TWI809983B - Outdoor activities recording system - Google Patents

Abstract

The present invention reveals an outdoor activities recording system using to record if a user has finished an outdoor trail. The user forms two bluetooth signals by using a terminal device to respond to a bluetooth transmitter at the beginning and end of the outdoor trail. A control center transforms the two bluetooth signals to a sports record.

Description

Outdoor Sports Recording System

A sports recording system, especially an outdoor sports recording system.

With the development of modern life, the application of sports combined with technology has also become popular. Among them, the more common applications combined with sports are mostly used for indoor fitness equipment, or coach teaching apps, or running record apps.

In recent years, walking on outdoor trails or mountain climbing has gradually become popular, but it is a pity that there is no relevant technological software or system to assist in recording. And each of the outdoor trails often needs to estimate its difficulty level and possible time-consuming by looking up information by yourself or narrating it from other people's mouth. If the evaluation is wrong, it is easy to lead to dangerous situations. Therefore, it is a development goal of related industries to provide a system for recording sports such as trail walking or mountain climbing.

In order to develop a system for recording sports such as trail walking or mountain climbing, the present invention provides an outdoor sports recording system, which is used to record whether a user has completed an actual path, including: at least one bluetooth transmitter is set on the actual path , the bluetooth transmitter continuously emits a bluetooth signal in a signal range; a terminal device carried by the user and installed with a motion recording software, when the terminal device starts the motion recording software and enters the signal range, the The terminal device responds to the bluetooth signal; and the exercise recording software is connected to a control center through the network, and transmits the bluetooth signal to the control center Center, the control center generates a time and a geographic location according to the bluetooth signal, wherein, the user responds to the bluetooth transmitter with the terminal device at the beginning and end of the actual path, at least two of the bluetooth signals are transmitted to The control center forms an exercise record based on at least two bluetooth signals, including a total exercise time, an exercise distance and an exercise rate.

, setting two bluetooth transmitters at different starting points and an ending point in the actual path respectively.

Wherein, a solar charging module is arranged on the bluetooth transmitter, and the solar charging module recharges the generated power to the bluetooth transmitter; and, the bluetooth signal is a beacon (Beacon) signal.

Wherein, the time is generated when the terminal device responds to the bluetooth signal, or is generated when the control center receives the bluetooth signal.

Wherein, the geographic location is pre-written when the bluetooth transmitter is set, and includes a geographic coordinate or information of the actual route. The information of the actual route may be the name of the actual route or the region or county where it is located.

, the control center stores a plurality of actual path information, and classifies the difficulty level of each actual path, and the control center provides the user with other actual paths according to the exercise record.

, the control center provides a competition and ranks according to the sports record of each user.

, the control center includes a reward logic, providing the user with certificates, medals, bonus points or virtual coins according to the exercise records.

The outdoor sports recording system provided by the present invention has the following characteristics:

1. The Bluetooth transmitter does not need to be connected to the Internet and can supply power independently to achieve friendly resources.

2. The terminal device responds to the bluetooth signal, and only needs fixed-point sensing, without GPS positioning. The method is simple and helps to save power.

3. The control center provides analysis and records of various sports records, so that users can review according to their needs.

4. The control center stores a plurality of pieces of the actual route information, and gives suggestions to the user to facilitate the user's next planning.

5. The control center provides the competition and reward mechanism to improve the sense of fun so that the user can use it more enthusiastically.

10:Bluetooth transmitter

20: Terminal device

30:Sports recording software

31: Control Center

A: Actual path

Fig. 1 is a schematic diagram of a preferred embodiment of the present invention.

Please refer to FIG. 1 , which is an outdoor exercise recording system provided by the present invention, which is used to record whether a user has completed an actual path A, and provide and record data such as the distance, time, and calorie consumption of the user to complete the actual path. Said actual path A may be a trail commonly found in mountains, a mountain climbing path, or a riverside trail commonly seen in cities, a trail around a lake, etc. Any path with a distance is covered by the scope of the present invention.

The outdoor sports recording system includes at least one bluetooth transmitter 10, and a terminal device 20 installed with a sports recording software 30. The terminal device 20 can be a mobile phone and is carried by the user. The user receives the signal of the bluetooth transmitter 10 through the terminal device 20, and can observe on the terminal device 20 whether he completes the actual route A and the distance, time or calorie consumption for completing the actual route A.

