KR102347250B1 - System for the certification and management of climbing information and the method through which certificates and manages climbing information - Google Patents

Abstract

Storing user identification information in a database as it relates to a mountaineering information authentication and management system and a method for authentication and management of mountaineering information using the same; receiving location information at arbitrarily set time intervals; calculating the user's ascent height, ascent distance, ascent time, and ascent speed and registering it in a database; Transmitting emotions, impressions, commemorative photos, and newly identified mountain climbing information to the system through a user terminal; It relates to a system for authentication and management of mountaineering information, including the step of evaluating the user's climbing.

Description

Climbing information certification and management system and authentication and management method of climbing information using the same {System for the certification and management of climbing information and the method through which certificates and manages climbing information}

The present invention relates to a system for authentication and management of mountaineering information (climbing route and other history information), and a system capable of collecting and managing mountaineering information in conjunction with GPS by installing IoT equipment at a specific point on a mountaineering route, and mountaineering information using the same It relates to the authentication and management method of

The number of people who enjoy various sports is increasing due to the settlement of the five-day week system and the development of the well-being industry. In particular, due to the outbreak of the corona virus in 2020, leisure sports that can be enjoyed alone such as hiking, golf, and fishing are in the spotlight rather than sports enjoyed by many people such as swimming, soccer, and dancing.

Among them, mountaineering is a leisure activity that can be easily enjoyed by people of all ages and genders, and a large number of people flock to the mountain every weekend. Most climbers simply climb a pre-designated course just like everyone else, but hikers who want to actively develop their own climbing course or explore a different route search the climbing network and route of the hiking course in advance and guide the hiking route. Alternatively, it can be used as a reference for climbing by receiving information such as elevation and weather information.

Looking at the technology of the conventional system for providing mountaineering information, first of all, Patent Publication No. 10-2006-0062155 can be mentioned. In the document, a three-dimensional image for mountaineering is generated using a numerical map and altitude information of a mountainous area photographed through a satellite. and to a device for providing 3D image information for mountain climbing that transmits it to a terminal.

In addition, Patent Publication No. 10-2006-0014199 relates to a method of guiding a hiking trail using a mobile communication terminal. When a user designates a specific route, it provides useful information for climbing, such as elevation, weather, and whether an accident has occurred. It's about the system.

The above-described methods may provide detailed information about a specific climbing course predetermined for climbing by the user. However, there are cases where users want to receive certification that they have successfully completed the ascent, and there is also a desire to record or share with others the emotions or feelings they feel during the climbing process. In the case of the above-mentioned ascent certification system, the related technology is disclosed in Patent Registration 10-0882951.

The above document relates to a system in which a climbing certificate acknowledging that a person who has climbed a mountain has climbed is issued through a mobile communication terminal and managed as a climbing history by a server on the Internet for each member. More specifically, a mobile communication terminal that receives, displays and stores an electronic climbing certificate, a server that receives each member's mountain climbing information, manages the climbing history for each member, and stores the certificate, and the phone number of the mobile communication terminal It acquires and transmits a climbing certificate to the corresponding mobile communication terminal, and includes a climbing recognizer that transmits ascent information of a person who has climbed a mountain top to the server.

The system allows the user (climber) to be automatically issued a climbing certificate. However, even by the above system, the user cannot provide a system and method that allows the user to record his or her own reward or emotion in the climbing process and share it with others.

Laid-Open Patent Publication No. 10-2006-0014199 Registered Patent 10-0882951

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The present invention makes it a main task to solve the problem of providing a system in which users can record their own rewarding or impressions in the climbing process and share them with others.

In order to solve the above problems, the present invention is to provide a system capable of collecting and managing mountaineering information in conjunction with GPS by installing Internet of Things equipment at a specific point of a mountaineering route, and a method for authentication and management of mountaineering information using the same take it as another task.

In order to solve the above problems, the present invention

In the authentication and management method of mountaineering information in which a plurality of user terminals are connected to the authentication and management system of mountaineering information through a wired/wireless information communication network, and the system interworks with the user terminal,

(a) storing, by the system, user identification information in a database;

(b) receiving, by the system, a start signal indicating that mountain climbing has started from the user terminal and receiving location information at arbitrarily set time intervals;

(c) calculating the user's ascent height, ascent distance, ascent time, and ascent speed in the system based on the user's location information transmitted to the system, and registering it in a database;

(d) transmitting emotions, impressions, commemorative photos, and newly identified mountain climbing information to the system through a user terminal;

(e) determining the ranking by evaluating the climbing result of the climber based on the ascent speed of step (c) through the authentication and management system of the mountaineering information;

(f) calculating a ranking according to the evaluation result of step (e) and displaying the result through a user terminal; provides a mountaineering information authentication and management system including a means for solving the task.

Step (c) utilizes GPS and the Internet of Things, and the IoT is characterized in that it is installed at each point of the hiking trail.

