KR102169747B1 - Neck management apparatus having length adjustment function along the neckline - Google Patents

Abstract

The present invention relates to a neck management device having a neck circumference alignment function, and is attached to the inside or outside of the neck management device to check body temperature, moisture, pulse, blood pressure, thyroid gland, detect whether or not to wear or combine, to tighten the neck pressure by air pressure, And a sensor unit including at least one sensor among a plurality of sensors respectively detecting a condition of the skin of the neck. A manipulation input unit for receiving a user's command for operating the neck management device; A light irradiation unit for selectively irradiating the entire neck circumference or a partial region by forming a plurality of light sources at predetermined intervals inside the neck management device; An air pressure unit for supplying or discharging air to the inner hose in order to closely contact the inner side of the neck management device with the neck circumference of each user; And controlling the light irradiation unit in an operation mode corresponding to the health condition or skin condition of the neck for each user, based on the information detected through the sensor unit and the command input through the manipulation input unit, and the user operates the neck management device. When worn on the neck, a control unit for adjusting the neck management device according to the neck circumference of each user through the air pressure unit; and includes.

Description

Neck management device with neck circumference alignment function {NECK MANAGEMENT APPARATUS HAVING LENGTH ADJUSTMENT FUNCTION ALONG THE NECKLINE}

The present invention relates to a neck management device having a neck circumference alignment function, and more particularly, to improve wrinkles occurring in the neck, recover from neck fatigue, muscle agitation in the neck, blood circulation around the neck, skin care around the neck, or The present invention relates to a neck management device having a neck circumference alignment function that enables support for neck health management and allows the neck management device to be adjusted according to the neck circumference of each user.

In general, wrinkles on the skin appear as a combination of intrinsic aging that occurs naturally with age without environmental influences and actinic aging due to environmental influences. Among the body parts, the skin is very thin and sensitive, so wrinkles are relatively more prone than other parts of the body, but constant management is required to relieve and remove wrinkles once formed.

Conventionally, in order to alleviate and remove neck wrinkles, functional cosmetics for improving neck wrinkles were mainly used or relied on plastic surgery. However, in the case of functional cosmetics, since the price is high, the economic burden is large, and in the case of plastic surgery, the burden on side effects is large.

Recently, devices have been developed to help with specific skin diseases or skin care by stimulating the cell structure through photomodulation by photon absorption.

On the other hand, it is widely known that irradiating light to a living body activates the cells by its optical action, and by inducing activation of the physiological action of the living body by irradiating light with low energy such that there is no damage to the living body cells, pain relief, Methods of imparting therapeutic effects such as rapid regeneration of affected areas and elimination of causative diseases are being studied.

At this time, it is already known that different therapeutic effects appear depending on the wavelength of the used light.

For example, light with a wavelength of 633 nm is known to improve the natural healing power of the skin and make healthy and beautiful skin through the production of collagen and elastin.Blue light at 415 nm is known to be effective in treating inflammatory diseases, and light with a wavelength of 830 nm It is known to be effective in regeneration of and healing wounds after sunburn.

However, since the conventional phototherapy device is installed only in a specific place such as a hospital and can perform a treatment operation only when a patient visits the corresponding place, there is a limitation in general public use.

The background technology of the present invention is disclosed in Korean Patent Application Publication No. 10-2018-0096971 (2018.08.30., published, title of invention: LED treatment device for relieving surgical scars).

According to one aspect of the present invention, the present invention was created to solve the above problems, and improves wrinkles occurring in the neck, recovers from neck fatigue, muscle lumps in the neck, blood circulation around the neck, skin around the neck. It is an object of the present invention to provide a neck management device having a neck circumference fitting function, which enables management or neck health management to be supported, and allows the neck management device to be adjusted to fit the neck circumference of each user.

A neck management device having a neck circumference fitting function according to an aspect of the present invention is a neck management device having a neck circumference fitting function, and is attached to the inside or outside of the neck management device to check body temperature, moisture, pulse, blood pressure, thyroid gland, A sensor unit including at least one sensor from among a plurality of sensors respectively detecting a wearing or coupling detection, a neck tightening pressure by air pressure, and a neck skin condition; A manipulation input unit for receiving a user's command for operating the neck management device; A light irradiation unit for selectively irradiating the entire neck circumference or a partial region by forming a plurality of light sources at predetermined intervals inside the neck management device; An air pressure unit for supplying or discharging air to the inner hose in order to closely contact the inner side of the neck management device with the neck circumference of each user; And controlling the light irradiation unit in an operation mode corresponding to the health condition or skin condition of the neck for each user, based on the information detected through the sensor unit and the command input through the manipulation input unit, and the user operates the neck management device. And a control unit that adjusts the neck management device according to the neck circumference of each user through the pneumatic unit when worn on the neck.

In the present invention, the pneumatic unit sucks air by an electric pump, and a rubber hose inflated by the sucked air is formed inside the neck management device, and the control unit blows air through the pneumatic unit. Put the rubber hose inflated, and when it is detected that the inner side of the neck management device is in close contact with the neck circumference by the pressure detected through the sensor unit, the operation of blowing air into the pneumatic unit is stopped. .

In the present invention, the control unit is characterized in that in a state in which the supply of air is stopped, the electric pump is driven in reverse to discharge a part of the air by a specified amount to loosen the neck tightening for the user.

The present invention further includes a plurality of magnets disposed at a specified interval inside the neck management device, wherein the magnet includes a permanent magnet made of neodium or rare earth material, or a core made of neodium or rare earth material. Including a used electromagnet, the control unit, in order to control the strength of the magnetic force and the zone of influence of the magnetic force of the magnet for each user, through the control of the pneumatic unit, the inner side of the neck management device to determine the degree of close contact with the neck circumference of each user. It is characterized in that it controls or controls the current applied to the electromagnet.

In the present invention, the control unit irradiates light only to a selectively designated position among the entire neck circumference region or adjusts the energy intensity of the light irradiated for each neck region differently according to the skin condition or health condition of the neck for each user. It is characterized by that.

In the present invention, in order to control the light irradiation unit in an operation mode corresponding to the skin condition or health condition of each user's neck, the control unit recognizes the user based on the information input through the operation input unit, and the operation The information input through the input unit is characterized in that it includes at least one of a voice, a fingerprint, and an ID of a communication-connected smart phone or portable terminal.

In the present invention, the control unit recognizes the user, stores user-specific usage information including usage time and operation mode information of the neck management device for each user in a memory, and stores total usage information of the neck management device in the memory. It is characterized in that the lifespan or performance degradation of each light source is predicted based on user-specific usage information and total usage information stored in the memory.

In the present invention, the control unit controls the light irradiation unit, but according to whether the user wears the neck management device on the neck, when the neck management device is not worn on the neck, the light source of the light irradiation unit is designated Driven to output (Min) energy, and when the user wears the neck management device on the neck, the light source is driven to output the maximum energy in the operation mode for each user in response to the operation mode for each user. To do.

According to an aspect of the present invention, the present invention can support the improvement of wrinkles occurring in the neck, recovery of neck fatigue, muscle lumps in the neck, blood circulation around the neck, skin care around the neck, or neck health care, Also, the neck management device can be adjusted to fit the neck circumference of each user.

1 is a perspective view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 2 is a side view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 3 is a front view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 4 is a conceptual diagram illustrating a light irradiation unit of the neck wrinkle management apparatus according to an embodiment of the present invention.
Figure 5 is a cross-sectional view of the main part of Figure 1;
Figure 6 is a cross-sectional view of the main edema of Figure 1;
7 is an exploded perspective view showing a main part to explain the neck front cover of the neck wrinkle management apparatus according to an embodiment of the present invention.
FIG. 8 is an exploded perspective view of a main part of the neck wrinkle management apparatus according to an embodiment of the present invention, showing the neck front cover in a different direction from FIG. 7.
9 is an exploded perspective view showing a main part to explain the neck back cover of the neck wrinkle management apparatus according to an embodiment of the present invention.
FIG. 10 is an exploded perspective view of a main part of the neck wrinkle management apparatus according to an embodiment of the present invention, showing a back cover of the neck in a different direction from FIG. 9.
11 is a perspective side view of a main part illustrating a connection part of a neck wrinkle management apparatus according to an embodiment of the present invention.
12 is an exploded perspective view showing a main part to explain the connection of the neck wrinkle management apparatus according to an embodiment of the present invention.
13 is an exploded perspective view of a main part showing a connection part of a neck wrinkle management apparatus according to an embodiment of the present invention.
14 is a conceptual diagram illustrating various embodiments of a connection part of a neck wrinkle management apparatus according to an embodiment of the present invention.
15 is a conceptual diagram illustrating other various embodiments of a connection unit of a neck wrinkle management apparatus according to an embodiment of the present invention.
16 is a use state diagram illustrating the operation of the connection portion and the locking portion of the neck wrinkle management apparatus according to an embodiment of the present invention.
17 is an exemplary view showing a schematic configuration of a neck management apparatus according to a first embodiment of the present invention.
18 is an exemplary view showing a schematic configuration of a neck management apparatus according to a second embodiment of the present invention.
19 is an exemplary view showing a schematic configuration of a neck management apparatus according to a third embodiment of the present invention.
20 is an exemplary view showing a schematic configuration of a neck management apparatus according to a fourth embodiment of the present invention.
21 is an exemplary view showing a schematic configuration of a neck management apparatus according to a fifth embodiment of the present invention.
22 is an exemplary view showing a schematic configuration of a neck management apparatus according to a sixth embodiment of the present invention.
23 is a flowchart for explaining a method of controlling the neck management apparatus according to the first embodiment of the present invention.
24 is a flow chart for explaining a control method of a neck management apparatus according to a second embodiment of the present invention.
FIG. 25 is a flow chart illustrating a method of analyzing data (ie, neck scan data) scanned for a neck condition in FIG. 24.
26 is a flowchart illustrating a method of controlling a neck management apparatus according to a third embodiment of the present invention.
27 is a flowchart illustrating a method of controlling a neck management apparatus according to a fourth embodiment of the present invention.

Hereinafter, an embodiment of a neck management apparatus having a neck circumference fitting function according to the present invention will be described with reference to the accompanying drawings. In this process, the thickness of the lines or the size of components shown in the drawings may be exaggerated for clarity and convenience of description. In addition, terms to be described later are terms defined in consideration of functions in the present invention and may vary according to the intention or custom of users or operators. Therefore, definitions of these terms should be made based on the contents throughout the present specification.

1 is a perspective view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention, FIG. 2 is a side view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention, and FIG. A front view schematically showing a neck wrinkle management apparatus according to an embodiment of the present invention, and FIG. 4 is a conceptual diagram illustrating a light irradiation unit of the neck wrinkle management apparatus according to an embodiment of the present invention.

