JP2014109858A - Course creation supporting system, terminal, computer, program and course creation supporting method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To create a course taking a precise route, and practically having secured suitability for exercise including movement such as running or the like.SOLUTION: A course represented by outline shape data of a course is superposed on a map. That is, a course based on outline shape data COG of a course is superposed on a map M. Subsequently, whether or not a course between Pn and Pn+1 is identical to a road on the map is determined. Since a course between P1 and P2 is identical to a road R, and a course between P3 and P4 is not identical to the road R, the course between P3 and P4 is made to coincide with a shape identical to the road R (step S205). Thus, if above mentioned processing is executed from P1 (a starting point) to PG (a goal point), there is created detailed shape data of a course capable of displaying a course being closer to an actual shape than a course represented by the outline shape data of a course, and having a shape substantially identical to an actual course.

Description

  The present invention relates to a course creation support system, a terminal and a computer, a program, and a course creation support method.

  Conventionally, as a device for creating a course such as a jogging course, a navigation device described in Patent Document 1 below is known.

  In this apparatus, a user specifies a basic point on a map displayed on a display screen, and further specifies an outline of a route to be searched and a search area. Then, the navigation device searches the map data based on the identified basic point and the outline of the identified route on the map data as a creation course, searching for a circular route within the search area starting from the basic point and ending point. To display.

JP 2012-198044 A

  As described above, in the conventional technique, a course corresponding to the input condition of the user is created and presented based on information included in the map data. Therefore, since the course is created based on the map data, the accuracy as the route is ensured. However, the route is not a matter of course for the user, and a trial run of running, jogging, walking (hereinafter collectively referred to as running, etc.) was not performed by the friend or the like. Therefore, although the route accuracy is ensured in the created course, it is not certain whether it is actually suitable for an exercise involving movement such as running.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a technique for creating a course that is accurate in terms of route and that is practically appropriate for movement such as running. To do.

  In order to solve the above-mentioned problem, the invention according to claim 1 is a course creation support system including a terminal equipped with GPS and incapable of referring to a map database, and a computer capable of communicating with the terminal and referring to the map database. The terminal creates a rough course shape data indicating a rough shape of a moving route using position information sequentially acquired from the GPS by actually moving, and the first creation means creates A first transfer means for transferring the rough course shape data to the computer, the computer receiving a course outline shape data transferred by the transfer means, and a map with reference to the map database. A second operation for performing matching and creating course detailed shape data along a map from the course outline shape data. And second transfer means for transferring the created course delegate shape data to the terminal, and the terminal further comprises reception display means for receiving and displaying the course delegate shape data. Course creation support system.

The invention according to claim 7 is the terminal in the course creation support system including a terminal having GPS and being unable to refer to the map database, and a computer capable of communicating with the terminal and referring to the map database. Creating means for creating course outline shape data indicating the outline shape of the movement route using the position information sequentially obtained from the GPS, and transfer means for transferring the course outline shape data created by the creation means to the computer And based on the course outline shape data transferred by the transfer means, the computer performs map matching with reference to the map database, and receives the course reference shape data along the map created from the course outline shape data. Receiving display means for displaying,
A terminal comprising:

  According to the ninth aspect of the present invention, a computer having the terminal in the course creation support system that actually has a GPS and a terminal that cannot refer to the map database and a computer that can communicate with the terminal and that can refer to the map database is actually moved. Creating means for creating course outline shape data indicating the outline shape of the movement route using the position information sequentially obtained from the GPS, and transfer means for transferring the course outline shape data created by the creation means to the computer And based on the course outline shape data transferred by the transfer means, the computer performs map matching with reference to the map database, and receives the course reference shape data along the map created from the course outline shape data. It functions as a reception display means to display Program to be.

  The invention according to claim 10 is a course creation support method for a terminal having GPS and being unable to refer to a map database, and a computer communicable with the terminal and capable of referring to the map database, and actually moving to the terminal The first creation step of creating course outline shape data indicating the outline shape of the movement route using the position information sequentially obtained from the GPS, and the course outline shape data created in the first creation step A first transfer step for transferring to the computer, a receiving step for receiving the course outline shape data transferred by the transfer means to the computer, map matching with reference to the map database, and the course outline Second creation step for creating course detailed shape data along a map from shape data A second transfer step of transferring the created course commission shape data to the terminal, and causing the terminal to further execute a reception display step of receiving and displaying the course commission shape data. Course creation support method.

