displayed. input. Other information is input by a predetermined key operation of the input device 16 as described above. Then, the input information is stored as the jogging path 32a. Here, a jogging path is set according to the specified ordering. In other words, in ordering, a route is set that first passes through a location corresponding to a point that is ahead, and later passes through a location that corresponds to a point that is later.

  The third operation of the jogging support unit 31 storing the jogging path 32a is an operation of storing the jogging results detected by the jogging support unit 31 during jogging by the owner of the apparatus. FIG. 11 shows a flowchart of the operation for storing the jogging track record 32a in the jogging path 32a.

  The jogging support unit 31 stores an actual jogging result detected by the jogging support unit 31 by a predetermined key operation of the input device 16 or when the owner of the device is determined to be jogging. Is started (step S101).

  It is determined as follows that the owner of the device is jogging. That is, the jogging support unit 31 causes the positioning unit 25 to perform positioning at a predetermined time interval, and obtains how the latitude and longitude obtained by the positioning change every time the positioning is performed. This obtained change provides a change in the location where the device is located during a predetermined time interval, i.e. a travel distance. Then, the moving speed is obtained by obtaining a quotient obtained by dividing the moving distance by the predetermined time. This moving speed is determined that the owner of the apparatus is jogging when the owner of the apparatus is a jogging speed and the speed is within a predetermined range.

  Here, the passage of the predetermined time is obtained by the time indicated by a clock (not shown) included in the control unit 11. In addition, by sufficiently shortening the predetermined time, the difference in travel distance between the travel distance and the travel distance is reduced, so that the jogging speed can be obtained more accurately. In particular, it is possible to accurately measure the speed when the holder makes a right or left turn or jogs in a curved shape.

  Subsequently, the jogging support unit 31 stores information set in the route identifier 32b, the date 32c, and the start time 32d in the jogging support unit 31 (step S102). Here, the path identifier 32b is a value that uniquely identifies the jogging path 32a. The date 32c and the start time 32d are the date and time indicated by the clock included in the control unit 11. Each piece of information is stored in one jogging path 32a, and each piece of information is stored in the jogging support unit 31.

  And the jogging support part 31 memorize | stores the information set in the latitude longitude 32h, the road 32i, the time 32j, and the speed 32k in the jogging support part 31 (step S103). Here, the latitude and longitude 32h are the latitude and longitude obtained by the positioning unit 25. The road 32i is a road calculated as described in the determination of whether or not jogging is being performed. The road 32i when starting jogging is 0 as already described.

  The time 32j is a time from the start of jogging calculated by referring to the time indicated by the clock included in the control unit 11. The speed 32k is the moving speed calculated as described in the determination of whether or not the jogging is being performed, that is, the jogging speed.

  In step S103, the jogging support unit 31 may not store the information set in the mark 32f and the location 32g, and a map stored in the jogging support unit 31 using the latitude / longitude 32h as a search key. Information obtained by referring may be stored. The information stored in step S103 is information included in the route details 32e, and a plurality of information is stored in one jogging route 32a.

  The jogging support unit 31 has the same latitude and longitude as the latitude and longitude measured by the positioning unit 25 when the operation of storing a predetermined key operation of the input device 16 and the jogging record is started. It is checked whether or not positioning has been performed by the positioning unit 25 (step S104).

  When the key operation is performed, or when the same latitude and longitude are measured (“YES” in step S104), the jogging support unit 31 determines that one jog is completed, and the jog support unit The information stored in 31 is stored as the jogging path 32a (step S105), and the operation of storing the jogging results detected by the jogging support unit 31 is terminated (step S106).

  On the other hand, if the key operation is not performed and the same latitude and longitude are not measured (“NO” in step S104), the jogging support unit 31 sets a predetermined waiting time (step S107) and the latitude in step S103. The operation moves to storing the longitude 32h and the like.

  In the operation of storing as the jogging route 32a in step S105, the jogging support unit 31 stores the information set in the route identifier 32b, the date 32c, and the start time 32d stored in the jogging support unit 31, respectively. The route identifier 32b, the date 32c, and the start time 32d are stored.

  The information stored in the other jogging support unit 31 will be described as how many route details 32e the jogging support unit 31 stores, in other words, how many partial routes the jogging route stores. . In the following description, the jogging support unit 31 divides all jogging paths or partial paths into a plurality of partial paths.

  First, by specifying any one of the mark 32f, the location 32g, the latitude / longitude 32h, the road 32i, the time 32j, and the speed 32k by a predetermined key operation of the input device 16, a place in the route is specified. When designated, the jogging support unit 31 sets different partial routes before and after the place in the designated route.

