JP2014057694A - Training support device, method for providing support information, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a user performing training such as running with support information for confirming the results of training up to date.SOLUTION: The device acquires location information at regular intervals and stores track information which contains a series of acquired location information and time information showing an acquisition time of each piece of location information. While acquiring at regular intervals location information which shows points on past running routes shown by a series of location information already stored as track information, on the basis of time information contained in track information which is already stored and time information contained in new track information which is currently being stored, the device calculates the difference in running time and the difference in biological information at the same point between the previous run and the current run, and displays the calculation results.

Description

  The present invention relates to a training support apparatus, a support information providing method, and a program for providing support information to a user based on a movement trajectory acquired during training such as running.

  Conventionally, as an apparatus for supporting training such as running, jogging, walking, etc., for example, in Patent Document 1 below, position information on the latitude / longitude of the current location acquired at regular intervals using GPS (Global Positioning System) For example, a technique for providing a user with a moving distance, a moving time, a moving speed, and the like during running by storing the information as trajectory data is described.

JP 2004-38585 A

  However, in the above technique, the information that can be provided to the user during training such as running is only information related to the training currently being performed such as the moving distance, the moving time, and the moving speed. There was a problem that the results of could not be confirmed specifically.

  The present invention has been made in view of such conventional problems, and training that can provide support information that can specifically confirm the results of the training so far to users who are performing training such as running. An object is to provide a support device, a support information providing method, and a program.

  In order to solve the above problems, in the training support device of the present invention, position information indicating each of a plurality of movement positions of a moving person, and the person is positioned at each of the plurality of movement positions of the position information. Acquisition means for acquiring trajectory information including time information indicating a plurality of times when the user is present, storage means for storing the trajectory information, and movement of the currently moving user acquired by the acquisition means User trajectory information including user position information indicating a position, user time information indicating a time when the user is located at a moving position of the user position information, and the storage means stored in the storage means Support information acquisition means for acquiring support information based on trajectory information; and display means for displaying the support information acquired by the support information acquisition means. To.

  Moreover, in order to solve the said subject, in the assistance information provision method of this invention, each of the positional information which shows the several moving position of the person who is moving, and the said person to the said several moving position of the said positional information respectively A step of acquiring trajectory information including time information indicating a plurality of times when it is located by an acquisition unit, a step of storing the trajectory information by a storage unit, and a current movement acquired by the acquisition unit User trajectory information including user position information indicating a movement position of a user who is present, user time information indicating a time when the user is positioned at the movement position of the user position information, and the storage means A step of acquiring support information based on the stored trajectory information by a support information acquisition unit, and a step of displaying the support information acquired by the support information acquisition unit by a display unit. And a step of displaying, and wherein the.

  In order to solve the above-mentioned problem, in the program of the present invention, the position information indicating each of a plurality of movement positions of a moving person and a position of the person at the plurality of movement positions of the position information are respectively displayed on a computer. Acquisition means for acquiring trajectory information including time information indicating a plurality of times when it is located, storage means for storing the trajectory information, and current movement acquired by the acquisition means User trajectory information including user position information indicating the movement position of the user, user time information indicating a time when the user is positioned at the movement position of the user position information, and stored in the storage means Support information acquisition means for acquiring support information based on the locus information, and display means for displaying the support information acquired by the support information acquisition means, To ability, characterized in that.

  ADVANTAGE OF THE INVENTION According to this invention, it becomes possible to provide the support information which can confirm the result by the training so far concretely to the user who is performing trainings, such as running.

It is a block diagram of the runner's watch common to each embodiment of the present invention. It is a flowchart which shows the operation | movement in training mode. It is a conceptual diagram which shows the structure of driving history data.

  Hereinafter, embodiments of the present invention will be described. FIG. 1 is a block diagram showing an electrical configuration of a runners watch 1 exemplified as a training support apparatus of the present invention.

  This runner's watch 1 is a wristwatch type that the user wears on his / her wrist and uses the function of a normal watch and the GPS (Global Positioning System) to acquire the current position at regular intervals, A function of providing support information for confirming a training result or the like to the user by storing it as trajectory data together with the current time.

  As shown in the figure, the runners watch 1 includes a control circuit 11, a GPS module 12 connected to the control circuit 11, a sensor block 13, an RTC (Real-Time Clock) 14, an LCD (Liquid Crystal Display) 15, a ROM (Read Only Memory). ) 16, a RAM (Random Access memory) 17 and an input means 18.