  According to the present invention, even when the terminal cannot access the map data, an accurate course along the map data can be obtained when the course is created, and the course based on the accurate course is displayed when the course is displayed on the terminal. Since the shape is displayed, the terminal can be a display screen that is simple in structure and has a small display area, so it can be reduced in size and weight, and in practice it is suitable for running and other suitable movements. Can be obtained.

1 is an external view of a system according to an embodiment of the present invention. It is a whole explanatory view of the embodiment. It is a block diagram which shows the outline of the circuit structure of a smart phone and PC. It is a block diagram which shows the outline of the circuit structure of a wrist terminal. It is a block diagram which shows the outline of a circuit structure of a server. It is a flowchart which shows the process sequence of a wrist terminal. It is a figure which shows the course based on course outline shape data. It is a flowchart which shows the process sequence of a smart phone and PC. It is a figure which shows the example of the map based on map data. It is a figure which shows the course based on the course commissioning shape data displayed on the map. It is a figure which shows the course based on course commissioning shape data. It is a flowchart which shows the process sequence of a smart phone and PC. It is a flowchart which shows the process sequence of a wrist terminal.

Hereinafter, embodiments of the present invention will be described with reference to the drawings, taking running as an example.
FIG. 1 is a block diagram showing the overall configuration of the course creation support system according to the present embodiment.
The wrist terminal course service site 10 including the server 11 includes the smartphones 1, 1-2, 1-3,... Via the Internet 500 (hereinafter, these plural smartphones are collectively referred to as the smartphone 1), List terminals 2, 2-2, 2-3... (Hereinafter, these list terminals are collectively referred to as list terminal 2) and a PC (Personal Computer) 3. The wrist terminal 2 is connected to the smartphone 1 by wireless proximity, for example, via Bluetooth (registered trademark), and can exchange data. The wrist terminal 2 is connected to the PC 3 via a USB cable 4 and can exchange data. The smartphone 1 and the PC 3 operate to download and install an application from the wrist terminal course service site 10 and execute processing according to the installed application.

FIG. 2 is an explanatory diagram including external configurations of the smartphone 1, the wrist terminal 2, and the PC 3. As is well known, the smartphone 1 includes a vertically long device main body 101 and a vertically long display unit 102 and a touch panel 103 arranged on the device main body 101 in the same manner. The wrist terminal 2 is a wristwatch type that can be worn on the wrist of a human body, and includes a watch case 201, a display unit 202 and a touch panel 203 disposed on the watch case 201, and wrist bands attached to both ends of the watch case 201. 204. The PC 3 includes a main body 302 having a display unit 102, a keyboard 303, and the like.
The display unit 202 of the wrist terminal 2 has a display area much smaller than the display unit 102 of the smartphone 1 and the display unit 102 of the PC 3.

  FIG. 3 is a schematic block diagram illustrating a configuration common to the smartphone 1 and the PC 3. Reference numeral 102 denotes a display unit which includes an LCD and a drive circuit for driving the LCD. Reference numeral 354 denotes a display control unit that controls the display state of the display unit 102. Reference numeral 356 denotes an input unit, which is configured to include various keys and switches in the case of the smartphone 1, and a mouse is added to the keyboard 403 in the case of the PC 3.

330 is a map database in which map data is stored. The map data is composed of, for example, layers 1 to 3 data. Layer 1 data is terrain data in map data, layer 2 data is road and route data in map data, and layer 3 data is landmark (marker, index) data in map data. Accordingly, map data having these terrain, road, route, landmark (marker, index) is created by superimposing and synthesizing these terrain data, road, route data, and landmark (marker, index) data. It can be displayed. In addition, because landmarks change frequently due to the removal of buildings and new construction, only the landmark data of layer 3 data is updated so that it can be easily adapted to changes in landmarks. Yes. The road does not mean a so-called roadway, but includes a walking path in a park. On the other hand, it is configured such that an automobile-only road such as an expressway that cannot be passed by humans can be identified. Of course, it also has coordinate data indicating latitude and longitude.
The map data stored in the map database 330 is previously downloaded from the server 11 by the member.

