WO2022034998A1

WO2022034998A1 - Method for catching monster by using jump rope

Info

Publication number: WO2022034998A1
Application number: PCT/KR2020/019397
Authority: WO
Inventors: 김동환
Original assignee: 김동환
Priority date: 2020-08-12
Filing date: 2020-12-30
Publication date: 2022-02-17
Also published as: KR20200105451A; KR20220020742A; KR102307611B1; KR102506652B1

Abstract

The present invention relates to a method for catching a monster by using a jump rope. In particular, the present invention relates to a method for catching a monster by using a jump rope, and comprises: a smartphone having a monster catching application installed therein; and a jump rope having a function capable of calculating the number of revolutions of the jump rope and transmitting the calculated number of revolutions to the smartphone, and having an impact sensor installed at the middle thereof so as to play music with scales selected according to the number of impacts, the method for catching a monster by using a jump rope comprising the steps of: exploring a surrounding environment via the smartphone having the monster catching application installed therein; searching for various monsters according to various environments in a specific area, and displaying the found monsters on a screen; determining whether or not to catch a monster; if it is determined not to catch the monster, continuing the search; if it is determined to catch the monster, being assigned a mission by selecting catching of the monster; increasing the probability of catching the monster by performing the mission via the jump rope linked with the monster catching application in the smartphone according to the mission; calculating the result of success in catching the monster, in which the transmitted result of performing the mission via the jump rope has been reflected; and if caught, displaying a success notification, and storing the caught monster in a monster collection list.

Description

How to catch monsters using jump rope

The present invention relates to a method for catching monsters using jump rope.

In particular, the present invention has a function of transmitting the number of rotations rotated when crossing the rope to a smartphone, and when crossing the rope, the scale is selected according to the amount of impact generated by the shock sensor installed in the middle of the skipping rope, and music can be played It is about performing a fun monster catching game by completing a given mission with these and using the result as a value to increase the probability of catching a monster based on a jump rope with a function to transmit a signal of jumping rope to a smartphone.

In general, when jumping rope, there was a jump rope that sensed the rotation of the rope from the jump rope handle and displayed the number of rotations mechanically. It is currently developing as a service that generates a rotation signal and transmits it to a smartphone to measure momentum according to the number of rotations.

Also, there is the jump rope, which installs a shock sensor in the middle of the skipping rope, and determines the value of the scale according to the strength and weakness of the shock sensor generated when jumping rope so that the musical instrument can be played.

These jump ropes are used to measure the amount of momentum by transmitting the rotation speed or impact amount of the jump rope to a dedicated app installed on the smartphone, or to generate a sound as a value for playing music to create the effect of playing an instrument.

Here, the number of rotations or the amount of impact possessed by the skipping ropes can be linked to a smartphone app with a monster catch function to increase the possibility of various catches, so that it can be a fun jumping rope activity.

The present invention is to solve the above problem, and the value generated through the rotation speed sensor and the impact amount measurement sensor installed in the jumping rope determines whether a specific mission has been performed in the smartphone app that catches the monster, and the value is the probability of catching the monster Its purpose is to provide a breathtaking monster hunting app that can be used to elevate.

The present invention for achieving the above object relates to a method for catching monsters using skipping rope, and a function that can calculate the number of skipping rotations and calculate the number of skipping rotations with a smartphone installed with a monster grabbing app, and a shock sensor installed in the jumping rope It is composed of a skip rope that can be played by selecting a scale according to the amount of impact, and exploring the surrounding environment with a smartphone installed with a monster catch app; Searching for various monsters according to various environments in a specific area and displaying them on the screen; determining whether to catch a monster or not; Continuing the search if the monster is not caught; When catching a monster, selecting a monster catching step to receive a mission; Increasing the probability of catching monsters by performing a mission through skipping rope linked with a smartphone monster catching app according to the mission; Calculating a successful monster catching result reflecting the transmitted mission performance result through skipping rope; If caught, a success notification is displayed and the captured monster is a monster catching method using jump rope, characterized in that it includes the step of being stored in the monster collection list.

As described above, according to the present invention, in Pokemon Go, which is a monster hunting game using a smartphone, a game that adds fun by using skipping rope to provide a more realistic and realistic difficulty rather than hunting monsters by simple manipulation. has the effect of providing.

1 is a schematic configuration diagram showing a game performance interface of a method for catching a monster using skipping rope according to an embodiment of the present invention.

Figure 2 is a schematic smartphone app configuration diagram of a method for catching a monster using jump rope according to an embodiment of the present invention.

Figure 3 is a schematic flowchart of a method for catching a monster using jump rope according to an embodiment of the present invention.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1 , a game performance interface is provided to perform a monster catching method using jump rope.