5 is a cross-sectional view of the main part of Fig. 1, Fig. 6 is a longitudinal sectional view of the main part of Fig. 1, and Fig. 7 is an exploded perspective view showing the main part of the neck front cover of the neck wrinkle management apparatus according to an embodiment of the present invention, FIG. 8 is an exploded perspective view of a main part of the neck wrinkle management apparatus according to an embodiment of the present invention, showing the front neck cover part in a different direction from FIG. 7.

9 is an exploded perspective view showing a main part to explain the neck rear cover of the neck wrinkle management apparatus according to an embodiment of the present invention, and FIG. 10 is a view showing the neck rear cover of the neck wrinkle management apparatus according to an embodiment of the present invention. It is an exploded perspective view of the main parts shown in a different direction from 9.

11 is a perspective side view of a main part showing a connection part of a neck wrinkle management apparatus according to an embodiment of the present invention, and FIG. 12 is a main part showing a connection part of a neck wrinkle management apparatus according to an embodiment of the present invention It is an exploded perspective view, and FIG. 13 is an exploded perspective view of a main part showing a connection part of a neck wrinkle management apparatus according to an embodiment of the present invention.

14 is a conceptual diagram illustrating various embodiments of a connection part of a neck wrinkle management device according to an embodiment of the present invention, and FIG. 15 is a conceptual diagram illustrating other various implementations of a connection part of a neck wrinkle management device according to an embodiment of the present invention. It is a conceptual diagram illustrating an example, and FIG. 16 is a use state diagram illustrating an operation of a connection portion and a locking portion of the neck wrinkle management apparatus according to an embodiment of the present invention.

1 and 4, the neck wrinkle management apparatus according to an embodiment of the present invention is for alleviating and removing wrinkles occurring on the neck by irradiating the neck with light of a wavelength that stimulates the skin cells of the neck, It includes a neck cover portion 10 detachably mounted around the neck and a light irradiation portion 60 installed on the neck cover portion 10 with a light source 60A for improving neck wrinkles.

With the neck cover 10 worn on the neck, the light emitted from the light irradiation unit 60 is irradiated to the neck, and according to the wavelength range of the light source 60A, effects such as activating epidermal cells, cleanliness, and promoting skin regeneration are achieved. Can be implemented. The user A can conveniently perform the management of the skin of the neck, alleviating and removing neck wrinkles by the light irradiation unit 60 while wearing the neck cover 10 around the neck.

Referring to Figures 1 and 5, the neck cover portion 10 according to an embodiment of the present invention includes a front neck cover portion 20, a neck rear cover portion 30, a connection portion 40, a locking portion 50 Includes.

The neck front cover portion 20 is formed to extend along the circumference of the front portion (front neck portion) of the neck. The neck rear cover portion 30 is formed to extend along the circumference of the rear portion (rear neck portion) of the neck, and is connected to the neck front cover portion 20 by a connection portion 40. The neck front cover portion 20 is formed to extend in an arc shape corresponding to the circumference of the front portion of the neck, and the neck rear cover portion 30 is formed to extend in an arc shape corresponding to the circumference of the neck. The neck front cover portion 20 and the neck rear cover portion 30 are connected by a connection portion 40 to form a continuous circular shape corresponding to the neck circumference together.

Hereinafter, in describing the present invention, the left and right sides are based on the directions in the perspective view shown in FIG. 1. In FIG. 1, the left side corresponds to the right side in the position of the user A wearing the neck wrinkle management device according to the present invention, and the right side in FIG. 1 is the position of the user A wearing the neck wrinkle management device according to the present invention. In the left side.

The neck rear cover part 30 is connected to the left end of the neck front cover part 20, has a shape bent to the right and extends to the rear neck, and the first neck rear cover part 30A, and the neck front cover part 20 ) And a second neck rear cover portion (30B) that is connected to the right end and extends to the rear neck while having a shape bent to the left. The rear ends of the first neck rear cover portion 30A and the second neck rear cover portion 30B face each other, and are detachably bonded to each other by the locking portion 50.

The connection portion 40 is disposed between the neck front cover portion 20 and the neck rear cover portion 30, and connects the neck front cover portion 20 and the neck rear cover portion 30. More specifically, the connection part 40 includes a left connection part 40 interconnecting the left end of the neck front cover part 20 and the front end of the first neck rear cover part 30A, and the right side of the neck front cover part 20 A pair of left and right sides including a right connecting portion 40 interconnecting an end portion and a front end portion of the second neck rear cover portion 30B is provided.

The locking unit 50 is a device unit that detachably binds the first neck rear cover portion 30A and the second neck rear cover portion 30B, and the locking portion 50 according to an embodiment of the present invention is magnetic Thus, the first neck rear cover portion 30A and the second neck rear cover portion 30B are detachably bonded to each other. 5 and 9, the locking unit 50 according to an embodiment of the present invention includes a first magnetic member 51 and a second magnetic member 52.

The first magnetic member 51 includes a permanent magnet and is installed at the rear end of the first neck rear cover portion 30A. The second magnetic member 52 is installed at the rear end of the second neck rear cover part 30B, including a permanent magnet. The rear ends of the first neck rear cover portion 30A and the second neck rear cover portion 30B are mutually bound or in close contact by the force between the first magnetic member 51 and the second magnetic member 52, and the first magnetic force When a separation force greater than the attractive force between the member 51 and the second magnetic member 52 acts, they are separated from each other.

When the rear ends of the first neck rear cover portion 30A and the second neck rear cover portion 30B are located within the range of the magnetic force, the rear ends of the first neck rear cover portion 30A and the second neck rear cover portion 30B Since the additional first magnetic member 51 and the second magnetic member 52 are spontaneously adhered to each other by the attractive force between the first magnetic member 51 and the second magnetic member 52, there is no need to take a separate operation to bind each other. In addition, when a release force is applied to the first neck rear cover portion 30A and the second neck rear cover portion 30B in a direction to be spaced apart from each other, the first neck rear cover portion 30A and the second neck rear cover portion 30B Are easily separated from each other without separate manipulation.

According to the locking part 50, the first neck rear cover portion 30A and the second neck rear cover portion 30B are separated from each other as shown in FIG. After inserting the neck wrinkle management device according to the neck circumference, a series of wearing processes that bind the first neck rear cover portion 30A and the second neck rear cover portion 30B to each other by releasing the release force are made simple and easy. I can.

In addition, it is not necessary to form separate fastening members to protrude or depress the rear ends of the first neck rear cover portion 30A and the second neck rear cover portion 30B by the action of the locking portion 50 as described above. , It is possible to implement a smooth and elegant exterior design without protrusions, depressions, or fastening members.

The configuration of the locking unit 50 according to an embodiment of the present invention including the first magnetic member 51 and the second magnetic member 52 is disclosed as a preferred embodiment of the locking unit 50 according to the present invention. As such, it is not intended to limit the structure of the locking part 50 according to the present invention. The locking part 50 according to the present invention has a specific structure, including binding means such as hooks and velcro, if the first neck rear cover portion 30A and the second neck rear cover portion 30B are detachably bonded to each other. It is not limited to the shape.

The light irradiation unit 60 is provided with a light source 60A for improving neck wrinkles and is installed inside at least one side of the neck front cover portion 20 and the neck rear cover portion 30. The light irradiation unit 60 according to an embodiment of the present invention is installed on both the neck front cover portion 20 and the neck rear cover portion 30 to irradiate the light for wrinkle improvement toward the neck from 360 degrees. While improving neck wrinkles, you can maximize the management effect.

The light source 60A may be provided with various specifications for irradiating light of different wavelength ranges in combination. For example, some of the plurality of light sources 60A may be LEDs that output a wavelength of 460nm to 470nm, some may be LEDs that output a wavelength of 620nm to 680nm, and another part may be a wavelength of 760nm to 900nm. It may be an LED that outputs.

In the case of an infrared wavelength of 460nm to 470nm, it is known that skin regeneration and wrinkle improvement effects are achieved by activating epidermal cells and activating skin tissues by increasing blood flow. Cells that make collagen and elastin that maintain skin elasticity may be stimulated by light emitted from the light source 60A and heat generated by the light emission, thereby inducing active production of collagen and elastin.

In the case of a wavelength of 620nm to 680nm, it is known to have the effect of preventing skin troubles by sterilizing and cleaning skin epidermal cells.In addition, in the case of infrared rays having a wavelength of 760nm to 900nm, light having the two wavelength ranges described above When used together with, it is known to further improve its effect. By the action of the light irradiation unit 60, it is possible to implement the effect of improving, treating, and preventing neck skin and neck wrinkles.

1 to 3, the neck cover part 10 according to an embodiment of the present invention includes a shoulder seating part 11, a turtle neck correction part 12, and a back neck support part 16.

The shoulder seating portion 11 is a device portion that is seated on the shoulder and is formed on the side of the neck cover portion 10. The shoulder seating portion 11 is formed by connecting the rear portion of the neck front cover portion 20, the connection portion 40, and the front portion of the neck rear cover portion 30 in succession.

Turtle neck correction unit 12 is a device that restrains the forward movement of the neck within a set angle based on the shoulder line, is formed in the front part of the shoulder seating part 11, and has a first set width in the vertical direction and the front part of the neck Face with. The turtle neck gyojeongbu 12 is formed to extend in an arc shape along the circumference of the front portion of the neck, and has a vertical width extending from under the chin to the chest under the neck.

The back neck support unit 16 is a device that restrains the movement of the neck within a set angle based on the shoulder line, is formed at the rear portion of the shoulder seating unit 11, has a second set width in the vertical direction, and has a second set width in the vertical direction. Face to face. The back neck support portion 16 is formed to extend in an arc shape along the circumference of the front portion of the neck, and has a vertical width extending from under the occipital portion to the lower portion of the neck.

2, the shoulder seating portion 11 according to an embodiment of the present invention includes a side extension portion 111 and a seating bent portion 112.

The side extension part 111 is a part that forms the basic frame of the shoulder seating part 11 and has a narrower vertical width than the turtle neck correction part 12 and is formed to extend from the front to the rear along the circumference of the side of the neck.

The seating bent portion 112 is a portion that is in contact with the shoulder and is seated, is formed in the lower portion of the side extension portion 111, and is concave upward in a shape corresponding to the shoulder. Referring to FIG. 2, a seating bent portion 112 according to an embodiment of the present invention includes an upwardly bent portion 113 and a downwardly bent portion 114.

The upwardly bent portion 113 is formed at the rear of the turtle neck correction portion 12, more specifically, is formed at the rear portion of the neck front shielder portion 20, and has a shape in which the lower portion gradually rises from the front to the rear side. The downwardly curved portion 114 is formed at the rear of the upwardly curved portion 113, and more specifically, formed at the front portion of the neck rear cover portion 30, and has a shape in which the lower portion gradually descends from the front to the rear side.

