WO2022107213A1 - 走行記録装置、走行記録システム、および走行記録方法 - Google Patents
走行記録装置、走行記録システム、および走行記録方法 Download PDFInfo
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/22—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people in connection with sports or games
- G07C1/24—Race time-recorders
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/10—Office automation; Time management
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B24/00—Electric or electronic controls for exercising apparatus of preceding groups; Controlling or monitoring of exercises, sportive games, training or athletic performances
- A63B24/0021—Tracking a path or terminating locations
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B24/00—Electric or electronic controls for exercising apparatus of preceding groups; Controlling or monitoring of exercises, sportive games, training or athletic performances
- A63B24/0062—Monitoring athletic performances, e.g. for determining the work of a user on an exercise apparatus, the completed jogging or cycling distance
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B24/00—Electric or electronic controls for exercising apparatus of preceding groups; Controlling or monitoring of exercises, sportive games, training or athletic performances
- A63B24/0021—Tracking a path or terminating locations
- A63B2024/0025—Tracking the path or location of one or more users, e.g. players of a game
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63B—APPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
- A63B24/00—Electric or electronic controls for exercising apparatus of preceding groups; Controlling or monitoring of exercises, sportive games, training or athletic performances
- A63B24/0062—Monitoring athletic performances, e.g. for determining the work of a user on an exercise apparatus, the completed jogging or cycling distance
- A63B2024/0068—Comparison to target or threshold, previous performance or not real time comparison to other individuals
Definitions
- the present invention relates to a traveling recording device.
- it relates to a device for recording the running condition of a marathon race.
- Patent Document 1 discloses a technique that allows each athlete to participate in the competition at different dates and times, aggregates the competition time of each athlete using a communication line such as the Internet, and realizes the holding of a virtual marathon event (for example).
- the present invention has been made in view of such a situation, and an object thereof is to provide a system capable of conducting a fair marathon race while maintaining simultaneity.
- the travel recording device of a certain aspect of the present invention travels with the position information of the first runner traveling with the predetermined time as the starting point of the traveling time and the same time as the predetermined time as the starting point of the traveling time.
- An environment acquisition unit that acquires the position information of the second runner the position acquisition unit that acquires the position acquisition unit, the environment information that indicates the driving environment of the first runner, and the environment information that indicates the driving environment of the second runner.
- the running information calculated by the position information so as to correct the difference in the load on the running due to the running environment that may occur between the first runner and the second runner who run in the same running time starting from the predetermined time. It is equipped with an adjustment unit that makes adjustments based on environmental information.
- This travel recording system includes a travel recording terminal having a position acquisition unit that acquires position information of a runner traveling from a predetermined time as a starting point of the travel time, and an environment acquisition unit that acquires environmental information indicating the running environment of the runner. , Adjust the running information calculated by the position information based on the environmental information so as to correct the difference in the load on the running due to the running environment that may occur with other runners running in the same running time starting from the predetermined time. It is provided with a traveling record server having an adjusting unit for performing the above.
- Yet another aspect of the present invention is a traveling recording device.
- This device has a position acquisition unit that acquires position information of a runner traveling from a predetermined time as a starting point of a running time, an environment acquisition unit that acquires environmental information indicating the running environment of the runner, and the same running starting from a predetermined time. Adjustments have been made with the adjustment unit that adjusts the running information calculated by the position information based on the environmental information so as to correct the difference in the load on the running due to the running environment that may occur with other runners running in time. It is provided with a comparison unit for acquiring the result of comparing the running information with the running information adjusted by other runners running at the same running time starting from a predetermined time.
- Yet another aspect of the present invention is a traveling recording method.
- This method is a process of acquiring the position information of the first runner traveling with the predetermined time as the starting point of the traveling time and the position information of the second runner traveling with the same time as the predetermined time as the starting point of the traveling time.
- any combination of the above components, or the components and expressions of the present invention are mutually replaced between a method, a device, a program, a temporary or non-temporary storage medium for storing the program, a system, and the like. Is also effective as an aspect of the present invention.
- a marathon race (hereinafter referred to as "remote marathon race") is carried out in which the time for measuring the marathon distance at the same time is competed in different places such as remote places.
- the running time is adjusted during running based on the environmental information showing the running environment for each contestant, and the current ranking compared with other contestants is set according to the adjusted running time and mileage. Output sequentially.
- the gross time which is the time from when the gun that signals the start of the competition to reach the finish line
- the net time which is the time from passing the start line to reaching the finish line
- the gross time which is the time from the simultaneous start time starting from the same date and time to the finish distance, and the running time from the measurement start time to the finish distance for each contestant. A certain net time is measured. Further, the actually measured running time and the adjusted running time are output separately. In particular, the adjusted running time is called the remote time.
- the remote marathon race by comparing the adjusted running times between the contestants and determining the ranking, the difference in the physical burden due to the environment is absorbed and more fair results are provided to the contestants.
- FIG. 1 is a functional block diagram showing the configuration of the travel recording system 200.
- the travel recording system 200 includes a plurality of travel recording terminals 10 and a travel recording server 100 connected to these terminals 10.
- the travel recording terminal 10 is, for example, a mobile terminal such as a smartphone or a smart watch carried by each participant in a remote marathon race.
- the travel recording terminal 10 includes an environment acquisition unit 12, a position acquisition unit 14, a situation determination unit 20, an information storage unit 30, a comparison unit 40, a registration processing unit 42, a communication unit 50, an output unit 60, and an input unit 62.
- the configuration of the travel recording terminal 10 is realized by each configuration shown in FIG. 2 in terms of hardware components, but FIG. 1 depicts a functional block realized by their cooperation. Therefore, it will be understood by those skilled in the art that these functional blocks can be realized in various ways by hardware only, software only, or a combination thereof.
- the input unit 62 receives an instruction by the user's operation input. Based on the instruction from the user, the registration processing unit 42 processes the issuance of a user account for the unregistered user by the user ID and password, and also processes the participation registration in the race. The registration processing unit 42 requests the travel record server 100 to issue a user account via the communication unit 50, and registers the issued user ID and password in the information storage unit 30. Based on the instruction from the user, the registration processing unit 42 requests the travel record server 100 to register for the remote marathon race desired by the user via the communication unit 50, and the race indicating the registered remote marathon race. The ID is registered in the information storage unit 30.
- the position acquisition unit 14 acquires the position information of the current location received from a satellite positioning system such as GPS (Global Positioning System) and sends it to the status determination unit 20 together with the information indicating the acquisition date and time.
- the position information mainly includes date / time information, latitude / longitude information, altitude information, moving speed information, moving direction information, etc. at Coordinated Universal Time.
- the position acquisition unit 14 acquires position information at intervals of several seconds, but it may be acquired at regular time intervals, or at irregular intervals, for example, every time a motion sensor described later detects a peculiar change in motion. You may.
- the environment acquisition unit 12 acquires the environment information of the current location and sends it to the status determination unit 20.
- the environmental information is information indicating, for example, temperature, humidity, wind speed, wind direction, atmospheric pressure, altitude, road surface condition (paved road / unpaved road / land truck / treadmill) and the like. Details of the environmental information will be described later.
- the situation determination unit 20 includes a time measurement unit 22, a distance measurement unit 24, a pace measurement unit 26, and an adjustment unit 28.
- the time measuring unit 22 measures the traveling time based on the time information from the timer.