  Further, by referring to the time series of latitude and longitude measured by the positioning unit 25, it is determined that all routes are divided into a forward route and a return route that is the same route as the forward route and is a reverse route. In this case, the jogging support unit 31 sets the forward path and the return path as different partial paths. A jogging path 32a whose path identifier 32b is “A” shown in FIG. 2 is an example of two partial paths of the forward path and the return path.

  In addition, when the jogging support unit 31 passes through a prominent place as the mark 32f in the entire route, the jog support unit 31 sets the partial path before and after the mark 32f that is the prominent place. Whether or not it is famous is determined by information included in the map stored in the jogging support unit 31.

  In addition, when the route 32g is located in a different location such as prefecture name, city name, town name, chome, etc., the jogging support unit 31 sets different partial routes before and after different locations. To do. Whether the prefecture name, city name, town name, chome, or the like is different is determined by information included in the map stored in the jogging support unit 31. Further, the route of all routes is divided into predetermined lengths, and each divided part is set as a partial route.

  The jogging support unit 31 performs the operation for storing the jogging results described with reference to the flowchart shown in FIG. 11 a plurality of times, and it is determined that the route details 32e of the jogging route 32a stored in each operation are substantially equal. In this case, the plurality of jogging paths 32a are collectively stored in one jogging path 32a. In this compilation, the date 32c and the start time 32d are information including information on each of the plurality of jogging paths 32a, in other words, information common to the plurality of information.

  For example, the jogging path 32a whose path identifier 32b is “B” shown in FIG. 2 is information for one jog, and indicates a specific date and a specific time. However, the jogging path 32a whose path identifier 32b is “A” is a combination of a plurality of jogging paths 32a.

  Therefore, an example is shown in which only the day of the week (“Sunday”) that is common to the date 32c of the plurality of jogging paths 32a is stored as the date 32c. In addition, an example is shown in which a time zone (“14:00 to 15:00”) including the start time 32d of the plurality of jogging paths 32a is stored as the start time 32d.

  The above-described operation of creating and storing the jogging path 32a based on the information input by the key operation of the input device 16 of the jogging support unit 31, and the operation of storing the jogging results detected by the jogging support unit 31 Is not exclusive.

  In particular, the latitude / longitude 32h, which is difficult to input by the former operation, may be supplemented by the latter operation. Further, the setting of the partial path in the latter operation is changed by the former operation, for example, one partial path may be divided into a plurality of partial paths, and the plurality of partial paths may be integrated into one partial path. . The change of the partial path is often accompanied by a change of the mark 32f.

  Next, the operation of notifying the weather forecast on the jogging route stored in the jogging route 32a by the jogging support unit 31 will be described. FIG. 12 shows a flowchart of an operation for notifying the weather forecast by the jogging support unit 31. The jogging support unit 31 starts operation by a predetermined key operation of the input device 16 (step S201).

  At the start of this operation, the jogging support unit 31 displays a list of jogging paths 32a on the display unit 15 and selects one of them by a predetermined key operation of the input device 16, thereby obtaining a path identifier 32b. It may or may not be obtained.

  When the path identifier 32 b is not obtained by key operation of the input device 16, the jogging support unit 31 obtains the current date and time by the clock of the control unit 11. Then, the path identifier 32b is obtained by searching for a jogging path 32a that is included in or approximately equal to the date 32c and / or included in or approximately equal to the start time 32d.

  The jogging support unit 31 receives a weather forecast for each location 32g included in the jogging route 32a identified by the obtained route identifier 32b (step S202). Here, the weather forecast is received by one or more of the following methods. A different method may be used for each location 32g. Moreover, the weather forecast regarding the some location 32g may be received by reception of one weather forecast.

  First, it is a weather forecast by voice received through a service (phone number 177) that listens to a weather forecast announced by the Japan Meteorological Agency operated by the Nippon Telegraph and Telephone Corporation group. Here, in order to receive the weather forecast of the location 32g, the jogging support unit 31 makes a call to the telephone number that is the area code of the area including the location 32g and 177 following the area code. To receive a weather forecast transmitted from a weather forecast service server device (not shown).

  Next, the weather forecast received by the BCMCS receiver 21. This weather forecast may be a weather forecast related to a cell that is used as a service area for each base station, and a weather forecast for a narrow area can be obtained.

  Next, the weather forecast received by the e-mail transmission / reception unit 22. That is, an e-mail requesting transmission of the weather forecast is sent to the e-mail transmitting / receiving unit 22 to a predetermined weather forecast server device (not shown), and an e-mail replying to the e-mail received by the e-mail transmitting / receiving unit 22 The weather forecast included in

  When requesting a weather forecast, a weather forecast at location 32g is requested. In this request, when the location 32g is designated by the postal code, the jogging support unit 31 stores the reference between the town name and the postal code in the jogging support unit 31 to refer to the postal code corresponding to the location 32g. obtain. This is because the current 7-digit zip code is assigned mainly to the town, so that the town can be identified by the zip code.