  The GPS module 12 includes a control circuit that demodulates and decodes the L1 band C / A code superimposed on radio waves transmitted from a plurality of GPS satellites and calculates the current position, and is necessary for capturing the GPS satellites. It consists of a memory that stores satellite information, data related to a geodetic system that is indispensable for calculating the current position, a counter that counts the local time with high accuracy, and the like. The GPS module 12 receives the radio waves transmitted from a plurality of GPS satellites (positioning satellites) by the GPS antenna 12a, thereby measuring the latitude, longitude, and altitude indicating the current position, and the measurement result is transmitted to the control circuit 11. To supply.

  The sensor block 13 includes an acceleration sensor that detects acceleration in the triaxial direction in the runner's watch 1, a geomagnetic sensor that detects a geomagnetic component, a pulse sensor that detects a user's pulse, an amplifier that amplifies the detection signal of each sensor, and a detection signal. It is composed of an A / D converter that converts it into a digital detection signal.

  The detection result of the acceleration sensor is supplied to the control circuit 11 as movement amount information indicating the movement amount when the runner's watch 1 moves. The detection result of the geomagnetic sensor is supplied to the control circuit 11 as movement direction information indicating the movement direction (specifically, the azimuth angle) while the runner's watch 1 is moving. The pulse sensor is configured to detect a pulse by a photoelectric method using a light emitting diode and a phototransistor, and supplies a detection result (pulse wave signal) to the control circuit 11.

  The RTC 14 measures the current time and has a calendar function, and supplies the current date information and time information to the control circuit 11.

  The LCD 15 displays various information including date, current time, and support information described later.

  The input means 18 is composed of a plurality of operation switches used by the user for operating the runners watch 1.

  The control circuit 11 includes a CPU (Central Processing Unit) and its peripheral circuits, and controls each part of the runners watch 1 using the RAM 17 as a working memory space according to a control program stored in the ROM 16. The ROM 16 is an EEPROM (Electrically Erasable Programmable Read-Only Memory) that can actually rewrite existing stored data and write new data.

  The runner's watch 1 having the above configuration is provided with two types of operation modes, a watch mode and a training mode, as operation modes. The operation mode is set by the user operating a mode setting switch provided in the input means 18.

  The clock mode is a mode for displaying the current date and time on the LCD 15 in the same manner as a normal clock. The training mode is a mode in which support information for confirming a training result or the like to the user is displayed on the LCD 15 by the control circuit 11 performing processing described later.

  FIG. 2 is a flowchart showing the processing of the control circuit 11 when the training mode is set by the user.

  For example, when the user starts running by instructing the start of training by operating a predetermined switch of the input means 18 at the time when the user starts running, the control circuit 11 starts the processing, and sets the current position every fixed time (for example, every second). Acquisition and storage of position information including the indicated latitude and longitude and the current pulse rate is started (step S1).

  Here, the acquisition of the position information in the control circuit 11 is acquired from the GPS module 12 when the current position can be measured by the GPS module 12, and the sensor is used when the current position cannot be measured by the GPS module 12. This is performed by calculating the latitude and longitude indicating the current position based on the movement amount information supplied from the acceleration sensor of the block 13 and the movement direction information (azimuth angle information) supplied from the geomagnetic sensor.

  More specifically, the control circuit 11 acquires the detection data of the acceleration sensor and the geomagnetic sensor a plurality of times within a predetermined time, calculates the movement direction and the movement distance based on the acquired detection value data, This is performed by calculating the latitude / longitude of the point moved by the calculated moving distance in the calculated moving direction from the point indicated by the measured latitude / longitude.

  The pulse rate is acquired by the control circuit 11 by calculating the pulse rate per unit time (for example, 60 seconds) based on the detection result (pulse wave signal) supplied from the pulse sensor of the sensor block 13. Is called.

  Further, the latitude / longitude and pulse rate are stored by the control circuit 11 as shown in FIG. 3, for example, each data of latitude / longitude and pulse rate is stored in the ROM 16 as one record together with the route number, date / time and positioning time. This is a process of storing in order in the area.

  Here, the root number is a serial number assigned every time a new training start is instructed by the user, and the date and time is the date and time when the training start is instructed, and the user instructs the end of training. This is common to each record stored until.

  The positioning time is the time when the current position is measured by the GPS module 12, or the time when the control circuit 11 calculates the latitude / longitude of the current position, and is the time at regular intervals.