The neck wrinkle management device according to the present invention by the shape of the shoulder seating portion 11 as described above can wrap the neck in a state that is stably seated on the shoulder, and the seating in the correct position and forward direction based on the left and right shoulder lines is reliable. Can be done. In addition, since the neck wrinkle management device according to the present invention does not rotate in any direction by the shoulder seat 11 while the neck wrinkle management device according to the present invention is mounted around the neck, the neck wrinkle management while constantly irradiating light of a target wavelength to a target location Can be performed effectively.

2 and 3, the turtle neck correction unit 12 according to an embodiment of the present invention includes a bowing prevention extension 13, a chest contact portion 14, and a chin support portion 15.

The bowing prevention extension part 13 is a device facing the front part of the neck, and the bowing prevention extension part 13 is in contact with the front part of the neck while the shoulder seating part 11 is seated on the shoulder of the user A, The user A's throat is restrained. In addition, the bowing prevention extension 13 has a length in the vertical direction of a first set width corresponding to the distance from the lower chin to the chest under the neck so as to limit the bowing of the user A's head to within a set angle.

The chest contact part 14 is a device part that contacts the chest under the neck, and is formed in a shape corresponding to the shape of the chest under the neck under the bowing prevention extension part 13. More specifically, the chest contact portion 14 has a'U'-shaped front shape so that the front portion of the upward curved portion 113 can continuously contact the chest under the neck, and has a side shape inclined downward toward the front. Accordingly, the load of the neck wrinkle management device according to the present invention is evenly distributed across the entire shoulder seating portion 11 and the chest contact portion 14, thereby improving the wearing comfort compared to the case where the load is concentrated on one side. can do.

The chin support part 15 is a device part facing the chin and is formed on the upper part of the anti-bowling extension part 13. When the user A bows his head at an angle corresponding to the first set angle, the user A's jaw contacts the chin support 15 and the head bow at an angle exceeding the first set angle is restrained. The chin support portion 15 is formed to form a shape corresponding to the upper portion of the neck in order to improve the fit, that is, to form a smooth curved surface gradually located outside the radial direction of the neck as it goes upward.

The neck wrinkle management apparatus according to the present invention can be limited and restrained so that the neck and head bowing of the user A is made within a set angle range by the turtle neck correction unit 12 as described above. As described above, by limiting and restraining the user A's head down posture and neck down posture within a set angle range, the effect of correcting straight neck and turtle neck deformation due to muscle tension in the back neck can be implemented.

As the head is lowered, the neck wrinkles in the front of the neck are created deeper, and by the turtle neck correction unit 12, the user A's head is constrained to be within a set angle, so that excessive overlapping of the skin at the front of the neck It is possible to further reduce the occurrence of uneven light irradiation due to contraction, and to efficiently manage neck wrinkles while irradiating light of an effective wavelength more uniformly over the entire front portion of the neck.

Referring to Figure 2, the back neck support portion 16 according to an embodiment of the present invention includes a bending prevention extension 17, a back contact portion 18, a laryngeal contact portion 19.

The anti-bending extension part 17 is a device facing the rear part of the neck, and the anti-bending extension part 17 is in contact with the rear part of the neck while the shoulder seating part 11 is seated on the shoulder of the user A, Restricts the user A's rear neck flexion. In addition, the anti-bending extension 17 has a vertical length of a second set width corresponding to from the upper occipital region to the lower neck, etc., so as to limit the user A's neck bending within a set angle.

The back contact part 18 is a device part that contacts the lower part of the neck and the like, and is formed to extend in the horizontal direction at a position corresponding to the rear part of the downward bent part 114 under the bending prevention extension part 17. Accordingly, the back contact part 18 can be in continuous contact with the neck in a horizontal direction, and the load of the neck wrinkle management device according to the present invention is the shoulder seating part 11 and the chest contact part 14, the back contact part 18 It is evenly distributed and operated throughout.

The occipital contact portion 19 is a device portion facing the occipital portion above the neck, and is formed on the upper portion of the anti-bending extension portion 17. When the user A tilts his head back at an angle corresponding to the second set angle, the occipital portion above the neck of the user A is in contact with the laryngeal contact portion 19, and the head tilt at an angle exceeding the second set angle is restrained. The occipital contact portion 19 is formed to form a shape corresponding to the upper portion of the neck in order to improve the fit, that is, to form a smooth curved surface gradually located outside the radial direction of the neck as it goes upward.

The neck wrinkle management apparatus according to the present invention can be limited and restrained so that the user A's head bending is made within a set angle range by the back neck support unit 16 as described above. Accordingly, it is possible to further reduce the occurrence of uneven light irradiation due to excessive head bending, that is, due to excessive overlapping or contraction of the skin at the rear portion of the neck, and the effective wavelength more uniformly over the entire rear portion of the neck. Neck wrinkle management can be efficiently performed while irradiating light.

In addition, in constraining the user A's head bowing and neck reclamation to a set range using the turtle neck correction unit 12, the rear neck support unit 16 functions as a reference together with the shoulder seating unit 11. That is, in implementing the turtle neck correction function using the turtle neck correction unit 12, the shoulder seating portion 11 in contact with the shoulder line of the user (A) and the back neck support portion 16 in contact with the back neck portion of the user (A) As a reference, it is possible to stably restrain the user A's head and neck down within the set range.

5 to 8, the neck front cover part 20 according to an embodiment of the present invention includes an anterior inner skin 21, an anterior outer skin 22, a front light source receiving part 23, a reinforcing frame part ( 24), a spaced support portion 25, a front fastening portion 26, and includes a front cover fastening portion 29.

The anterior inner skin 21 is a device part of the neck front cover 20 that contacts the neck, and is formed to extend in a'U' shape or an arc shape along the circumference of the anterior portion of the neck. The anterior inner skin 21 forms a continuous curved surface in consideration of the contact between the anterior portion of the neck, the chest under the neck, and the chin. The anterior inner skin 21 includes a light-transmitting material capable of transmitting light of a specific wavelength emitted from the light irradiation unit 60, and includes a UV-blocking material capable of blocking ultraviolet rays harmful to the human body.

The anterior outer skin 22 is a device that forms the exterior of the anterior neck cover 20, is disposed outside the anterior inner skin 21, and is formed to extend in a'U' shape or an arc shape along the anterior inner skin 21 do.

The front light source receiving portion 23 is a device portion in which the first light irradiating portion 61 of the light irradiating portion 60 is accommodated, and is formed to be hollow between the anterior inner skin 21 and the anterior outer skin 22. The reinforcing frame part 24 is a device part for installing and supporting the light irradiation part 60 in the correct position, between the anterior inner skin 21 and the anterior outer skin 22, that is, on the front light source receiving part 23 Is placed.

The spaced support portion 25 binds the reinforcing frame portion 24 and the anterior inner skin 21 to each other, but by bonding to each other at a set interval, a continuous'U' between the reinforcing frame portion 24 and the anterior inner skin 21 A'shaped front light source receiving portion 23 is formed. The first light irradiation portion 61 of the light irradiation portion 60 is disposed on the'U'-shaped front light source receiving portion 23 formed between the reinforcing frame portion 24 and the front inner skin 21 (FIG. 4 Reference).

The front fastening part 26 is a device that fastens the front outer skin 22 to the reinforcing frame part 24. In a state in which the reinforcing frame portion 24 is bound to the front inner skin 21 by the spaced support portion 25, the front outer skin 22 is fastened to the reinforcing frame portion 24 by the front fastening portion 26. The reinforcing frame portion 24 has a shape corresponding to the front outer skin 22, and is closely coupled to the front outer skin 22 by the front fastening portion 26, thereby increasing the rigidity of the neck front cover 20 Reinforcement.

The front cover fastening portion 29 is a device for fastening the front outer skin 22 to the connecting portion 40 and is formed at both ends of the front outer skin 22 in contact with the connecting portion 40. The front and middle portions of the front outer skin 22 are coupled to the reinforcing frame 24 by the front fastening portion 26, and the rear portion of the front outer skin 22 is connected by the front cover fastening portion 29. 40). The front outer skin 22 includes other components located radially inside the neck in a plurality of locations where the front fastening part 26 and the front cover fastening part 29 are formed, and more specifically, a reinforcing frame part 24 ), is fastened and bound with the front connection member 42 of the connection part 40.

5, the anterior inner skin 21 according to an embodiment of the present invention includes an anterior central inner skin 211 and an anterior side inner skin 212.

The anterior central inner skin 211 faces the anterior central portion of the neck of the anterior inner skin 21, and the anterior inner skin 212 faces the anterior portion of the neck among the anterior inner skin 21. The anterior central inner skin 211 constitutes the inner side of the turtle neck correction part 12. The anterior side inner skin 212 is formed continuously on the side of the anterior central inner skin 211, and has a shape in which the lower part gradually rises toward the rear. With this shape, the anterior side inner skin 212 forms the upwardly curved portion 113 of the shoulder seat 11.

5, 7 and 8, the anterior outer skin 22 according to an embodiment of the present invention includes an anterior left outer skin 221, an anterior right outer skin 222, an anterior central outer skin 223 Includes.

The front left outer skin 221 is a device that forms the left side of the front outer skin 22 and is formed to extend in an arc shape to the left from the front central portion of the neck. The front right outer skin 222 is a device that forms the right side of the front outer skin 22 and is formed to extend in an arc shape to the right from the front central portion of the neck.

The front central outer skin 223 covers the front end of the front left outer skin 221 and the front end of the front right outer skin 222 and between the front left outer skin 221 and the front right outer skin 222 Is placed. The front end of the front left outer skin 221 is formed with a fastening hole (not shown) through which a fastening member (not shown) can pass for fastening with the reinforcing frame 24, the front central outer skin 223 Covers such a fastening hole and is fastened to the reinforcing frame part 24, thereby forming a clean and smooth appearance.

The front central outer skin 223 according to an embodiment of the present invention has a square front shape and covers the front end of the front left outer skin 221 and the front right outer skin 222. On the front central outer skin 223, a mode manipulation unit 69 is formed to receive an operation force of the user A for changing the operating state of the light irradiation unit 60. The user A can switch the operation state of the light irradiation unit 60 by touching or pressing the mode control unit 69 formed on the front central outer skin 223.

7 and 8, the reinforcing frame part 24 according to an embodiment of the present invention includes a frame body part 241, a transverse support part 242, and a longitudinal support part 243.

The frame body portion 241 is a device portion constituting the body of the reinforcing frame portion 24 and is formed to extend in an arc shape surrounding the front portion of the neck along the front outer skin portion 22. In the middle of the frame body 241, an open hole (not shown) is formed to pass through, and a mode control unit 69 formed on the front outer skin 22 is inserted into the front light source receiving unit 23 through the open hole. It may be electrically connected to the installed first light irradiation unit 61.