  Reference numeral 380 denotes a CPU that controls the smartphone 1 and the entire PC 3. A program memory 304 stores in advance a control program 3041, an application program 3042, a course delegate shape data creation program 3043, and the like. The control program 3041 is a basic control program that controls the entire smartphone 1 and the PC 3, and the application program 3042 is a program for cooperating with the wrist terminal 2 and the server 11. The course detailed shape data creation program 3043 is more accurate than the course outline shape data indicating the outline shape of the movement route transmitted from the wrist terminal 2 and is described in the map as shown in the flowchart described later. Create course detail data that is the course along the road.

  A wireless I / F 358 performs a Bluetooth (registered trademark) link with the wrist terminal 2, and a communication I / F 360 performs a link with a server using Wi-Fi or the like.

  Reference numeral 370 denotes a course data memory, which includes an outline course memory 3701 and a delegation course memory 3702. The outline course memory 3701 stores course outline shape data transmitted and received from the wrist terminal 2 side, as will be described later, after the member has run an unexperienced course.

  Also, in the course course memory 3702, the course board shape data creation program 3043 created using the map stored in the map database 330 based on the course outline data stored in the course course memory 3701 is used. Shape data is stored. The created course detail data is transmitted to the wrist terminal course service site 10 via the Internet 500 or to the wrist terminal 2.

  Note that the smartphone 1 includes a voice input circuit that modulates and transmits input voice, a transmission circuit, a reception circuit that receives and receives a received voice signal, a playback circuit, and the like in order to perform telephone communication. The illustration and description of these known circuits are omitted.

  FIG. 4 is a schematic block diagram showing the configuration of the wrist terminal 2. Reference numeral 202 denotes the display unit which includes an LCD and a drive circuit for driving the LCD. Reference numeral 254 denotes a display control unit that controls the display state of the display unit 202. An input unit 256 includes various keys and switches.

  Reference numeral 258 denotes a wireless I / F that performs a Bluetooth (registered trademark) link between the smartphone 1 and the PC 3. Note that the wrist terminal 2 does not have the I / F 360 that links to the server by Wi-Fi or the like like the smartphone 1 described above. That is, the wrist terminal 2 does not have an Internet connection function, and therefore does not have a function of referring to a map database 120 included in the server 11 described later.

  The wrist terminal 2 has a wireless connection function with the smartphone 1 and the PC 3, and the smartphone 1 and the PC 3 have a map database 330. However, the wrist terminal 2 only has a function of transmitting and receiving the course outline shape data and the course detailed shape data between the smartphone 1 and the PC 3 and refers to the map database 330 that the smartphone 1 and the PC 3 have. I do not have until.

  As described above, the wrist terminal 2 can be reduced in size and weight as much as possible so that the wrist terminal 2 is not hindered during exercise such as running by minimizing the functions.

  Reference numeral 230 denotes a course data memory, which includes a rough course memory 2301 and a delegate course memory 2302. The outline course memory 2301 sequentially stores the current position acquired when the member has run the unexperienced course, and stores course outline shape data created based on the continuous acquisition of the current position.

  Also, the course detail shape data transmitted from the smartphone 1 or the PC 3 is stored in the course course memory 2302 for commission.

  Reference numeral 250 denotes a GPS, which measures the current position using a known GPS (Global Positioning System). That is, the GPS 250 receives radio waves transmitted from a plurality of positioning satellites (GPS satellites) by an antenna, thereby acquiring position data including latitude and longitude indicating the current position, and the acquired position data is received by the user. The location information indicating the action location is supplied to the CPU 290. Reference numeral 252 denotes a sensor, which includes a 3-axis geomagnetic sensor, a 1-axis acceleration sensor, a 1-axis gyro, and the like. Therefore, it is possible to measure the traveling direction of the wrist terminal 2 by using a 3-axis geomagnetic sensor, a 1-axis acceleration sensor, a 1-axis gyro, etc. in addition to the GPS 250, thereby further detecting the current position (latitude / longitude). Can be raised.

