KR102277786B1 - Acupressure glasses cover complete with bone conduction earphones - Google Patents

Abstract

Acupressure glasses cover with bone conduction earphones according to an embodiment of the present invention includes: a spectacle leg, a nose pad, and a spectacle cover body detachable from the rim; a vibrator which is inserted into the inside of the eyeglass cover body through the groove of the eyeglass cover body and transmits sound through bone conduction; a vibration sensor connected to the vibrator and configured to detect the vibration intensity of the vibrator and whether the vibrator is operating; and a motion detection sensor; It is provided on the inside of a part of the spectacle cover body surrounding a part of the temples and is connected to the vibrator, generates a first vibration energy that can be adjusted according to the vibration intensity of the vibrator, and generates a first vibration energy with the first vibration intensity by the first vibration energy. A first acupressure acupressure unit for acupressure points; a second acupoint acupressure unit provided on one side of the eyeglass cover body surrounding the nose pad, generating second vibration energy, and pressing the second acupoint point with a second vibration intensity by the second vibration energy; a third acupoint acupressure unit provided on the lower side of the other side of the glasses body cover, which is curved to surround the rim, and generates third vibration energy and presses the third acupoint point with a third vibration intensity by the third vibration energy; and a fourth acupoint acupressure unit provided on the other side of the eyeglass body cover extending in one direction to surround the rim, generating a fourth vibration energy, and pressing the fourth acupressure point with the fourth vibration intensity by the fourth vibration energy Including;, the first acupoint is at least one of acupuncture points, cheongunghyeol, and cheonghoehyeol, the second acupoint is Jeong Myunghyeol, and the third acupoint is Seungeuphyeol, sabaekhyeol, Dongsahwahyeol, and Taeyanghyeol, at least one of the fourth acupoints. is at least one of sajukgonghyeol and chanjukhyeol.

Description

Acupressure glasses cover complete with bone conduction earphones available with bone conduction earphones

The present invention relates to acupressure glasses cover that can be equipped with a bone conduction earphone, and more particularly, it is detachable from the glasses, and after being attached to the glasses, acupressure points on the face while delivering music or video sound through bone conduction It relates to a glasses cover that can do it.

Bone Conduction Earphones are earphones that apply the principle of transmitting sound through bones. This is a method in which the vibration from the bone conduction vibrator attached to the skull reaches the inner ear through the skull. By using this method, it is possible to prevent hearing loss caused by long-term use, and since it is not necessary to cover the ears, it is possible to relieve the stuffiness caused by wearing earphones.

In relation to the bone conduction earphone as described above, Republic of Korea Patent Publication No. 10-1853248 discloses glasses having a sound input/output function. The Republic of Korea Patent Publication No. 10-1853248 discloses a leg part connected to both sides of the lens frame part and spanning the wearer's ear, a sound force part provided in the lens frame part or the leg part to receive sound, and the leg part can be rotated Disclosed is glasses including a sound output unit for listening to the sound input to the sound input unit in a bone conduction method, and an angle adjusting unit provided in the sound output unit and the leg unit to adjust the rotation angle of the sound output unit.

And in the Republic of Korea Patent Publication No. 10-1853248, the sound output unit selectively contacts the tragus part of the ear or the posterior deltoid muscle by the angle adjusting unit and outputs the sound in the bone conduction method, so that the wearer outputs the sound from the sound output unit Since it is possible to simultaneously listen to the generated sound and the sound generated in the surroundings, there is an advantage in that it is possible to prevent a safety accident that may occur due to the inability to hear an external sound.

However, in the Republic of Korea Patent Registration No. 10-1853248, a significant amount of vibration energy output from the sound output unit is used to vibrate the leg unit and the lens frame, and there is a problem in that the loss of vibration energy is large, and vibration of the leg unit and the lens frame. There is a problem in that it acts as a factor to amplify the sound leaking to the outside and avoids wearing glasses by giving the wearer an unpleasant feeling due to vibration.

Furthermore, since the Republic of Korea Patent Publication No. 10-1853248 only provides a sound input/output function to the user, it cannot provide various functions to the user, and in particular, there is a problem in that it cannot solve the fatigue of the user wearing glasses. .

Republic of Korea Patent Publication No. 10-1853248

The present invention has been devised to solve the above problems, and when attached to glasses, a bone conduction earphone capable of relieving fatigue by vibrating and acupressure of various acupoints while delivering sound of music or images through bone conduction is available. An object of the present invention is to provide a cover for acupressure glasses.

An object of the present invention is to provide an acupressure spectacles cover that can be provided with a bone conduction earphone made of a flexible material that is deformable so that it can be detached from various glasses regardless of the design of the spectacles.

In addition, the present invention is equipped with a bone conduction earphone capable of vibrating acupressure points of at least one acupuncture point of irimunhyeol, cheonggunghyeol, changhoehyeol, jeongmyeonghyeol, seungeuphyeol, sabaekhyeol, dongsahyeol, taeyanghyeol, sajukonghyeol, and chanjukhyeol An object of the present invention is to provide a possible acupressure spectacle cover.

Another object of the present invention is to provide a menstrual acupressure spectacles cover that can be equipped with a bone conduction earphone capable of vibrating acupressure of various acupuncture points by using the vibration energy plus the vibration energy of the vibrator.

On the other hand, the technical problems to be achieved in the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned are clearly to those of ordinary skill in the art to which the present invention belongs from the description below. can be understood

As a technical means for achieving the above object, the acupressure spectacles cover capable of being equipped with a bone conduction earphone according to an embodiment of the present invention includes: a spectacle leg, a nose pad, and a spectacle cover body detachable from the rim; a vibrator which is inserted into the inside of the eyeglass cover body through the groove of the eyeglass cover body and transmits sound through bone conduction; a vibration sensor connected to the vibrator and configured to detect the vibration intensity of the vibrator and whether the vibrator is operating; and a motion detection sensor; It is provided on the inside of a part of the spectacle cover body surrounding a part of the temples and is connected to the vibrator, generates a first vibration energy that can be adjusted according to the vibration intensity of the vibrator, and generates a first vibration energy with the first vibration intensity by the first vibration energy. A first acupressure acupressure unit for acupressure points; a second acupoint acupressure unit provided on one side of the eyeglass cover body surrounding the nose pad, generating second vibration energy, and pressing the second acupoint point with a second vibration intensity by the second vibration energy; a third acupoint acupressure unit provided on the lower side of the other side of the glasses body cover, which is curved to surround the rim, and generates third vibration energy and presses the third acupoint point with a third vibration intensity by the third vibration energy; and a fourth acupoint acupressure unit provided on the other side of the eyeglass body cover extending in one direction to surround the rim, generating a fourth vibration energy, and pressing the fourth acupressure point with the fourth vibration intensity by the fourth vibration energy Including;, the first acupoint is at least one of acupuncture points, cheongunghyeol, and cheonghoehyeol, the second acupoint is Jeong Myunghyeol, and the third acupoint is Seungeuphyeol, sabaekhyeol, Dongsahwahyeol, and Taeyanghyeol, at least one of the fourth acupoints. is at least one of sajukgonghyeol and chanjukhyeol.