The transverse support part 242 is a device part supporting the light irradiation part 60 in the transverse direction, and is formed to extend in the longitudinal direction on the frame body part 241. The transverse support part 242 according to an embodiment of the present invention includes a first transverse support part formed to be upright in the center of the open hole and having a flat plate shape extending in the left and right direction, and front and rear of the left and right parts of the open hole It includes a second transverse support formed to extend in the direction. A plurality of components constituting the light irradiation unit 60 may be stably installed and fixed in place using a plurality of transverse support portions 242 disposed to extend in different directions as a reference surface.

The longitudinal support part 243 is a device part supporting the light irradiation part 60 in the longitudinal direction, and is formed to extend in the transverse direction on the frame body part 241. The longitudinal support portion 243 according to an embodiment of the present invention is formed to extend in the front and rear directions at the top and bottom of the open hole portion. A plurality of components constituting the light irradiation unit 60 may be stably installed and fixed in place using a plurality of longitudinal support portions 243 disposed to be spaced apart from each other as a reference surface.

5 and 7, the spaced support part 25 according to an embodiment of the present invention includes a front and rear prevention branch 251 and a side prevention branch 252.

The back and forth prevention branch 251 is a device that binds the reinforcing frame part 24 and the front inner skin 21 to each other at a set interval, and the reinforcing frame part to stably secure the front and rear rigidity of the neck front cover part 20 It is formed to extend in the front-rear direction between (24) and the anterior inner skin (21). The front and rear prevention branch 251 is formed to protrude in a direction facing each other on at least one side of the reinforcing frame portion 24 and the front inner skin 21.

The front and rear prevention branch 251 is disposed to be distributed in a plurality of locations. As an example, the front and rear prevention branch 251 is arranged in a plurality of distributed over the front, middle, upper, and lower portions of the neck front cover part 20, so that the bonding force between the reinforcing frame part 24 and the anterior inner skin 21 is improved. It can be secured stably.

The side prevention branch 252 is formed to extend laterally between the reinforcing frame part 24 and the anterior inner skin 21 so as to stably secure the lateral rigidity of the neck front cover part 20. The side prevention branch part 252 is formed to protrude in a direction facing each other on at least one side of the reinforcing frame part 24 and the front inner skin 21.

The side prevention branch 252 is disposed to be distributed in a plurality of places. As an example, the side prevention branch 252 is distributed and disposed on the left and right rear portions of the neck front cover portion 20, so that the lateral rigidity of the neck front cover portion 20 can be stably secured. In the neck wrinkle management device according to the present invention, when the side portion, for example, the shoulder seating portion 11 has a relatively small width compared to other portions, when moving, wearing, or detaching the neck wrinkle management device according to the present invention The user A mainly grips the side, and the stiffness against such a gripping force can be stably secured by the side prevention support 252.

5 and 6, the front fastening part 26 according to an embodiment of the present invention includes a front side fastening part 27 and a front central fastening part 28.

The front side fastening portion 27 is a device portion that fastens the front left outer skin 221 and the front right outer skin 222 to the reinforcing frame portion 24. The front side fastening portion 27 is disposed so as to be distributed on the front left outer skin 221, the front right outer skin 222, and the reinforcing frame portion 24. The front central fastening part 28 fastens the front central outer skin 223 to the reinforcing frame part 24. The front central fastening portion 28 is disposed on the upper and lower portions of the front central outer skin 223.

7, 8, the front side fastening portion 27 according to an embodiment of the present invention includes a reference jaw portion 271, an engaging jaw portion 272, a first locking jaw portion 273, and a first elastic hook portion. (274), including the assembly (277).

The front outer skin 22 is coupled with the reinforcing frame 24 in a state in which the reinforcing frame 24 is coupled with the front inner skin 21. The assembly of the front outer skin 22 may be easily and reliably performed based on the set point on the reinforcing frame part 24. The reference jaw portion 271 is a device that provides such a reference when assembling the front outer skin 22 to the reinforcing frame portion 24 and is formed at a set point on the reinforcing frame portion 24.

The reference jaw portion 271 according to an embodiment of the present invention is formed to extend in the vertical direction on the left and right ends of the reinforcing frame portion 24. The engaging jaw portion 272 is a folding device portion with the reference jaw portion 271 and is formed to protrude toward the reference jaw portion 271 on the front left outer skin 221 and the front right outer skin 222. The engaging jaw portion 272 is formed at a position corresponding to the reference jaw portion 271.

The first engaging jaw portion 273 is a device portion to which the first elastic hook portion 274 is fastened, and is disposed on the reinforcing frame portion 24 to be spaced apart from the reference jaw portion 271. A plurality of first locking jaw portions 273 according to an embodiment of the present invention are disposed to be spaced apart on the upper and lower ends of the reinforcing frame portion 24 and are formed to extend in the lateral direction.

The first elastic hook portion 274 is a device portion fastened to the first locking jaw portion 273 and is formed to protrude laterally on the front left outer skin 221 and the front right outer skin 222. The first elastic hook portion 274 is disposed to contact the first locking jaw portion 273 while the engaging jaw portion 272 is in contact with the reference jaw portion 271.

When the front left outer skin 221 and the front right outer skin 222 are pressed toward the reinforcing frame portion 24, that is, the first elastic hook portion 274 is pressed toward the first locking jaw portion 273 When acting, the first elastic hook portion 274 is elastically fastened to the first locking jaw portion 273 by an elastic force and is caught. Referring to FIG. 8, a first elastic hook portion 274 according to an embodiment of the present invention includes an elastic extension portion 275 and an elastic ring portion 276.

The elastic extension part 275 is formed to protrude laterally toward the reinforcing frame part 24 on the front left outer skin 221 and the front right outer skin 222, and the upper surface of the first locking jaw part 273 Or, it is in face contact with the bottom part. The elastic extension part 275 has an elastic force capable of being elastically bent by a contact force with the first locking jaw part 273.

The elastic ring portion 276 is a device portion that is caught on the side end of the first engaging jaw portion 273, and is formed to protrude upwardly and downwardly from the end of the elastic extension portion 275, that is, toward the reinforcing frame portion 24. When the anterior outer skin 22 is disposed so that the engaging jaw portion 272 contacts the reference jaw portion 271 when assembling the anterior outer skin 22, the first engaging jaw portion 273 and the first elastic hook are positioned to correspond to each other. The parts 274 come into contact with each other.

In this way, when the first elastic hook portion 274 is positioned to correspond to the first locking jaw portion 273, when a pressing force is applied to the front outer skin 22, the elastic extension portion 275 is elastically bent. The elastic ring portion 276 may be moved toward the end of the first locking jaw portion 273 in a state in contact with the top or bottom portion of the first locking jaw portion 273. In a state in which the elastic ring portion 276 reaches the end of the first engaging jaw portion 273, the elastic extension portion 275 and the elastic ring portion 276 are in different directions due to the elastic restoring force of the elastic extension portion 275. It is closely adhered to and bound to the first locking jaw portion 273.

The assembly connection part 277 is a device part for binding the front left outer skin 221 and the front right outer skin 222 to the reinforcing frame part 24 using a separate fastening member (not shown) such as a bolt. The assembly connection portion 277 according to an embodiment of the present invention is disposed on the reinforcing frame portion 24 to be spaced apart from the reference jaw portion 271 and the first locking jaw portion 273, and the female screw portion to which the fastening member can be fastened. Have a structure

The assembly connection portion 277 according to an embodiment of the present invention is formed to be upright in the central portion of the open hole formed in the front portion of the frame body portion 241 among the transverse support portions 242, and has a flat plate shape extending in the left and right directions. A plurality of branches are formed on the first transverse support portion. The fastening member penetrates the front end of the front left outer skin 221 and the front right outer skin 222 and is fastened to the assembly attachment 277. By this assembly, the front ends of the front left outer skin 221 and the front right outer skin 222 can be firmly fastened to the reinforcing frame portion 24.

6 to 8, the front central fastening portion 28 according to an embodiment of the present invention includes a second locking jaw portion 281 and a second elastic hook portion 282.

The second engaging jaw portion 281 is a device portion to which the second elastic hook portion 282 is fastened, and is formed in a portion of the reinforcing frame portion 24 that faces the front central outer skin portion 223. The second engaging jaw portion 281 according to an embodiment of the present invention is formed to extend in the front-rear direction on the upper central portion and the lower central portion facing the front of the reinforcing frame portion 24.

The second elastic hook portion 282 is a device portion fastened to the second locking jaw portion 281 and is formed to protrude rearward on the front central outer skin portion 223. The second elastic hook portion 282 according to an embodiment of the present invention is formed to protrude toward the reinforcing frame portion 24 on the upper and lower portions of the front central outer skin portion 223.

When a pressing force to press the second elastic hook portion 282 toward the second locking jaw portion 281 is applied, the second elastic hook portion 282 is elastically fastened to the second locking jaw portion 281 by an elastic force and caught. The second locking jaw portion 281 and the second elastic hook portion 282 have structures corresponding to the first locking jaw portion 273 and the first elastic hook portion 274, respectively, and detailed description of the structure and operation thereof Is omitted.

By fastening the second elastic hook portion 282 to the second locking jaw portion 281, the front central outer skin 223 can be detachably coupled to the reinforcing frame portion 24. At this time, the upper and lower portions of the front central outer skin 223 are fastened to the reinforcing frame portion 24 by the front central fastening portion 28, and the left and right portions are front left outer skin 221 and the front right outer skin ( It covers the front end of 222, the assembly connection 277, and the fastening member. A mode manipulation unit 69 is disposed in the middle of the front central outer skin 223.

7 and 8, the front cover fastening portion 29 according to an embodiment of the present invention includes a third engaging jaw portion 291 and a third elastic hook portion 292.

The third engaging jaw portion 291 is a device portion to which the third elastic hook portion 292 is fastened, and is formed on the front connecting member 42 of the connecting portion 40. The third engaging jaw portion 291 according to an embodiment of the present invention is formed at the upper end and the lower end of the front connection member 42. The third elastic hook portion 292 is a device portion that engages the third locking jaw portion 291, and protrudes inward toward the front connection member 42 on the rear end of the front left outer skin 221 and the front right outer skin 222 Is formed.

The third elastic hook portion 292 is positioned to correspond to the third locking jaw portion 291. The front connection member 42 is disposed at the rear portion of the neck front cover portion 20 in contact with the neck side of the user A, and more specifically, is coupled and fixed to the rear portion of the anterior inner skin 212, and The three elastic hook portion 292 is formed to protrude laterally toward the front connection member 42 on the rear portion of the front left outer skin 221 and the front right outer skin 222.

When a pressing force to press the third elastic hook portion 292 toward the third locking jaw portion 291 is applied, the third elastic hook portion 292 is elastically fastened to the third locking jaw portion 291 by an elastic force and caught. The third locking jaw portion 291 and the third elastic hook portion 292 have structures corresponding to the first locking jaw portion 273 and the first elastic hook portion 274, respectively, and detailed description of the structure and action Is omitted.