  In the runner's watch 1, the data for a plurality of records acquired at regular intervals, that is, a series of position information (latitude) after the start of training is instructed by the user until the end of training is instructed.・ Longitude) and trajectory data including time information (positioning time) indicating the acquisition time of each position information are sequentially input to a predetermined area of the ROM 16 as travel history data 100 together with the user's biological information (pulse rate) detected at each position. Remembered.

  Further, the control circuit 11 starts to acquire the position information and the pulse rate at regular time intervals and start storing, and then starts measuring the travel time and travel distance after the start of training is instructed (step S2). The travel distance is measured by the control circuit 11 every time new position information (latitude / longitude) is acquired, the distance between two points between the point indicated by the previously acquired position information and the point indicated by the new position information. Is calculated, and the calculation results are sequentially added.

  After that, the control circuit 11 indicates a route that can be determined to be the same as the current route at which the running is started when the route confirmation timing arrives at predetermined time intervals (for example, every 10 seconds) (step S3: YES). It is confirmed whether or not the trajectory data is stored in the ROM 16 as the travel history data 100 (step S4). That is, the control circuit 11 confirms whether or not the travel history data 100 during past training that traveled the same route as the current route is stored in the ROM 16.

  Here, trajectory data indicating a route that can be determined to be the same as the current route (hereinafter referred to as previous trajectory data) is trajectory data (hereinafter referred to as “stored”) including a series of position information currently stored as the travel history data 100. The trajectory data indicates a travel route that can be determined to be the same as the travel route indicated by the trajectory data) and the section on the start point side from the start point to the point corresponding to the currently measured travel distance.

  In the process of step S4, the control circuit 11 compares the stored trajectory data with one or a plurality of trajectory data already stored in the ROM 16 as the travel history data 100 in order from the latest one. The trajectory data indicating the movement route where the sections match within a predetermined allowable range is determined as the previous trajectory data.

  For example, if the user does not use the runner's watch 1 in the training mode for the first time and the corresponding travel history data 100 (trajectory data) is not stored in the ROM 16 (step S4: NO), the control circuit 11 The measured travel time (lap time), travel distance, and pulse rate are displayed on the LCD 15 (step S5).

  Thereafter, the control circuit 11 updates the travel time, travel distance, and pulse rate displayed on the LCD 15 by repeating the process of step S5 until the end of the training is instructed by the user (step S6: NO). Thereafter, when the user instructs to end the training (step S6: YES), the processing in the training mode is ended.

  On the other hand, when trajectory data indicating a route that can be determined to be the same as the current route from which running has started is stored in the ROM 16 as the travel history data 100 (step S4: YES), the control circuit 11 performs the following processing.

  First, the control circuit 11 calculates the travel time to the current point at the time of the previous training based on the previous trajectory data and calculates the difference between the previous travel time and the current travel time currently measured. (Step S7).

  Furthermore, the control circuit 11 calculates the difference between the pulse rate at the current point at the time of the previous training and the current pulse rate, which is stored as the travel history data 100 together with the previous trajectory data (step S8).

  Thereafter, the control circuit 11 determines the difference in travel time and pulse rate calculated in the processes of steps S7 and S7, that is, the difference in travel time between the previous travel and the current travel at the same travel point. And the difference in pulse rate is displayed on the LCD 15 (step S9).

  Thereafter, each time the new running history data 100 is acquired and stored, the control circuit 11 is based on the newly acquired latitude and longitude, and the running route in which the current running point of the user is indicated by the previous trajectory data, That is, it is determined whether or not the vehicle has deviated from the previous travel route (step S10).

  In the process of step S10, the control circuit 11 determines that the point indicated by the newly acquired latitude / longitude is the currently measured travel distance from the starting point in the previous travel route indicated by the previous trajectory data. If it is within an area of a predetermined size centered at a certain point, it is determined that it has not deviated from the previous travel route, and if it is outside the region of a predetermined size, it is determined that it has deviated from the previous travel route.

  If the control circuit 11 determines that the user's current running point is not deviated from the previous travel route indicated by the previous trajectory data (step S10: NO), has the training end been instructed by the user? If the end of training is not instructed (step S11: NO), the processing of steps S7 to S9 described above is repeated. As a result, the control circuit 11 updates the difference in travel time and pulse rate displayed on the LCD 15.