And the first acupressure unit, when it is detected that the vibrator is operated by the motion sensor, receives information about the vibration intensity of the vibrator from the vibration sensor, and adds the vibration intensity of the vibrator to reach the first vibration intensity Vibration energy can be generated.

In addition, the first acupressure unit, a first vibrating unit connected to the vibrator and generating a first vibration energy; and a first acupressure part coupled to one side of the first vibrating part, protruding from the inside of a part of the eyeglass cover body, and pressing the first acupressure point with a first vibration intensity; and, the first acupressure part, acupressure part of the first acupressure point A plurality of 1-1 acupressure units and a plurality of 1-2 acupressure units may be arranged in parallel or alternately arranged in two rows.

And the first acupressure part, the first acupressure part of the plurality of 1-1 acupressure parts or the plurality of 1-2 acupressure parts doedoe more protruding from the inside of the part of the eyeglass cover body than the other first acupressure part, Each of the 1-1 acupressure part and the 1-2 acupressure part constituting the 1-1 acupressure part and the plurality of 1-2 acupressure parts may protrude from the inside of a portion of the spectacle cover body at different heights.

In addition, the second acupressure unit, a second vibrating unit for generating a second vibration energy; and a second acupressure unit coupled to one side of the second vibrating unit, protruding from one side of the eyeglass cover body, and pressing the second acupressure point with a second vibration intensity; the second acupressure unit includes: a central portion of one side of the spectacle cover body A 2-1 acupressure unit protruding from the acupressure unit for acupressure at the second acupressure point with a second vibration intensity; and a plurality of 2-2 acupressure units protruding from the periphery of one side of the spectacle cover body to surround the 2-1 acupressure unit and pressing the periphery of the second acupressure point with a second vibration intensity.

And the second acupressure part, the second acupressure part of one of the 2-1 acupressure part or the plurality of 2-2 acupressure parts doedoe more protruding from one side of the glasses cover body than the other second acupressure part, the plurality of second- Each of the 2-2 acupressure parts constituting the 2 acupressure parts may protrude from the peripheral part of one side of the eyeglass cover body at different heights.

In addition, the third acupressure unit, a third vibrating unit for generating a third vibration energy; and a third acupressure part coupled to one side of the third vibrating part, protruding from the lower part of the other side of the eyeglass cover body, and pressing the third acupressure point with a third vibration intensity. a plurality of 3-1 acupressure parts protruding from the outside of the lower part and pressing the third acupressure point with a third vibration intensity; and a plurality of 3-2 acupressure parts protruding from the inner side of the lower portion of the other side of the eyeglass cover body adjacent to the lens rather than the plurality of 3-1 acupressure parts and pressing the third acupressure point with a third vibration intensity.

And the third acupressure part, the plurality of 3-1 acupressure part and the plurality of 3-2 acupressure part are arranged in two rows or alternately arranged, one of the plurality of 3-1 acupressure part or the plurality of 3-2 acupressure part of the third acupressure part protrudes more from the lower part of the other side of the eyeglass cover body than the other third acupressure part, and each of the 3-1 acupressure parts constituting the plurality of 3-1 acupressure parts and the plurality of 3-2 acupressure parts and the 3-2 acupressure part may protrude from the lower part of the other side of the eyeglass cover body at different heights.

In addition, the fourth acupressure unit, a fourth vibrating unit for generating a fourth vibration energy; and a fourth acupressure unit coupled to one side of the fourth vibrating unit, protruding from the upper part of the other side of the eyeglass cover body, and pressing the fourth acupressure point with a fourth vibration intensity; including, the fourth acupressure unit pressing the fourth acupressure point A plurality of 4-1 acupressure parts and a plurality of 4-2 acupressure parts for this purpose may be arranged in parallel or alternately arranged in two rows.

And the fourth acupressure part, one fourth acupressure part of the plurality of 4-1 acupressure part or the plurality of 4-2 acupressure part protrudes more from the upper part of the other side of the eyeglass cover body than the other fourth acupressure part, Each of the 4-1 acupressure part and the 4-2 acupressure part constituting the 4-1 acupressure part and the plurality of 4-2 acupressure parts may protrude from the upper part of the other side of the eyeglass cover body at different heights.

According to an embodiment of the present invention, it is possible to relieve fatigue of the wearer by vibrating acupressure various acupoints while delivering the sound of music or video through bone conduction.

And according to an embodiment of the present invention, it is possible to vibrating acupressure points of at least one acupuncture point of Leemunhyeol, Cheonggunghyeol, Cheonghoehyeol, Jeongmyunghyeol, Seungeuphyeol, Sabaekhyeol, Dongsasalhyeol, Taeyanghyeol, Sajukonghyeol, and Chanjukhyeol. .

In addition, according to an embodiment of the present invention, it is possible to vibrate various acupuncture points by using the vibration energy plus the vibration energy of the vibrator.

On the other hand, the effects obtainable in the present invention are not limited to the above-mentioned effects, and other effects not mentioned will be clearly understood by those of ordinary skill in the art to which the present invention belongs from the following description. will be able

1 is a perspective view illustrating acupressure glasses cover that can be equipped with a bone conduction earphone according to an embodiment of the present invention.
2 is a block diagram showing the configuration of acupressure glasses cover that can be equipped with a bone conduction earphone according to an embodiment of the present invention.
3 is a view showing a method of providing the first acupressure unit.
Figure 4 is a view showing the first acupressure point to the first acupressure unit acupressure.
5 is a partially enlarged view showing a nose pad and a second acupressure part of the glasses.
Figure 6 is a view showing a second acupressure point that the second acupressure unit acupressure.
7 is a rear view showing the third and fourth acupressure units.
8 is a view showing the third and fourth acupressure points that the third and fourth acupressure units acupressure.
9 is a view showing a side cross-section of the first, second, third, and fourth acupressure part.

Hereinafter, with reference to the accompanying drawings, embodiments of the present invention will be described in detail so that those of ordinary skill in the art can easily carry out the present invention. However, since the description of the present invention is only an embodiment for structural or functional description, the right (the scope of the present invention) should not be construed as being limited by the embodiment described in the text. That is, the embodiment is subject to various changes Since this is possible and can have various forms, it should be understood that the scope of the present invention includes equivalents that can realize the technical idea.In addition, the object or effect presented in the present invention must be included in all of the specific embodiments or It is not meant to include only such effects, so the scope of the present invention should not be construed as being limited thereby.

The meaning of the terms described in the present invention should be understood as follows.