The bluetooth transmitter 10 is arranged in the actual path A, and the quantity of the bluetooth transmitter 10 can be set as required. For example, if the start point and the end point of the actual route A are located at different places, one bluetooth transmitter 10 can be provided at the start point and the end point respectively. Or, when the starting point and the ending point of the actual route A are at the same place, only one Bluetooth transmitter 10 can be provided. Or, when the actual path A has multiple intermediate stations, the bluetooth transmitter 10 can be installed at the start point, the end point, and each intermediate station of the actual path A. Further, on the actual path A If a plurality of the bluetooth transmitters 10 are arranged above, the arrangement order of the bluetooth transmitters 10 or the order in which the terminal device 20 receives the signals of the bluetooth transmitters 10 is not limited.

The bluetooth transmitter 10 continuously emits a bluetooth signal, preferably the bluetooth signal is a beacon (Beacon) signal. When the terminal device 20 starts the exercise recording software 30 and enters the signal range of the Bluetooth transmitter 10 , the terminal device 20 responds to the Bluetooth signal and accesses the exercise recording software 30 . It is worth noting that the bluetooth transmitter 10 only executes the behavior of continuously transmitting the bluetooth signal, and does not have the function of connecting to the network. More preferably, a solar charging module is arranged on the bluetooth transmitter 10, so that the advantage that the bluetooth transmitter 10 is arranged outdoors can be utilized so that the solar charging module can absorb sunlight during the day and The generated power is recharged to the bluetooth transmitter 10, so that the bluetooth transmitter 10 can keep the power continuously. In this way, the battery of the bluetooth transmitter 10 can be replaced periodically without manpower consumption, and the effect of environmental protection and sustainability can also be achieved.

The exercise recording software 30 is connected to a control center 31 set on a cloud server through a network, and transmits the bluetooth signal to the control center 31, so that the control center 31 generates a time and a geographic location according to the bluetooth signal .

Wherein, the time can be generated when the terminal device 20 responds to the bluetooth signal, or when the control center 31 receives the bluetooth signal.

Wherein, the geographic location may be pre-written when the Bluetooth transmitter 10 is installed, and may include a geographic coordinate or the actual route A information.

Alternatively, each of the bluetooth transmitters 10 is numbered during installation, so that the bluetooth signal emitted by each of the bluetooth transmitters 10 includes the serial number of the corresponding bluetooth transmitter 10 . The control center 31 performs pairing according to the number provided by the bluetooth signal to determine the geographic location of the bluetooth transmitter 10 .

Wherein, the actual route A information may be the name of the actual route A or the region or county where it is located.

When the user completes the actual path A, the terminal device 20 then responds to the same or the next Bluetooth transmitter 10, the terminal device 20 responds to the second Bluetooth signal, and sends the second Bluetooth signal transmitted to the control center 31. The control center 31 generates the second time and the second geographic location according to the bluetooth signal. The control center 31 further forms and stores a movement record according to the two bluetooth signals. Wherein, the exercise record includes a total exercise time, an exercise distance and an exercise rate. The user can use the exercise record software 30 to read the exercise record, so that the user can record the exercise record of completing the actual path A each time, which helps the user understand his own exercise status and review and analyze.

Preferably, the control center 31 can sort according to each exercise record of the user, and evaluate the exercise status of the actual route A each time the user completes. For example, the control center 31 can evaluate whether the user is progressing according to the movement rate.

Preferably, the control center 31 stores a plurality of actual path A information, and the user can directly use the exercise recording software 30 to check the actual path A information in the control center 31 . The control center 31 can also classify the difficulty of each actual route A, so that the user can evaluate the actual route A suitable for him or her according to his or her own conditions.

Preferably, the control center 31 preferably includes a user data module, an analysis module and a push module. When the terminal device 20 loads the exercise recording software 30, it can log in, so that the user data module stores a user data, and the analysis module is used to analyze the bluetooth signal, and generate the above paragraph mentioned Sports records are stored in the user data.

The control center 31 collects the exercise records of the actual paths A completed by the plurality of users in the logged-in user data modules, and forms statistical data of the actual paths A. For example, the statistical data may be the time required to execute the actual path A or the evaluation marked by each user, which can be used as a reference for the user.