  Next, the weather forecast received by allowing the browser unit 23 to access a web server device (not shown) on which a predetermined weather forecast website is prepared. In order to receive the weather forecast for the location 32g, the jogging support unit 31 designates an area including the location 32g and causes the browser unit 23 to receive the weather forecast. Alternatively, the latitude / longitude 32h is designated and received.

  Returning to the description of the operation of the jogging support unit 31 with reference to FIG. The jogging support unit 31 checks whether weather forecasts for all locations 32g included in the jogging route 32a identified by the route identifier 32b have been received (step S203). When not received, it moves to the operation of Step S202 and receives the weather forecast of the location 32g where the weather forecast is not received.

  On the other hand, when the weather forecasts for all the locations 32g are received, the jogging support unit 31 notifies the weather forecasts for the received locations 32g according to the order of the route details 32e including the locations 32g (step S204). . Then, according to the received weather forecast, it is determined whether or not the weather is suitable for jogging on the jogging path 32a (step S205).

  When it is determined that it is not suitable, the jogging support unit 31 informs the reason why it is not suitable (step S206), and ends the operation of notifying the weather forecast (step S207). Here, the reasons why it is not suitable are that the weather forecast indicates that there is rainfall, that there is snow, that there is a wind at a predetermined wind speed or higher, that the temperature is higher than a predetermined value, and that the temperature is lower than a predetermined value. This is a case where one or more of the fact that the humidity is equal to or higher than a predetermined value is included. The same applies to the fact that these possibilities exist. Furthermore, the reason why it is not suitable is that a weather warning or warning is issued.

  On the other hand, when it is suitable, that is, when the reason for unsuitability is not included in the received weather forecast, the jogging support unit 31 ends the operation of notifying the weather forecast (step S207). However, the present invention is not limited to this, and according to the weather forecast, it may be notified that the weather is suitable for jogging. Further, when notifying at least one of whether the weather is suitable for jogging or not suitable for jogging, the jogging support unit 31 does not need to perform the weather forecast notification in step S204.

  Here, the weather forecast notification in step S204 will be described. The received weather forecast is one or more of voice information, text information, still picture information, and moving picture information, and the jogging support unit 31 generates voice information from the speaker 14a or the second speaker 41. Other information is displayed on the display unit 15.

  However, it is not limited to this. The voice information may be converted into characters and displayed on the display unit 15, or the character information may be converted into voice and generated from the speaker 14 a or the second speaker 41. The conversion may be performed by each unit that receives the weather forecast, or may be performed by the jogging support unit 31.

  When there are a plurality of received weather forecasts, the jogging support unit 31 stores the received weather forecasts in the jogging support unit 31, and the weather forecast relating to each location 32g includes route details 32e including each location 32g. In this order.

  However, when the received weather forecast is one, for example, when all the locations 32g are in one town and in a cell in charge of one base station, the jogging support unit 31 receives the weather forecast. When received, it may be broadcast simultaneously with reception. Moreover, you may alert | report the weather forecast regarding the location 32g nearest to the place where an apparatus is located. As an example, when starting jogging, a weather forecast of a jogging start place, that is, a weather forecast related to the location 32g included in the route order 32e ordered first may be notified.

  The reason why the weather indicated by the weather forecast in step S206 is not suitable for jogging is displayed on the display unit 15 and / or by generating sound from the second speaker 41.

  FIG. 13 shows an example of a display indicating that the weather is not suitable for jogging on the jogging path 32a by the operation of step S206. This display is displayed on the display unit 15, and a fourth status display 15p “Train probability after 3 hours and 10 minutes is 60%. Do you want to cancel?” And two items of “ON” and “OFF” Is the fifth menu 15q.

  With this fourth status display 15p, the jogging support unit 31 informs that the weather is not suitable for jogging because the weather forecast includes a rainy weather with a probability of 60%, and prompts the folding to stop jogging. ing. When either “ON” or “OFF” is selected and determined by the fifth menu 15q, the jogging support unit 31 ends the operation or continues the operation, respectively.

  In the above description, the jogging support unit 31 starts the operation of notifying the weather forecast triggered by the key operation of the input device 16, but the present invention is not limited to this. When it is determined that the owner of the apparatus is jogging, the jogging support unit 31 performs a predetermined jog, a predetermined jogging road, a position 32g where the apparatus is located by jogging, or a new one. The operation of notifying the weather forecast may be started each time a new weather forecast is received.

  In particular, when a device moves in a different cell, a weather forecast transmitted from a different base station may be received in a cell that the base station serves as a service area. is there.

  The determination as to whether or not the owner of the apparatus is jogging is as described in the description of the operation in which the jogging support unit 31 stores the jogging track record of the owner of the apparatus in the jogging path 32a.