- the time measurement unit 22 acquires information on the start date and time indicating the simultaneous start time of the remote marathon race registered for participation from the travel record server 100, measures the start delay time from the start date and time to the start of recording the travel time, and at the same time. Measure the elapsed time from the start of recording.
- the recorded part from the simultaneous start time of the remote marathon race registered for participation to the time limit of the race is valid, and the recorded running time is set as the net time and starts at that net time.
- the time obtained by adding the delay time is defined as the gross time.
- the time measuring unit 22 measures the lap time, which is the travel time between predetermined distances.
- the predetermined distance for measuring the lap time is, for example, 1 kilometer or 1 mile.
- the distance measuring unit 24 acquires information on the race distance (for example, the total distance such as 42.195 km or 26.2 miles, which is the marathon distance) from the travel recording server 100, and uses the position information from the start of recording. Calculate the mileage and the remaining distance, which are the cumulative values of the distance.
- the distance measuring unit 24 measures the distance between a plurality of positioning points from which position information has been acquired, and measures the cumulative mileage connected by a series of acquired distances. However, since each position information includes an error, the distance measurement unit 24 uses statistical analysis using standard deviation, etc., and acceleration information from the motion sensor so that the line connecting three or more positioning points becomes smooth. The distance may be corrected by various methods such as analysis and removal of abnormal values.
- the distance measuring unit 24 can acquire the position of the point on the corrected locus and treat the position as the corrected position information.
- the distance measured by the distance measuring unit 24 is the distance of the line connecting the corrected position information.
- the distance measuring unit 24 calculates the passing time of each 10m point (hereinafter, also referred to as "time measuring point"). (Called) is specified, and the time measuring unit 22 estimates the passing time of the time measuring point based on the traveling time and the distance between the two positioning points. Further, the course of the distance X is divided into K sections S 1 , S 2 , ..., SK at 1 km intervals.
- the pace measuring unit 26 calculates the running pace by dividing the distance between the corrected positioning points by the time.
- the pace measuring unit 26 further calculates not only the moving pace between the positioning points but also the pace between predetermined distances.
- the pace between predetermined distances is, for example, the average pace for each section at 1 km intervals, the average pace from the start point of the current section to the current location, and the average pace from the recording start point to the current location.
- the running time, running distance, and pace information calculated by the time measuring unit 22, the distance measuring unit 24, and the pace measuring unit 26 are sent to the output unit 60, and the position information and the distance measuring unit 24 acquired from the position acquiring unit 14 are sent. It is recorded in the information storage unit 30 together with the date and time information acquired by one or both of the position information corrected by.
- the adjusting unit 28 adjusts the traveling time measured by the time measuring unit 22 based on a plurality of types of environmental information acquired by the environment acquiring unit 12.
- the time interval between two positioning points is usually a difference in positioning time, but the adjusting unit 28 adjusts the positioning time difference based on a plurality of types of environmental information.
- the adjustment unit 28 transmits information necessary for adjusting the travel time in the currently traveling section to the travel record server 100 via the communication unit 50 together with an adjustment value determination request, and the adjustment calculated by the travel record server 100 as a response. Receive the value.
- the adjusting unit 28 adjusts the traveling time by adding the received adjustment value to the traveling time in the section currently being traveled.
- the information transmitted by the adjusting unit 28 to the traveling record server 100 is, for example, information such as traveling time, traveling distance, and environmental information.
- the adjustment value may be calculated by the adjustment unit 28 instead of the travel recording server 100.
- the adjusting unit 28 corresponds to the traveling time T 1 , T 2 , ..., TK in the sections S 1 , S 2 , ..., SK, and the adjusting value A 1 , A of the traveling time in each section. 2 , ..., AK is acquired from the travel record server 100.
- the total distance X is 42.195 km
- each section from S 1 to S 42 is 1 km
- only the section S 43 is 0.195 km.
- the traveling time from the 12km point to the current location is subject to adjustment, and the adjustment value A13 is updated every time the traveling distance of the section is extended by 10m until the section reaches the 13km point.
- the current remote time is the time obtained by adding the cumulative adjustment value obtained by accumulating the adjustment values of each section up to the present to the running time from the simultaneous start time, which is the start date and time common to all participants, to the present.
- the adjustment value is calculated using the function f (e (t)) of the trained model with the environment value e (t) as a parameter.
- the function f (e (t)) is a trained model by regression analysis using the environment value e (t) as an explanatory variable and the travel time adjustment value as the objective variable, based on past environmental information and travel data. May be generated. Further, the environmental information and the travel data accumulated by the travel recording system 200 can be further reflected in the function f (e (t)) as a learning result.
- the adjustment value may be a positive number or a negative number, and is recorded in the information storage unit 30 in association with the information indicating the section to be adjusted.
- the adjustment value is calculated in units of time based on the environmental information of the contestants, and is adjusted so that the time will be the same if the ability is the same.
- the information storage unit 30 stores the position information acquired by the position acquisition unit 14 together with the acquisition date and time information, and stores the position information corrected by the distance measurement unit 24 together with the acquisition date and time information.
- the information storage unit 30 further stores the information of the adjustment value acquired by the adjustment unit 28 in association with the information indicating the section to be adjusted.
- the information storage unit 30 further stores information such as a user ID, password, and race ID of the user.
- the comparison unit 40 transmits information necessary for ranking determination to the travel recording server 100 via the communication unit 50 together with a ranking determination request, and as a response, the travel recording server 100
- the ranking information indicating the current ranking determined by is received as a comparison result.
- the information transmitted by the comparison unit 40 to the travel recording server 100 may be, for example, the travel distance and the remote time at that point, or may be position information, acquisition date and time information, travel time for each distance section, and adjustment values.
- the ranking information is the result of comparison with other contestants whose starting point is the simultaneous start time, which is the start date and time common to all contestants registered in the race with the same race ID.
- a value indicating the current ranking determined by comparing the running time (remote time obtained by adding the cumulative value of the adjustment value to the gross time) at the same time measurement point or distance section of other contestants. It is a value indicating which percentage of all contestants is included in the ranking. For example, while traveling in the section of S13, the comparison unit 40 acquires the ranking information at the most recently passed point among the time measurement points every 10m or the ranking information at the 12km point and sends it to the output unit 60. The ranking at the point every 10m or the point every 1km that has passed most recently is acquired as the current ranking.
- the comparison unit 40 has an interval shorter than the above interval, for example, a predetermined time interval such as every second or a predetermined distance interval such as every 1 m, the current mileage, the estimated passing time at the distance point, and its adjustment value.
- Information may be transmitted to the travel record server 100 together with the ranking determination request to acquire the real-time order in the currently traveling section.
- the travel recording terminal 10 may be configured to transmit to the travel recording server 100 as a single determination request combining the adjustment value determination request and the ranking determination request, and acquire the adjustment value and the ranking information.
- the travel recording terminal 10 transmits the travel distance, the travel time, and the environmental information to the travel record server 100 together with the determination request, the travel record server 100 determines the adjustment value and the ranking information of the travel time and adjusts the adjustment value or the remote time. And the ranking information is transmitted to the travel recording terminal 10.
- the output unit 60 outputs a running situation based on the adjusted running time or running distance.
- the output unit 60 outputs, for example, the running conditions such as the gross time, the adjusted running time (remote time), the running distance, and the current ranking in the form of a voice read aloud.
- the output unit 60 displays the running status such as gross time, remote time, mileage, and current ranking on the screen of the user's mobile terminal.