First, the title 100 of the game is displayed. Then, the surrounding environment 200 being photographed by the smartphone camera is displayed. In addition, various types of monsters 300 are displayed in the surrounding environment being photographed with the smartphone camera.

Here, the surrounding environment refers to various things such as buildings, statues, symbols, signs, rivers, lakes, fountains, animals, plants, cars, and airplanes.

And the game user running the monster catching app using jump rope can select (400) monsters and obtain basic information about the monsters. Information 500 about the monster selected by the game user is displayed at the bottom of the game performance interface.

Game information includes the name of the monster, the grade of the monster displayed in the number of hearts, the selection button to get additional information about the monster, the numbers for the monster's stamina, strength, agility, and magic, and the choice to choose whether to capture the selected monster or not. It consists of buttons.

2 is a schematic diagram of a smartphone app configuration of a method for catching a monster using skipping rope according to an embodiment of the present invention. As shown in the configuration diagram shown in Fig. 2, the present invention for achieving the above object is that the image captured by the camera is provided on the app screen and matched to the surrounding environment to generate monsters and to catch among the monsters. A game performance interface 100 for performing a game of collecting monsters by increasing the possibility of catching by performing a skipping rope mission given by selecting a target; a game operation unit 200 for controlling the movement of the game; Augmented reality implementation unit 300 to implement the video taken with the smartphone camera in augmented reality to provide the game performance interface; A monster providing unit 400 that measures the importance of the surrounding environment and calculates the appearance probability according to the grade of each monster to generate and provide the monster on the augmented reality screen; Monster information providing unit 500 for providing information on the selected monster; When selecting to catch a monster, a mission generating unit 600 that generates and provides a mission to increase the probability of catching the corresponding monster; a mission performance determination unit 700 for notifying the monster catch processing unit by determining whether the mission has been executed; Monster catching processing unit 800 that executes catching monsters based on an increase in the probability of catching monsters according to the mission performance; The caught monster storage unit 900 for storing the caught monster; Monster list storage unit (1000) for storing a list of monsters that can be caught; A surrounding environment weight database 1100 having a surrounding environment weight value for creating a monster; An advertisement providing unit 1200 that provides advertisements to increase the probability of catching monsters; and an advertisement database 1300 storing advertisement information.

The video captured by the camera is provided on the screen of the app, and monsters are created by matching the surrounding environment. From among the monsters, select a catchable target and perform a jump rope mission to increase the chance of catching monsters. The game performance interface 100 to perform takes a picture of the surrounding environment, recognizes it, calculates the weight of the environment and the probability that the monster appears, allows the monster to appear, and if you want to catch it, gives a certain mission, and provides it for a certain time of skipping the rope The method of catching monsters is carried out by increasing the probability of catching monsters with the result of mission performance through the rotation speed of the engine and playing a musical instrument by the impact sensor.

The game operation unit 200 for controlling the movement of the game assists in performing the game, such as selecting monsters and monster information by touching them with a finger within the smartphone screen where the surrounding environment is captured and augmented reality is implemented, and receiving information, etc. perform the control function.

The augmented reality implementation unit 300, which implements the video captured by the smartphone camera in augmented reality and provides it to the game performance interface, provides the image captured by the smartphone camera to the smartphone screen, and the evaluation weight of each photographed surrounding environment and monsters are called from the database according to the appearance probability according to the grade of the monster and provided together on the smartphone screen.

The monster providing unit 400 that generates and provides monsters on the augmented reality screen by measuring the importance of the surrounding environment and calculating the appearance probability according to the grade of each monster, for example, divides the grade of the monster into 5 grades and the grade is As it rises, the probability of appearing gradually decreases, and even if it is of the same level, the probability of appearing is higher for normal monsters and lower for special monsters. The probability of appearing is gradually lowered, and the types of monsters that can appear vary according to the type of surrounding environment.

The monster information providing unit 500 that provides information of the selected monster provides information about the monsters that appear in augmented reality, and includes wearing information such as the name, grade, skill or defense and attack power of the monster, evasion power or main weapon and armor, etc. , stats such as stamina, strength, agility, and magic are included.

If you select to catch a monster, the mission generating unit 600 that generates and provides a mission to increase the probability of catching the monster can create a mission based on how many times you can skip the rope within a set time. Of course, the higher the number, the higher the mission success score and the higher the probability of catching monsters.

Alternatively, you can create a mission based on how long you can jump the set number of jumps. Of course, the shorter the time, the higher the mission success score and the higher the probability of catching monsters.

Alternatively, a mission can be made with a certain measure of the mission music being played by the impact amount of the shock sensor mounted on the jump rope. Of course, the higher the exact match and the shorter the execution time, the higher the mission success score and the higher the probability of catching monsters.