  Next, a description will be given of an operation performed by causing the download unit 24 to reproduce, for example, music content according to the jogging speed of the owner of the device by the jogging support unit 31. The jogging support unit 31 performs the following notification operation when a parameter for performing notification according to the jogging speed of the owner of the device is stored in the jogging support unit 31. When a parameter indicating that the notification is not performed is stored, the following operation is not performed.

  FIG. 14 shows a flowchart of an operation of performing notification according to the jogging speed of the owner of the apparatus by the jogging support unit 31. The jogging support unit 31 starts the operation in accordance with a predetermined key operation of the input device 16 or by detecting that the owner of the device is jogging (step S301). Then, the jogging support unit 31 measures the jogging speed of the owner of the apparatus (step S302).

The determination as to whether or not the owner of the apparatus is jogging is as described in the description of the operation in which the jogging support unit 31 stores the jogging track record of the owner of the apparatus in the jogging path 32a. In addition, as described above, the speed of jogging can be obtained in the process of this determination.

  On the other hand, the jogging support unit 31 searches for the speed 32k at predetermined time intervals (step S303). That is, the path identifier 32b of jogging performed by the owner of the apparatus is first obtained. The operation of obtaining the route identifier 32b is as described in the description of the operation of notifying the weather forecast by the jogging support unit 31.

  Then, it is determined which portion of the route details 32e associated with the route identifier 32b corresponds to the portion between two consecutively ordered ones, that is, which partial route is being jogged. Of these two route details 32e, the speed 32k of the route details 32e ordered later is obtained by searching.

  Which partial path is being jogged depends on one or more of the methods described below. First, if the latitude and longitude measured by the positioning unit 25 are between two consecutive latitudes and longitudes 32h, the two route details 32e associated with the two latitudes and longitudes 32h are jogging. It is judged that.

  Also, the determination is made by comparing the path from the start of jogging with the value accumulated according to the ordering of the ordered path 32i. The road from the start of jogging can be obtained by finding and accumulating the distance traveled during a predetermined time, as described in the operation for measuring the jogging speed of the owner of the apparatus described above.

  Further, the determination is made by comparing the running time from the start of jogging with the value accumulated according to the ordering of the ordered time 32j. The running time from the start of jogging is obtained by the time at the start of jogging and the time at the time of determining which partial route is being jogged.

  When the measured speed of jogging of the owner of the apparatus and the speed 32k are obtained, the jogging support unit 31 compares the two (step S304). As a result of the comparison, when the measured speed of jogging of the owner of the apparatus is less than 32k (including a case where the value is not stored in the retrieved speed 32k, including a case where it is substantially equal), a notification is made. Is stored as a parameter indicating that the content is to be played by playing the music content, the download unit 24 plays the music content having a tempo equal to the measured speed of jogging of the owner of the device over a predetermined time (step In step S305, the process proceeds to an operation for measuring the jogging speed of the owner of the apparatus in step S302.

  If the parameter indicating that the notification is performed by voice is stored, the jogging support unit 31 continuously generates a voice prompting jogging at the same speed from the second speaker 41. Further, if a parameter indicating that notification is performed by vibration of a vibrator (not shown) is stored, the vibrator is vibrated at a tempo equal to the measured speed of jogging of the owner of the apparatus.

  Here, the jogging support unit 31 may perform different operations depending on whether the measured speed of jogging of the owner of the apparatus is less than 32 k or approximately equal. That is, according to the stored parameters, different music contents may be played, different sounds may be generated, or vibrations may be generated with different vibration patterns.

  According to this different operation, the jogging support unit 31 has different notification contents in three cases, that is, the operation when the measured jogging speed of the owner of the apparatus described below is higher than the speed 32k. It is possible to notify the owner of the device which of the three cases is applicable.

  On the other hand, when the measured speed of jogging of the owner of the apparatus is faster than the speed 32k, the jogging support unit 31 is equal to the speed 32k if a parameter indicating that notification is performed by playing music content is stored. The tempo music content is played back by the download unit 24 over a predetermined time (step S306), and the operation proceeds to the operation of measuring the jogging speed of the owner of the apparatus in step S302.

  The jogging support unit 31 generates a sound from the second speaker 41 that encourages jogging without undue force because the speed is faster than the scheduled speed if a parameter indicating that the notification is performed by voice is stored. . Further, if a parameter indicating that notification is performed by vibration of a vibrator (not shown) is stored, the vibrator is vibrated at a tempo equal to the speed 32k.

  In addition, when performing the operation | movement which reproduces | regenerates the music content of step S305 or step S306 from the second time, the jogging assistance part 31 will reproduce | regenerate last time, when reproducing the music content of the tempo equal to the tempo of the music content reproduced | regenerated last time. The played music content is continuously played (not shown). The jogging support unit 31 ends the operation of reproducing the music content in an arbitrary operation step by a predetermined key operation of the input device 16 (not shown).