According to the mountaineering information authentication and management system of the present invention, it is possible to store and record the mountaineering information roll more precisely and accurately compared to the existing mountaineering information management method using only GPS, and secure management of authentication and recording using block chain is possible

In addition, you can share your mountaineering information with others, and if you are selected as excellent information by designating a ranking through popular vote, etc., it is expected to have the effect of facilitating the participation of users by providing products or prizes.

1 shows a schematic configuration of a system for authentication and management of mountaineering information of the present invention.
2 is a view showing a schematic description of a hiking course of the present invention.

Hereinafter, in order to describe in detail enough to be easily implemented by those of ordinary skill in the art to which the present invention pertains, the technical idea of the present invention will be described with reference to the drawings. A person of ordinary skill in the art should provide preferred embodiments in order to easily practice the present invention, but the present invention provides specific and detailed concepts, terms, and Since the method, precautions, etc. are described in detail, it is thought that a separate embodiment does not need to be separately described.

1 is a schematic diagram showing a configuration in which a plurality of user (climber) terminals are connected to a system for authentication and management of mountaineering information through a wired/wireless information communication network, according to an embodiment of the present invention.

As shown in Figure 1, the overall system according to the embodiment of the present invention, a plurality of user terminals 10 are connected to the authentication and management system (server) 30 of mountain climbing information through a wired/wireless information communication network 20, There, the authentication and management system 30 of the mountain climbing information is provided with a database (40).

2 is a view showing a schematic description of the hiking course of the present invention.

The user (climber) communicates with the authentication and management system 30 of mountaineering information through the terminal 10 . The user transmits various types of information to the system 30 through the terminal. The transmitted information includes user identification information (personal information), the start signal that the mountaineering has started, the user's feelings, impressions, commemorative photos, and newly grasped mountaineering information.

These terminals 10 are CDMA phones, W-CDMA phones, DMB phones, smart phones, portable devices with communication functions such as other mobile phones, PDA, tablet PC WiBro terminals, etc. handheld-based portable terminals, as well as trekking-only wireless It includes various types of portable terminals such as communication terminals.

The wired and wireless information communication network 20 is a network that connects the user terminal 10 and the authentication and management system 30 of mountaineering information, and is a PSTN network, a dedicated network, a virtual private network, a mobile communication network, a wireless Internet network by WiFi, etc., and a mobile communication company It includes data communication network and MVN0 network operated by

The authentication and management system 30 of mountaineering information includes the user's user identification information (personal information), the start signal that the mountaineering has started, the user's feelings, impressions, commemorative photos, and newly grasped mountaineering information, etc. is input, the user (climber) is evaluated for climbing, and the ranking is calculated according to the evaluation result, and the result is displayed through the user terminal. A specific evaluation method will be described later.

In addition, the system 30 also serves to authenticate the fact when the user completes a specific section or the entire climbing course.

The system 30 may be connected to the wired/wireless information communication network 20 to which the user terminal 10 is connected via a web server, so that the user can receive and transmit information through the data network operated by the mobile operator. It can be connected to the data network 20 through a wireless data network server, and can be connected to various information networks 20 in various forms according to a communication method with the user terminal 10 , such as being connected to the data network 20 .

Hereinafter, a method for evaluating the climbing of the user (climber) will be described in detail. Equipment that allows a user to input or transmit information through the terminal 10, such as IoT equipment or a touchpad, is attached to the starting point, arrival point, and passing point of the climbing course. At the starting point, the user inputs his/her identification information (personal information) and a start signal indicating that he has started climbing. The system 30 then starts counting the time.

The user arrives at the final destination and ends the climbing or climbs only to a specific point, and then inputs a climbing end signal at that point. As a result, the moving distance between each point, the required time, the number of input signals, and the speed are calculated.

The present invention can take two forms for a method of conducting an assessment for climbing. The first method is to conduct an evaluation based on the climbing speed. The ranking is determined based on the value obtained by dividing the travel distance between the equipment installed at each point by the required time. It can be seen that the evaluation is carried out based on the climbing speed. Users do not necessarily need to input their climbing information at each point. If climber A travels from the starting point A to the destination point E through each point B, C, D, climbing information may be entered at each point A, B, C, D, E, or the starting point A You can enter climbing information only at E and the destination point. If climbing information is entered at all points, evaluation is performed based on the average value of the speed between each point. The evaluation is carried out at the speed.

The second method is a method in which quantitative evaluation and qualitative evaluation are mixed. Quantitative evaluation means that the evaluation is performed based on the ascent height and ascent distance according to the height difference and distance between the starting point and the ending point. This corresponds to the evaluation of how quickly the user ends the climbing, and the quantitative evaluation may depend on the user's climbing skill, know-how, and the like. A physically young or healthy climber or man has an absolute advantage. Therefore, if a climber is evaluated based on time, speed, height, and distance, women and children are at a relatively disadvantageous level and may lose interest in climbing.