- the travel recording server 100 includes a status determination unit 120, an information storage unit 130, a comparison unit 140, a registration processing unit 142, and a communication unit 150.
- the configuration of the travel recording server 100 is also realized by each configuration of CPU / GPU, RAM, ROM, communication module, etc. in terms of hardware components, but FIG. 1 depicts a functional block realized by their cooperation. ing. Therefore, it will be understood by those skilled in the art that these functional blocks can be realized in various ways by hardware only, software only, or a combination thereof.
- the communication unit 150 is connected to the communication unit 50 of a plurality of travel recording terminals 10 via the Internet, and the user ID, password, race ID, position information, acquisition date and time, mileage, travel time, environmental information, and adjustment for each user. Receive information such as value determination requests, remote times, and ranking determination requests.
- the registration processing unit 142 registers the user ID and password in the information storage unit 130 in response to the request for issuing the user account from the travel recording terminal 10. Further, the registration processing unit 142 registers the user ID of the contestant in the information storage unit 130 in association with the race ID of the race to be entered in response to the request for participation in the remote marathon race from the travel recording terminal 10.
- the information storage unit 130 further stores information on the position information, acquisition date / time, travel distance, travel time, environmental information, remote time, and start delay time for each user received from the travel recording terminal 10.
- the situation determination unit 120 includes a time measurement unit 122, a distance measurement unit 124, a pace measurement unit 126, and an adjustment unit 128, and the time measurement unit 22, the distance measurement unit 24, the pace measurement unit 26, and the adjustment unit of the travel recording terminal 10, respectively. Corresponds to 28.
- the time measuring unit 122 acquires the running time of each user, the runner, from the plurality of running recording terminals 10. In the modified example, the time measuring unit 122 acquires the position information and the acquisition date / time information from the traveling recording terminal 10, calculates the difference between the simultaneous start time and the passing time of the traveling section as the gross time. The difference between the acquisition date and time of the first received position information and the acquisition date and time of the latest position information may be calculated as the net time.
- the distance measuring unit 124 acquires the running distance of each user, the runner, from the plurality of running recording terminals 10. In the modified example, the distance measuring unit 124 acquires the position information and the acquisition date / time information from the travel recording terminal 10, and calculates the cumulative value of the distance from the first received position information to the latest position information as the current travel distance. It may be calculated as.
- the pace measuring unit 126 is a pace between a plurality of running recording terminals 10 and a predetermined distance of each user, for example, an average pace for each section at 10-minute intervals, an average pace from the start point of the current section, and a recording start time. Get the average pace from to the present. In the modified example, the pace measuring unit 126 may acquire the position information and the acquisition date / time information from the traveling recording terminal 10 and calculate the pace for a predetermined distance.
- the adjusting unit 128 receives the traveling time and the environmental information in the traveling section of each user, the runner, from the plurality of traveling recording terminals 10 together with the adjustment value determination request, and adjusts the traveling time based on the environmental information. It is calculated, and the calculated adjustment value is transmitted to the travel recording terminal 10 as a response to the adjustment value determination request.
- the adjustment unit 128 calculates the remote time by adding the cumulative adjustment value obtained by accumulating the adjustment values of each section up to the present to the travel time from the simultaneous start time to the present, and associates it with the user ID and the travel distance. It is stored in the information storage unit 130.
- the comparison unit 140 corresponds to the comparison unit 40 of the travel recording terminal 10, and receives the travel distance and the remote time at that point from the plurality of travel recording terminals 10 together with the ranking determination request. In response to the ranking determination request, the comparison unit 140 compares the remote time at the point of the received mileage with the remote time at the same point of other contestants registered to participate in the race with the same race ID. That is, the comparison unit 140 compares the remote times at the same points between the runners whose starting point is the simultaneous start time common to all the contestants registered in the race with the same race ID, and as a result of the comparison, the ranking of the users. Is determined and transmitted to the travel recording terminal 10.
- the comparison unit 140 records the valid remote time of other contestants registered to participate in the race of the same race ID stored in the information storage unit 130, that is, the remote time included in the range from the simultaneous start time to the time limit.
- the rank of the runner is determined by comparing with the remote time at the same distance point.
- the comparison unit 140 is to the last.
- the ranking information transmitted from the travel recording terminal 10 to the travel recording terminal 10 is only a provisional ranking, and the ranking may change later.
- the output unit 144 requests the viewer terminal 152 to browse the information of each contestant in order to allow the viewers other than the contestants to browse the information such as the mileage, the running time, the remote time, and the ranking of each contestant. Is transmitted via the communication unit 50 according to the above.
- the information of each contestant is a list of information for identifying the contestant and the mileage, running time and remote time, adjustment value, ranking, etc. for each section of each contestant.
- the travel recording terminal 10 transmits position information and information on the acquisition date and time to the travel recording server 100 via the communication unit 50, and the status determination unit 120 receives these information via the communication unit 150.
- the time measuring unit 122 and the distance measuring unit 124 calculate the traveling time and the traveling distance and transmit them to the traveling recording terminal 10 via the communication unit 150.
- the travel recording terminal 10 may calculate the adjustment value of the travel time and transmit the adjustment value or the remote time information from the travel recording terminal 10 to the travel recording server 100. Further, in another modification, one of the plurality of travel recording terminals 10 also has the configuration of the travel recording server 100 as a host function, so that the remote marathon race can be realized substantially only by the plurality of travel recording terminals 10. You may.
- FIG. 2 shows the hardware configuration of the travel recording terminal 10.
- the travel recording terminal 10 is configured by connecting a CPU / GPU 70, RAM 72, ROM 74, a camera module 76, a communication module 78, a positioning module 80, a barometric altitude sensor 82, a motion sensor 84, a touch panel 86, and a speaker 88 via a bus 90. Will be done.
- the travel recording terminal 10 is realized in the form of a mobile terminal such as a smartphone.
- the travel recording terminal 10 may be realized in the form of a watch-type or eyeglass-type information terminal worn on the body such as a smart watch, a GPS watch, or a smart glass, or running such as a smart shoe.
- AR augmented reality
- MR mixed reality
- the CPU / GPU 70 is a processor unit that executes a program that realizes each function of the travel recording terminal 10.
- the RAM 72 is a memory area used as a work area for each program.
- the ROM 74 is a non-volatile memory in which each program and data are stored.
- the CPU / GPU 70, RAM 72, and ROM 74 may be configured in the form of a SoC (System on a Chip) including all of them.
- the camera module 76 is a camera that captures still images and moving images.
- the communication module 78 is a communication interface for mobile phone communication, wireless LAN, short-range wireless communication, etc., and functionally mainly corresponds to the communication unit 50.
- the positioning module 80 is a module that acquires position information from a satellite positioning system such as GPS, and functionally mainly corresponds to the position acquisition unit 14.
- the barometric pressure altitude sensor 82 is a sensor that detects the current barometric pressure and estimates the altitude based on the barometric pressure, and functionally mainly corresponds to the environment acquisition unit 12.
- the motion sensor 84 includes an acceleration sensor, an angular velocity sensor, and a geomagnetic sensor for detecting the moving direction and the moving speed, and functionally mainly corresponds to the environment acquisition unit 12.
- the touch panel 86 accepts a user's touch input, displays characters and images on the screen, and functionally mainly corresponds to the output unit 60 and the input unit 62.
- the speaker 88 outputs sound and functionally mainly corresponds to the output unit 60.