  By selecting the tempo of the music content to be played as described above, if the owner of the device is jogging at a speed that is faster than the scheduled speed 32k, that is, too fast, the user is encouraged to slow down the pace. . This is because premature jogging is undesirable for the health of the owner of the device.

  On the other hand, if the owner of the device is jogging at a pace slower than the planned speed 32k, that is, too slow, he / she is encouraged not to change the pace. This is because jogging at the scheduled speed of 32k is too fast, i.e. unfavorable for the owner of the device. Further, when no value is stored in the retrieved speed 32k, it is prompted not to change the pace. This is because it is judged that the jogging speed of the device owner is suitable for the device owner.

  Next, a description will be given of an operation performed by the jogging support unit 31 to determine whether or not there is an abnormality in the owner of the apparatus, and to transmit that there is an abnormality when it is determined that there is an abnormality. FIG. 15 shows a flowchart of the above operation by the jogging support unit 31.

  The jogging support unit 31 determines whether or not there is an abnormality in the owner of the device by a predetermined key operation of the input device 16 or when the owner of the device is determined to be jogging, and it is determined that there is an abnormality. If so, an operation to transmit that there is an abnormality is started (step S401). The determination as to whether or not the owner of the apparatus is jogging has already been described.

  Then, the jogging support unit 31 detects the possibility of abnormality of the owner of the apparatus over a predetermined time (step S402). The detection of the possibility of abnormality is performed by one or both of the following two cases. First, there is a case where the acceleration sensor unit 26 detects a sudden acceleration that is equal to or greater than a predetermined threshold. In this case, the owner of the device may have fallen. On the other hand, there is a possibility that the device falls and there is no abnormality in the owner of the device.

  Next, the jogging speed of the owner of the apparatus has suddenly decreased, for example, when it has stopped. The measurement of the jogging speed is as already described. In this case, there is a possibility that the owner of the apparatus has stopped jogging due to body modulation. On the other hand, for example, there is a possibility that the owner of the device stops due to the display of a red light on the traffic signal and there is no abnormality of the owner of the device.

  As described above, in step S402, it is detected that there is a possibility of abnormality of the owner of the apparatus, and the presence / absence of abnormality is not determined. Therefore, next, the jogging support unit 31 determines whether there is an abnormality (step S403). If it is determined that there is no abnormality, the process proceeds to detection of a possibility of abnormality of the owner of the apparatus in step S402.

  On the other hand, when it is determined that there is an abnormality, the jogging support unit 31 transmits a message indicating that there is an abnormality through predetermined communication (step S404), and proceeds to detection of a possibility of abnormality of the owner of the apparatus in step S402. Furthermore, when it is determined that the presence or absence of an abnormality is unknown, a message indicating that there is an abnormality is transmitted by predetermined communication (step S405), and the process proceeds to detection of a possibility of abnormality of the owner of the apparatus in step S402.

  The operation for determining whether there is an abnormality in step S403 will be described. In the following case, the jogging support unit 31 determines that there is no abnormality. First, it is a case where the possibility of abnormality is not detected in step S402. Next, there is a case where the jogging speed of the owner of the apparatus is restored within a predetermined elapsed time after the possibility of abnormality is detected in step S402.

  Next, in step S402, the possibility of abnormality is detected, and the fact that the possibility of abnormality is detected is displayed on the display unit 15 and / or notified by the generation of sound from the second speaker 41, This is a case where an input indicating that there is no abnormality is made to the owner of the device by a predetermined key operation of the input device 16 in response to the notification. Note that the jogging support unit 31 prompts an input indicating whether or not there is an abnormality when notifying that the possibility of an abnormality has been detected.

  On the other hand, in the following case, the jogging support unit 31 determines that there is an abnormality. First, in step S402, the possibility of abnormality is detected, the fact that the possibility of abnormality is detected is displayed on the display unit 15, and / or is notified by the generation of sound from the second speaker 41, and the notification is made. In response to this, there is a case where an input indicating that there is an abnormality is made to the owner of the device by a predetermined key operation of the input device 16. If the jogging support unit 31 does not determine that there is no abnormality and does not determine that there is an abnormality, the jogging support unit 31 determines that the presence or absence of the abnormality is unknown.

  The operation of transmitting a message that there is an abnormality through predetermined communication in step S404 will be described. This operation is an operation when it is determined by the jogging support unit 31 that there is an abnormality, and it is considered that an urgent countermeasure is required. Therefore, the jogging support unit 31 requests an ambulance by a call to the disaster emergency information center operated by the Nippon Telegraph and Telephone Corporation group or a fax service (telephone number 119).

  Here, the jogging support unit 31 makes a call to this telephone number via the control unit 11. Further, the content of the utterance or fax is measured by the positioning unit 25 in addition to requesting an ambulance stored in the jogging support unit 31 at the time of manufacture of the device or input by the owner of the device. Latitude and longitude.