In the present invention, qualitative information is also included in the evaluation to supplement this. The qualitative information includes emotions, impressions, commemorative photos taken by the user in the climbing process, and newly grasped mountaineering information. The qualitative information also includes Internet of Things (IoT) equipment installed at the starting point, the destination point, and the passing point, or a user inputs information through the terminal 10, such as a touchpad.

The quantitative information and the qualitative information are in a complementary state. Quantitative information can be entered simply as a climber passes through each stopover point, but qualitative information takes time because it requires a pause for a moment to write a text or take a picture. The input time of the qualitative information may be adversely affected in climbing speed. Therefore, in order to receive a good evaluation, climbers can focus only on the climbing time and speed while omitting the input of impressions, impressions, commemorative photos, and newly grasped mountaineering information. Alternatively, you can focus more on qualitative information, or you can input both with care.

As described above, the system 30 evaluates based on the quantitative information and the qualitative information input by the user. The evaluation is characterized in that the weight of quantitative information and the weight of qualitative information are different for each gender. For men, the weight of quantitative information should be 40% or less and the weight of qualitative information should be 60% or more. Then, by promoting the input of qualitative information of male climbers, it is possible to obtain more impressions, impressions, commemorative photos, and newly grasped mountaineering information. In the case of women, the weight for quantitative information should be 60% or more and the weight for qualitative information should be 40% or less to encourage rapid hiking.

In the above content, time, distance, height, and speed are items as quantitative information, and emotions, impressions, commemorative photos, and newly grasped mountain climbing information are targeted as qualitative information, but it is not necessarily limited thereto. It goes without saying that it can be easily designed and changed to achieve the object of the invention. For example, the qualitative information may include information on restaurants around the hiking trail, selfie photos, and the like.

Next, ranking calculation will be described. In the case of quantitative information, 100 points are given to the climber who took first place in each category, and 50 points are given to the climber who recorded the lowest place. For example, if 50 people participated, the score difference by ranking would be 1 point, and if 500 people participated, the score difference should be maintained at 0.1 point.

In the case of qualitative information, it would be most desirable to evaluate it through a popularity vote for all climbers, but it takes a lot of time and there is a fear that it may not be fair in evaluating club members, acquaintances, and family members. As an alternative to this, in the present invention, the number of input cases of qualitative information is the target of evaluation. The maximum number of qualitative information input at each point is 3 per item. For example, even if you input 5 impressions at the starting point of the hiking trail, only 3 are accepted. If you entered 10 selfies at the final destination, it is also considered that you entered 3 photos.

In this calculation, assuming 4 points and 5 pieces of qualitative information, up to 15 pieces of qualitative information can be input for each point. If all 60 pieces of qualitative information are entered, 100 points are given, if 59 pieces of information are entered, 100*(59/60)=98.33, and if 50 pieces of information are entered, 100*(50/60)=83.34 is given.

The final ranking is calculated by applying the weights for each gender to the quantitative information and the qualitative information calculated by the above-described method. Then, the result is displayed through the user terminal.

The ranking calculated by the system of the present invention is not determined by simple climbing ability, but also evaluates how active the climbing is.

The present invention relates to a system for authentication and management of mountaineering information (climbing route and other history information), and is applicable to the industrial field of authentication and management method of mountaineering information.

None.

Claims (3)

In the authentication and management method of mountaineering information in which a plurality of user terminals are connected to the authentication and management system of mountaineering information through a wired/wireless information communication network, and the system interworks with the user terminal,
(a) the system storing the user identification information in a database;
(b) receiving, by the system, a start signal indicating that mountain climbing has started from the user terminal and receiving location information at arbitrarily set time intervals;
(c) calculating the user's ascent height, ascent distance, ascent time, and ascent speed in the system based on the user's location information transmitted to the system, and registering it in a database;
(d) transmitting emotions, impressions, commemorative photos, and newly identified mountain climbing information to the system through the user terminal;
(e) determining the ranking by evaluating the climbing result of the climber based on the ascent speed of step (c) through the authentication and management system of the mountaineering information;
(f) calculating the ranking according to the evaluation result of step (e) and displaying the result through the user terminal;
The ranking calculation step of (f) consists of a quantitative information evaluation step, a qualitative information evaluation step, and a step of averaging them by weight,
In the quantitative information evaluation step, 100 points are given to the climber who took first place, respectively, and 50 points are given to the climber who recorded the lowest place by climbing time, climbing distance, climbing height, and climbing speed,
In the qualitative information evaluation step, evaluation is made based on the number of inputs for impressions, impressions, commemorative photos, and newly identified mountaineering information. and
In the weighted averaging step, in the case of a male climber, the weight of the quantitative information is 40% or less and the weight of the qualitative information is 60% or more,
In the case of female climbers, the weight of quantitative information should be 60% or more, and the weight of qualitative information should be 40% or less;
Certification and management system for mountaineering information The method of claim 1,
Step (c) utilizes GPS and the Internet of Things,
The IoT is an authentication and management system for mountaineering information, characterized in that it is installed at each point of the mountaineering path
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