  A CPU 290 controls the entire wrist terminal 2. A program memory 204 stores in advance a control program 2041, an application program 2042, a course delegate shape data creation program 2043, and the like. The control program 2041 is a basic control program that controls the entire wrist terminal 2, and the application program 3042 is a program for cooperating with the smartphone 1, the PC 3, and the server 11. The course outline shape data creation program 2043 creates course outline shape data indicating the outline shape of the course on the basis of the data indicating the present location acquired continuously as shown in the flowchart described later.

FIG. 5 is a block diagram illustrating a schematic configuration of the server 11.
In the figure, reference numeral 1102 denotes a CPU which controls the entire system. A program memory 1104 stores various control programs. The CPU 102 performs various processes by executing the program in the program memory 104.

  1041 is a course selection program, which selects and transmits the course detail shape data in response to a request from the smartphone 1 or the PC 3. The smart phone 1 or the PC 3 that has received the course detailed shape data is transferred to the wrist terminal 2 to which the close proximity wireless connection is performed, so that the wrist terminal 2 confirms the detailed shape of the course represented by the course detailed shape data. It is possible to perform running and the like.

  1042 is a course delegate shape data creation program, and the smartphone 1 and the PC 3 access the server 11 in advance and download them, so that the course delegate shape data creation program 3043 is stored in the smartphone 1 and the PC 3 as described in FIG. Will be prepared.

  A member management unit 1106 manages members belonging to the list terminal course service which is a membership system. The friendship of each member is also managed here. Profile images are also stored and managed for each member.

A map database 120 stores map data. As described above, the map data is composed of, for example, layers 1 to 3 data. Layer 1 data is terrain data in map data, layer 2 data is road and route data in map data, and layer 3 data is landmark (marker, index) data in map data. Accordingly, map data having these terrain, road, route, landmark (marker, index) is created by superimposing and synthesizing these terrain data, road, route data, and landmark (marker, index) data. It can be displayed. In addition, because landmarks change frequently due to the removal of buildings and new construction, only the landmark data of layer 3 data is updated so that it can be easily adapted to changes in landmarks. Yes. The road does not mean a so-called roadway, but includes a walking path in a park. On the other hand, it is configured to be able to identify an automobile-only road such as an expressway that is not accessible by humans.
A course data memory 130 is set with data for displaying various courses. A plurality of existing course data prepared in advance by the server 11 is prepared. For example, a Tokyo marathon course, a Honolulu marathon course, a jogging course in front of the Imperial Palace, and the like are set course data A, B, C,... 130A, 130B, 130C,. Further, the courses set and registered by the members themselves are course mandated shape data 1, 2, 3,... 1301, 1302, 1303,.

  As shown in FIG. 2D, the course detailed shape data includes a diagram of a size that can be displayed on the display unit 202 of the wrist terminal 2, and a course shape data C2 that displays the start point as “●”. Data to be displayed. These course detail shape data 1, 2, 3,..., 1301, 1302, 1303,... Are created by each member carrying the wrist terminal 2 and running on their own smartphone 1 or PC 3 after a trial run. Was uploaded to make it available to other members.

  FIG. 6 is a flowchart showing the operation of the wrist terminal 2 when a certain member creates new course detail data and makes a trial run of an unexperienced course for use by other members. In this way, the member wears the wrist terminal 2 on his / her arm when performing a trial run for the purpose of creating the course detail shape data. The wrist terminal 2 is a wristwatch type and is small and light, so it does not hinder running.

  When starting the trial run, if a start operation is performed with the input unit 256, the CPU 290 determines YES in step S101. Therefore, the CPU 290 advances the process to step S102, and sets (records) the latitude / longitude of the current position acquired by the GPS 250 as a start point in the rough course memory 2301.