  The call destination is not limited to the disaster emergency information center. It may be a telephone number that can be set by the owner of the device, for example, the home phone number of the owner of the device. Further, the jogging support unit 31 is not limited to making a call, but may control the email transmission / reception unit 22 to transmit an email to a predetermined email address, for example, to notify the family of the owner of the device. .

  The subject of the e-mail to be transmitted and the body text are stored in the jogging support unit 31 at the time of manufacturing the device, or entered by the owner of the device, and it is determined that there is an abnormality in the owner of the device. In addition to the effect, the latitude and longitude measured by the positioning unit 25 are included. Instead of or in addition to the latitude and longitude, a path 32g from the start of jogging, a place near the place where the device searched by time is located, and a location 32g may be included.

  The operation of transmitting to the effect that it is unclear whether there is an abnormality in the predetermined communication in step S405 will be described. The operation in step S405 is the same as the operation in step S404 described above. However, the call to the disaster emergency information center is limited to the case where the setting for making the call is stored in the jogging support unit 31.

  This setting is stored by the jogging support unit 31 based on a predetermined key operation of the input device 16 when, for example, the owner of the device is sick and has a high possibility of falling. This is because there is a possibility that there is no abnormality of the owner of the apparatus during the operation of step S405, and as a result, a call to the disaster emergency information center may not be appropriate, so that it is avoided.

  Next, the operation of comparing the jogging status of the owner of the apparatus by the jogging support unit 31 with the jogging path 32a and notifying the comparison result will be described. When the jogging support unit 31 stores parameters in the jogging support unit 31 to perform an operation for prompting turning back, the jogging support unit 31 described below will explain the jogging situation of the owner of the device, The operation of comparing with the jogging path 32a and notifying the comparison result is performed. When the parameter indicating that the operation for prompting the return is not performed is stored, the operation described below is not performed.

  When the jogging support unit 31 starts jogging of the owner of the device, as described above, when the jogging path 32a related to the jogging is determined by a predetermined key operation of the input device 16 or by the jogging support unit 31 The sum of all the roads 32i of the jogging path 32a and the sum of all the times 32j are calculated and stored in the jogging support unit 31. Further, the time indicated by the control unit 11 at the start of jogging is stored in the jogging support unit 31.

  Further, the jogging support unit 31 accumulates the jogging distance from the start of jogging during jogging of the owner of the apparatus. Then, the accumulated route is m / n of the sum of all the routes 32i stored in the jogging support unit 31 (m / n, where n is a natural number of 2 or more. M is 1 or more and n When the following natural number is reached, the fact is notified from the second speaker 41. For example, when n is 2 and m is 1, a sound such as “Jogging half of the entire road is finished” is generated.

  Further, the jogging support unit 31 calculates the jogging time by subtracting the time at the start of jogging from the time indicated by the control unit 11. Then, the calculated time is m (m / n) of the sum of all the times 32j stored in the jogging support unit 31, where n is a natural number of 2 or more. M is 1 or more and n When the following natural number is reached, the fact is notified from the second speaker 41. For example, when n is 2 and m is 1, a sound such as “jogging half of the scheduled time is finished” is generated.

  Thus, by obtaining the ratio of the accumulated jogging path to the sum of all roads 32i and the ratio of the calculated jogging time to the sum of all times 32j, the jogging support unit 31 Furthermore, it is obtained whether the speed of jogging is faster, slower or substantially the same as the speed according to the jogging path 32a.

  Using the result of this comparison, the jogging support unit 31 said, “Jog of half of the scheduled time is over. Half of the total road has not been reached, but let's turn back soon.” Also, “Half of the total road "You haven't passed half of the scheduled time, but let's turn back soon." This will help the owner of the device not perform excessive jogging.

  In the above description, when m and n are equal with respect to the jogging route (m = n), it means that the jogging of all the scheduled routes is finished. By generating a sound such as “Thank you for your jogging. Thank you for your work,” you can help the owner of the device perform appropriate jogging by enhancing the sense of achievement of the owner of the device.

  Also, when m and n are equal with respect to the jogging time (m = n), if jogging support unit 31 has not finished jogging all the way already planned, “jogging for the scheduled time” is performed. Please don't overdo it from now on "is generated, and the owner of the device can be supported to avoid excessive jogging.

  In the above description, the second speaker 41 is an earphone type. However, the second speaker 41 may be connected to the apparatus main body by a cable, or may be connected by a Bluetooth (registered trademark) line. Furthermore, the present invention is not limited to the earphone type, and may be a speaker that is not attached to the main body or connected by Bluetooth (R), that is, a speaker that is not attached to the ear.