The push module provides the user with the other actual path A according to the exercise record. For example, the push broadcast module can provide the user with the actual path A of similar difficulty level according to the total exercise time and the exercise distance of the exercise record. Alternatively, the push module can provide the actual route A adjacent to the user according to the actual route A information. This enables the user to know the area where each actual path A is located through the push broadcast module, and plan the next movement.

Preferably, the broadcasting module can hold a competition, so that each user can sign up to participate, and rank according to the exercise records of each user after completing the actual path A. Stimulate the competitive spirit of each user and increase the fun. For example, the push module organizes the competition within a date interval, and the goal of the competition is to complete one of the actual paths A, and use the total exercise time of the exercise record for ranking.

More preferably, the push module can also include a reward logic for rewarding the user when the user completes the actual path A. Strengthen the user's sense of accomplishment. The reward is not limited, and may be based on the number or number of times the actual paths A are completed, or the sum of the user's exercise distance. The method of the reward is not limited, and it can be certificates, medals, bonus points or virtual currency.

The outdoor sports recording system provided by the present invention has the following characteristics:

1. The Bluetooth transmitter 10 does not need to be connected to the Internet and can supply power independently to achieve friendly resources.

2. The terminal device 20 responds to the bluetooth signal, and only needs fixed-point sensing, without GPS positioning. The method is simple and helps to save power.

3. The control center 31 provides analysis and records of the exercise records, so that users can review according to their needs.

4. The control center 31 stores a plurality of pieces of information about the actual route A, and gives suggestions to the user to facilitate the user's next planning.

5. The control center 31 provides the competition and reward mechanism to improve the sense of fun so that the user can use it more enthusiastically.

10:Bluetooth transmitter

20: Terminal device

30:Sports recording software

31: Control Center

A: Actual path

Claims (10)

An outdoor exercise recording system for recording whether a user has completed an actual route, comprising: At least one bluetooth transmitter is arranged on the actual path, and the bluetooth transmitter continuously emits a bluetooth signal in a signal range; A terminal device carried by the user and installed with an exercise recording software, when the terminal device activates the exercise recording software and enters the signal range, the terminal device responds to the Bluetooth signal; and The motion recording software is connected to a control center through a network, and transmits the bluetooth signal to the control center, and the control center generates a time and a geographic location according to the bluetooth signal, wherein, The user responds to the bluetooth transmitter with the terminal device at the beginning and end of the actual path respectively, and at least two of the bluetooth signals are transmitted to the control center, and the control center forms a movement record based on at least two of the bluetooth signals , including a total exercise time, an exercise distance and an exercise rate. In the outdoor sports recording system as described in Claim 1, two Bluetooth transmitters are respectively set at a start point and an end point at different positions in the actual path. The outdoor sports recording system as described in claim 1, wherein a solar charging module is arranged on the Bluetooth transmitter, and the solar charging module recharges the generated power to the Bluetooth transmitter; and, the Bluetooth The signal is a beacon (Beacon) signal. The outdoor sports recording system as described in claim 3, wherein the time is generated when the terminal device responds to the bluetooth signal, or is generated when the control center receives the bluetooth signal. The outdoor sports recording system as described in claim 4, wherein the geographic location is pre-written when the bluetooth transmitter is set, and includes a geographic coordinate or information of the actual path, and the information of the actual path can be the The name of the actual route or the location of the region or county. The outdoor sports recording system as described in claim 4, wherein, the bluetooth transmitter is numbered when it is set, and the bluetooth signal emitted by the bluetooth transmitter contains its corresponding number, and the control center according to the The number provided by the Bluetooth signal is paired to determine the geographic location of the Bluetooth transmitter. In the outdoor exercise recording system described in any one of claims 1 to 6, the control center stores a plurality of the actual path information, and classifies the difficulty level of each actual path, and the control center provides the user with the information based on the exercise record Else the actual path. In the outdoor exercise recording system described in any one of Claims 1 to 6, the control center provides a competition and ranks according to the exercise records of each user. In the outdoor exercise recording system described in any one of Claims 1 to 6, the control center includes a reward logic to provide the user with certificates, medals, bonus points or virtual currency based on the exercise records. The outdoor exercise recording system as described in Claim 7, wherein, the control center provides a competition activity, and ranks according to the exercise records of each user; and, the control center includes a reward logic, which is provided to the user based on the exercise records User certificates, medals, bonus points or virtual currency.

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