When the front left outer skin 221 and the front right outer skin 222 are assembled, the front left outer skin 221 and the front right outer skin 222 are arranged so that the engaging jaw 272 contacts the reference jaw 271 , The first engaging jaw portion 273 and the first elastic hook portion 274 are in contact with each other, and at the same time, the third locking jaw portion 291 and the third elastic hook portion 292 positioned to correspond to each other come into contact with each other.

In this way, in a state in which the first elastic hook portion 274 is positioned to correspond to the first engaging jaw portion 273, and the third elastic hook portion 292 is positioned to correspond to the third engaging jaw portion 291, the front left side When a pressing force is applied to the outer skin 221 and the front right outer skin 222 in the lateral direction, that is, when a pressing force is applied to the reinforcing frame portion 24 and the front connection member 42, the first elastic hook portion 274 Is fastened to the first engaging jaw portion 273, and at the same time, the third elastic hook portion 292 is engaged with the third engaging jaw portion 291.

The first engaging chin portion 273 and the first elastic hook portion 274 are fastened, and the third locking chin portion 291 and the third elastic hook portion 292 are fastened to the front left outer skin 221 and the front right side. The assembly of the outer skin 222 is primarily performed at a plurality of locations over the entire length, and the assembly of the front left outer skin 221 and the front right outer skin 222 using the assembly attachment 277 is secondary. It is made more robust.

Next, the front central outer skin 223 is assembled by fastening between the second locking jaw portion 281 and the second elastic hook portion 282. The reinforcing frame part 24 is assembled to the front inner skin 21 by the spaced support part 25, and in this way, the front side fastening part 27, the front cover fastening part 29, and the front central fastening part 28 The front inner skin 21, the reinforcing frame 24, the front outer skin 22, and the front connecting member 42 are assembled and bonded through the process of assembling the front outer skin 22 in multiple stages.

9 and 10, the neck rear cover part 30 according to an embodiment of the present invention includes a rear inner skin 31, a rear outer skin 32, a rear light source receiving part 33, and a rear cover fastening part. (34), a cap portion 35, a rear cap fastening portion 36, and includes a sliding coupling portion (37).

The posterior inner skin 31 is an apparatus part of the neck rear cover 30 that contacts the neck, and is formed to extend in a'U' shape or an arc shape along the circumference of the rear portion of the neck. The rear inner skin 31 includes a light-transmitting material capable of transmitting light of a specific wavelength emitted from the light irradiation unit 60 and includes a UV-blocking material capable of blocking ultraviolet rays harmful to the human body.

The rear outer skin 32 is a device that forms the appearance of the neck rear cover 30, is disposed outside the rear inner skin 31, and is formed to extend in a'U' shape or an arc shape along the rear inner skin 31 do.

The rear light source receiving portion 33 is a device portion in which the second light irradiating portion 64 of the light irradiating portion 60 is accommodated, and is formed to be hollow between the rear inner skin 31 and the rear outer skin 32. The rear cover fastening portion 34 binds the rear inner skin 31 and the rear outer skin 32 together. The rear inner skin 31 and the rear outer skin 32 have a'C'-shaped longitudinal section and are arranged to face each other. In this state, by mutually fastening to the rear cover fastening portion 34, the rear light source receiving portion 33 having a'U' shape is formed to be hollow.

The cap portion 35 is a device that forms the rear end of the first neck rear cover portion 30A and the second neck rear cover portion 30B, and is coupled by covering the ends of the rear inner skin 31 and the rear outer skin 32 . The locking unit 50 is a device unit for bonding the first neck rear cover portion 30A and the second neck rear cover portion 30B to each other, and is installed on the cap portion 35 including a permanent magnet. Referring to FIG. 9, a locking part coupling part (not shown in the drawing) to which the first magnetic member 51 and the second magnetic member 52 can be fitted is formed on the cap part 35.

In one embodiment of the present invention, the locking part coupling portion is formed in a shape corresponding to each of the first magnetic member 51 and the second magnetic member 52. More specifically, the locking portion coupling portion is formed to protrude on the inner surface portion of the cap portion 35 in contact with the first neck rear cover portion 30A and the second neck rear cover portion 30B, and the first magnetic force member 51 And is formed to extend along the circumference of the second magnetic member 52. The first magnetic member 51 and the second magnetic member 52 are fitted and fixed to a locking portion engaging portion having the shape of a concave receiving portion.

The first neck rear cover portion 30A and the second neck rear cover portion 30B are mutually bound by the magnetic force of the locking portion 50. At this time, a pair of left and right cap portions 35 coupled to each of the first neck rear cover portion 30A and the second neck rear cover portion 30B are in close contact or spaced apart from each other. Among the left cap portions 35, a right end facing the right cap portion 35 has a shape corresponding to the left end portion of the right cap portion 35 so as to stably adhere to the right cap portion 35.

In one embodiment of the present invention, a pair of left and right cap portions 35 have a flat shape at one end facing each other. According to this shape, since the left and right pair of cap portions 35 have the same structure and shape, compared to the case where the left and right pair of cap portions 35 have different shapes, it is easier to manufacture and assemble, and manufacture Unit price can be lowered.

The rear cap fastening portion 36 is a device portion that binds the cap portion 35 to the rear inner skin 31 and the rear outer skin 32. In a state in which the rear inner skin 31 and the rear outer skin 32 are mutually bound by the rear cover fastening portion 34, the cap 35 is connected to the rear inner skin 31 and the rear outer skin by the rear cap fastening portion 36. Can be assembled on the rear end of (32). The rear end portions of the rear inner skin 31 and the rear outer skin 32 are covered by the cap portion 35 together in a state of facing each other so that they are more securely bound.

The sliding coupling part 37 is a device part that is slidably coupled to the second cover coupling part 434 (described below) of the connection part 40 at a set angle, and is formed to protrude laterally on the front part of the rear outer skin 32 do. The neck rear cover part 30 is coupled and supported at a set angle with respect to the connection part 40 by the sliding coupling part 37, so that it is bent toward the rear central part of the neck toward the rear side and forms an arc shape surrounding the rear part of the neck. .

9 and 10, the rear cover fastening portion 34 according to an embodiment of the present invention includes a locking hole 341 and a locking hook 343.

The locking hole 341 is a device for mutually fastening the rear inner skin 31 and the rear outer skin 32, and is formed to protrude from the upper and lower portions of the rear inner skin 31, and extends the direction of the rear inner skin 31 A plurality of them are arranged to be spaced apart. A hole portion (not shown) into which the locking hook portion 343 can be inserted is formed on the locking hole 341 so as to penetrate in the vertical direction.

The locking hook part 343 is a device part that is hooked and fastened by the locking hole part 341, and a plurality of the locking hook parts 343 are arranged to be spaced apart from the upper and lower portions of the rear outer skin 32, and more specifically at positions corresponding to the locking hole part 341 do. Referring to FIG. 10, a hooking hook part 343 according to an embodiment of the present invention includes a guide groove 344 and a hooking protrusion 345.

The guide groove portion 344 is a device portion in which the locking hole portion 341 is inserted and is accommodated, and is formed to be recessed in a shape corresponding to the locking hole portion 341 in the upper and lower portions of the rear outer skin 32. The guide groove part 344 is formed on the side end of the rear outer skin 32, and when the locking hook part 343 is positioned corresponding to the guide groove part 344, when a pressing force is applied in a direction overlapping each other, the locking hook The part 343 is inserted into the guide groove 344 while sliding along the extending direction of the guide groove 344.

The guide groove portion 344 is formed to extend in the same direction as the extending direction of the guide jaw portion 372 of the sliding coupling portion 37. Accordingly, when assembling the rear outer skin 32 to the rear inner skin 31 and the rear connecting member 43, the assembly between the rear outer skin 32 and the rear connecting member 43 by the sliding coupling portion 37 And, the assembly between the rear outer skin 32 and the rear inner skin 31 by the rear cover fastening portion 34 can be made at the same time.

The locking protrusion 345 is a device part that is inserted into the locking hole 341 and is formed to protrude on the guide groove 344. In a state in which the locking hole 341 is inserted into the guide groove 344, the locking protrusion 345 is inserted into and caught in the hole formed in the locking hole 341. The guide groove 344 has a width and shape corresponding to the locking hole 341, and the locking protrusion 345 has a width and shape corresponding to the hole formed in the locking hole 341. Accordingly, the edge portion of the guide groove 344 and the locking protrusion 345 are double-contacted at the outer and inner portions of the locking hole 341, respectively, and stably restrain the flow of the locking hole 341.

9, the rear cap fastening portion 36 according to an embodiment of the present invention includes an assembly hole portion 361 and an assembly jaw portion 362.

The assembly hole 361 is formed to penetrate in the front-rear direction on the rear end portions of the rear inner skin 31 and the rear outer skin 32. The assembly jaw portion 362 is a device portion fastened to the assembly hole portion 361 and is formed to protrude at a position corresponding to the assembly hole portion 361 of the cap portion 35. When assembling the cap portion 35 is fitted to the rear end portion of the rear inner skin 31 and the rear outer skin 32, the assembly jaw portion 362 is fitted into the assembly hole portion 361, and the cap portion 35 is fitted with the rear inner skin portion 31. It is bound to the posterior skin 32.

10 to 12, the sliding coupling part 37 according to an embodiment of the present invention includes a guide protrusion 371, a guide protrusion 372, and a support protrusion 373.

The guide protrusion 371 is a device unit assembled with the rear connection member 43 (described below) of the connection portion 40 and is formed to protrude on the rear outer skin 32. The guide protrusion 371 is formed at a position corresponding to each of the upper end and the lower end of the second cover coupling part 434 of the rear connection member 43. When assembling the rear outer skin 32 to the rear connecting member 43, the second cover coupling portion 434 is sandwiched between a pair of upper and lower guide protrusions 371, and the upper and lower ends are respectively upper guide protrusions ( 371), and the lower guide protrusion 371 is in contact.

The guide jaw part 371 and the support protrusion 373 are device parts that guide the assembly between the rear outer skin 32 and the rear connection member 43 at a set angle. The guide protrusion 371 is formed to protrude on the guide protrusion 371 and is formed to extend at a set angle. The support protrusion 373 is formed to protrude on the rear outer skin 32, more specifically between the pair of upper and lower guide protrusions 371, and the second cover coupling part on the opposite side from the guide protrusion 371 Contact with (434).

Among the supporting protrusions 373, a protruding end contacting the second cover coupling part 434 is formed parallel to the extending direction of the guide chin part 371, that is, inclined at a set angle. The second cover coupling portion 434 has its upper and lower ends in contact with the guide protrusion 371, one side of the guide protrusion 372, and the other side of the guide protrusion 372 in contact with the support protrusion 373. As it slides along, it can be reliably assembled and fastened with the rear outer skin 32 at a set angle.