  When the member starts running in this way, the GPS 250 intermittently acquires the current position (latitude / longitude) at a predetermined time interval (eg, 1 minute interval, 3 minute interval, 5 minute interval, etc.) and sends it to the CPU 290. Run it. Therefore, since the GPS 250 only needs to operate intermittently, it is possible to suppress the consumption of the battery that is the power source of the wrist terminal 2.

The CPU 290 constantly monitors the presence / absence of the current position sent intermittently from the GPS 250, and checks whether or not the current position sent at regular time intervals has been received (step S103). If the current position is received, the received current position (latitude / longitude) and time are recorded in the rough course memory 2301 each time the current position is received (step S104).
Further, it is determined whether or not a stop operation has been performed by the member (test runner) at the input unit 256 (step S105), and the processing from step S103 is repeated until the stop operation is performed.

  Therefore, as shown in FIG. 7, in the rough course memory 2301, the current positions P2, P3, P4,... Are sequentially stored at regular intervals after the start point P1.

  For example, when the member performs a stop operation at the input unit 256 to complete the trial run when returning to the start point P1, the CPU 290 determines YES in step S105, sets the current position as the goal point, Recorded in the course memory 2301 (step S106). Therefore, in the case of this example, as shown in FIG. 7, the same point is a circuit course that is the start point P1 and the goal point PG.

  Next, the CPU 290 creates course outline shape data (step S107). The course outline shape data is created by sequentially connecting current positions P1, P2, P3,... Recorded and scattered from the start point PS to the goal point PG in a chronological order in a straight line. Therefore, by the processing in step S107, coarse outline shape data COD in which the points PS → P1 → P2 → P3... PG are sequentially connected by the straight line L is created as shown in FIG. .

  Subsequently, the CPU 290 determines whether or not there is a transmission instruction by an operation at the input unit 256 (S108). When a member (test runner) likes the completed course this time and wants to recommend it to other members, the member (test runner) gives a transmission instruction by operating the input unit 256 in the vicinity of his / her smartphone 1 or PC 3. Then, the CPU 290 determines YES in step S108, transmits the course outline shape data COG to the member's smartphone 1 or the PC 3 by proximity wireless communication (step S110), and ends.

  Conversely, if the member (test runner) does not like the completed course this time because it is dangerous or difficult to run, or if he / she does not want to recommend it to other members, he / she can delete it by operating the input unit 256. I do. Then, the CPU 290 determines YES in step S109, deletes the course outline shape data COG from the outline course memory 2301 (step S111), and ends.

  FIG. 8 is a flowchart showing a processing procedure of the smartphone 1 and the PC 3. As described above, the course outline shape data COG is transmitted from the wrist terminal 2 by the close proximity wireless communication by the processing in step S110, and therefore the CPU 380 determines whether or not the course outline shape data is received by the wireless I / F 258. (Step S201). If the course outline shape data is received, this data includes information indicating the latitude and longitude of a plurality of points (see FIG. 7), so a map including the plurality of latitudes and longitudes, that is, the course outline shape is included. The map database 330 is searched for map data to which the course represented by the data belongs (step S202).

  Next, the course represented by the course outline shape data is superimposed on the map based on the retrieved map data (step S203). That is, as shown in FIG. 9, if M is a map based on the currently searched map data, a course based on the course outline shape data COG shown in FIG. Subsequently, it is determined whether or not the road between Pn and Pn + 1 matches the road on the map (step S204).

  Here, “n” is a natural number whose initial value is “1”. Therefore, between Pn and Pn + 1 is between P1 and P2, and whether or not between P1 and P2 of the course outline shape data COG in FIG. 8 matches the closest road between P1 and P2 on the map M. Judging. That is, map matching is performed for each straight line L between the current positions shown in FIG. Here, since it corresponds to the road R between P1 and P2, the determination in step S204 is YES, and the process proceeds to step S206 without executing the process in step S205. In step S206, it is determined whether the processes in steps S204 and S205 have been performed up to PG (goal point). If the process has not been performed up to PG (goal point), the value of n is counted up (step S207), and the processing from step S204 is repeated.