- the environment acquisition unit 12 may acquire temperature information, humidity information, weather information, wind speed information, wind direction information, and the like from the temperature sensor and the humidity sensor when the traveling recording terminal 10 has a built-in temperature sensor or humidity sensor, or the weather.
- the communication unit 50 may acquire temperature information, humidity information, weather information, wind velocity information, wind direction information, and the like corresponding to the position information of the current location from a predetermined server that discloses information.
- the environment acquisition unit 12 acquires barometric pressure information from the barometric pressure altitude sensor 82.
- the environment acquisition unit 12 may acquire altitude information from the barometric pressure altitude sensor 82, or may acquire altitude information based on the position information acquired from the positioning module 80 and the map information acquired via the communication unit 50. good.
- the environment acquisition unit 12 calculates the degree of altitude elevation from the difference between the altitude information of the current location and the altitude information of the previous positioning point.
- the environment acquisition unit 12 calculates the inclination angle of the road surface based on the altitude information and the distance information measured by the distance measurement unit 24, or based on the information in the moving direction acquired by the motion sensor 84.
- the environment acquisition unit 12 may determine whether the road surface condition is a paved road, an unpaved road, a land track, or a treadmill based on the selection input content by the user via the touch panel 86 before the start of recording. Then, the road surface condition of the current location may be determined based on the position information acquired from the positioning module 80 and the map information acquired via the communication unit 50.
- pause log measurement by waiting for a signal or taking a break, but just as there is no concept of pausing measurement in a general marathon race, participants can freely pause and take a break. Fairness cannot be maintained with other contestants if the specifications allow restarting after sandwiching. Therefore, the pause button may not be provided, or if the measurement is accidentally stopped due to a malfunction of the information terminal or an operation error, it may be treated as abstention. Then, the process of ending the recording may be performed.
- FIG. 3 is a flowchart showing a processing process of information transmission / reception, travel time adjustment, and ranking determination performed between the travel recording terminal 10 and the travel recording server 100.
- the time measurement unit 22 and the distance measurement unit 24 calculate the travel time and the travel distance based on the position information and the acquisition time (S10), and the environment acquisition unit. 12 acquires environmental information (S11), and repeats S10 and S11 until the mileage passes a predetermined interval, for example, a point every 10 m (N of S12).
- the mileage recording terminal 10 transmits the mileage, mileage, and environmental information to the mileage recording server 100 as an adjustment value determination request (S14).
- the travel time adjustment value is calculated based on the travel time, the travel distance, and the environmental information received by the adjustment unit 128 (S16), and the calculated adjustment value is determined. It is transmitted to the travel recording terminal 10 as a response to the request (S18). In the travel recording terminal 10 that has received the adjustment value, the adjustment value received by the adjustment unit 28 is added to the travel time (S20), and the remote time is updated (S22).
- the comparison unit 40 of the travel recording terminal 10 transmits the travel distance and the remote time as a ranking determination request to the travel recording server 100 (S24), and in the travel recording server 100 that has received the ranking determination request, the comparison unit 140 has the same race ID. Other contestants registered in the race of No. 1 are specified from the information storage unit 130 (S26). The comparison unit 140 extracts the remote time at the same point as the point indicated in the ranking determination request from the data of the specified other contestants (S28), and the remote time indicated in the ranking determination request and the remote time of the other contestants. By comparing (S30), the ranking of the user who is the transmission subject of the ranking determination request is determined (S32), and the ranking information is transmitted to the travel recording terminal 10 as a response to the ranking determination request (S34). The travel recording terminal 10 that has received the ranking information outputs the travel distance, remote time, ranking, and the like in the form of screen display, voice, or the like (S36). The above flow is repeated until the end of recording.
- FIG. 4 shows an example of screen display on the user's mobile terminal.
- the traveling time 160 indicates a traveling time (gross time) as an actually measured value.
- the remote time 162 indicates the adjusted traveling time (remote time).
- the adjustment value 163 indicates the cumulative value of the adjustment value to be added to the gross time.
- the mileage 164 indicates a mileage.
- the situation image 166 animates the positional relationship between the user himself / herself and the predecessor and the successor. In the situation image 166, the self icon 170 indicates the user himself / herself and is always displayed in the center.
- the predecessor icon 172 indicating the position of the predecessor is displayed on the right side
- the successor icon 174 indicating the position of the successor is displayed on the left side at positions corresponding to the distance difference with the user.
- the leading distance 176 indicates the difference in distance from the leading distance in characters.
- the trailing distance 178 indicates the difference in distance from the trailer in characters.
- the interval between the predecessor and the successor may be indicated by a time difference.
- the rank display 168 indicates in characters the current rank of the user and the percentage of the top rank.
- the stop button 180 is a button instructing to stop recording.
- the ranking displayed on the ranking display 168 and the distance difference between the preceding person and the succeeding person displayed by the icon are the rankings in the section that has passed most recently.
- the remote time to the most recently passed section, the running time from the passing of that section to the current position, and the adjustment value thereof are added to the remote time at the current position, which is the same as that of the other contestants.
- the ranking compared with the remote time at the distance point every 10 m may be displayed.
- FIG. 5 shows an example of a screen display displaying the ranking of each contestant in the remote marathon race of the first embodiment.
- the screen 208 is a screen of the viewer terminal 152 prepared so that people other than the contestants can view it, and is displayed on the screen of a personal computer or a tablet terminal using, for example, a web browser.
- the screen 208 includes a ranking table 210 and a map column 240.
- a list of participants in the remote marathon race is displayed in order of earliest remote time at a predetermined point.
- the ranking of each contestant is displayed in the column 220 of the first column, the number of each contestant is displayed in the column 222 of the second column, and the name of each contestant is displayed in the column 224 of the third column. To.
- the remote time of each contestant is displayed in the column 226 of the fourth column, the adjustment value of each contestant is displayed in the column 228 of the fifth column, and the gross time of each contestant is displayed in the column 230 of the sixth column. Is displayed. In the example of the figure, seven people from “231st place” to "236th place” are displayed in the order based on the remote time at the "12km point".
- An up-scroll button 212 and a down-scroll button 214 are displayed on the right side of the standings 210. When the viewer presses the up-scroll button 212, the list switches to a higher-ranked contestant list, and when the down-scroll button 214 is pressed, Switch to the lower contestant list.
- a left move button 216 and a right move button 218 are displayed above the ranking table 210, and when the viewer presses the left move button 216, the list display of the previous distance point "11 km point” is switched to the right. When the move button 218 is pressed, the display switches to the list display of the "13 km point" which is the next distance point.
- a contestant named “Hiroshi Suzuki” whose ranking is “233rd” and whose number is “2491” will display "00:49:29” as the remote time at the 12km point.
- This remote time is the traveling time obtained by adding the adjustment value "00:55” to the gross time "00:48:34".
- the contestants named “Ichiro Sato” who is ranked “232nd” and whose number is “212” and the contestants who are ranked "236th” and whose number is “1766” are also correct.
- the adjustment value of is added to the gross time.
- these contestants are intended to add and adjust positive adjustment values so that the running time will be delayed by that amount.
- the fairness of the ranking can be enhanced by adjusting the difference in the running environment for each participant who runs from the simultaneous start time which is the same time in the same race by the adjustment value.
- the selected contestant's line is highlighted in a thick selection frame 232.
- the current positions of the selected contestants and the contestants before and after the selected contestants are displayed in the map column 240.