  As a result, when the user is running on the same route as the previous training, for example, the training from the previous running to the current running is performed due to the difference in running time and pulse rate displayed sequentially on the LCD 15. We can confirm concrete result by.

  On the other hand, while the new travel time difference and pulse rate difference are repeatedly displayed on the LCD 15 as described above, at any point in time, the user's current running point indicated by the newly acquired latitude and longitude However, when it deviates from the previous travel route indicated by the previous trajectory data (step S10: YES), the control circuit 11 performs the following processing.

  First, the control circuit 11 displays the currently measured travel time (lap time), travel distance, and pulse rate on the LCD 15 in place of the difference in travel time and pulse rate previously displayed (step 1). S12).

  Thereafter, whenever the control circuit 11 acquires and stores new travel history data 100, the current running point of the user indicated by the newly acquired latitude and longitude is the previous travel indicated by the previous trajectory data. It is determined whether or not the route has been returned (step S12).

  Here, when the control circuit 11 determines that the current running point of the user has not returned to the previous travel route indicated by the previous trajectory data (step S13: NO), the user is instructed to end the training. It is once confirmed whether or not (step S14).

  Then, the control circuit 11 updates the travel time, travel distance, and pulse rate displayed on the LCD 15 by repeating the process of step S12 until the end of training is instructed by the user (step S14: NO). Thereafter, when the user gives an instruction to end the training (step S14: YES), the processing in the training mode is ended.

  On the other hand, while the new running time, the running distance, and the pulse rate are repeatedly displayed on the LCD 15, the current running point of the user indicated by the newly acquired latitude / longitude at any time is determined by the previous trajectory data. When it can be determined that the vehicle has returned to the previous travel route shown (step S15), the control circuit 11 performs the following processing.

  That is, after that, the control circuit 11 performs a setting for changing the display form when displaying the new difference in travel time and the difference in pulse rate on the LCD 15 as described later (step S15). The change of the display form is that the difference in the new running time and the pulse rate displayed after that is only a reference value different from the difference in the running time and the pulse rate displayed before that. It is a change to clarify. In addition, as a specific display form after the change, for example, a display form that blinks and displays a difference in travel time and a difference in pulse rate, and a display form that displays with a predetermined mark indicating that they are reference values. It is.

  Then, after changing the display form in the process of step S15, the control circuit 11 returns to the process of step S7 and repeats the process described above. That is, the control circuit 11 first, at the travel point at the time of returning to the previous travel route via another route, the difference in travel time and the difference in pulse rate between the previous travel and the current travel. Are respectively calculated (step S7, step S8). Thereafter, the control circuit 11 displays the calculated difference in travel time and pulse rate on the LCD 15 in a display form different from that before the user deviates from the previous travel route (step S9).

  Thereafter, the control circuit 11 repeats the processes after step S10 described above. Thereby, if the user's travel point does not deviate from the previous travel route again, a new travel time difference and a pulse rate difference are displayed after the change every time new travel history data 100 is acquired and stored. It is repeatedly displayed on the LCD 15 in the form.

  Note that the control circuit 11 repeats the processing from step S10 onward, and after the user's travel point has again deviated from the previous travel route (step S10: YES), the control circuit 11 further returns to the previous travel route ( Step S13: YES), the process of Step S15 described above is repeated.

  As described above, according to the runner's watch 1 of the present embodiment, by using the training mode, it is possible to give the running user the results of the training up to the present time, from the previous running time to the current running time. It is possible to provide the user with support information that can specifically confirm the results of training, that is, the difference in travel time (lap time) and the difference in pulse rate at the same point.

  In addition, after the user once deviates from the previous travel route once started to travel, and after returning to the previous travel route again, the difference in travel time and pulse rate at the same point is It is displayed on the LCD 15 in a display form different from that before the departure from the travel route to clearly indicate that these are reference values. Therefore, when the user deviates from the previous travel route once started to travel, the user can be notified of this.

  Here, in the present embodiment, as the support information that can specifically confirm the results of the training up to now, the display of the difference in running time and the difference in pulse rate at the same point on the LCD 15 has been described. .

  However, when carrying out the present invention, for example, the previous travel time and the current travel time, the previous pulse rate and the previous pulse rate at the same point may be displayed on the LCD 15 as support information. Furthermore, instead of or together with the difference in travel time at the same point, the previous travel time and the current travel time at the same point, the difference in travel speed at the same point, or the previous travel at the same point. The speed and the current traveling speed may be displayed on the LCD 15.