  Therefore, in step S204, the road R is sequentially compared between P1 and P2, between P2 and P3, between P3 and P4, between P4 and P5, and so on. At this time, as shown in FIG. 9, for example, between P3 and P4, the road R does not match, so the determination in step S204 is NO. Accordingly, the process proceeds from step S204 to step S205, and the area between P3 and P4 is matched with the shape matching the road M (step S205).

  Therefore, when the above processing is executed from P1 (start point) to PG (goal point) (step S206; YES), the course outline shape data COD in FIG. 7 is displayed on the map M as shown in FIG. Course detail shape data CDD that can display a course that is closer to the actual shape than the represented course and that is substantially the same shape as the actual course is created, and is displayed (step S208). Therefore, the member (trial runner) can recognize the course he / she has run and the surrounding geography by viewing the screen shown in FIG.

  Thereafter, the course detail shape data CDD is transferred (step S209), and the process is terminated.

  The transfer in this step S209 is either (1) transfer to the server 11 only, (2) transfer to the server 11 and the member's list terminal 2, or (3) transfer only to the member's list terminal 2. Although it is good, the transfer of (1) and (2) is preferable in order to disclose the trial run course to other members. Of course, the transfer of (3) may be performed and used when the member runs the same course again.

  When the above transfers (1) and (2) are performed, the course commission shape data is uploaded to the server 11 and made public to other members (see the course commission shape data 1301 to 1302 in FIG. 5). ). FIG. 12 is a flowchart showing a processing procedure in the case of downloading course detailed shape data publicized by members other than the test runner (hereinafter referred to as non-test run members). The smartphone 1 or the PC 3 of the non-trial member accesses the server 11 (step S301), and selects the course detail shape data 1301-1302 according to the operation at the input unit 356 of the non-trial member (step S302). Further, the selected download is performed (step S303), and then transferred to the list terminal 2 of the non-trial member (step S304).

  FIG. 13 is a flowchart showing a processing procedure of the non-trial member list terminal 2. As described above, it is determined whether or not the course delegate shape data transmitted from the corresponding smartphone 1 or PC is received (step S401). If the course detailed shape data is received, it is stored in the reference course memory 2302 (step S402), then read out and displayed on the display unit 202 (step S403). Therefore, by the processing in step S403, the course based on the course shape data CDD is displayed on the display unit 202 of the wrist terminal 2 as shown in FIG.

  Since the course displayed in FIG. 11 is created based on map data, it is accurate in terms of route and accurate in shape. Moreover, since it was created based on the course outline shape data obtained by actually performing the trial run by the trial runner, the suitability for the exercise accompanied by movement such as running is actually secured by the trial run. Therefore, it is possible to create and provide a course that is accurate in terms of route and that is practically ensured with respect to exercise involving movement such as running.

  The wrist terminal 2 also has a function of creating and transferring course outline shape data without performing precise processing, and a function of receiving and displaying course reference shape data along the created map. It only has to be. Therefore, the wrist terminal 2 is structurally simple, and the display means may be a small display screen that can display the course shape, so that the size and weight can be reduced.

  Next, when the non-trial member performs a start operation with the input unit 256 to run, the determination in step S404 is YES. Therefore, the CPU 290 advances the process from step S404 to step S405, and displays the current position mark 2021 (see FIG. 11) on the course displayed by the course detail shape data CDD. Further, based on the current position information acquired by the GPS 250, it is determined whether or not the current position has changed (step S406). If the current position has changed, the current position mark 2021 is moved on the course accordingly.

  Therefore, the non-trial member can perform running or the like while confirming the shape of the course and the current position on the display unit 202. At this time, the wrist terminal 2 can be miniaturized as described above, so that it does not hinder movement accompanied by movement. Therefore, it is possible to exercise comfortably while actually referring to a course in which appropriateness for exercise involving movement such as running is ensured. In addition, since the wrist terminal 2 is attached to the arm, the wrist terminal 2 can be run and the like with the same feeling as in daily life wearing a wristwatch.

  When the non-trial member completes the course represented by the course detailed shape data and finishes the goal or performs an end operation at the input unit 256, the CPU 290 determines YES in step S408 and ends the process.

