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KR-102963418-B1 - Respiration Meditation Inducement device with Headphones and Respiration Meditation Inducement Service System By Using the Same

KR102963418B1KR 102963418 B1KR102963418 B1KR 102963418B1KR-102963418-B1

Abstract

The present invention relates to a headphone-compatible breathing meditation induction device configured to physically act on a user's nose to appropriately regulate breathing occurring through the user's nostrils, and a breathing meditation induction service system using the headphone-compatible breathing meditation induction device. The headphone-compatible breathing meditation induction device according to the present invention is a headphone-compatible breathing meditation induction device that acts on the nose area of a user to enable the user to perform breathing exercises, and comprises a headset (10) having first and second speaker units (12a, 12b), and a control device that is communicationally coupled with the headset (10) and controls the operation of the headset (10), wherein first and second pressing parts (20a, 20b) are coupled to the first and second speaker units (12a, 12b) respectively through first and second coupling parts (30a, 39n), and the first and second pressing parts (20a, 20b) each comprise a pressing part body (21), a guide member (22) coupled to one end of the pressing part body (21), and a pressing rod (24) installed to slide inside the guide member (22) and presses the nose area of the user. It is configured by providing it.

Inventors

  • 이준

Assignees

  • 주식회사 힐리온

Dates

Publication Date
20260512
Application Date
20231222

Claims (10)

  1. In a headphone-integrated breathing meditation induction device that acts on the user's nose area to enable the user to perform breathing exercises, A headset having first and second speaker units, and A control device that is coupled to communication with the above headset and controls the operation of the above headset is provided. The first and second speaker units are each coupled with first and second pressing parts through first and second coupling parts, respectively. The first and second pressing parts are each configured to have a pressing part body, a guide member coupled to one end of the pressing part body, and a pressing rod installed to slide inside the guide member and press the user's nose area. The first or second speaker unit comprises a ring-shaped headset body having a hollow portion in the center, and A speaker is provided in the central part of the above headset body, and A plug for opening and closing the hollow portion is detachably coupled to the outer side of the headset body, and The above headset body and plug are joined through a permanent magnet, and The above pressing part is coupled to the above coupling part so as to be able to slide in the front-rear direction, The above pressing part is composed of a tilting part and a moving part, wherein the tilting part is fixedly and tiltably coupled to the coupling part, and the moving part is characterized in that its length is deformed as it moves while the tilting part is fixed. Only the respiratory assembly at the top of the pressing part moves in the forward/backward direction, and The pressing part is divided into a tilting part (20a-1) and a moving part (21a-1), and A leaf spring is positioned inside the tilting part (20a-1), and when moving back and forth, the leaf spring is located inside the upper cover so that the motor case moves back and forth along the curves and four upper and lower guide grooves during movement, the motor (24a) is mounted inside the pressing part, and the tilting part (20a-1) rotates and tilts at the coupling part. One side of the hole is designed to be elliptical (20a-3) so that the breathing rod can be raised upward, and Four guide grooves (or channels) are formed in the case surrounding the regulator to allow movement along the grooves (or channels), thereby minimizing movement during forward and backward motion, and A leaf spring is placed at the top of the regulator assembly to allow movement at regular intervals, and In the fixing method of the breathing apparatus rotation assembly, the rotational force is controlled by adjusting the fastening amount with a screw-type screw, and When rotating, the stopper is located in the case surrounding the support assembly, and A breathing meditation induction device that doubles as a headphone, characterized in that the tilting part of the pressing section rotates and tilts at a fixed point, and the tilting part is configured such that one side of the hole has an elliptical structure to raise the breathing rod at a 90-degree angle.
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  3. In paragraph 1, The above control device is equipped with an application, and The above application provides a breathing method setting screen for the user to set a breathing method, and The above application provides an adjustment menu that allows the user to adjust the execution time for each section of the breathing method, and The above application provides an interface screen that allows the user to arbitrarily register breathing techniques, and The above application provides a function that allows the user to access a content hosting website during the execution of breathing exercises, and The above application is a breathing meditation induction device combined with headphones, characterized by providing an interface screen that allows the user to adjust the pressure applied by the above-mentioned push rod.
  4. A breathing meditation induction device that doubles as a headphone, characterized in that, in claim 1, a body temperature sensor is provided in the headset, and when worn by a user, it comes into contact with the earlobe and automatically senses body temperature data and transmits it to a control unit when performing a breathing meditation service.
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Description