  In implementing the present invention, for example, the display of the difference in pulse rate at the same point, the previous pulse rate at the same point, and the current pulse rate can be abolished. Furthermore, instead of or together with the pulse sensor, a sensor for acquiring other biological information such as the number of breaths and blood pressure is provided, and the difference in the pulse rate at the same point or the previous pulse rate at the same point In addition to or together with the current pulse rate, the LCD 15 displays the difference in the number of breaths and blood pressure at the same point, the previous number of breaths and blood pressure at the same point, the current number of breaths and the blood pressure. Also good.

  In the present embodiment, when the user has deviated from the previous travel route once started to travel, the currently measured travel time, travel distance, and pulse rate are displayed on the LCD 15. It is good also as following structures.

  For example, after the user deviates from the previous travel route, first, the trajectory data stored in the ROM 16 as the travel history data 100 when the training mode was used last time (including the trajectory data indicating the previous travel route). The travel time and the pulse rate at the point where the travel distance is the same as the currently traveled point are obtained. Then, using this as the previous travel time and the previous pulse rate, the difference in travel speed at the same travel distance and the difference in pulse rate at the same location are calculated, and the calculation result is only a reference value. May be configured to be displayed on the LCD 15 in a display form that clearly indicates to the user.

  In the above description, the case where the content of training is mainly running has been described. However, the present invention is not limited to this, and the present invention is also effective when the content of training is jogging or walking.

  Also, the past user and the current user may be different.

  As mentioned above, although several embodiment of this invention and its modification were demonstrated, if these are in the range in which the effect of this invention is acquired, it can change suitably, and embodiment after change is also a claim. It is included in the scope of the invention described in the scope of the invention and the invention equivalent to the invention.

The invention described in the scope of the claims of the present application will be appended below.
[Claim 1]
Trajectory information including position information indicating a plurality of movement positions of a moving person and time information indicating a plurality of times when the person is located at the movement positions of the position information, respectively. Obtaining means for obtaining
Storage means for storing the trajectory information;
User position information indicating the movement position of the currently moving user acquired by the acquisition means, and user time information indicating the time when the user is positioned at the movement position of the user position information. User trajectory information, and support information acquisition means for acquiring support information based on the trajectory information stored in the storage means;
Display means for displaying the support information acquired by the support information acquisition means;
With
A training support apparatus characterized by that.
[Claim 2]
Determining means for determining whether or not the user trajectory information and the trajectory information are moving paths having the same starting point;
After the determination means determines that the user trajectory information and the trajectory information are movement paths having the same starting point, the support information acquisition means starts acquiring the support information.
The training support apparatus according to claim 1, wherein:
[Claim 3]
After the determination means determines that the user trajectory information and the trajectory information are movement paths that have the same starting point, the position acquisition means departs from the movement path that has the same starting point. Route confirmation means for confirming whether or not the position information indicating
A change unit that changes a display form of the support information by the display unit after it is determined that position information indicating a point that has deviated from the movement route having the same starting point is acquired by the route confirmation unit;
The training support apparatus according to claim 2, further comprising:
[Claim 4]
The support information acquisition means acquires, as the support information, a difference between the current required time from the starting point to the current location and a past required time based on the user trajectory information and the trajectory information. The training support apparatus according to any one of claims 2 and 3.
[Claim 5]
It further comprises biological information acquisition means for acquiring biological information,
In the storage means, the biological information is stored in association with the time information included in the trajectory information,
The biometric information acquisition means acquires the user biometric information of the user currently moving in association with the user time information,
The support information acquisition means acquires other support information based on the user biometric information acquired by the biometric information acquisition means and the biometric information stored in the storage means together with the support information,
The display means displays the support information acquired by the support information acquisition means and the other support information;
The training support apparatus according to claim 1, wherein
[Claim 6]
The support information acquisition unit calculates a difference between current biological information and past biological information based on the user biological information and the biological information at a point indicated by the latest position information acquired by the position acquisition unit. The training support apparatus according to claim 5, wherein the training support apparatus is acquired as the other support information.
[Claim 7]
Trajectory information including position information indicating a plurality of movement positions of a moving person and time information indicating a plurality of times when the person is located at the movement positions of the position information, respectively. Obtaining by means of obtaining means,
Storing the trajectory information by storage means;
User position information indicating the movement position of the currently moving user acquired by the acquisition means, and user time information indicating the time when the user is positioned at the movement position of the user position information. Obtaining support information based on user trajectory information and the trajectory information stored in the storage means by support information acquisition means;
Displaying the support information acquired by the support information acquisition means with a display means;
including,
The support information provision method characterized by this.
[Claim 8]
On the computer,
Trajectory information including position information indicating a plurality of movement positions of a moving person and time information indicating a plurality of times when the person is located at the movement positions of the position information, respectively. Obtaining means for obtaining
Storage means for storing the trajectory information;
User position information indicating the movement position of the currently moving user acquired by the acquisition means, and user time information indicating the time when the user is positioned at the movement position of the user position information. User trajectory information, and support information acquisition means for acquiring support information based on the trajectory information stored in the storage means;
Display means for displaying the support information acquired by the support information acquisition means;
Function as
A program characterized by that.