Alternatively, you can create a mission with a certain measure of music that is automatically played according to the impact of the shock sensor mounted on the jump rope. Of course, the shorter the execution time, the higher the mission success score and the higher the probability of catching monsters.

The mission performance determination unit 700, which determines whether the mission has been executed and notifies the monster catch processing unit, measures the number of rotations and the amount of impact for a given mission in order to increase the probability for catching a monster. It calculates how many mission success points have been obtained and whether the person performed the mission well, and delivers this to the monster-catching smartphone app using jump rope.

The monster catch processing unit 800, in which the monster catch is executed based on the increase in the monster catch probability according to the mission performance, provides a basic monster catch probability according to the monster grade, and the success probability is added according to the high and low mission success scores. It means that the success and failure of catching monsters are counted. Of course, the higher the chance, the higher the chance of catching it.

The caught monster storage unit 900 that stores the captured monster is stored in the captured monster list if the monster is caught. It is also provided in the form of listing the captured monsters.

The monster list storage unit 1000 that stores the list of catchable monsters stores the list of catchable monsters provided by grade, by general and special monster, and by type according to the nature of the monster.

The surrounding environment weight database 1100, which has the surrounding environment weight value for creating monsters, is pre-registered for various things such as buildings, statues, symbols, signboards, rivers, lakes, fountains, animals, plants, cars, airplanes, etc. If they are registered, the level of the monster created according to the level of the registered item is also linked. However, in non-registered surrounding environments, monsters of lower grade than those registered are created according to their activity level and the relative size occupied in the surrounding environment.

The advertisement providing unit 1200 that provides advertisements to increase the probability of catching a monster is an advertisement set for a monster of a certain level, and when the advertisement is viewed, the probability of catching the monster increases to a certain extent.

The advertisement database 1300 storing advertisement information is an advertisement provided by an advertiser, and the corresponding advertisements are characterized by matching monster grades according to the advertisement cost, and the probability of being caught according to the advertisement cost is slightly higher. Therefore, according to the advertisement cost set for the advertisement provided for the same monster, the advertisement providing a higher advertisement cost provides a higher probability of being caught.

3 is a schematic flowchart of a method for catching a monster using skipping rope according to an embodiment of the present invention.

As shown in the flowchart shown in FIG. 3, the present invention for achieving the above object relates to a method for catching monsters using skipping rope, and calculating the number of skipping rotations with a smartphone in which the monster catch app is installed and using the smartphone As a transmission function and a shock sensor are installed among the jump rope, the scale is selected according to the amount of impact and consists of a skip rope that can be played, a step of exploring the surrounding environment with a smartphone with a monster catch app installed (S101); a step of searching for various monsters according to various environments in a specific region and displaying them on the screen (S102); determining whether or not to catch a monster (S103); If the monster is not caught, continuing the search (S104); When catching a monster, the step of receiving a mission by selecting the monster catch (S105); Step (S106) of increasing the probability of catching monsters by performing a mission through jumping rope linked with a smartphone monster catching app according to the mission (S106); A step of calculating a successful monster catching result reflecting the transmitted mission performance result through skipping rope (S107); If caught, a success notification is displayed and the captured monster is stored in the monster collection list (S108).

In the step (S101) of exploring the surrounding environment with the smartphone in which the monster catching app is installed, the monster catching smartphone app is executed and the surrounding environment captured by the camera is provided.

In the step S102, in which various monsters are searched for and displayed on the screen according to various environments in a specific area, the possibility that the monsters may appear in each surrounding environment is determined so that the monsters can be created and provided with a certain probability. .

The step of determining whether to catch the monster (S103) is to select a monster displayed in the form of augmented reality on the smartphone screen to collect information, and to select a catch button to determine whether or not to catch it.

If the monster is not caught, the step (S104) of continuing the search is to continue shooting so that the monster can continuously appear in light of the other environment around the smartphone when it is decided not to catch the monster.

In the case of catching a monster, the step (S105) of selecting a monster catch and receiving a mission is an action according to the mission in jumping rope equipped with a sensor that measures the number of rotations of jumping rope and a sensor that measures the amount of impact of the shock sensor installed on the jump rope Mission contents are created and provided so that this can be accomplished.

As for the content of the mission, you can create a mission based on how many times you can jump rope within a set time. Of course, the higher the number, the higher the mission success score and the higher the probability of catching monsters.

In the step (S106) of increasing the probability of catching monsters by performing a mission through jumping rope linked with the smartphone monster catching app according to the mission (S106), when a given mission is performed through jumping rope, the degree of mission performance is transmitted to the monster catching smartphone app and This is the mission success score so that the higher the score, the higher the chance of catching monsters.

The step (S107) of calculating the successful monster catching result reflecting the transmitted mission performance result through skipping rope is set for a special monster in which the catching probability determined according to the grade of the selected monster and a lower probability than that of a normal monster is set. It is calculated whether or not a monster is caught by combining the catch probability and the monster catch probability that has risen according to the mission performance result through jumping rope.