  The earphone type is suitable for jogging with a large number of people or in an area where there is a lot of traffic, but it is not necessary to be limited to the earphone type when jogging alone in an area where there is little traffic, especially when climbing. This is because even if sound is generated from a speaker that is not an earphone type, it does not cause trouble to other people.

  Further, although the second speaker 41 is used by the BCMCS receiving unit 21, the downloading unit 24, and the jogging support unit 31, the present invention is not limited to this. One or two of these units may use dedicated speakers.

  Further, although the jogging support unit 31 uses the second speaker 41 in a plurality of operations, the present invention is not limited to this. Different speakers may be used depending on the operation. For example, in the operation of determining whether there is an abnormality of the owner of the device and performing communication, it is possible to listen to people other than the owner of the device by using a non-earphone type speaker. This is because if the owner of the device falls down, it is easy to obtain support by listening to people other than the owner of the device. For other operations, an earphone type speaker is used. This is because there is little possibility of obtaining support by listening to people other than the owner of the device.

  In the above description, the present invention is applied to an example in which the present invention is applied to jogging support suitable for the owner of the apparatus. However, the present invention is not limited to this. The present invention can naturally be applied to assisting the operation of the owner of the device with any movement. For example, the present invention can be applied to driving support suitable for the owner of a motorcycle or automobile device.

  Furthermore, the present invention can be applied to swimming support suitable for the owner of the device or navigation support by a ship. Wave support such as wave height is effective as a weather forecast to support operations involving movement at sea, and the wave condition forecast is obtained, for example, by a service that listens to a weather forecast published by the Japan Meteorological Agency. It can also be applied to support navigation by aircraft. The present invention is not limited to the above configuration, and various modifications are possible.

The block diagram which shows the structure of the mobile communication apparatus which concerns on embodiment of this invention. The figure which shows an example of a structure of the jogging path | route which concerns on embodiment of this invention. An example (the 1) of a display of the display part when the jogging assistance part which concerns on embodiment of this invention inputs jogging speed. An example (the 2) of a display of the display part when the jogging assistance part which concerns on embodiment of this invention inputs jogging speed. An example of the display of a display part at the time of inputting the parameter which shows whether the jogging assistance part which concerns on embodiment of this invention performs the notification according to the speed of jogging of the owner of an apparatus. An example of the display of a display part when the jogging assistance part which concerns on embodiment of this invention memorize | stores the latitude and longitude of the place of a jogging start. An example of the display of a display part when the jogging assistance part which concerns on embodiment of this invention inputs the path | route of jogging. An example of the display of the display part at the time of the jogging assistance part which concerns on embodiment of this invention is calculating jogging time. An example of the display of the display part after the jogging assistance part which concerns on embodiment of this invention calculates jogging time. An example of the display of a display part at the time of inputting the parameter which shows whether the jogging assistance part which concerns on embodiment of this invention performs the operation | movement which encourages the return | turnback of jogging. The flowchart of the operation | movement which memorize | stores a jogging path | route from the track record of the jogging of the jogging assistance part which concerns on embodiment of this invention. The flowchart of the operation | movement which receives and alert | reports the weather forecast of the jogging assistance part which concerns on embodiment of this invention. An example in which the jogging support unit according to the embodiment of the present invention displays on the display unit that the weather is not suitable for jogging. The flowchart of the operation | movement which selects and reproduces the suitable content of the jogging assistance part which concerns on embodiment of this invention. The flowchart of the operation | movement which notifies abnormality when the owner's abnormality of the apparatus of the jogging assistance part which concerns on embodiment of this invention is detected.

Explanation of symbols

11 control unit 13 transmission / reception unit 15 display unit 16 input device 21 BCMCS reception unit 22 e-mail transmission / reception unit 23 browser unit 24 download unit 25 positioning unit 26 acceleration sensor unit 31 jogging support unit 32 jogging path storage unit 32a jogging path 32b path identifier 32c Date 32d Start time 32e Route details 32f Mark 32g Location 32h Latitude / longitude 32i Road 32j Time 32k Speed

Claims (15)