Terms such as “first” and “second” are for distinguishing one component from another, and the scope of rights should not be limited by these terms. For example, a first component may be termed a second component, and similarly, a second component may also be termed a first component. When a component is referred to as being “connected” to another component, it may be directly connected to the other component, but it should be understood that other components may exist in between. On the other hand, when it is mentioned that a certain element is "directly connected" to another element, it should be understood that the other element does not exist in the middle. Meanwhile, other expressions describing the relationship between elements, that is, “between” and “immediately between” or “neighboring to” and “directly adjacent to”, etc., should be interpreted similarly.

The singular expression is to be understood as including the plural expression unless the context clearly dictates otherwise, and terms such as "comprises" or "have" refer to the described feature, number, step, action, component, part or these It is intended to indicate that a combination exists, and it should be understood that it does not preclude the possibility of the existence or addition of one or more other features or numbers, steps, operations, components, parts, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs, unless otherwise defined. Terms defined in the dictionary should be interpreted as being consistent with the meaning of the context of the related art, and cannot be interpreted as having an ideal or excessively formal meaning unless explicitly defined in the present invention.

Hereinafter, with reference to the accompanying drawings, a bone conduction earphone according to an embodiment of the present invention will be described in detail with respect to the acupressure glasses cover (1).

1 is a perspective view illustrating acupressure glasses cover that can be equipped with a bone conduction earphone according to an embodiment of the present invention, and FIG. 2 is a configuration of acupressure glasses cover that can be equipped with a bone conduction earphone according to an embodiment of the present invention. It is a block diagram showing, FIG. 3 is a view showing a method of providing the first acupressure unit, FIG. 4 is a view showing the first acupressure point that the first acupressure unit presses, and FIG. 5 is a part showing the nose pad and the second acupressure unit of the glasses It is an enlarged view, Figure 6 is a view showing the second acupressure point that the second acupressure unit acupressure, Figure 7 is a rear view showing the third and fourth acupressure unit, Figure 8 is the third and fourth acupressure unit 3, 4 acupressure It is a view showing acupoint points, and FIG. 9 is a view showing a side cross-section of the first, second, third, and fourth acupressure units.

1 to 2 , the acupressure spectacles cover 1 that can be equipped with a bone conduction earphone according to an embodiment of the present invention is made of a spectacle cover 100 made of a flexible material (eg, silicone).

And the spectacle cover 100 is detachable from the normal spectacle body 10 including the temple 11, the lens 12, the nose pad 13, the rim, etc. by the characteristics of the material, and the spectacle body ( After being attached to 10), the sound of music or video is transmitted through bone conduction.

In addition, the glasses cover 100 is a flexible material, the glasses cover body 101, and the vibrator 103 for bone conduction-based sound transmission is detachable, and the vibrator 103 can be inserted in order to attach and detach the vibrator 103. A diameter groove 102 is formed on the outside of a part of the spectacle cover body 101 surrounding a part of the temple 11 .

In addition, the glasses cover 100 provides a first acupressure unit 110, a second acupressure unit 120, and a second acupressure unit 110 to relieve fatigue by vibrating various acupressure points while delivering the sound of music or images through bone conduction. 3 acupoint acupressure unit 130 , a fourth acupoint acupressure unit 140 , a motion sensor 150 , a vibration sensor 160 and a control unit 170 . Here, the controller 170 may control each of the components of the eyeglass cover 100 .

Here, the vibrator 103 is a component that generates sound, and is made of a bone conduction vibrator, and is provided inside the eyeglass cover body 101 through insertion into the groove 102, and through bone conduction. It transmits the sound of music or video to the glasses wearer. Here, the transmission of sound through bone conduction will preferably be understood as transmitting the sound of music or video by generating vibration.

And as the vibrator 103 is inserted into the groove 102, it is in close contact with the first acupressure acupressure unit 110 with the eyeglass cover body 101 interposed therebetween, and vibration energy for sound transmission through the contact is generated by the glasses. It is transmitted not only to the wearer, but also to the first acupressure acupressure unit 110 .

In addition, the vibrator 103 is in close contact with the first acupressure acupressure unit 110 with the glasses cover body 101 interposed between the vibrator 103 received from the vibration sensor 160 by the first acupressure unit 110 . ) so that there is no difference between the information on the vibration intensity of the oscillator and the vibration intensity transmitted from the actual vibrator 103 .

On the other hand, the spectacle cover body 101 has a depth such that the vibrator 103 does not contact the temple 11 in order to prevent the temple 11 and the rim of the glasses from being vibrated by the vibration energy of the vibrator 103 . It would be desirable to form a groove 102 of

And the spectacle cover body 101 has a portion of the outside of the spectacle cover body 101 in which the groove 102 is formed, and a portion of the first acupressure acupressure unit 110 and the vibrator 103 to be in close contact with each other. It is made of a material that is not only flexible, but also prevents elastic deformation due to the vibration energy of the vibrator 103 , so that the vibration energy can be prevented from spreading to the temple 11 or the rim.

1 to 4, the first acupressure acupressure unit 110 is located between the eyeglass cover body 101 and the wearer's facial skin so as to surround the outside of the temples 11 and part of the eyeglass cover body 101 It is provided on the inside, and acupressure is applied to the first acupuncture points of the present invention, imunhyeol (a), cheonggunghyeol (b) and cheonghoehyeol (c). To this end, the first acupressure unit 110 is configured to include a first vibrating unit 111 and a first acupressure unit 112 .

When the motion detection sensor 150 detects the operation of the vibrator 103 , the first vibrator 111 receives information on the intensity of vibration of the vibrator 103 from the vibration detection sensor 160 , and the first vibration It is a configuration for generating the first vibration energy of intensity, and generates the first vibration energy in a different way depending on whether information on the vibration intensity of the vibrator is received from the vibration detection sensor 160 .

As a specific example, when the vibration sensor 160 transmits information on the vibration intensity of the vibrator 103 to the first vibrating unit 111 , the first vibrating unit 111 is the actual vibration intensity of the vibrator 200 . to generate the first vibration energy to reach the first vibration intensity. More specifically, when the first vibration intensity is 7 on the basis of 1 to 10 and the vibration intensity of the vibrator 103 received by the first vibration unit 111 is 3, the first vibration unit 111 is 4 A first vibration energy having a vibration intensity is generated.

That is, when the vibrator 103 operates, the first vibrating unit 111 uses the vibration intensity of the vibrator 103 and generates first vibration energy of the first vibration intensity plus the vibration intensity of the vibrator 103 . will do

On the other hand, when the vibration sensor 160 is in the standby state, the first vibration unit 111 generates first vibration energy having a first vibration intensity that does not include the vibration intensity of the vibrator 103 .