In guiding the assembly between the rear outer skin 32 and the rear connecting member 43 at a set angle, in addition to the above-described embodiment including the guide chin portion 371 and the support protrusion 373, the guide protrusion 371 Another embodiment of forming a guide slit portion (not shown) to be recessed in the contact portion with the second cover coupling portion 434 may be applied. By forming the guide slit to extend at a set angle on the guide protrusion 371, the rear outer skin 32 while sliding along the guide slit while the upper and lower ends of the second cover coupling part 434 are fitted to the guide slit. ) And can be assembled and fastened at a set angle.

11 to 13, the connection part 40 according to an embodiment of the present invention includes a connection body part 41, a front connection member 42, a rear connection member 43, and a cable extension part 44. Include.

The connection body 41 is a device disposed between the neck front cover 20 and the neck rear cover 30 in order to rotatably connect the neck rear cover 30 to the neck front cover 20 As a result, between the neck front cover portion 20 and the neck rear cover portion 30, the neck front cover portion 20 and the neck rear cover portion 30 together form a continuous appearance and a smooth curved surface. The connection body part 41 according to an embodiment of the present invention includes a soft elastic material having flexibility that can be bent by an external force and elasticity to be restored to its initial shape when the external force is removed. .

Silicone, rubber, thermoplastic polyurethane (TPU, Thermoplastic Polyurethane), etc. may be used as the material of the connection body part 41. By applying a material having flexibility and elasticity as the material of the connection body part 41, the neck rear cover part 30 is formed based on the neck front cover part 20, and more specifically, the first neck rear cover The part 30A and the second neck rear cover part 30B may be supported and connected to be rotatable in a direction spaced apart or in contact with each other as shown in FIG. 16.

The front connection member 42 connects the neck front cover part 20 made of an inflexible hard material and a connection body part 41 made of a flexible soft elastic material. It is the device part. The rear connection member 43 is a device that connects the neck rear cover part 30 made of a hard material without flexibility and the connection body part 41 made of a soft elastic material with flexibility.

The connection body part 41 made of a soft elastic material is connected to the neck front cover part 20 by the front connection member 42, and the connection body part 41 is connected to the neck rear cover part by the rear connection member 43. It is connected with (30). By this connection structure, the neck front cover part 20, the connection body part 41, and the neck rear cover part 30 are sequentially connected from the front.

The front connection member 42 interconnects the connection body part 41, the neck front cover part 20, and the neck rear cover part 30 so as not to be exposed to the outside. With this connection structure, the connection body 41 supports the neck rear cover 30 with respect to the front cover 20 so as to be rotatable, and at the same time, the entire neck wrinkle management device according to the present invention is continuous and smooth. It can have an appearance.

The cable extension 44 electrically connects the first light irradiation portion 61 installed on the neck front cover portion 20 and the second light irradiation portion 64 installed on the neck rear cover portion 30 It is a device part forming a wiring passage for (see FIG. 4), is formed to be hollow on the connection body part 41, and is formed to extend in the transverse direction between the front connection member 42 and the rear connection member 43. With this structure, the cable extension part 44 communicates with the front light source receiving part 23 and the rear light source receiving part 33.

By electrically connecting the first light irradiation unit 61 and the second light irradiation unit 64 through the cable extension unit 44, the first light using the battery unit 67 disposed on the neck front cover unit 20 Electricity can be supplied to both the irradiation unit 61 and the second light irradiation unit 64, and by operating the mode control unit 69, the first light irradiation unit 61 and the second light irradiation unit 64 can be integratedly controlled. I can.

Referring to FIG. 13, a connection body part 41 according to an embodiment of the present invention includes a body part 411, a front connection part 412, and a rear connection part 413.

The main body 411 is a device that forms the basic frame of the connection body 41, and is made of the above soft elastic material, and is disposed between the front neck cover 20 and the rear neck cover 30 do. The main body 411 has a set length in the front-rear direction and a set thickness in the left-right direction.

As the body portion 411 has flexibility, the body portion 411 flexibly bends by applying a release force by the user A, and the first neck rear cover portion 30A and the second neck rear cover portion ( 30B) can be rotated apart from each other as shown in FIG. 16. In addition, as the body portion 411 has an elastic restoring force, the main body portion 411 is elastically restored to its initial shape by simply releasing the release force by the user A, and the first neck rear cover portion 30A and As shown in FIG. 1, the second neck rear cover portion 30B can be returned to be in contact with each other. At this time, the first neck rear cover portion 30A and the second neck rear cover portion 30B are in close contact with each other by the magnetic force of the locking portion 50.

The front connection part 412 is a device part connected to the front connection member 42 of the body part 411, is formed to be hollow at the front end of the body part 411, and the front connection member 42 is inserted and coupled. The front connection part 412 has a shape corresponding to the rear part of the front connection member 42, and more specifically, is formed to be hollow in a shape corresponding to the first press-fit assembly 422 of the front connection member 42. The first press-fit assembly 422 is forcibly fitted to the front connection 412 to be coupled and fixed.

The rear connection part 413 is a device part connected to the rear connection member 43 of the body part 411, is formed to be hollow at the rear end of the body part 411, and the rear connection member 43 is inserted and coupled. The rear connection part 413 is formed to be hollow in a shape corresponding to the front part of the rear connection member 43, more specifically, in a shape corresponding to the second press-fit assembly 432 of the rear connection member 43. The second press-fit assembly 432 is forcibly fitted to the rear connection part 413 to be coupled and fixed.

Referring to FIG. 14, a connection body part 41 according to an embodiment of the present invention includes a first connection body part 41A having a first length L1 in the front-rear direction and a second length L2 in the front-rear direction. Any one of the second connection body parts 41B having a may be selectively applied. According to an embodiment of the present invention shown in FIG. 14, the second connection body part 41B has a length that is longer than the first connection body part 41A.

By selectively applying the connection body part 41 according to the thickness or taste of the user A, that is, by selectively applying the first connection body part 41A or the second connection body part 41B, according to the present invention The length and width of the entire neck wrinkle management device can be adjusted accordingly. Accordingly, the convenience of use of the user A can be further improved, and the usable range of the neck wrinkle management apparatus according to the present invention can be further extended.

In addition, referring to FIG. 15, the connection body part 41 according to the embodiment of the present invention includes a third connection body part 41C having a first width W1 in the left and right direction, and a second width ( Any one of the fourth connection body portion 41D having W2) may be selectively applied. According to an embodiment of the present invention shown in FIG. 15, the fourth connection body portion 41D has a length that is longer than that of the third connection body portion 41C.

By selectively applying the connection body part 41 according to the thickness or taste of the user A, that is, by selectively applying the third connection body part 41C or the fourth connection body part 41D, according to the present invention, It is possible to adjust the lateral width of the inner diameter of the neck wrinkle management device. Accordingly, the convenience of use of the user A can be further improved, and the usable range of the neck wrinkle management apparatus according to the present invention can be further extended.

11 and 13, the front connection member 42 according to an embodiment of the present invention includes a first elastic body coupling portion 421 and a first cover coupling portion 424.

The first elastic body coupling part 421 is a device part of the front connection member 42 that is coupled to the connection body part 41 and is forcibly fitted to the front connection part 412 to be coupled and fixed. Referring to FIG. 13, a first elastic body coupling part 421 according to an embodiment of the present invention includes a first press-fit assembly 422 and a first cable passing part 423.

The first press-fit assembly 422 is a device that is press-fitted to the front connection 412, has a shape corresponding to the front connection 412, and is forcibly fitted to the front connection 412. The front connection part 412 is formed to have an elliptical longitudinal cross-sectional shape and a set depth on the front end of the connection body part 41, and the first press-fit assembly 422 has a shape corresponding to the shape of the front connection part 412 Have.

The first cable passage part 423 is formed to penetrate in the front and rear direction at a position corresponding to the cable extension part 44 of the first press-fit assembly part 422. Accordingly, the first cable passing portion 423 communicates with the cable extension portion 44 in a state in which the first press-fit assembly portion 422 is press-fitted into the front connection portion 412. A cable (not shown) for electrically connecting the first light irradiation unit 61 and the second light irradiation unit 64 is provided through the first cable passing unit 423 through the front connection member ( 42) can be continuously extended to the cable extension 44.

In the following description of the connection part 40, the direction toward the neck of the user A among the first press-fit assembly 422 is referred to as inner side and the direction opposite to the neck as outer side. The first cable passing portion 423 is formed on the first press-fit assembly 422 to be open toward the outside. Accordingly, while the assembler is located outside the neck wrinkle management apparatus according to the present invention, the cable can be easily arranged on the first cable passage part 423, and the cable can be extended and assembled in the front and rear direction while checking.

When the first cable passage part 423 is formed to be open to the outside on the first press-fit assembly 422, it means that the cable extension part 44 is also positioned corresponding thereto. According to the structure of this connection part 40, since the hollow part of the shape extending in the front and rear direction is located outside the center part on the longitudinal section, the first neck rear cover part 30A and the second neck rear cover part 30B are separated from each other. When rotated so that, the deformation of the connecting body part 41 that is bent outward can be made easily and smoothly with less force.

The first cover coupling portion 424 is a device portion coupled to the neck front cover portion 20 and is formed to protrude forward at a front end portion of the first elastic body coupling portion 421. 11 and 13, the first cover coupling portion 424 according to an embodiment of the present invention includes a front extension portion 425 and a front cover coupling portion 426.

The front extension part 425 is formed to protrude forward on the front end of the first elastic body coupling part 421. The front extension part 425 is provided with a pair located at the upper and lower sides based on the first cable passing part 423. Accordingly, the cable inside the neck front cover part 20, that is, on the front light source receiving part 23, can enter and pass through the first elastic body coupling part 421 without interference with the first cover coupling part 424. .

The front cover coupling portion 426 is a device portion fastened to the neck front cover portion 20 and is formed on the front extension portion 425. The front cover coupling portion 426 is coupled to the front inner skin 21 by a fastening member (not shown) in a state in which the front connection member 42 faces the front inner skin 21 as shown in FIG. 7. In addition, a third engaging jaw portion 291 is formed on the front extension portion 425.

The third elastic hook portion 292 formed on the front outer skin 22 is caught by the third engaging jaw portion 291 and is fastened. By this assembly, assembly and bonding between the neck front cover part 20 and the front connection member 42 and the connection body part 41 are made, and the front connection member 42 is the neck front cover part 20 and the connection body. It is not exposed to the outside of the part 41.

11 and 13, the rear connection member 43 according to an embodiment of the present invention includes a second elastic body coupling portion 431 and a second cover coupling portion 434.

The second elastic body coupling part 431 is a device part that is coupled to the connection body part 41 of the rear connection member 43 and is forcibly fitted to the rear connection part 413 to be coupled and fixed. Referring to FIG. 13, a second elastic body coupling part 431 according to an embodiment of the present invention includes a second press-fit assembly 432 and a second cable passing part 433.