Travel route storage means for storing a travel route;
Weather forecast receiving means for receiving a weather forecast for an area including at least a part of the route stored in the travel route storage means;
A mobile communication apparatus comprising: a weather forecast notifying means for notifying a weather forecast received by the weather forecast receiving means. Travel route storage means for storing a travel route;
Weather forecast receiving means for receiving a weather forecast for an area including at least a part of the route stored in the travel route storage means;
A travel suitability judging means for judging whether or not the weather indicated by the weather forecast received by the weather forecast receiving means is suitable for the travel;
A mobile communication apparatus comprising: a mobile suitability notifying means for notifying the suitability or unsuitability determined by the travel suitability determining means. When the weather indicated by the weather forecast received by the weather forecast receiving means includes at least one of rainfall, snowfall, high temperature, low temperature and strong wind, the weather is not suitable for the movement. The mobile communication device according to claim 2, wherein the mobile communication device is determined. 2. The weather forecast receiving unit receives a weather forecast of a cell transmitted from a mobile communication base station having a cell including at least a part of the route as a service area. 2. The mobile communication device according to 2. The weather forecast receiving means transmits an e-mail including information for identifying a town name including at least a part of the route to the weather forecast server apparatus, and the weather forecast included in the e-mail transmitted from the weather forecast server apparatus. The mobile communication apparatus according to claim 1, wherein the mobile communication apparatus receives the mobile communication apparatus. The weather forecast receiving means transmits information identifying an area including at least a part of the route to a web server device, and receives the weather forecast transmitted from the web server device. The mobile communication device according to claim 2. The weather forecast receiving means makes a call to the weather forecast service server device with an area code including an area including at least a part of the route, and receives a weather forecast by voice transmitted from the weather forecast service server device. The mobile communication device according to claim 1, wherein the mobile communication device is a mobile communication device. Positioning means;
The travel route setting means for storing in the travel route storage means a route composed of latitude and longitude measured at predetermined time intervals by the positioning means. Mobile communication device. Map storage means for storing the latitude and longitude and the area name in association with each other;
9. The movement route storage unit stores a route including an area name stored in the map storage unit in association with the latitude and longitude measured by the positioning unit in the movement route storage unit. The mobile communication device according to 1. Input means;
Output means;
Acceleration detection means;
When the acceleration detected by the acceleration detecting means changes beyond a predetermined acceleration change threshold, an abnormality possibility notifying means for causing the output means to output information prompting an input indicating that an abnormality has occurred or not. When,
When the fact that the abnormality has occurred is input from the input means, the call communication means is controlled to make a call to a predetermined telephone number and / or the e-mail transmission means is controlled to determine a predetermined e-mail address A mobile communication device comprising: an abnormality notification means for transmitting a predetermined electronic mail to the mobile phone. Input means;
Output means;
Acceleration detection means;
When the acceleration detected by the acceleration detecting means changes beyond a predetermined acceleration change threshold, an abnormality possibility notifying means for causing the output means to output information prompting an input indicating that an abnormality has occurred or not. When,
After the information is output to the output means by the abnormality possibility notifying means, if it is not inputted from the input means that the abnormality has not occurred for a predetermined time, the call communication means is controlled to control the predetermined telephone. A mobile communication apparatus comprising: an abnormality notification unit that makes a call to a number and / or controls an electronic mail transmission unit to transmit a predetermined electronic mail to a predetermined electronic mail address. Input means;
Output means;
Positioning means;
Speed measuring means for measuring the moving speed of the device by the latitude and longitude measured by the positioning means;
If the speed measured by the speed measuring means changes from a speed exceeding a predetermined speed threshold value to approximately 0, and the speed that is approximately 0 continues to be measured over a predetermined time, it means that an abnormality has occurred, Or an abnormality possibility notification means for causing the output means to output information prompting an input indicating that there is not,
When the occurrence of abnormality is input from the input means, the call communication means is controlled to make a call to a predetermined telephone number and / or the e-mail transmission means is controlled to a predetermined e-mail address. A mobile communication device comprising an abnormality notification means for transmitting a predetermined electronic mail. Input means;
Output means;
Positioning means;
Speed measuring means for measuring the moving speed of the device by the latitude and longitude measured by the positioning means;
If the speed measured by the speed measuring means changes from a speed exceeding a predetermined speed threshold value to approximately 0, and the speed that is approximately 0 continues to be measured over a predetermined time, it means that an abnormality has occurred, Or an abnormality possibility notification means for causing the output means to output information prompting an input indicating that there is not,
After the information is output to the output means by the abnormality possibility notifying means, if the fact that no abnormality has occurred for a predetermined time is not input from the input means, the call communication means is controlled to control a predetermined telephone number A mobile communication device comprising: an anomaly notifying unit that makes a call to and / or controls an e-mail transmitting unit to transmit a predetermined e-mail to a predetermined e-mail address. 14. The telephone number according to claim 10, wherein the predetermined telephone number is a telephone number of a disaster emergency information center or a telephone number input by an input unit and stored by the abnormality notification unit. The mobile communication device according to Item. Moving speed storage means for storing the moving speed;
Content storage means for storing music content;
Content reproduction means for reproducing the music content stored in the content storage means;
Positioning means;
Speed measuring means for measuring the moving speed of the device by the latitude and longitude measured by the positioning means;
If the speed measured by the speed measuring means is faster than the moving speed stored in the moving speed storage means by a predetermined speed threshold, music content having a tempo equal to the walking speed stored in the moving speed storage means is stored. A mobile communication apparatus, comprising: a walking speed change support unit that selects and plays the selected music content on the content playback unit.

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