- a map of the virtually set marathon course is displayed.
- An enlargement button 242 and a reduction button 244 are displayed on the left side of the map field 240.
- the map displayed in the map field 240 is enlarged, and when the reduce button 244 is pressed, the map displayed in the map field 240 is reduced.
- the course line 246 indicates a marathon course set on the displayed map.
- the selected contestant mark 248 indicating the contestants of the number "2491" selected and displayed by the selection frame 232 is displayed at a predetermined position on the course line 246 so as to be located approximately near the center of the map field 240.
- the first contestant mark 250 and the second contestant mark 252 indicating the contestants of the numbers "2389” and "212" whose rankings are the most recent are respectively. It is displayed in the corresponding position.
- the third contestant mark 254 and the fourth contestant mark 256 indicating the contestants of the numbers "804" and "1082" whose rankings are the most recent lower ranks, respectively. It is displayed in the corresponding position.
- the display positions of the selected contestant mark 248, the first contestant mark 250, the second contestant mark 252, the third contestant mark 254, and the fourth contestant mark 256 are based on the remote time of each corresponding contestant.
- the current estimated position of each mark may be, for example, the current estimated position after the "12 km point” when the average pace based on the remote time from the start of measurement for each participant to the "12 km point” is maintained as it is.
- the latest average pace for each contestant for example, the current estimation after the "12km point” when the average pace of the 1km section from the previous point "11km point” to the "12km point” is maintained as it is. It may be a position.
- FIG. 6 shows a screen display example of the user's mobile terminal in the modified example.
- the user's current location is displayed on a map showing the actual driving location, and the virtual positions of the precedent and the successor in the ranking of the remote time are displayed on the map.
- Visually show the user the distance from the successor.
- the mileage, the remote time, and the gross time are displayed. Further, the adjustment value may be displayed.
- the second column 402 the current rank of the user and the percentage of the top are indicated by characters.
- the stop button 416 is a button instructing to stop recording.
- a map showing the user's current location is displayed, a course line 418 showing the running course is displayed along the running road on the map, and the user and the user are displayed on the course line 418.
- the current locations of the predecessor and the successor are indicated by their respective marks.
- the map is always displayed so that the direction of travel faces the top of the screen, like a so-called heading-up display.
- the self mark 406 is a mark indicating the user's current location.
- the first contestant mark 408 and the second contestant mark 410 are marks indicating the current locations of the preceding contestants.
- the third contestant mark 412 and the fourth contestant mark 414 are marks indicating the current locations of subsequent contestants.
- the course line 418 shows the trajectory traveled by the user and the direction in which the user travels after the present, but the course of the user is not actually determined, and when and where to turn is undecided. Therefore, the course line 418 after the user's current location merely indicates a temporary course until the user changes the course. For example, when the user turns a corner, the road ahead of the corner points upward on the screen.
- the course line 418 is displayed in the form of rotating the map as shown and showing the temporary course upward again.
- a VR virtual reality
- a map of a specific marathon race course and its location that actually exists as a remote marathon race may be displayed, and the map may be displayed as if the marathon course is being run virtually.
- a map of a fictitious marathon race course and its location may be displayed as a remote marathon race, and it may be displayed as if the marathon course is being run virtually.
- the mileage, remote time, gross time, ranking, etc. may be displayed on the screen of the smart glasses.
- a mark indicating a contestant leading in the direction of travel of the user or an image of a runner is displayed by an AR (augmented reality) or MR (mixed reality) video method, and the distance leading from the user is grasped three-dimensionally.
- the mark or the image of the runner is reduced and displayed at a scale according to the distance between the preceding person and the user so as to be possible.
- FIG. 7 shows a modified example of the current position display.
- the entire course of the remote marathon race is shown by the length of the course line 460, and the self-mark 450 is shown on the course line 460.
- the display position indicates which area the user is traveling. For example, in the case of a relatively short remote marathon race where the total distance of the course is about 10 km, or when the number of participants is relatively small, about 3 to 10 people, the entire course and all the participants are on one axis. Suitable for display.
- the first contestant mark 452 and the second contestant mark 454 are marks indicating the current locations of the preceding contestants.
- the third contestant mark 456 and the fourth contestant mark 458 are marks indicating the current locations of subsequent contestants.
- the course line 460 since the entire course is represented by the course line 460, it may not always be possible to accurately grasp the distance between the user and other contestants. It is possible to grasp the order of the inside and other contestants at the same time.
- the mileage based on the adjusted time adjusted based on the environmental information is compared with the mileage of other contestants at the same time to determine the ranking.
- the distance and time of the contestants can be adjusted based on information such as the temperature at the start, the altitude and the atmospheric pressure at the start point, and the like.
- the second embodiment is different from the first embodiment in that the adjusting unit 28 adjusts the traveling distance to adjust the traveling time.
- the differences from the first embodiment will be mainly described, and the description of the common points will be omitted.
- the distance measuring unit 24 validates the recorded portion of the recorded mileage from the simultaneous start time of the remote marathon race registered for participation to the time limit of the race, and sets the mileage of the effective portion as the gross distance. ..
- the time measuring unit 22 calculates the time point every 10 seconds (hereinafter, "distance"). Two positioning points sandwiching the "measurement point") are specified, and the distance measurement unit 24 estimates the mileage at the distance measurement point based on the mileage and time between the two positioning points. Further, the traveling time is divided into sections at intervals of 10 minutes, and n sections S 1 , S 2 , ..., Sn are formed in total.
- the adjusting unit 28 adjusts the mileage measured by the distance measuring unit 24 based on a plurality of types of environmental information acquired by the environment acquiring unit 12.
- the adjusting unit 28 adjusts the mileage as a distance interval between two distance measuring points based on a plurality of types of environmental information.
- the adjustment unit 28 transmits information necessary for adjusting the mileage in the section currently being traveled to the travel record server 100 via the communication unit 50 together with an adjustment value determination request, and the adjustment calculated by the travel record server 100 as a response. Receive the value.
- the adjusting unit 28 adjusts the mileage by adding the received adjustment value to the mileage in the section currently being traveled.
- the information transmitted by the adjusting unit 28 to the traveling record server 100 is, for example, information such as traveling time, traveling distance, and environmental information.
- the adjustment value may be calculated by the adjustment unit 28 instead of the travel recording server 100.
- the adjusting unit 28 corresponds to the mileages D 1 , D 2 , ..., D n in the sections S 1 , S 2 , ..., Sn, and the mileage adjustment values A 1 , A in each section. 2 , ..., An is acquired from the travel recording server 100. Further, for example, while traveling in the section of S6, the traveling distance from the traveling time " 0:50:00 " to the current time is subject to adjustment, and every 10 seconds until the traveling time "1:00: 00" elapses. The adjustment value A6 is updated to.
- the current remote distance is the distance obtained by adding the cumulative adjustment value obtained by accumulating the adjustment values of each section up to the present to the mileage from the simultaneous start time, which is the start date and time common to all participants, to the present.
- the adjustment value is calculated using the function f (e (t)) of the trained model with the environment value e (t) as a parameter.
- the function f (e (t)) is a trained model by regression analysis using the environment value e (t) as an explanatory variable and the mileage adjustment value as the objective variable, based on past environmental information and driving data. May be generated. Further, the environmental information and the travel data accumulated by the travel recording system 200 can be further reflected in the function f (e (t)) as a learning result.