DESCRIPTION OF SYMBOLS 1 Training assistance apparatus 11 Control circuit 12 GPS module 12a GPS antenna 13 Sensor block 14 RTC
15 LCD
16 ROM
17 RAM
18 Input means 100 Travel history data

Claims (8)

Trajectory information including position information indicating a plurality of movement positions of a moving person and time information indicating a plurality of times when the person is located at the movement positions of the position information, respectively. Obtaining means for obtaining
Storage means for storing the trajectory information;
User position information indicating the movement position of the currently moving user acquired by the acquisition means, and user time information indicating the time when the user is positioned at the movement position of the user position information. User trajectory information, and support information acquisition means for acquiring support information based on the trajectory information stored in the storage means;
Display means for displaying the support information acquired by the support information acquisition means;
With
A training support apparatus characterized by that. Determining means for determining whether or not the user trajectory information and the trajectory information are moving paths having the same starting point;
After the determination means determines that the user trajectory information and the trajectory information are movement paths having the same starting point, the support information acquisition means starts acquiring the support information.
The training support apparatus according to claim 1, wherein: After the determination means determines that the user trajectory information and the trajectory information are movement paths that have the same starting point, the position acquisition means departs from the movement path that has the same starting point. Route confirmation means for confirming whether or not the position information indicating
A change unit that changes a display form of the support information by the display unit after it is determined that position information indicating a point that has deviated from the movement route having the same starting point is acquired by the route confirmation unit;
The training support apparatus according to claim 2, further comprising:   The support information acquisition means acquires, as the support information, a difference between the current required time from the starting point to the current location and a past required time based on the user trajectory information and the trajectory information. The training support apparatus according to any one of claims 2 and 3. It further comprises biological information acquisition means for acquiring biological information,
In the storage means, the biological information is stored in association with the time information included in the trajectory information,
The biometric information acquisition means acquires the user biometric information of the user currently moving in association with the user time information,
The support information acquisition means acquires other support information based on the user biometric information acquired by the biometric information acquisition means and the biometric information stored in the storage means together with the support information,
The display means displays the support information acquired by the support information acquisition means and the other support information;
The training support apparatus according to claim 1, wherein   The support information acquisition unit calculates a difference between current biological information and past biological information based on the user biological information and the biological information at a point indicated by the latest position information acquired by the position acquisition unit. The training support apparatus according to claim 5, wherein the training support apparatus is acquired as the other support information. Trajectory information including position information indicating a plurality of movement positions of a moving person and time information indicating a plurality of times when the person is located at the movement positions of the position information, respectively. Obtaining by means of obtaining means,
Storing the trajectory information by storage means;
User position information indicating the movement position of the currently moving user acquired by the acquisition means, and user time information indicating the time when the user is positioned at the movement position of the user position information. Obtaining support information based on user trajectory information and the trajectory information stored in the storage means by support information acquisition means;
Displaying the support information acquired by the support information acquisition means with a display means;
including,
The support information provision method characterized by this. On the computer,
Trajectory information including position information indicating a plurality of movement positions of a moving person and time information indicating a plurality of times when the person is located at the movement positions of the position information, respectively. Obtaining means for obtaining
Storage means for storing the trajectory information;
User position information indicating the movement position of the currently moving user acquired by the acquisition means, and user time information indicating the time when the user is positioned at the movement position of the user position information. User trajectory information, and support information acquisition means for acquiring support information based on the trajectory information stored in the storage means;
Display means for displaying the support information acquired by the support information acquisition means;
Function as
A program characterized by that.

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