KR-102963222-B1 - SMART BIO-HEALTH DEVICE FOR ROPE JUMPING COUNTING AND METHOD FOR OPERATION THE SAME

KR102963222B1KR 102963222 B1KR102963222 B1KR 102963222B1KR-102963222-B1

Abstract

The present invention relates to a smart bio-health device for counting jump ropes and a method for operating the same. It comprises: a sensor operation recognition unit that recognizes whether sensors provided in the jump ropes are operating when a user turns on an operation switch provided on the handle of the jump rope; a user posture adjustment unit that outputs a message to maintain a basic posture to the user when the operation of the sensors provided in the jump ropes is confirmed, and collects multiple sensor position information while the user maintains a basic posture; a sensor position adjustment control unit that estimates the user's height based on the collected multiple sensor position information and controls the adjustment of multiple sensor positions according to the estimated user's height; and a jump rope counting unit that counts the number of times the user has jumped rope when operation is initiated based on setting information entered by the user after the adjustment of multiple sensor positions is completed.

Inventors

양현석
안인숙

Assignees

선문대학교 산학협력단

Dates

Publication Date: 20260511
Application Date: 20241211

Claims (15)

A sensor operation recognition unit that recognizes whether sensors equipped in the interlocking jump ropes are operating when a user turns on an operation switch provided on the handle of the jump rope; A user posture adjustment unit that, when the operation of sensors equipped in the jump rope is confirmed, outputs a message to the user to maintain a basic posture and collects multiple sensor location information while the user maintains the basic posture; A sensor position adjustment control unit that estimates the user's height based on collected multiple sensor position information and controls the adjustment of multiple sensor positions according to the estimated user's height; and A jump rope counting unit that counts the number of times a user jumps rope when operation is initiated based on setting information entered by the user after multiple sensor positions have been adjusted; A smart bio-health device for jump rope counting characterized by including
In paragraph 1, A smart bio-health device for counting jump ropes, characterized in that the sensor operation recognition unit recognizes whether sensors provided in at least one of both handles of the jump rope and the center of the rope or nearby are operating.
In paragraph 1, A smart bio-health device for jump rope counting, characterized in that the user posture adjustment unit outputs a basic posture maintenance message to the user, including the content of taking a preset basic posture and the time for taking the basic posture, and collects multiple sensor location information when the user maintains the basic posture after the preset time has elapsed.
In paragraph 1, The above sensor position adjustment control unit is, User two-hand position estimation unit that estimates the positions of both hands of a user holding a jump rope handle from multiple collected sensor position information; A user height estimation unit that estimates the user's height based on the estimated positions of both of the user's hands; and A position adjustment message transmission unit that corresponds pre-set user key-specific sensor location information to the estimated user's key and transmits a position adjustment message to a driving device of multiple sensors equipped in a jump rope; and A position adjustment completion message receiving unit that receives a position adjustment completion message transmitted after position adjustment is completed from a driving device of multiple sensors; A smart bio-health device for jump rope counting characterized by including
In paragraph 4, A smart bio-health device for counting jump ropes, characterized in that the above-described position adjustment message transmission unit transmits a position adjustment message to maintain the positions of multiple sensors located at or near the center of the jump rope if the estimated user's height falls within a preset reference range, transmits a position adjustment message to move the positions of multiple sensors located at or near the center of the jump rope toward the jump rope handle if the estimated user's height falls within a first range lower than the preset reference range, and transmits a position adjustment message to move the positions of multiple sensors located at or near the center of the jump rope toward the ground if the estimated user's height falls within a second range higher than the preset reference range.
In paragraph 1, A smart bio-health device for counting jump ropes, characterized in that the jump rope counting unit receives setting information including at least one of the jump rope type and user mobile terminal information to be linked through an external display unit, and after the user selects and inputs a start button provided on the external display, when the user starts jumping rope, the unit counts the number of times the user jumps rope, the time, and the calorie consumption based on changes in the positions of a plurality of sensors.
In paragraph 1, A smart bio-health device for counting jump ropes, characterized by including a jump rope pattern identification unit that identifies jump rope pattern information including at least one of the user's jump rope posture and speed based on changes in the position of a plurality of sensors when the user starts jumping ropes.
In paragraph 1, A smart bio-health device for counting jump ropes, characterized by including a bio-data collection unit that collects bio-data, including at least one of heart rate and body temperature, from sensors provided on the jump rope handles when a user starts jumping rope.
In paragraph 1, A smart bio-health device for counting jump ropes, characterized by including a user record sharing unit that compares and shares user records based on the counted number of jump ropes, time, and date of the user with real-time or previously stored records of other users.
In paragraph 1, A smart bio-health device for counting jump ropes, characterized by including an information providing unit that provides at least one of the number of times the user jumped ropes, time and calories consumed, the user's jump rope pattern information, the user's biometric data, and the user record sharing results to a user's mobile terminal that has been pre-entered.
A step of recognizing whether the sensors provided in the interlocking jump ropes are operating when the user turns on the operation switch provided on the handle of the jump rope by means of a sensor operation recognition unit; When the operation of sensors equipped in the jump rope is confirmed by the user posture adjustment unit, a step of outputting a basic posture maintenance message to the user to collect multiple sensor location information while the user maintains the basic posture; A step of estimating the user's height based on collected multiple sensor location information by a sensor position adjustment control unit, and controlling multiple sensor position adjustments according to the estimated user's height; and A step of counting the number of times a user jumps rope when an operation is initiated based on setting information entered by a user, after the positioning of a plurality of sensors is completed by the jump rope counting unit; A method for operating a smart bio-health device for counting jump ropes, characterized by including
In Paragraph 11, When the operation of the sensors equipped in the jump rope is confirmed, the step of outputting a basic posture maintenance message to the user and collecting multiple sensor location information while the user maintains the basic posture is, A method for operating a smart bio-health device for jump rope counting, characterized by outputting a basic posture maintenance message to a user that includes the content of assuming a preset basic posture and the time for assuming the basic posture, and collecting multiple sensor location information when the user maintains the basic posture after a preset time has elapsed.
In Paragraph 11, The step of estimating the user's height based on collected multiple sensor location information and controlling the adjustment of multiple sensor locations according to the estimated user's height is A step of estimating the positions of both hands of a user holding a jump rope handle from multiple collected sensor location information; A step of estimating the user's height based on the estimated positions of both of the user's hands; A step of transmitting a position adjustment message to a driving device of multiple sensors equipped in a jump rope by associating pre-set user key-specific sensor location information with the estimated user's key; and A step of receiving a position adjustment completion message transmitted after position adjustment is completed from the driving device of multiple sensors; A method for operating a smart bio-health device for counting jump ropes, characterized by including
In Paragraph 13, The step of transmitting a position adjustment message to a driving device of multiple sensors equipped in a jump rope by associating pre-set user key-specific sensor location information with the estimated user's key is A method for operating a smart bio-health device for counting jump ropes, characterized by transmitting a position adjustment message to maintain the positions of multiple sensors located at or near the center of the jump rope if the estimated user's height falls within a preset reference range, transmitting a position adjustment message to move the positions of multiple sensors located at or near the center of the jump rope toward the jump rope handle if the estimated user's height falls within a first range lower than the preset reference range, and transmitting a position adjustment message to move the positions of multiple sensors located at or near the center of the jump rope toward the ground if the estimated user's height falls within a second range higher than the preset reference range.
In Paragraph 11, After the adjustment of multiple sensor positions is completed, and when operation is initiated based on the setting information entered by the user, following the step of counting the number of times the user jumps rope, A method for operating a smart bio-health device for counting jump ropes, characterized by including the step of providing at least one of the number of times the user jumped ropes, time and calories consumed, the user's jump rope pattern information, the user's biometric data, and the user record sharing results to a user's mobile terminal that has been entered.