- the adjustment value may be a positive number or a negative number, and is recorded in the information storage unit 30 in association with the information indicating the section to be adjusted.
- the adjustment value is calculated in units of distance based on the environmental information of the contestants, and is adjusted so that the distance is the same if the ability is the same.
- the distance measuring unit 124 calculates the distance obtained by adding the cumulative value of the adjusted value to the cumulative value of the distance from the first position information to the latest position information as the adjusted mileage (remote distance).
- the comparison unit 40 transmits information necessary for ranking determination to the travel recording server 100 via the communication unit 50 together with a ranking determination request every time the traveling time of the section currently being traveled advances by 10 seconds, and the traveling recording server responds to the transmission.
- the ranking information indicating the current ranking determined by 100 is received as a comparison result.
- the information transmitted by the comparison unit 40 to the travel recording server 100 may be, for example, the travel time and the remote distance at that time, or may be position information, acquisition date / time information, travel distance for each time section, and adjustment value.
- the ranking information is the result of comparison with other contestants whose starting point is the simultaneous start time, which is the start date and time common to all contestants registered in the race with the same race ID. More specifically, a value indicating the current ranking determined by comparing the mileage (remote distance obtained by adding the cumulative value of the adjustment value to the gross distance) at the same distance measurement point or time interval of other contestants. It is a value indicating which percentage of all contestants is included in the ranking. For example, while traveling in the section of S6 , the comparison unit 40 obtains the ranking information at the time when the distance measurement point every 10 seconds has passed most recently or the ranking information at the time of the traveling time "0:50:00".
- the ranking at the time of every 10 seconds or every 10 minutes that has passed most recently, such as acquiring and sending to the output unit 60, is acquired as the current ranking.
- the comparison unit 40 sets the current travel time, the estimated travel distance at that time point, and its adjustment at intervals even shorter than the above intervals, for example, at predetermined time intervals such as every second or at predetermined distance intervals such as every 1 m.
- the value information may be transmitted to the travel record server 100 together with the ranking determination request to acquire the real-time order in the time interval during the current travel.
- the travel recording terminal 10 may be configured to transmit to the travel recording server 100 as a single determination request combining the adjustment value determination request and the ranking determination request, and acquire the adjustment value and the ranking information.
- the travel recording terminal 10 transmits the travel distance, the travel time, and the environmental information to the travel record server 100 together with the determination request, the travel record server 100 determines the adjustment value and the ranking information of the travel distance and determines the adjustment value or the remote distance.
- the ranking information is transmitted to the travel recording terminal 10.
- the output unit 60 outputs, for example, the running conditions such as the gross time, the gross distance, the adjusted mileage (remote distance), and the current ranking in the form of a voice reading aloud.
- the output unit 60 displays on the screen the running conditions such as the gross time, the gross distance, the remote distance, and the current ranking.
- the output unit 60 displays the traveling status such as the gross time, the gross distance, the remote distance, and the current ranking on the screen of the user's mobile terminal.
- the time measurement unit 122, the distance measurement unit 124, the pace measurement unit 126, and the adjustment unit 128 are the time measurement unit 22, the distance measurement unit 24, and the pace measurement unit of the travel recording terminal 10, respectively. 26, corresponds to the adjustment unit 28.
- the adjustment unit 128 receives the mileage and environmental information in the running section of each user, the runner, from the plurality of travel recording terminals 10 together with the adjustment value determination request, and adjusts the mileage based on the environmental information. It is calculated, and the calculated adjustment value is transmitted to the travel recording terminal 10 as a response to the adjustment value determination request.
- the adjustment unit 128 calculates the remote distance by adding the cumulative adjustment value obtained by accumulating the adjustment values of each section up to the present to the travel distance from the recording start time to the present, and provides information in association with the user ID and the travel time. It is stored in the storage unit 130.
- the communication unit 150 is connected to the communication unit 50 of a plurality of travel recording terminals 10 via the Internet, and the user ID, password, race ID, position information, acquisition date and time, mileage, travel time, environmental information, and adjustment for each user. Receive information such as value determination requests, remote distances, and ranking determination requests.
- the information storage unit 130 further stores information on the position information, acquisition date / time, travel distance, travel time, environmental information, remote distance, and start delay time for each user received from the travel recording terminal 10.
- the adjustment unit 128 receives the mileage and environmental information in the running section of each user, the runner, from the plurality of travel recording terminals 10 together with the adjustment value determination request, and adjusts the mileage based on the environmental information. It is calculated, and the calculated adjustment value is transmitted to the travel recording terminal 10 as a response to the adjustment value determination request.
- the adjustment unit 128 calculates the remote distance by adding the cumulative adjustment value obtained by accumulating the adjustment values of each section up to the present to the travel distance from the simultaneous start time to the present, and associates it with the user ID and the travel time. It is stored in the information storage unit 130.
- the comparison unit 140 corresponds to the comparison unit 40 of the travel recording terminal 10, and receives the travel time and the remote distance at that time from the plurality of travel recording terminals 10 together with the ranking determination request. In response to the ranking determination request, the comparison unit 140 compares the remote distance at the time of the received running time with the remote distance at the same time of other contestants registered to participate in the race with the same race ID. That is, the comparison unit 140 compares the remote distances at the same time among the runners whose starting point is the simultaneous start time common to all the contestants registered in the race with the same race ID, and as a result of the comparison, the ranking of the users. Is determined and transmitted to the travel recording terminal 10.
- the comparison unit 140 records the valid remote distances of other contestants registered to participate in the race with the same race ID stored in the information storage unit 130, that is, the remote distance traveled in the range from the simultaneous start time to the time limit. Of these, the runner's ranking is determined by comparison with the remote distance at the same time point.
- the output unit 144 requests the viewer terminal 152 to browse the information of each contestant in order to allow the viewers other than the contestants to browse the information such as the mileage, the running time, the remote distance, and the ranking of each contestant. Is transmitted via the communication unit 50 according to the above.
- the information of each contestant is a list of information for identifying the contestant and the running time, running distance and remote distance, adjustment value, ranking, etc. for each section of each contestant.
- the travel recording terminal 10 transmits position information and information on the acquisition date and time to the travel recording server 100 via the communication unit 50, and the status determination unit 120 receives these information via the communication unit 150.
- the time measuring unit 122 and the distance measuring unit 124 calculate the traveling time and the traveling distance and transmit them to the traveling recording terminal 10 via the communication unit 150.
- the specification may be such that the travel distance adjustment value is calculated on the travel recording terminal 10 side, and the adjustment value or the remote distance information is transmitted from the travel recording terminal 10 to the travel recording server 100.
- FIG. 8 is a flowchart showing a processing process of information transmission / reception, travel time adjustment, and ranking determination performed between the travel recording terminal 10 and the travel recording server 100.
- the time measurement unit 22 and the distance measurement unit 24 calculate the travel time and the travel distance based on the position information and the acquisition time (S40), and the environment acquisition unit. 12 acquires environmental information (S41), and repeats S40 and S41 until a predetermined interval, for example, a time point every 10 seconds (N of S42) elapses.
- the travel recording terminal 10 transmits the travel time, the travel distance, and environmental information to the travel record server 100 as an adjustment value determination request (S44).
- the travel distance adjustment value is calculated based on the travel time, travel distance, and environmental information received by the adjustment unit 128 (S46), and the calculated adjustment value is determined. It is transmitted to the travel recording terminal 10 as a response to the request (S48).