Respiration Meditation Inducement device with Headphones and Respiration Meditation Inducement Service System By Using the Same The present invention relates to a headphone-compatible breathing meditation induction device and a breathing meditation induction service system using said device, wherein mental stability and psychotherapy are possible by downloading a breathing meditation induction service application for a breathing meditation induction service system through a personal terminal capable of wired or wireless communication and using the headphone-compatible breathing meditation induction device connected via Bluetooth communication, and thereby maximizing the meditation effect by controlling breathing automatically during meditation practice. In addition, the present invention relates to a headphone-integrated breathing meditation induction device configured to physically act on the user's nose to appropriately regulate breathing occurring through the user's nostrils. In addition, the present invention relates to a breathing meditation guidance service system using a headphone-compatible breathing meditation guidance device that enables a user to efficiently utilize the headphone-compatible breathing meditation guidance device. Breathing techniques have long been studied as a means to stabilize the mind and body and promote health. Various types of breathing techniques are well-known, including abdominal breathing, thoracic breathing, Danjeon breathing, and alternating breath. Generally, breathing techniques are distinguished by the vertical movement of the diaphragm or the method of inhaling and exhaling through the nostrils. For example, abdominal breathing and thoracic breathing differ in the vertical movement of the diaphragm, while alternating breath differs from other breathing techniques in the method of breathing through the nostrils. Unlike other breathing techniques, alternating breath is executed by using two nostrils alternately. Alternating breath is a breathing technique practiced by yoga practitioners and is known to be effective for neurological disorders and chronic diseases caused by constitutional imbalances. Breathing techniques can be performed independently or in conjunction with other methods. For example, alternating nostril breathing can be performed alongside abdominal breathing or Danjeon breathing. Generally, breathing techniques can be performed by the practitioner artificially controlling their own body without the need for separate tools. However, breathing techniques that require breath control through the nostrils, such as alternating nostril breathing, require a separate tool to open and close the nostrils. Traditionally, the practitioner's own fingers were used to open and close the nostrils. That is, a practitioner of alternating nostril breathing regulates inhalation and exhalation through the nostrils by applying pressure to the nasal area with their fingers. However, this method of opening and closing the nostrils was very inconvenient for the practitioner and had the disadvantage of causing a decrease in concentration during the breathing exercise. A breathing control device has been proposed as a tool to assist the non-respiratory lungs of a breathing technique practitioner. For example, Korean Registered Patents No. 10-0873446 (Title: Breathing Control Device), No. 10-0960026 (Title: Breathing Control Device), No. 10-1463993 (Title: Breathing Control Device), No. 10-1507157 (Title: Breathing Control Device), and No. 10-1306951 (Title: Breathing Control Device) disclose breathing control devices configured to open and close the nostrils by appropriately pressurizing the nasal area of a breathing technique practitioner. Conventional breathing control devices are all designed in the form of glasses and mounted on the upper part of the nose. Typically, a breathing control device is equipped with a pressure rod to apply pressure to the nose area and a motor to drive it. Consequently, the device itself is heavier than ordinary glasses. When the breathing control device is mounted on the user's nose, most of its weight is applied to the upper side of the nose, and this weight may interfere with the user's mental discipline. The attached drawings are intended to illustrate embodiments of the present invention. Therefore, it should be understood that some components may be exaggerated or omitted for the effective description of the embodiments. FIG. 1 is a perspective view of a breathing meditation induction device combined with headphones according to one embodiment of the present invention, viewed from one front direction. FIG. 2 is a perspective view of the headphone-compatible breathing meditation induction device of FIG. 1, viewed from the rear side. FIG. 3 is an exploded perspective view showing the internal configuration of the first speaker unit (12a) in FIG. 1. FIG. 4 is a perspective view of the cover (126) in FIG. 3 viewed from the inside. FIG. 5 is a p