  In the above embodiment, running has been described as an example. However, the present invention is not limited to running and running, and can of course be applied when a person such as walking, jogging, marathon, cycling, and driving moves. It is.

According to the present embodiment, the following effects are obtained.
(1) It is possible to create and provide a course that is accurate in terms of route and that is practically ensured with respect to exercise associated with movement such as running.
(2) At the time of course creation, the terminal functions to create and transfer course outline shape data without performing precise processing, and to receive and display course detail shape data along the created map. As long as it has. Therefore, the terminal is simple in structure, and the display means may be a small display screen that can display the course shape, and thus the size can be reduced.
(3) Therefore, it is possible to exercise comfortably while referring to a course that is practically appropriate for exercise involving movement such as running without hindering movement accompanying movement.

Moreover, this invention is not limited to these, The invention described in the claim and its equivalent range are included.
The claims appended at the time of filing this application will be appended below.

  <Claim 1>

A course creation support system including a terminal equipped with a GPS that cannot refer to a map database, and a computer that can communicate with the terminal and can refer to the map database,
The terminal
First creation means for creating course outline shape data indicating the outline shape of the movement route using the position information sequentially acquired from the GPS by actually moving;
First transfer means for transferring the course outline shape data created by the first creation means to the computer,
The computer
Receiving means for receiving the course outline shape data transferred by the transferring means;
Second matching means for performing map matching with reference to the map database and creating course detailed shape data along a map from the course outline shape data;
A second transfer means for transferring the created course detail data to the terminal;
The terminal further comprises a reception display means for receiving and displaying the course commissioning shape data.

  <Claim 2>

  The computer further corrects the received course outline shape data, performs map matching on the corrected course outline data with reference to the map database, and creates course detailed shape data along a map. The course creation support system according to claim 1, wherein:

  <Claim 3>

  The terminal further displays the received course shape data when moving, and displays the position information acquired from the GPS so as to overlap the display of the course shape data. 1. The course support system according to 1.

  <Claim 4>

  4. The course creation support system according to claim 1, wherein the terminal includes display means having a smaller area than display means included in the computer.

  <Claim 5>

  The course creation support system according to claim 1, wherein the terminal can be worn on an arm.

  <Claim 6>

  6. The terminal that transfers the created course outline shape data to the computer and the terminal that receives the created course detail shape data from the computer are different terminals. Course creation support system.

  <Claim 7>

The terminal in the course creation support system comprising a terminal equipped with GPS and incapable of referring to the map database, and a computer capable of communicating with the terminal and referring to the map database,
Creating means for creating course outline shape data indicating the outline shape of the moving route using the position information sequentially acquired from the GPS by actually moving;
Transfer means for transferring the course outline shape data created by the creation means to the computer;
Based on the course outline shape data transferred by the transfer means, the computer performs map matching with reference to the map database, and receives and displays the course reference shape data along the map created from the course outline shape data. Receiving display means for
A terminal comprising:

  <Claim 8>

  8. The terminal according to claim 7, further comprising: displaying the received course contracted shape data when moving, and displaying the position information acquired from the GPS so as to overlap the display of the course commissioned shape data. .

  <Claim 9>

A computer having the terminal in the course creation support system having a GPS and a terminal that cannot refer to the map database, and a computer that can communicate with the terminal and can refer to the map database;
Creating means for creating course outline shape data indicating the outline shape of the moving route using the position information sequentially acquired from the GPS by actually moving;
Transfer means for transferring the course outline shape data created by the creation means to the computer;
Based on the course outline shape data transferred by the transfer means, the computer performs map matching with reference to the map database, and receives and displays the course reference shape data along the map created from the course outline shape data. Receiving display means for
A program characterized by making it function.

  <Claim 10>

A course creation support method for a terminal equipped with GPS and incapable of referring to a map database, and a computer capable of communicating with the terminal and referring to the map database,
In the terminal,
A first creation step of creating course outline shape data indicating an outline shape of a movement route using position information sequentially acquired from the GPS by actually moving;
A first transfer step for transferring the course outline shape data created in the first creation step to the computer;
In the computer,
Receiving the course outline shape data transferred by the transfer means;
A second creation step of performing map matching with reference to the map database and creating course detailed shape data along a map from the course outline shape data;
A second transfer step of transferring the created course commission shape data to the terminal;
A course creation support method, wherein the terminal further executes a reception display step of receiving and displaying the course detail shape data.