- the adjustment value received by the adjustment unit 28 is added to the travel distance (S50) to update the remote distance (S52).
- the comparison unit 40 of the travel recording terminal 10 transmits the travel distance and the remote distance as a ranking determination request to the travel recording server 100 (S54), and in the travel recording server 100 that receives the ranking determination request, the comparison unit 140 has the same race ID. Other contestants registered in the race of No. 1 are identified from the information storage unit 130 (S56).
- the comparison unit 140 extracts the remote distance at the same time point indicated in the ranking determination request from the data of the specified other contestants (S58), and the remote distance indicated in the ranking determination request and the remote distance of the other contestants.
- the ranking of the user who is the transmission subject of the ranking determination request is determined (S62), and the ranking information is transmitted to the travel recording terminal 10 as a response to the ranking determination request (S64).
- the travel recording terminal 10 that has received the ranking information outputs the travel time, remote distance, ranking, and the like in the form of screen display, voice, or the like (S66). The above flow is repeated until the end of recording.
- FIG. 9 shows an example of screen display on the user's mobile terminal.
- the mileage 360 indicates a mileage (gross distance) as an actually measured value.
- the remote distance 362 indicates the adjusted mileage (remote distance).
- the adjustment value 363 indicates the cumulative value of the adjustment value to be added to the gross distance.
- the traveling time 364 indicates a gross time.
- the situation image 366 animates the positional relationship between the user himself / herself and the predecessor and the successor. In the situation image 366, the self icon 370 indicates the user himself / herself and is always displayed in the center.
- the predecessor icon 372 indicating the position of the predecessor is displayed on the right side
- the successor icon 374 indicating the position of the successor is displayed on the left side at positions corresponding to the distance difference from the user.
- the leading distance 376 indicates the difference in distance from the leading distance in characters.
- the trailing distance 378 indicates the difference in distance from the trailer in characters.
- the interval between the predecessor and the successor may be indicated by a time difference.
- the rank display 368 indicates in characters the current rank of the user and the percentage of the top rank.
- the stop button 380 is a button instructing to stop recording.
- the rank displayed on the rank display 368 and the distance difference between the predecessor and the successor displayed by the icon are the ranks in the most recently elapsed time interval.
- the remote distance at the current time which is the sum of the remote distance to the most recently elapsed time section, the mileage from the lapse of the time section to the current time, and the adjustment value thereof, is used by other contestants.
- the ranking compared with the remote distance at the same time point every 10 seconds may be displayed.
- FIG. 10 shows an example of a screen display displaying the ranking of each contestant in the remote marathon race of the second embodiment.
- the screen 308 is a screen of the viewer terminal 152 prepared so that people other than the contestants can view it, and is displayed on the screen of a personal computer or a tablet terminal using, for example, a web browser.
- the screen 308 includes a ranking table 310 and a map column 340.
- the standing list 310 displays a list of participants in the remote marathon race in descending order of remote distance at a predetermined running time or time.
- the ranking of each contestant is displayed in the column 320 of the first column, the number of each contestant is displayed in the column 322 of the second column, and the name of each contestant is displayed in the column 324 of the third column. To.
- the remote distance of each contestant is displayed in the column 326 of the fourth column, the adjustment value of each contestant is displayed in the column 328 of the fifth column, and the gross distance of each contestant is displayed in the column 330 of the sixth column. Is displayed. In the example of the figure, seven people from “231st place” to "236th place” are displayed in the order based on the remote distance at the traveling time "0:50:00". An up-scroll button 312 and a down-scroll button 314 are displayed on the right side of the standings 310. Switch to the lower contestant list.
- a left movement button 316 and a right movement button 318 are displayed above the ranking table 310, and when the viewer presses the left movement button 316, it is the previous travel time (for example, 10 minutes ago) "0:40: When the switch is switched to the list display of "00" and the right movement button 318 is pressed, the list display is switched to the next (for example, 10 minutes later) running time of "1:00:00".
- a contestant named “Hiroshi Suzuki” whose rank is “233rd” and whose number is “2491” will display "12.14km” as the remote distance at the running time "0:50:00".
- This remote distance is a distance obtained by adding the adjustment value "0.22 km” to the gross distance "11.92 km”.
- the contestants named “Ichiro Sato” who is ranked “232nd” and whose number is “212” and the contestants who are ranked "236th” and whose number is “1766” are also correct.
- the adjustment value of is added to the gross distance.
- the purpose is to add a positive adjustment value so that the mileage becomes longer by that amount.
- the fairness of the ranking can be enhanced by adjusting the difference in the running environment for each participant who runs from the simultaneous start time which is the same time in the same race by the adjustment value.
- the selected contestant's line is highlighted in a thick selection frame 332.
- the current positions of the selected contestants and the contestants before and after the selected contestants are displayed in the map column 340.
- a map of the virtually set marathon course is displayed.
- An enlargement button 342 and a reduction button 344 are displayed on the left side of the map column 340.
- the map displayed in the map field 340 is enlarged, and when the reduce button 344 is pressed, the map displayed in the map field 340 is reduced.
- the course line 346 indicates a marathon course set on the displayed map.
- the selected contestant mark 348 indicating the contestants of the number "2491" selected and displayed by the selection frame 332 is displayed at a predetermined position on the course line 346 so as to be located approximately near the center of the map field 340.
- the first contestant mark 350 and the second contestant mark 352 indicating the contestants of the numbers "2389” and "212" whose rankings are the most recent are respectively. It is displayed in the corresponding position.
- the third contestant mark 354 and the fourth contestant mark 356 indicating the contestants of the numbers "804" and "1082" whose rankings are the most recent and lower, respectively. It is displayed in the corresponding position.
- the display positions of the selected contestant mark 348, the first contestant mark 350, the second contestant mark 352, the third contestant mark 354, and the fourth contestant mark 356 are based on the remote distance of each corresponding contestant. It is determined based on the current estimated position according to the average pace up to that point, updated with the elapsed time, and each mark is displayed as moving on the course line 346 every moment.
- the current estimated position of each mark is, for example, after "0:50:00" when the elapsed time from the start of measurement for each contestant to "0:50:00” and the average pace based on the remote distance are maintained as they are. It may be the current estimated position.
- "0:50:” when the latest average pace for each contestant for example, the average pace from "0:40:00" to "0:50:00", which is the previous running time, is maintained as it is. It may be the current estimated position after "00".
- FIG. 11 shows a screen display example of the user's mobile terminal in the modified example.
- the user's current location is displayed on a map showing the actual driving location, and the virtual positions of the precedent and the successor in the ranking of the remote distance are displayed on the map.
- Visually show the user the distance from the successor.
- the gross time, the remote distance, and the gross distance are displayed. Further, the adjustment value may be displayed.
- the second column 422 the current rank of the user and the percentage of the top are indicated by characters.
- the stop button 436 is a button instructing to stop recording.
- a map showing the user's current location is displayed, a course line 438 showing the course being driven is displayed along the road being driven on the map, and the user and the user are displayed on the course line 438.
- the current locations of the predecessor and the successor are indicated by their respective marks.
- the map is always displayed so that the direction of travel faces the top of the screen, like a so-called heading-up display.
- the self mark 426 is a mark indicating the user's current location.
- the first contestant mark 428 and the second contestant mark 430 are marks indicating the current locations of the preceding contestants.
- the third contestant mark 432 and the fourth contestant mark 434 are marks indicating the current locations of subsequent contestants.