If caught, a success notification is displayed and the captured monster is stored in the monster collection list (S108). The action video of the caught monster is briefly provided, a congratulatory message is received, and the monster capture is completed and recorded in the collection list.

Those skilled in the art to which the present invention pertains will understand that the present invention may be embodied in other specific forms without changing the technical spirit or essential characteristics thereof.

As described above, according to the present invention, there is an effect of providing a game that adds fun by using skipping rope in order to provide realistic and realistic difficulty.

Claims

It relates to a method of catching monsters using jump rope, a function that can transmit to a smartphone by calculating the number of jump rope rotations and a smartphone with a monster catch app installed, and a shock sensor installed in the middle of jumping rope, so a scale is selected and played according to the amount of impact As one consisting of jumping rope that can do, the step of exploring the surrounding environment with a smartphone in which the monster catch app is installed; Searching for various monsters according to various environments in a specific area and displaying them on the screen; determining whether to catch a monster or not; Continuing the search if the monster is not caught; When catching a monster, selecting a monster catching step to receive a mission; Increasing the probability of catching monsters by performing a mission through skipping rope linked with a smartphone monster catching app according to the mission; Calculating a successful monster catching result reflecting the transmitted mission performance result through skipping rope; If caught, a successful notification is displayed and the captured monster is a monster catching method using jump rope, characterized in that it includes the step of being stored in the monster collection list.
The method of claim 1, wherein in the step of searching for and displaying various monsters according to various environments in a specific area, for example, the monster's grade is divided into 5 grades, and as the grade increases, the probability of appearing gradually decreases, In addition, even with the same level, the probability of appearing is higher for normal monsters and lower for special monsters. A method of catching monsters using jumping rope, characterized in that the types of monsters that can appear vary according to the type of environment.
According to claim 1, wherein when catching a monster, the step of receiving a mission by selecting a monster to catch is a mission in jumping rope equipped with a sensor that measures the amount of impact of a sensor that measures the number of rotations of jumping rope and a shock sensor installed on the jump rope A method of catching monsters using skipping rope, characterized in that the mission content is created and provided so that an action can be performed according to the method.
The method according to claim 3, wherein the assigned mission is based on how many jumps can be made within a set time. Of course, the higher the number, the higher the mission success score and the higher the probability of catching monsters.
The method of claim 3, wherein the assigned mission can be made with the amount of time that can exceed the set number of skipping ropes. Of course, the shorter the time, the higher the mission success score and the higher the probability of catching monsters.
According to claim 3, The given mission can be made with a certain measure of the mission music is played by the impact amount of the shock sensor mounted on the jump rope. Of course, the higher the exact match and the shorter the execution time, the higher the mission success score and the higher the probability of catching monsters.
According to claim 3, The given mission can be made with a certain measure of music automatically played according to the impact of the shock sensor mounted on the jump rope. Of course, the shorter the execution time, the higher the mission success score and the higher the probability of catching monsters.
Another way to increase the probability of catching a monster is to use an advertisement set on a monster of a certain grade, and when you see the advertisement, the probability of catching the monster increases to a certain extent.
According to claim 8, wherein the provided advertisement and the monster is an advertisement provided by an advertiser, and the advertisements are matched with each other in monster grades according to the advertisement cost, and the probability of being caught according to the advertisement cost is slightly higher. method.
The video captured by the camera is provided on the screen of the app, and monsters are created by matching the surrounding environment. From among the monsters, select a catchable target and perform a jump rope mission to increase the chance of catching monsters. a game execution interface 100 to perform; a game operation unit 200 for controlling the movement of the game; Augmented reality implementation unit 300 to implement the video taken with the smartphone camera in augmented reality to provide the game performance interface; A monster providing unit 400 that measures the importance of the surrounding environment and calculates the appearance probability according to the grade of each monster to generate and provide the monster on the augmented reality screen; Monster information providing unit 500 for providing information on the selected monster; When selecting to catch a monster, a mission generating unit 600 that generates and provides a mission to increase the probability of catching the corresponding monster; a mission performance determination unit 700 for notifying the monster catch processing unit by determining whether the mission has been executed; Monster catching processing unit 800 that executes catching monsters based on an increase in the probability of catching monsters according to the mission performance; The caught monster storage unit 900 for storing the caught monster; Monster list storage unit (1000) for storing a list of monsters that can be caught; A surrounding environment weight database 1100 having a surrounding environment weight value for creating a monster; An advertisement providing unit 1200 that provides advertisements to increase the probability of catching monsters; A method of catching monsters using skipping rope, characterized in that it includes an advertisement database 1300 that stores advertisement information.