Description

Smart Bio-Health Device for Rope Jumping Counting and Method for Operating the Same The present invention relates to a smart bio-health device for counting jump ropes and a method for operating the same. More specifically, it relates to a smart bio-health device for counting jump ropes and a method for operating the same, which controls the adjustment of multiple sensor positions based on the height of a user estimated based on position information of sensors equipped in an interlocking jump rope, and counts the number of times a user has jumped rope after the adjustment of multiple sensor positions is completed. Jump rope has long been widely used by the general public as a form of health exercise and beauty gymnastics. There are various types of jump rope movements, ranging from those performed alone with a short rope to those performed by multiple people with a long rope. As for exercise methods, such as X-jumps, rotating the rope twice while jumping once, having another person stand in front of the person holding the rope to face each other while jumping, or standing side by side facing in the same direction (forward) and jumping, a single jump rope is used as a versatile tool for exercising with multiple people together and enjoying games. When performed continuously for a long time, jump rope exercises stimulate respiratory and circulatory functions and muscles, making them effective for improving overall endurance. Additionally, since there are various types of jumping movements, it is effective for developing a sense of rhythm and timing throughout the body. Furthermore, as it is a full-body workout that does not require a large space, it is widely used as a means of sports training. Recently, various features are being added to the handles and ropes of jump ropes to make them more convenient and interesting. In this regard, Korean Published Patent No. 2022-0020742 discloses an "exercise induction system using a jump rope." FIG. 1 is a diagram illustrating a schematic configuration of a system to which a smart bio-health device for counting jump ropes according to the present invention is applied. FIG. 2 is a diagram illustrating the configuration of a smart bio-health device for counting jump ropes according to the present invention. FIG. 3 is a diagram illustrating the detailed configuration of a sensor position adjustment control unit applied to a smart bio-health device for counting jump ropes according to the present invention. FIG. 4 is a flowchart illustrating a method for operating a smart bio-health device for counting jump ropes according to the present invention. FIG. 5 is a flowchart for explaining in detail a method of controlling the position adjustment of a plurality of sensors according to the user's height in a method of operating a smart bio-health device for counting jump ropes according to the present invention. The present invention is capable of various modifications and may have various embodiments, and specific embodiments are illustrated in the drawings and described in detail. However, this is not intended to limit the invention to specific embodiments, and it should be understood that it includes all modifications, equivalents, and substitutions that fall within the spirit and scope of the invention. Similar reference numerals have been used for similar components in the description of each figure. When it is stated that one component is "connected" or "connected" to another component, it should be understood that while it may be directly connected or connected to that other component, there may also be other components in between. On the other hand, when it is stated that one component is "directly connected" or "directly connected" to another component, it should be understood that there are no other components in between. The terms used in this application are used merely to describe specific embodiments and are not intended to limit the invention. The singular expression includes the plural expression unless the context clearly indicates otherwise. In this application, terms such as "comprising" or "having" are intended to indicate the presence of the features, numbers, steps, actions, components, parts, or combinations thereof described in the specification, and should be understood as not precluding the existence or addition of one or more other features, numbers, steps, actions, components, parts, or combinations thereof. Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the attached drawings. Hereinafter, the same reference numerals are used for identical components in the drawings, and redundant descriptions of identical components are omitted. FIG. 1 is a diagram illustrating a schematic configuration of a system to which a smart bio-health device for counting jump ropes according to the present invention is applied. Referring to FIG. 1, the system to which the smart bio-health device for counting jump