The second press-fit assembly 432 is a device that is press-fitted into the rear connection part 413, has a shape corresponding to the rear connection part 413, and is forcibly fitted to the rear connection part 413. The rear connection part 413 is formed to have an elliptical longitudinal cross-sectional shape and a set depth on the rear end of the connection body part 41, and the second press-fit assembly 432 has a shape corresponding to the shape of this rear connection part 413 Have.

The second cable passing portion 433 is formed to penetrate in the front and rear direction at a position corresponding to the cable extension portion 44 of the second press-fit assembly portion 432. Accordingly, the second cable passage portion 433 communicates with the cable extension portion 44 in a state in which the second press-fit assembly portion 432 is press-fit into the rear connection portion 413. A cable (not shown) for electrically connecting the first light irradiation unit 61 and the second light irradiation unit 64 is connected to the rear connection member 43 from the cable extension unit 44 through the second cable passage unit 433. ) Can be continuously extended to the neck rear cover 30.

The second cable passing portion 433 is formed to be open toward the outside on the second press-fit assembly 432. Accordingly, while the assembler is located outside the neck wrinkle management apparatus according to the present invention, the cable can be easily disposed on the second cable passing portion 433 and extended and assembled in the front and rear direction while checking.

That the second cable passage portion 433 is formed to be open toward the outside on the second press-fit assembly portion 432 means that the cable extension portion 44 and the first cable passage portion 423 are also positioned corresponding thereto. it means. According to the structure of this connection part 40, since the hollow part of the shape extending in the front and rear direction is located outside the center part on the longitudinal section, the first neck rear cover part 30A and the second neck rear cover part 30B are separated from each other. When rotated so that, the deformation of the connecting body part 41 that is bent outward can be made easily and smoothly with less force.

The second cover coupling portion 434 is a device portion coupled to the neck rear cover portion 30 and is formed to protrude rearward at the rear end of the second elastic body coupling portion 431. 11 and 13, the second cover coupling portion 434 according to an embodiment of the present invention includes a rear extension portion 435 and a rear cover coupling portion 436.

The rear extension portion 435 is formed to protrude rearward on the rear end of the second elastic body coupling portion 431. The rear extension part 435 is provided with a pair located at the upper and lower sides based on the second cable passing part 433. Accordingly, the cable on the second elastic fastening part 431 can enter the inside of the neck rear cover part 20, that is, the rear light source receiving part 33 without interference with the second cover coupling part 434.

The rear cover coupling portion 436 is a device portion that is fastened to the neck rear cover portion 30 and is formed on the rear extension portion 435. The rear cover coupling portion 426 is coupled to the rear inner skin 31 by a fastening member (not shown) in a state in which the rear connection member 42 faces the rear inner skin 31. The upper and lower ends of the second cover coupling part 434 are slidably coupled with the sliding coupling part 37 formed on the rear outer skin 32. By this assembly, the connection body 41, the rear connection member 43, and the neck rear cover part 30 are bonded together, and the rear connection member 43 is the neck rear cover part 30 and the connection body part ( 41) is not exposed to the outside.

4 to 6, the light irradiation unit 60 according to an embodiment of the present invention includes a first light irradiation unit 61, a second light irradiation unit 64, a battery unit 67, a charging unit 68, It includes a mode operation unit 69.

The first light irradiation unit 61 is a device unit for irradiating light to improve neck wrinkles on the front portion of the neck, and includes a flexible substrate on which a plurality of light sources 60A are mounted, and the front of the neck front cover unit 20 It is installed in the light source receiving portion 23. The first light irradiation part 61 is arranged in the longitudinal and transverse directions so that a plurality of light sources 60A form a curved surface along the front light source receiving part 23 having a'U'-shaped cross-sectional shape corresponding to the front part of the neck. Is formed. 4, the first light irradiation unit 61 according to an embodiment of the present invention includes a front irradiation unit 62 and a front side irradiation unit 63.

The front irradiation unit 62 is a device for irradiating light for improving neck wrinkles to the front center of the neck, and is positioned to correspond to the front center of the neck. The front irradiation part 62 is formed by being arranged in a longitudinal direction and a transverse direction so that a plurality of light sources 60A cover the front central portion of the neck.

The front side irradiation part 63 is a device part for irradiating the neck wrinkle improvement light to the front side of the neck, and is positioned to correspond to the front side of the neck, and is continuously formed on both sides of the front irradiation part 62. The front side irradiation portion 63 is formed by arranging a plurality of light sources 60A together with the front irradiation portion 62 in the longitudinal and transverse directions to form a curved surface corresponding to the front portion of the neck.

The second light irradiation unit 64 is a device unit for irradiating light to improve neck wrinkles on the rear portion of the neck, and includes a flexible substrate on which a plurality of light sources 60A are mounted, and the rear of the neck rear cover unit 30 It is installed in the light source receiving portion (33). The second light irradiation unit 64 is arranged in the longitudinal and transverse directions so that a plurality of light sources 60A form a curved surface along the rear light source receiving unit 33 having a'U'-shaped cross-sectional shape corresponding to the rear part of the neck. Is formed. 4, the second light irradiation unit 64 according to an embodiment of the present invention includes a rear side irradiation unit 65 and a rear irradiation unit 66.

The rear side irradiation unit 65 is a device unit for irradiating light for improving neck wrinkles on the rear side of the neck, and is positioned to correspond to the rear side of the neck. The rear side irradiation portion 65 is formed by being arranged in the longitudinal direction and the transverse direction so that a plurality of light sources 60A cover the rear side of the neck.

The rear irradiation unit 66 is a device for irradiating light for improving neck wrinkles on the rear central portion of the neck, and is positioned to correspond to the rear central portion of the neck. The rear irradiation portion 66 is formed by arranging a plurality of light sources 60A together with the rear side irradiation portion 65 to form a curved surface corresponding to the rear portion of the neck in the longitudinal and transverse directions.

Accordingly, compared to simply including a few light sources 60A or the light source 60A being arranged to be lean on one side of the neck circumference, the entire neck circumference using the first light irradiation unit 61 and the second light irradiation unit 64 It is possible to maximize the effect of improving neck wrinkles by irradiating light for neck wrinkle improvement in all directions 360 degrees.

Meanwhile, while selectively operating the first light irradiation unit 61 or the second light irradiation unit 64, more specifically, the front irradiation unit 62 and the front side irradiation unit 63, the rear side irradiation unit 65 and the rear irradiation unit ( 66) can be selectively operated, or neck wrinkles can be improved while irradiating light of different wavelengths.

The battery unit 67 is a device that charges electricity for operating the first light irradiation unit 61 and the second light irradiation unit 64, and is mounted on the front neck front cover unit 20 or the neck rear cover unit 30 do. The battery unit 67 according to an embodiment of the present invention may be disposed, seated, and fixedly installed between the plurality of transverse prevention branch portions 242 and the longitudinal support portion 24 formed on the reinforcing frame portion 24. .

The charging unit 68 is a device unit for charging the battery unit 67 and may be operated in at least one of a wired or wireless method. In charging the battery unit 67 by wire, the charging unit 68 has a structure capable of connecting an external power supply device (not shown) and the battery unit 67 by wire.

6 and 7, the charging unit 68 according to an embodiment of the present invention has a structure in which a terminal of a power supply device can be inserted and connected, and at the lower portion of the neck front cover unit 20, more Specifically, it is disposed under the battery unit 67 among the anterior inner skin 21 that is not exposed to the outside. With this arrangement structure, it is possible to stably supply current to the battery unit 67 from the external power supply device while preventing the appearance of the charging unit 68 from being impaired.

The mode control unit 69 is a device that receives the operation force of the user A for switching the operating states of the first light irradiation unit 61 and the second light irradiation unit 62, and is a front cover unit 20 or a rear neck. It is installed on the cover part 30. 4 to 6, the mode control unit 69 according to an embodiment of the present invention is in the center of the neck front cover 20, more specifically, the front central outer skin ( 223).

By performing an operation of touching the mode control unit 69 or applying a pressing force to press it, a plurality of light sources 60A having different wavelength regions may be selectively emitted as necessary, or the front irradiation unit 62 and the front side irradiation unit 63 ), the rear side irradiation portion 65 and the rear irradiation portion 66 can be selectively operated.

Hereinafter, in this embodiment, the neck management device is a concept including the neck wrinkle management device.

Hereinafter, a cradle device (or cradle) capable of charging the neck management device in the present embodiment is not specifically shown, but the wireless charging and neck management device may be managed or operated using the cradle device (or cradle). In addition, the light irradiation unit 914 is a concept corresponding to the light irradiation unit 60.

17 is an exemplary view showing a schematic configuration of a neck management apparatus according to a first embodiment of the present invention.

17, the neck management apparatus 910 according to the first embodiment includes a sensor unit 911, an operation input unit 912, a control unit 913, a light irradiation unit 914, and information & status output. Includes part 915.

Although the neck management device 910 is not shown in the drawing, it is mounted on a cradle device (not shown) and charged in a wireless manner, or even if it is not mounted on a cradle device (not shown), it is directly connected to an adapter (not shown) to be wired. Can be charged in a way.

The sensor unit 911 is attached to the inner or outer side of the neck management device 910, such as body temperature (eg, temperature around the neck), humidity (eg, moisture around the neck), pulse, blood pressure, ultrasound (eg, : It includes at least one sensor for detecting thyroid gland), magnetic force (eg, detection of wearing or bonding), pressure (eg, pressure of neck tightening by air pressure), and camera (eg, detection of neck skin condition).

In this case, the sensors that detect the above-described information (eg, body temperature, blood pressure, pulse, moisture, pressure, ultrasound, camera, magnetic force, etc.) are for illustrative purposes only, and are not intended to be limiting.

In particular, by taking a picture of the skin condition around the neck through the camera sensor of the sensor unit 911 and transmitting it to the control unit 913, the control unit 913 can analyze the skin condition of the neck for each user.

For reference, the camera sensor includes at least one camera (or image sensor), and the at least one camera (or image sensor) may be formed at a predetermined position between a plurality of light sources of the light irradiation unit 914. have.

The controller 913 may compare and analyze the skin image of the neck taken before the user starts the neck care and after the neck care is finished to calculate the neck care effect. For example, the control unit 913 may calculate a neck care effect by comparing and analyzing the degree of occurrence of skin tone, pores, and waste products of the neck skin.

The manipulation input unit 912 receives a user's command for operating the neck management device 910.

For example, the operation input unit 912 provides power on/off, operation mode, and status guidance through a user's touch, voice, fingerprint, and remote control (eg, a dedicated remote control, a software remote control using a remote control app installed on a smartphone, etc.). And the like.

Therefore, the manipulation input unit 912 is preferably formed outside the neck management device 910, but the present invention is not limited thereto, and a boundary between the outside and the inside of the neck management device 910, or a remote control (for example, a dedicated remote control, It may be formed in at least one of the software remote control using a remote control app installed on the smartphone.