- the mileage adjusted based on the environmental information is compared with the adjusted mileage of other contestants to determine the ranking, and the ranking after such adjustment is being run.
- the comparison unit 40 and the comparison unit 140 determine the ranking among all the contestants in that the comparison unit 40 and the comparison unit 140 determine the ranking within the categories classified according to the difference in the environmental information. Is different from.
- the differences from the first and second embodiments will be mainly described, and the description of the common points will be omitted.
- the comparison unit 40 and the comparison unit 140 determine which of the plurality of categories corresponds to according to the environmental information, associate the user with the category, and run with other contestants belonging to the same category. Compare distances and determine ranking. For example, categories may be divided based on altitude information, barometric pressure information, temperature information, and the like.
- the "category A" having the highest load degree corresponds to, for example, an altitude of more than 1500 m, an atmospheric pressure of 850 hPa or less, a temperature of more than 25 ° C., and the like.
- Category B which has the next highest load, corresponds to, for example, an altitude of 1000 to 1500 m, an atmospheric pressure of 850 to 900 hPa, and a temperature of 15 to 25 ° C.
- Category C which has a relatively low load degree, corresponds to an altitude of less than 1000 m, an atmospheric pressure of 900 hPa or more, a temperature of less than 15 ° C., and the like.
- the categories are divided according to the environmental information as described above, it is not necessary to adjust the traveling time or the traveling distance by the adjusting unit 28, and even in that case, the difference in load due to the difference in the environmental information can be generally absorbed depending on the category. It can be done and fairness can be guaranteed.
- the present invention relates to a traveling recording device.
- it relates to a device for recording the running condition of a marathon race.
- Travel recording terminal 12 Environment acquisition unit, 14 Position acquisition unit, 20 Situation determination unit, 22 Time measurement unit, 24 Distance measurement unit, 26 Pace measurement unit, 28 Adjustment unit, 30 Information storage unit, 40 Comparison unit, 50 Communication Unit, 60 output unit, 100 travel record server, 120 status determination unit, 122 time measurement unit, 124 distance measurement unit, 126 pace measurement unit, 128 adjustment unit, 130 information storage unit, 140 comparison unit, 150 communication unit, 160 travel unit. Time, 164 mileage, 200 mileage recording system.
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Abstract
Description
第1実施形態においては、遠隔地同士等、異なる場所で同時にマラソン距離を計測した時間を競うマラソンレース(以下、「リモートマラソンレース」と呼ぶ)を実施する。リモートマラソンレースでは、出場者ごとの走行環境を示す環境情報に基づいて走行時間を走行中に調整し、調整後の走行時間と走行距離によって他の出場者と比較した現在の順位を走行中に逐次出力する。一般的なマラソンレースでは、競技開始を知らせる号砲が鳴ってからフィニッシュラインに達するまでの時間であるグロスタイムと、スタートラインを通過してからフィニッシュラインに達するまでの時間であるネットタイムが計測される。リモートマラソンレースでは、同一の日時を起点とする一斉スタートの時刻からフィニッシュの距離に達するまでの時間であるグロスタイムと、出場者ごとに計測開始した時刻からフィニッシュの距離に達するまでの走行時間であるネットタイムが計測される。さらに、実測値の走行時間と調整後の走行時間を区別して出力する。特に調整後の走行時間をリモートタイムと呼ぶ。リモートマラソンレースでは、出場者同士で調整後の走行時間を比較して順位を決定することで、環境による身体への負担の違いを吸収し、より公平な結果を出場者に提供する。
第2実施形態においては、調整部28が走行距離を調整する点で、走行時間を調整する第1実施形態と相違する。以下、第1実施形態との相違点を中心に説明し、共通点の説明を省略する。
第3実施形態においては、比較部40および比較部140が、環境情報の違いによって分類されたカテゴリ内での順位を決定する点で、出場者全体での順位を決定する第1,2実施形態と相違する。以下、第1,2実施形態との相違点を中心に説明し、共通点の説明を省略する。
Claims (8)
- 所定時刻を走行時間の起点として走行する第1の走者の位置情報と、前記所定時刻と同時刻を走行時間の起点として走行する第2の走者の位置情報と、を取得する位置取得部と、
前記第1の走者の走行環境を示す環境情報と、前記第2の走者の走行環境を示す環境情報と、を取得する環境取得部と、
前記所定時刻を起点とする同じ走行時間に走行する前記第1の走者と前記第2の走者との間で生じ得る走行環境による走行への負荷の差を是正するよう前記位置情報により算出される走行情報を前記環境情報に基づいて調整をする調整部と、
を備えることを特徴とする走行記録装置。 - 前記調整がなされた前記第1の走者の走行情報と前記調整がなされた前記第2の走者の走行情報とを比較することにより、前記第1の走者および前記第2の走者の順位を決定する比較部をさらに備えることを特徴とする請求項1に記載の走行記録装置。
- 前記走行情報を出力する出力部をさらに備えることを特徴とする請求項1または2に記載の走行記録装置。
- 前記走行情報は、前記所定時刻を起点とする走行時間を含むことを特徴とする請求項1から3のいずれかに記載の走行記録装置。
- 前記走行情報は、走行距離を含むことを特徴とする請求項1から4のいずれかに記載の走行記録装置。
- 所定時刻を走行時間の起点として走行する走者の位置情報を取得する位置取得部と、
前記走者の走行環境を示す環境情報を取得する環境取得部と、
を有する走行記録端末と、
前記所定時刻を起点とする同じ走行時間に走行する他の走者との間で生じ得る走行環境による走行への負荷の差を是正するよう前記位置情報により算出される走行情報を前記環境情報に基づいて調整をする調整部を有する走行記録サーバと、
を備えることを特徴とする走行記録システム。 - 所定時刻を走行時間の起点として走行する走者の位置情報を取得する位置取得部と、
前記走者の走行環境を示す環境情報を取得する環境取得部と、
前記所定時刻を起点とする同じ走行時間に走行する他の走者との間で生じ得る走行環境による走行への負荷の差を是正するよう前記位置情報により算出される走行情報を前記環境情報に基づいて調整をする調整部と、
前記調整がなされた走行情報を、前記所定時刻を起点とする同じ走行時間に走行する他の走者の調整がなされた走行情報と比較した結果を取得する比較部と、
を備えることを特徴とする走行記録装置。 - 所定時刻を走行時間の起点として走行する第1の走者の位置情報と、前記所定時刻と同時刻を走行時間の起点として走行する第2の走者の位置情報と、を取得する過程と、
前記第1の走者の走行環境を示す環境情報と、前記第2の走者の走行環境を示す環境情報と、を取得する過程と、
前記所定時刻を起点とする同じ走行時間に走行する前記第1の走者と前記第2の走者との間で生じ得る走行環境による走行への負荷の差を是正するよう前記位置情報により算出される走行情報を前記環境情報に基づいて調整をする過程と、
を備えることを特徴とする走行記録方法。
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JP2010206253A (ja) * | 2009-02-27 | 2010-09-16 | Kddi R & D Laboratories Inc | 携帯端末装置、サーバ装置およびランキング通知システム |
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US8864587B2 (en) * | 2012-10-03 | 2014-10-21 | Sony Corporation | User device position indication for security and distributed race challenges |
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JP2013215426A (ja) * | 2012-04-10 | 2013-10-24 | Seiko Epson Corp | 情報処理装置、運動支援情報提供システム及び運動支援情報提供方法 |
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