3 to 4 , the first acupressure unit 112 is coupled to one side of the first vibrating unit 111 , and protrudes from the inside of a portion of the eyeglass cover body 101 , and the first vibrating unit 111 . Through the first vibration energy generated from the acupressure with the first vibration intensity (a), Cheonggunghyeol (b), and Cheonghoehyeol (c). The first acupressure unit 520 uses the 1-1 acupressure unit 112a and the 1-2 acupressure unit 112b to apply acupressure to the acupressure unit acupressure (a), cheonggunghyeol (b), and cheonghoehyeol (c). is configured to include Here, the 1-1 acupressure part 112a forms one row of the first acupressure part 112 , and the 1-2 acupressure part 112b forms two rows of the first acupressure part 112 .

And the 1-1 acupressure unit 112a and the 1-2 acupressure unit 112b may apply acupressure to the omental blood (a), Cheonggunghyeol (b) and Cheonghoehyeol (c) in various forms.

As an example, referring to FIG. 3 (a), the 1-1 acupressure part 112a and the 1-2 acupressure part 112b are alternately arranged to form an acupressure part (a) and a blood pressure part (b). And it is possible to acupressure the Cheonghoehyeol (c).

As another example, referring to (b) of FIG. 3 , the 1-1 acupressure part 112a and the 1-2 acupressure part 112b are arranged in parallel in two rows, so that the acupressure part (a), cheonggunghyeol (b) and It is possible to acupressure blue blood (c).

As another example, referring to (c) of FIG. 3 , the 1-1 acupressure part 112a and the 1-2 acupressure part 112b are alternately arranged, and the 1-2 acupressure part 112b is the first -1 It is possible to protrude from one side of the first vibrating unit 111 than the acupressure unit 112a to apply acupressure to the acupressure part (a), cheonggunghyeol (b) and cheonggunghyeol (c). However, in another example, the 1-1 acupressure part 112a protrudes from one side of the first vibrating part 111 rather than the 1-2 acupressure part 112b on the contrary, so that the acupressure part (a), the chunggunghyeol (b) ) and Cheonghoehyeol (c) can also be acupressure.

Furthermore, the 1-1 acupressure part 112a and the 1-2 acupressure part 112b are alternately arranged in a state in which the protruding heights are different from each other, and the portion having the lowest protrusion height among the 1-2 acupressure parts 112b. is a state in which the protrusion height is higher than the portion having the highest protrusion height among the 1-1 acupressure parts 112a, so that the 1-2 acupressure parts 112b protrude higher than the 1-1 acupressure parts 112a as a whole. With this, it is possible to acupressure acupressure (a), cheonggunghyeol (b), and cheonghoehyeol (c).

Meanwhile, the 1-1 acupressure part 112a and the 1-2 acupressure part 112b of the above example are not limited to one example, and the 1-1 acupressure part 112a and the 1-2 acupressure part 112b are not limited thereto. ) is alternately arranged or arranged in parallel, and the 1-1 acupressure part 112a or 1-2 acupressure part 112b protrudes from one side of the first vibrating part 111 to the same height or different height, so that the acupressure part (a) ), Cheonggunghyeol (b) and Cheonghoehyeol (c) can be acupressure.

The first acupressure unit 112 applies acupressure method to the ear munhyeol (a), cheonggunghyeol (b) and cheonghoehyeol (c) in a preset acupressure method. As a specific example, the first is that the 1-1 acupressure unit 112a and the 1-2 acupressure unit 112b simultaneously acupressure acupressure (a), cheonggunghyeol (b), and cheonggunghyeol (c), and two In the second, a part of the 1-1 acupressure part 112a and the 1-2 acupressure part 112b presses on the acupressure part a, and in the third, the 1-1 acupressure part 112a and the 1-2 acupressure part 112b. A part of the acupressure part 112b presses the cheonggunghyeol (b), and the fourth part of the 1-1 acupressure part 112a and 1-2 acupressure part 112b presses the Cheonghoehyeol (c). , and then the acupressure process repeats the above process. Here, the acupressure time of each process may be within 1 to 5 seconds.

Furthermore, the first acupressure unit 112 applies acupressure to the left and right sides of the face based on the nose by a preset acupressure method (a), Cheonggunghyeol (b), and Cheonghoehyeol (c). As a specific example, the first is that the 1-1 acupressure unit 112a and the 1-2 acupressure unit 112b collect the left and right side of the face (a), Cheonggunghyeol (b), and Cheonghoehyeol (c). At the same time acupressure, the second acupressure part 1-1 (112a) and 1-2 acupressure part (112b) on the left side of the face acupressure (a), cheonggunghyeol (b) and cheonghoehyeol (c), , the third is the 1-1 acupressure unit (112a) and the 1-2 acupressure unit (112b) acupressure on the right side of the face acupressure (a), Cheonggunghyeol (b) and Cheonghoehyeol (c), and then The acupressure process is repeated as the above process.

Here, in the process of acupressure on the left side of the face (a), Cheonggunghyeol (b), and Cheonghoehyeol (c), the first 1-1 acupressure part 112a and the 1-2 acupressure part 112b are At the same time, acupressure is applied to the acupressure part (a), cheonggunghyeol (b), and cheonghoehyeol (c) on the left side of the face, and secondly, a part of the 1-1 acupressure part 112a and the 1-2 acupressure part 112b is applied. Acupressure on the left side of the face (a), and thirdly, a part of the 1-1 acupressure part (112a) and the 1-2 acupressure part (112b) pressurizes the cheonggunghyeol (b) on the left side of the face, and four Second, a portion of the 1-1 acupressure part 112a and the 1-2 acupressure part 112b presses the cheonghoehyeol (c) on the left side of the face, and the subsequent acupressure process repeats the above process.

In addition, in the process of acupressure on the right side of the face, the acupressure part (a), Cheonggunghyeol (b) and Cheonghoehyeol (c), the first 1-1 acupressure part 112a and the 1-2 acupressure part 112b are At the same time, acupressure is applied to the ear gate blood (a), cheonggung blood (b), and cheonghoe blood (c) on the right side of the face, and secondly, a part of the 1-1 acupressure part 112a and 1-2 acupressure part 112b is applied. Acupressure on the right side of the face (a), and thirdly, a part of the 1-1 acupressure part (112a) and the 1-2 acupressure part (112b) presses the cheonggunghyeol (b) on the right side of the face, and four Second, a portion of the 1-1 acupressure part 112a and the 1-2 acupressure part 112b presses the cheonghoehyeol (c) on the right side of the face, and the subsequent acupressure process repeats the above process.

1 to 2 and 5 to 6 , the second acupressure part 120 is provided on one side of the eyeglass cover body 101 surrounding the nose pad 13, and is the second acupoint of the present invention, Jeongmyeong. (Cheongmyeong) It is a configuration for acupressure (d). To this end, the second acupressure unit 120 is configured to include a second vibrating unit 121 and a second acupressure unit 122 .