1 Smartphone 2 Wrist terminal 3 PC
10 Course service site for wrist terminal 11 Server 101 Display unit 101 Main body 102 Display unit 102 CPU
104 Program memory 120 Map database 201 Clock case 202 Display unit 204 Wristband 250 GPS
256 input unit 258 wireless I / F
290 CPU
302 Main unit 380 CPU
303 Keyboard 330 Map Database 356 Input Unit 500 Internet 2301 General Course Memory 2302 General Course Memory 3701 General Course Memory 3702 General Course Memory

Claims (10)

A course creation support system including a terminal equipped with a GPS that cannot refer to a map database, and a computer that can communicate with the terminal and can refer to the map database,
The terminal
First creation means for creating course outline shape data indicating the outline shape of the movement route using the position information sequentially acquired from the GPS by actually moving;
First transfer means for transferring the course outline shape data created by the first creation means to the computer,
The computer
Receiving means for receiving the course outline shape data transferred by the transferring means;
Second matching means for performing map matching with reference to the map database and creating course detailed shape data along a map from the course outline shape data;
A second transfer means for transferring the created course detail data to the terminal;
The terminal further comprises a reception display means for receiving and displaying the course commissioning shape data.   The computer further corrects the received course outline shape data, performs map matching on the corrected course outline data with reference to the map database, and creates course detailed shape data along a map. The course creation support system according to claim 1, wherein:   The terminal further displays the received course shape data when moving, and displays the position information acquired from the GPS so as to overlap the display of the course shape data. 1. The course support system according to 1.   4. The course creation support system according to claim 1, wherein the terminal includes display means having a smaller area than display means included in the computer.   The course creation support system according to claim 1, wherein the terminal can be worn on an arm.   6. The terminal that transfers the created course outline shape data to the computer and the terminal that receives the created course detail shape data from the computer are different terminals. Course creation support system. The terminal in the course creation support system comprising a terminal equipped with GPS and incapable of referring to the map database, and a computer capable of communicating with the terminal and referring to the map database,
Creating means for creating course outline shape data indicating the outline shape of the moving route using the position information sequentially acquired from the GPS by actually moving;
Transfer means for transferring the course outline shape data created by the creation means to the computer;
Based on the course outline shape data transferred by the transfer means, the computer performs map matching with reference to the map database, and receives and displays the course reference shape data along the map created from the course outline shape data. Receiving display means for
A terminal comprising:   8. The terminal according to claim 7, further comprising: displaying the received course contracted shape data when moving, and displaying the position information acquired from the GPS so as to overlap the display of the course commissioned shape data. . A computer having the terminal in the course creation support system having a GPS and a terminal that cannot refer to the map database, and a computer that can communicate with the terminal and can refer to the map database;
Creating means for creating course outline shape data indicating the outline shape of the moving route using the position information sequentially acquired from the GPS by actually moving;
Transfer means for transferring the course outline shape data created by the creation means to the computer;
Based on the course outline shape data transferred by the transfer means, the computer performs map matching with reference to the map database, and receives and displays the course reference shape data along the map created from the course outline shape data. Receiving display means for
A program characterized by making it function. A course creation support method for a terminal equipped with GPS and incapable of referring to a map database, and a computer capable of communicating with the terminal and referring to the map database,
In the terminal,
A first creation step of creating course outline shape data indicating an outline shape of a movement route using position information sequentially acquired from the GPS by actually moving;
A first transfer step for transferring the course outline shape data created in the first creation step to the computer;
In the computer,
Receiving the course outline shape data transferred by the transfer means;
A second creation step of performing map matching with reference to the map database and creating course detailed shape data along a map from the course outline shape data;
A second transfer step of transferring the created course commission shape data to the terminal;
A course creation support method, wherein the terminal further executes a reception display step of receiving and displaying the course detail shape data.