The second vibration unit 121 is configured to generate the second vibration energy of the second vibration intensity, and the generated second vibration energy is generated from the second acupressure unit 122 . Here, the second vibration energy may have a different intensity from the first vibration energy. As a specific example, when the vibration intensity is set to 1 to 10, the first vibration intensity of the first vibration energy may be 7, and the second vibration intensity of the second vibration energy may be 5.

The second acupressure unit 122 is coupled to one side of the second vibrating unit 121 , and protrudes from one side of the eyeglass cover body 101 , and uses the second vibration energy generated by the second vibrating unit 121 . 2 Acupressure is applied to the second acupuncture point, Jeongmyeonghyeol (d) of the present invention with vibration intensity. The second acupressure unit 122 is not only acupressure the Jeongmyeonghyeol (d), but also the 2-1 acupressure part 122a and the 2-2 acupressure part 122b in order to acupressure the surroundings of the Jeongmyeonghyeol d. is made of

The 2-1 acupressure part 122a protrudes from the center of one side of the spectacle cover body 101, and presses the Jung Myunghyeol d with a second vibration intensity, and the 2-2 acupressure part 122b is the spectacle cover body (101) protrudes from the periphery of one side, and pressurizes the periphery of Jeongmyeonghyeol (d) with the second vibration intensity.

In addition, the 2-1 acupressure part 122a and the 2-2 acupressure part 122b may protrude from one side of the eyeglass cover body 101 at different heights. For example, the 2-1 acupressure part 122a may protrude more from one side of the eyeglass cover body 101 than the 2-2 acupressure part 122b. In addition, the plurality of 2-2 acupressure parts 122b may protrude from one side of the eyeglass cover body 101 at different heights, respectively.

In addition, the second acupressure unit 122 pressurizes the surrounding area of Jeongmyeonghyeol (d) and Jeongmyeonghyeol (d) in a preset acupressure method. As a specific example, in the first case, the 2-1 acupressure part 122a and the 2-2 acupressure part 122b simultaneously acupressure the periphery of the jeongmyunghyeol (d) and the jeongmyunghyeol (d), and the second is the second 2- The first acupressure part 122a presses the Jeongmyeonghyeol (d), and the third acupressure part 2-2 acupressure part 122b presses the surrounding area of the Jeongmyunghyeol (d), and the subsequent acupressure process repeats the above process. . Here, the acupressure time of each process may be within 1 to 5 seconds.

Furthermore, the second acupressure unit 122 pressurizes the periphery of Jeongmyeonghyeol (d) and Jeongmyeonghyeol (d) on the left and right sides of the nose based on a preset acupressure method. As a specific example, the first is that the 2-1 acupressure part 122a and the 2-2 acupressure part 122b simultaneously acupressure the left and right sides of the face Jeongmyeonghyeol (d) and Jeongmyunghyeol (d) surrounding areas, In the second, the 2-1 acupressure part 122a and the 2-2 acupressure part 122b acupressure the peripheral parts of Jeongmyeonghyeol (d) and Jeongmyunghyeol (d) on the left side of the face, and the third is the 2-1 acupressure part (122a) and the 2-2 acupressure unit 122b acupressure the periphery of Jeongmyeonghyeol (d) and Jeongmyeonghyeol (d) on the right side of the face, and the subsequent acupressure process repeats the above process.

Here, in the process of simultaneously acupressure of the periphery of Jeong Myung-hyeol (d) and Jeong Myung-hyeol (d) on the left side of the face, first, the 2-1 acupressure part 122a and the 2-2 acupressure part 122b are performed on the left side of the face. Acupressure (d) and Jeongmyeonghyeol (d) peripheral parts at the same time, secondly, the 2-1 acupressure part 122a presses the Jeongmyunghyeol (d) on the left side of the face, and thirdly, the 2-2 acupressure part (122b) pressurizes the periphery of Jeongmyeonghyeol (d) on the left side of the face, and then the acupressure process repeats the above process.

And the process of simultaneously acupressure of the periphery of Jeong Myung-hyeol (d) and Jeong Myung-hyeol (d) on the right side of the face is first, the 2-1 acupressure part 122a and the 2-2 acupressure part 122b are the Jeong Myung-hyeol on the right side of the face. (d) and Jeongmyeonghyeol (d) at the same time acupressure, secondly, the 2-1 acupressure part 122a presses the Jeongmyunghyeol (d) on the right side of the face, and thirdly, the 2-2 acupressure part ( 122b) pressurizes the periphery of Jeongmyeonghyeol (d) on the right side of the face, and the subsequent acupressure process repeats the above process.

2 and 7 to 8, the third acupressure part 130 is provided on the lower side of the other side of the glasses cover body 101, which is curved to wrap the rim, and is the third acupressure point of the present invention, seungeuphyeol. (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h) is a configuration for acupressure. To this end, the third acupressure unit 130 is configured to include a third vibrating unit 131 and a third acupressure unit 132 .

Since the third acupressure unit 130 may not come into contact with seungeuphyeol (e), sabaekhyeol (f), dongsaallyeohyeol (g) and taeyanghyeol (h) when wearing glasses, seungeuphyeol (e), fourbaek It would be preferable to protrude to a thickness for contacting the blood (f), sinus blood (g) and sun blood (h), and through this, it would be preferable to protrude to a thickness for contact with the blood (f), sinus blood (g) and solar blood (h). Acupressure the sun blood (h).

The third vibration unit 131 is configured to generate third vibration energy of a third vibration intensity, and the generated third vibration energy is generated from the third acupressure unit 132 . Here, the third vibration energy may have a different vibration intensity from the first and second vibration energy. As a specific example, when the vibration intensity is set to 1 to 10, the first vibration intensity of the first vibration energy is 7, the second vibration intensity of the second vibration energy is 5, and the third vibration intensity of the third vibration energy is 3 can be

The third acupressure unit 132 is coupled to one side of the third vibrating unit 131 , and protrudes below the other side of the eyeglass cover body 101 , through the third vibration energy generated by the third vibrating unit 131 . Acupressure is applied to seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h), which are the third acupuncture points of the present invention with the third vibration intensity. The third acupressure part 132 is configured to include a 3-1 acupressure part 132a and a 3-2 acupressure part 132b.

The 3-1 acupressure part 132a protrudes to the outside of the lower part of the other side of the spectacle cover body 101, and has a third vibration intensity with seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol ( h), the 3-2 acupressure part 132b protrudes from the inner side adjacent to the lens 12 among the lower parts of the other side of the spectacle cover body 101, and the 3rd vibration intensity increases euphyeol (e), sabaekhyeol ( f), acupressure of sinus data (g) and sun blood (h). Here, the 3-1 acupressure part 132a and the 3-2 acupressure part 132b may protrude to different heights from the lower part of the other side of the eyeglass cover body 101 . For example, the 3-1 acupressure part 132a may protrude more from the lower part of the rim than the 3-2 acupressure part 132b. In addition, each of the 3-1 acupressure part and the 3-2 acupressure part forming the 3-1 acupressure part 132a and the 3-2 acupressure part 132b provided in plurality have different heights from the glasses cover body ( 101) It can protrude from the lower part of the other side.

In addition, the 3-1 acupressure part 132a and the 3-2 acupressure part 132b may be arranged in two rows or alternately from the lower part of the other side of the eyeglass cover body 101 .

In addition, the third acupressure unit 130 acupressure the seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h) in a preset acupressure method. As a specific example, the first is that the 3-1 acupressure unit 132a and the 3-2 acupressure unit 132b are seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h) Simultaneously acupressure, in the second, the 3-1 acupressure unit 132a presses the seungeuphyeol (e), sabaekhyeol (f), dongsaallyhyeol (g) and taeyanghyeol (h), and in the third, the third -2 Acupressure unit 132b acupressure the seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h), and the subsequent acupressure process is repeated as the above process. Here, the acupressure time of each process may be within 1 to 5 seconds.

Furthermore, the third acupressure unit 130 acupressures the left and right sides of the face based on the nose in a preset acupressure method, seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h). . As a specific example, the first is that the 3-1 acupressure part 132a and the 3-2 acupressure part 132b are seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) on the left and right sides of the face. and taeyanghyeol (h) at the same time, the second is the 3-1 acupressure part (132a) and the 3-2 acupressure part (132b) on the left side of the face, seungeuphyeol (e), sabaekhyeol (f), the same data Acupressure acupressure (g) and Taeyanghyeol (h), and thirdly, the 3-1 acupressure part 132a and the 3-2 acupressure part 132b are on the right side of the face, Seungeuphyeol (e), Sabaekhyeol (f) , Acupressure of Dongsahyeol (g) and Taeyanghyeol (h), and then the acupressure process is repeated as the above process.

Here, the process of acupressure of Seungeuphyeol (e), Sabaekhyeol (f), Dongsahyeol (g), and Taeyanghyeol (h) on the left side of the face is the first of the 3-1 acupressure part 132a and 3-2 The acupressure part 132b simultaneously acupressures the seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h) on the left side of the face, and secondly, the 3-1 acupressure part 132a Acupressure on the left side of the face Seungeuphyeol (e), Sabaekhyeol (f), Dongsahyeol (g), and Taeyanghyeol (h), and thirdly, the 3-2 acupressure part 132b is applied to the left side of the face Seungeuphyeol (e) ), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h) are acupressure, and the acupressure process thereafter is repeated as the above process.

In addition, the process of acupressure of seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h) on the right side of the face is the first of the 3-1 acupressure part (132a) and the 3-2 part. The acupressure unit 132b simultaneously acupressures the seungeuphyeol (e), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h) on the right side of the face, and secondly, the 3-1 acupressure unit 132a Acupressure is applied to Seungeuphyeol (e), Sabaekhyeol (f), Dongsahyeol (g) and Taeyanghyeol (h) on the right side of the face, and thirdly, the 3-2 acupressure part (132b) is applied to the right side of the face Seungeuphyeol (e) ), sabaekhyeol (f), sinus datahyeol (g) and taeyanghyeol (h) are acupressure, and the acupressure process thereafter is repeated as the above process.

2 and 7 to 8 , the fourth acupressure part 140 is provided on the other side of the spectacle cover body 101 extending in one direction to surround the rim, and is the fourth acupoint point of the present invention. It is a configuration for acupressure of Sajukonghyeol (i) and Chanjukhyeol (j). To this end, the third acupressure unit 130 is configured to include a fourth vibrating unit 141 and a fourth acupressure unit 142 .

Since the fourth vibrating part 141 may not come into contact with Sajukgonghyeol (i) and Chanjukhyeol (j) when wearing glasses, it is desirable to protrude to a thickness for contacting Sajukgonghyeol (i) and Chanjukhyeol (j). It would be preferable, and through this, acupressure is applied to Sajukgonghyeol (i) and Chanjukhyeol (j).

The fourth vibration unit 141 is configured to generate the fourth vibration energy of the fourth vibration intensity, and the generated fourth vibration energy is generated from the fourth acupressure unit 142 . Here, the fourth vibration energy may have a different vibration intensity from the first, second, and third vibration energies. As a specific example, when the vibration intensity is set to 1 to 10, the first vibration intensity of the first vibration energy is 7, the second vibration intensity of the second vibration energy is 5, and the third vibration intensity of the third vibration energy is 3 , the fourth vibration intensity of the fourth vibration energy may be 1.

The fourth acupressure unit 142 is coupled to one side of the fourth vibrating unit 131 , and protrudes from the upper portion of the other side of the eyeglass cover body 101 , through the fourth vibration energy generated by the fourth vibrating unit 141 . With the fourth vibration intensity, acupressure is applied to the fourth acupoint point of the present invention, Sajukgonghyeol (i) and Chanjukhyeol (j). The fourth acupressure part 142 is configured to include a 4-1 acupressure part 142a and a 4-2 acupressure part 142b.

Here, the 4-1 acupressure part 142a protrudes from the inside of the upper part of the rim, the 4-2 acupressure part 142b protrudes from the outside of the upper part of the rim, and the 4-1 acupressure part 142a and the 4-th acupressure part 142a Two acupressure parts 142b may be arranged in parallel or alternately in two rows on the upper part of the rim.

In addition, the 4-1 acupressure part 142a and the 4-2 acupressure part 142b may protrude to different heights from the upper portion of the other side of the eyeglass cover body 101 . For example, the fourth acupressure part of one of the 4-1 acupressure part 142a and the 4-2 acupressure part 142b may protrude from the upper part of the other side of the eyeglass cover body 101 than the other fourth acupressure part. Each of the 4-1 acupressure part and the 4-2 acupressure part forming the 4-1 acupressure part 142a and the 4-2 acupressure part 142b provided in plurality are at different heights from the glasses cover body ( 101) It can protrude from the upper part of the other side.

As another example, the portion with the lowest protrusion height of the 4-2 acupressure part 142b has a higher protrusion height than the portion with the highest protrusion height among the 4-2 acupressure parts 142a, so that the 4-2 acupressure part 142b is protruded. In a state in which the part 142b protrudes higher than the 4-1 acupressure part 142a as a whole, it is possible to apply acupressure to Sajukonghyeol (i) and Chanjukhyeol (j).

Furthermore, the 4-1 acupressure part 142a and the 4-2 acupressure part 142b are not limited to one example, and the 4-1 acupressure part 142a and the 4-2 acupressure part 142b are not limited thereto. ) is alternately arranged or arranged in parallel in two rows, and the 4-1 acupressure part 142a and the 4-2 acupressure part 142b protrude from the upper part of the other side of the eyeglass cover body 101 to the same height or different heights. Gonghyeol (i) and Chanjukhyeol (j) can be acupressure.

The fourth acupressure unit 142 applies acupressure to the sajukgonghyeol (i) and chanjukhyeol (j) in a preset acupressure method. As a specific example, in the first case, the 4-1 acupressure unit 142a and the 4-2 acupressure unit 142b simultaneously acupressure the Sajukonghyeol (i) and the Chanjukhyeol (j), and the second is the 4-1st acupressure unit 142b. Acupressure unit (142a) acupressure part (i) and chanjukhyeol (j), and thirdly, the 4-2 acupressure part (142b) pressurizes sajukgonghyeol (i) and chanjukhyeol (j), and the The subsequent acupressure process is repeated as the above process. Here, the acupressure time of each process may be within 1 to 5 seconds.

Furthermore, the fourth acupressure unit 142 supports the sajukgonghyeol (i) and chanjukhyeol (j) on the left and right sides of the face based on the nose in a preset acupressure method. As a specific example, in the first case, the 4-1 acupressure part 142a and the 4-2 acupressure part 142b simultaneously acupressure the sajukgonghyeol (i) and chanjukhyeol (j) on the left and right sides of the face, and the second The 4-1 acupressure part 142a and the 4-2 acupressure part 142b acupressure the sajukgonghyeol (i) and chanjukhyeol (j) on the left side of the face, and the third is the 4-1 acupressure part 142a ) and the 4-2 acupressure unit 142b acupressure the Sajukgonghyeol (i) and Chanjukhyeol (j) on the right side of the face, and the subsequent acupressure process repeats the above process.

Here, the process of acupressure on the left side of the face (i) and chanjukhyeol (j) is first, the 4-1 acupressure part (142a) and the 4-2 acupressure part (142b) on the left side of the face ( i) and chanjukhyeol (j) are simultaneously acupressured, and secondly, the 4-1 acupressure part 142a pressurizes the sajukgonghyeol (i) and chanjukhyeol (j) on the left side of the face, and thirdly, the fourth- 2 The acupressure unit 142b presses the sajukgonghyeol (i) and chanjukhyeol (j) on the left side of the face, and then the acupressure process repeats the above process.

And the process of acupressure on the right side of the face (i) and cold (j) is first, the 4-1 acupressure part (142a) and the 4-2 acupressure part (142b) on the right side of the face ) and Chanjukhyeol (j) at the same time, secondly, the 4-1 acupressure part 142a pressurizes Sajukonghyeol (i) and Chanjukhyeol (j) on the right side of the face, and thirdly, 4-2 The acupressure unit 142b presses the sajukgonghyeol (i) and chanjukhyeol (j) on the right side of the face, and then the acupressure process repeats the above process.

As shown in FIG. 9, the first, 2, 3, and 4 acupressure parts 112, 122, 132, 142 of the first, 2, 3, 4 acupressure parts 110, 120, 130, 140 are, The first, second, third, and fourth acupoints (a, b, c, d, e, f, g, h, i, j) may be implemented in various forms for vibrating acupressure.

The motion sensor 150 is connected to the vibrator 103 by a wired method (eg, cable) or a wireless method (eg, Wi-Fi, Bluetooth, Zigbee, etc.), and detects whether the vibrator 103 is operating or not operating. The vibrator motion information is generated, and the vibrator motion detection information is transmitted to the vibration sensor 160 by the control unit 170 . The motion detection sensor 150 transmits the vibrator motion detection information not only to the motion detection sensor 150 , but also to the controller 170 .

The vibration sensor 160 is connected to the vibrator 103 in a wired or wireless manner, detects the vibration intensity of the vibrator 103, generates information on the vibration intensity of the vibrator 103, and sends the information to the controller 170. The information on the vibration intensity of the vibrator 103 is transmitted to the first acupressure acupressure unit 110 by the vibrator.

The vibration sensor 160 transmits information on the intensity of vibration of the vibrator 103 to not only the first acupoint acupressure unit 110 but also the control unit 170, and according to whether the vibrator 103 operates, the first acupressure acupressure unit Information on the vibration intensity of the vibrator 103 is transmitted to the unit 110 .

As a specific example, when the control unit 170 determines that the vibrator 103 is operating based on the vibrator motion detection information, the vibration detection sensor 160 detects information on the intensity of vibration of the vibrator 103 and detects the first It is delivered to the acupoint acupressure unit 110 . On the other hand, when the control unit 170 determines that the vibrator 103 is not operated based on the vibrator motion detection information, the vibration detection sensor 160 maintains a standby state, and the first acupressure unit 110 controls By 170, the first vibration energy of the first vibration intensity not including the vibration intensity of the vibrator 103 is generated.

The motion sensor 150 and the vibration sensor 160 may be provided on one side of the eyeglass cover body 101, but it is preferable to be provided inside the eyeglass cover body 101 to prevent damage to the sensor. will be.

On the other hand, the sound of music or video transmitted by the vibrator 103 through bone conduction is a sound generated through a terminal including a smartphone, tablet, computer, TV, etc., and the terminal is connected to the controller 170 in a wired method or It can be connected through a wireless method. That is, the sound of music or video of the terminal is transmitted to the controller 170 through a wired or wireless method, the controller 170 transmits the sound of music or video to the vibrator 103 , and the vibrator 103 transmits the music Alternatively, the sound of the image is transmitted to the glasses wearer through bone conduction.

The detailed description of the preferred embodiments of the present invention disclosed as described above is provided to enable any person skilled in the art to make and practice the present invention. Although the above has been described with reference to preferred embodiments of the present invention, it will be understood by those skilled in the art that various modifications and changes can be made to the present invention without departing from the scope of the present invention. For example, a person skilled in the art may use each configuration described in the above-described embodiments in a way that is combined with each other. Accordingly, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

The present invention may be embodied in other specific forms without departing from the spirit and essential characteristics of the present invention. Accordingly, the above detailed description should not be construed as restrictive in all respects but as exemplary. The scope of the present invention should be determined by a reasonable interpretation of the appended claims, and all modifications within the equivalent scope of the present invention are included in the scope of the present invention. The present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein. In addition, claims that are not explicitly cited in the claims may be combined to form an embodiment or may be included as a new claim by amendment after filing.

1: Acupressure glasses cover with bone conduction earphones,
10: glasses body;
11: spectacle legs,
12: lens,
13: nose pad,
100: glasses cover,
101: glasses cover body,
102: home,
103: oscillator,
110: first acupressure acupressure unit;
111: a first vibration unit;
112: first acupressure unit,
120: second acupoint acupressure unit;
121: a second vibration unit;
122: second acupressure unit,
130: a third acupoint acupressure unit,
131: a third vibration unit;
132: the third acupressure unit,
140: fourth acupressure acupressure unit,
141: a fourth vibration unit;
142: fourth acupressure unit,
150: motion detection sensor,
160: vibration sensor,
170: control unit;
a: Lee Moon-hyeol,
b: Cheonggunghyeol;
c: Changhoehyeol;
d: Myunghyeol Jeong,
e: Seungeuphyeol,
f: white blood,
g: sinus blood,
h: sun blood,
i: dungeon blood,
j: Cold Jukhyeol.

Claims (10)

A spectacle cover that is attached to the body of the glasses and enables acupressure while delivering the sound of music or video through bone conduction,
Glasses cover body detachable from the bridge, nose rest, and rim;
a vibrator inserted into the eyeglass cover body through the groove of the eyeglass cover body and transmitting the sound through the bone conduction;
a vibration sensor connected to the vibrator and configured to detect a vibration intensity of the vibrator and whether the vibrator operates; and a motion detection sensor;
It is provided on the inside of a part of the spectacle cover body that surrounds a part of the temples and is connected to the vibrator, generates a first vibration energy that can be adjusted according to the vibration intensity of the vibrator, and the first vibration by the first vibration energy A first acupressure unit for acupressure for the first acupressure point with intensity;
a second acupoint acupressure unit provided on one side of the spectacle cover body surrounding the nose pad, generating a second vibration energy, and pressing a second acupoint point with a second vibration intensity by the second vibration energy;
A third acupressure part that is provided on the lower side of the other side of the glasses body cover, which is curved to surround the rim, generates third vibration energy, and presses a third acupressure point with a third vibration intensity by the third vibration energy. ; and
A fourth acupressure point provided on the other side of the eyeglass body cover extending in one direction to surround the rim, generating a fourth vibration energy, and pressing a fourth acupressure point with a fourth vibration intensity by the fourth vibration energy Acupressure unit; including,
The first acupoint is at least one of acupoint blood, cheongunghyeol, and cheonghoehyeol, the second acupoint is myunghyeol Jeong, and the third acupoint is at least one of seungeuphyeol, sabaekhyeol, Dongsahyeol, and sunhyeol, the fourth acupoint It is at least one of sajukgonghyeol and chanjukhyeol,
The first acupressure part,
When the motion detection sensor detects that the vibrator is operating, information on the vibration intensity of the vibrator is received from the vibration detection sensor, and the first vibration intensity is reached by adding the vibration intensity of the vibrator. Acupressure glasses cover that can be equipped with a bone conduction earphone, characterized in that it generates vibration energy. delete The method of claim 1,
The first acupressure part,
a first vibration unit connected to the vibrator and generating the first vibration energy; and
a first acupressure part coupled to one side of the first vibrating part, protruding from the inside of a part of the eyeglass cover body, and pressing the first acupoint with the first vibration intensity;
The first acupressure unit,
Acupressure glasses cover with bone conduction earphone, characterized in that a plurality of 1-1 acupressure parts and a plurality of 1-2 acupressure parts for acupressure of the first acupressure point are arranged in parallel or alternately in two rows. 4. The method of claim 3,
The first acupressure unit,
One first acupressure part of the plurality of 1-1 acupressure parts or the plurality of 1-2 acupressure parts protrudes more from the inside of a portion of the eyeglass cover body than the other first acupressure part, and the plurality of first acupressure parts The 1-1 acupressure part and the 1-1 acupressure part and the 1-2 acupressure part forming the plurality of 1-2 acupressure parts respectively protrude from the inside of a part of the spectacle cover body at different heights. Acupressure glasses cover that can also be equipped with earphones. The method of claim 1,
The second acupressure part,
a second vibration unit generating the second vibration energy; and
A second acupressure unit coupled to one side of the second vibrating unit, protruding from one side of the eyeglass cover body, and pressing the second acupressure point with the second vibration intensity;
The second acupressure unit,
a 2-1 acupressure part protruding from the center of one side of the spectacle cover body and pressing the second acupoint point with the second vibration intensity; and
A plurality of 2-2 acupressure parts protruding from the periphery of one side of the spectacle cover body in a form surrounding the 2-1 acupressure part and pressing the periphery of the second acupressure point with the second vibration intensity; Acupressure glasses cover that can be equipped with bone conduction earphones. 6. The method of claim 5,
The second acupressure unit,
One second acupressure part of the 2-1 acupressure part or the plurality of 2-2 acupressure parts protrudes more from one side of the glasses cover body than the other second acupressure part, and the plurality of 2-2 acupressure parts Acupressure glasses cover with bone conduction earphones, characterized in that each of the 2-2 acupressure parts forming the part protrude from the peripheral part of one side of the spectacle cover body at different heights. The method of claim 1,
The third acupressure part,
a third vibration unit generating the third vibration energy; and
A third acupressure part coupled to one side of the third vibrating part, protruding from the lower part of the other side of the eyeglass cover body, and pressing the third acupressure point with the third vibration intensity;
The third acupressure unit,
a plurality of 3-1 acupressure parts protruding from the outside of the lower part of the other side of the eyeglass cover body and pressing the third acupressure point with the third vibration intensity; and
A plurality of 3-2 acupressure parts protruding from the inner side of the lower part of the other side of the eyeglass cover body adjacent to the lens than the plurality of 3-1 acupressure parts and pressing the third acupressure point with the third vibration intensity; including; Acupressure glasses cover that can be equipped with bone conduction earphone, characterized in that. 8. The method of claim 7,
The third acupressure unit,
The plurality of 3-1 acupressure parts and the plurality of 3-2 acupressure parts are arranged or alternately arranged in two rows, and the plurality of 3-1 acupressure parts or one of the plurality of 3-2 acupressure parts is disposed. 3 acupressure part protrudes more from the lower part of the other side of the eyeglass cover body than the other third acupressure part, and each 3-1 acupressure part forming the plurality of 3-1 acupressure parts and the plurality of 3-2 acupressure parts Acupressure glasses cover with bone conduction earphones, characterized in that the part and the 3-2 acupressure part protrude from the lower part of the other side of the glasses cover body at different heights. The method of claim 1,
The fourth acupressure part,
a fourth vibration unit generating the fourth vibration energy; and
A fourth acupressure part coupled to one side of the fourth vibrating part, protruding from the upper part of the other side of the eyeglass cover body, and pressing the fourth acupressure point with the fourth vibration intensity;
The fourth acupressure unit,
Acupressure glasses cover with bone conduction earphone, characterized in that a plurality of 4-1 acupressure parts and a plurality of 4-2 acupressure parts for acupressure of the fourth acupressure point are arranged in two rows in parallel or alternately. 10. The method of claim 9,
The fourth acupressure unit,
One fourth acupressure part of the plurality of 4-1 acupressure parts or the plurality of 4-2 acupressure parts protrudes more from the upper portion of the other side of the eyeglass cover body than the other fourth acupressure part, The 4-1 acupressure part and the 4-2 acupressure part, each of the 4-1 acupressure part and the 4-2 acupressure part constituting the plurality of 4-2 acupressure parts, protrude from the upper part of the other side of the eyeglass cover body at different heights. Acupressure glasses cover that can also be equipped with earphones.

Images