The light irradiation unit 914 includes a plurality of light sources (eg, 270LEDs, etc.) formed at predetermined intervals inside the neck management device 910.

The light source includes an LED type light source, and the wavelength region of light generated from each light source is formed differently, and the emission color of each light source may be formed differently. That is, a plurality of light sources having different wavelengths and colors of light, etc. are formed by being arranged at predetermined intervals at predetermined positions.

The light irradiation unit 914 can improve wrinkles, improve pigmentation, improve skin tone, and improve blood circulation by adjusting the wavelength, color, and energy of light irradiated from the light source according to the state of the neck for each user. Can be implemented.

In addition, the light irradiation unit 914 may irradiate light only to a selectively designated position among the entire area around the neck, or differently adjust the energy intensity of the irradiated light for each area. Accordingly, it is possible to prevent unnecessary waste of power and balance the impact on each user's neck circumference.

The information & status output unit 915 outputs power on/off, operation mode, and status guide information of the neck management device 910.

The information & status output unit 915 may output power on/off, operation mode, and status guidance information by sound, vibration, and light (light), and for this purpose, the neck management device 910 A speaker, a motor, and a light source are formed inside or outside or at the boundary thereof.

The control unit 913 controls the sensor unit 911, the operation input unit 912, the light irradiation unit 914, and the information & status output unit 915 to be integrated into an operation mode corresponding to each user's neck condition. The neck management device 910 is controlled.

Accordingly, the control unit 913 includes a memory (not shown) that stores an algorithm for controlling the neck management device 910 therein. Of course, the memory (not shown) may be included in an external form.

The controller 913 may recognize a user by analyzing information input through the manipulation input unit 912 (eg, voice, fingerprint, communication connected smartphone ID, etc.).

When the user is recognized as described above, the control unit 913 may store usage time and operation mode information of the neck management device 910 for each user in a memory (not shown), and the neck management device 910 Total usage information (ie, usage time, operation mode, etc.) may be stored in the memory (not shown). By managing the total usage information (ie, usage time, operation mode, etc.) of the neck management apparatus 910 as described above, the lifetime (or performance degradation) of each light source can be predicted.

The controller 913 may analyze the state of the neck for each user based on at least one piece of information detected through the sensor unit 911. By analyzing the state of the neck for each user in this way, the control unit 913 can customize and control the light source of the light irradiation unit 914 for each user.

In addition, the controller 913 controls the light irradiation unit 914, but depending on whether the user wears the neck management device 910 on the neck (or is fixedly coupled), the neck management device 910 is When not worn on, the light source of the light irradiation unit 914 is driven to output minimum energy in order to prevent the light source from being directly irradiated to the user's eyes, and the user wears the neck management device 910. When worn on (or when fixedly coupled even if not worn), the light source is driven to output the maximum energy in the mode corresponding to the operation mode.

In addition, the control unit 913 may output a usage time, a battery condition, an operation mode, a neck condition, and neck management guide information of the neck management device 910 through the information & status output unit 915.

18 is an exemplary view showing a schematic configuration of a neck management apparatus according to a second embodiment of the present invention, and further includes a pneumatic pressure unit 916 in FIG. 17.

When the user wears the neck management device 910 on the neck, the pneumatic unit 916 injects (ie supplies) air pressure in order to fit the inside of the neck management device 910 in close contact with each user's neck circumference. ) Means.

Accordingly, the pneumatic unit 916 sucks air by an electric pump (not shown), and a rubber hose (not shown) inflated by the sucked air is formed inside the neck management device 910.

Accordingly, the control unit 913 blows (ie, supplies) air to the pneumatic unit 916 so that the rubber hose (not shown) is inflated, and the pressure detected through the sensor unit 911 causes the When it is detected that the inside of the neck management device 910 is in close contact with the neck circumference, the operation of blowing (ie, supplying) air to the pneumatic unit 916 is stopped.

In addition, the control unit 913 reversely drives the electric pump (not shown) in a state in which the supply of air is stopped to discharge a part of the air pressure by a specified amount. This is because when the inside of the neck management device 910 is too close to the neck circumference, the user's neck is tightened, so that the user may feel frustrated.

As described above, the inner side of the neck care device 910 is in close contact with each user's neck through the pneumatic unit 916, so that the light irradiated through the light irradiation unit 914 can stably act on the skin of the neck. In addition, the neck management device 910 is made to be worn stably without shaking, thereby improving a sense of wearing stability, and also fixing the neck straight to obtain a neck posture correction effect.

FIG. 19 is an exemplary view showing a schematic configuration of a neck care apparatus according to a third embodiment of the present invention, and further includes a magnet part 917 in FIG. 18.

The magnet unit 917 is a plurality of magnets arranged at specified intervals inside the neck care device 910 in order to use the known health effects of the magnet (eg, promoting blood circulation, recovering from fatigue, alleviating pain, improving skin, etc.) Includes a magnet (not shown).

In this case, the magnet (not shown) may include a magnet (permanent magnet) made of neodium or rare earth material, and may include an electromagnet using a core made of neodium or rare earth material. In particular, such an electromagnet is for the purpose of selectively limiting the zone of influence of magnetic force and controlling the strength of magnetic force.

As described above, by controlling the influence section of the magnetic force and the strength of the magnetic force, it is possible to prevent the occurrence of magnet side effects for each user (eg, children, adults, men, women, users by constitution, etc.).

Of course, when the magnet is a permanent magnet, the inner side of the neck management device 910 is in close contact with each user's neck through the control of the pneumatic part 916 (that is, the distance from the neck to the magnet) is controlled. By using the method, it is possible to control the influence section of the permanent magnet and the strength of the magnetic force (ie, the strength of the magnetic force according to the distance from the neck). That is, the control unit 913 controls the degree to which the inside of the neck management device is in close contact with the neck circumference of each user through the control of the pneumatic unit in order to control the influence section and the strength of the magnetic force of the magnet for each user. Alternatively, the current applied to the electromagnet is controlled.

20 is an exemplary view showing a schematic configuration of a neck management apparatus according to a fourth embodiment of the present invention, and further includes a communication unit 918 in FIG. 19.

The communication unit 918 connects the neck management device 910 with a mobile terminal (eg, a smartphone) 980, an Internet router 970, and a server (not shown) through the Internet router 970. .

The communication unit 918 may be implemented in at least one of a short-range wireless communication method (eg, WiFi, Bluetooth, NFC, infrared (IR), etc.) and a long-distance wireless communication method (eg, a mobile communication method such as GSM or LTE).

Through the communication unit 918, the control unit 913 can update a driving program (or driving algorithm), and can also transmit operation information or status information to the portable terminal 980 and the server (not shown). In addition, it is possible to remotely control the neck management apparatus 910 by receiving a remote control signal through the portable terminal 980 and the server (not shown).

FIG. 21 is an exemplary view showing a schematic configuration of a neck management apparatus according to a fifth embodiment of the present invention, and further includes a temperature controller 919 in FIG. 20.

When the neck management device 910 is worn on the neck, the temperature control unit 919 is based on the temperature (body temperature) or humidity (eg, moisture) information of the neck circumference detected through the sensor unit 911, When the temperature of the neck (body temperature) is overheated above the specified temperature range, or when the temperature of the neck falls below the specified temperature range, the temperature of the neck can be maintained within the specified temperature range under the control of the controller 913. To be.

For example, the temperature controller 919 is not shown, but a pump that circulates hot water heated by a heater (not shown) or cold water cooled by a thermoelectric element (not shown) (e.g., cooling water circulation, hot water circulation) (not shown) Si) and a hose (not shown) through which the hot water or cooling water is circulated may be applied to adjust the temperature of the neck contacting the inside of the neck management device 910.

As described above, the temperature control unit 919 has an effect of improving the neck care effect by quickly stabilizing the condition of the neck when the user starts neck care. It also allows the user to receive neck care in a comfortable state of mind.

22 is an exemplary view showing a schematic configuration of a neck management apparatus according to a sixth embodiment of the present invention, and further includes an acupressure driving unit 920 in FIG. 21.

The acupressure driving unit 920 performs acupressure, a low-frequency massage, and a pneumatic massage, since the neck management effect may be reduced when the user receives neck care in an uncomfortable state due to tension or fatigue.

Accordingly, the acupressure driving unit 920, although not shown in the drawing, is pushed up and down (or front and rear) by the electric motor (not shown) or the pneumatic unit 916 to press the neck circumference (for example, the back neck). It may include at least one or more of a protruding device (not shown) and a low-frequency electrical device (not shown) capable of outputting a low-frequency electrical stimulation.

The control unit 913 may store and use an acupressure (or massage) method preferred for each user.

For example, the user's favorite acupressure intensity and period, the user's favorite low-frequency electricity frequency and intensity, and air pressure intensity and period are stored, and the controller 913 recognizes the user and the stored acupressure method (e.g., acupressure intensity) And period, frequency and intensity of low-frequency electricity, and air pressure intensity and period) can be automatically applied.

23 is a flowchart illustrating a method of controlling the neck management apparatus according to the first embodiment of the present invention.

As shown in Fig. 23, when the operation (drive) switch of the neck management device 910 is turned on (YES in S101) (that is, when the power switch is turned on), the control unit 913 is the neck management device ( It is checked whether 910) is worn (or combined) on the neck (S102).

For reference, even if the neck management device 910 is not worn on the neck, the coupling device (eg, means for opening or coupling a gap for wearing the neck management device) may be coupled by a magnet.

When the neck management device 910 is worn on the neck while the power is on (YES in S102), the control unit 913 operates to irradiate the light irradiation unit 914 with maximum energy (S103). Here, it should be noted that since the maximum energy means the maximum energy allowed according to the neck state of each user, the absolute value of the maximum energy for each user may be different.

On the other hand, if the neck management device 910 is not worn on the neck (or the device itself is coupled) while the power is on (No in S102), the controller 913 allows the user to enter the neck management device 910 ( That is, it is determined that the light irradiation unit) can be viewed, and the light irradiation unit 914 is operated to irradiate the light irradiation unit 914 with the minimum energy (MIN) in order to protect the user's eyes (S104).

However, when the user manually manipulates the energy of the light irradiation unit 914 through the operation input unit 912 (e.g., when manually operating the light irradiation unit to check the state of the light source of the light irradiation unit), the control unit ( 913) irradiates light with up/down energy in response to the manual operation (S105).

24 is a flowchart illustrating a method of controlling a neck management apparatus according to a second embodiment of the present invention.

As shown in FIG. 24, when the neck management device 910 is worn on the neck (or the device is self-coupled) (example of S201), the controller 913 includes the sensor unit 911 and The neck circumference and neck condition are scanned through the pneumatic unit 916, stored in an internal memory (not shown), and transmitted to a designated server (not shown) (S202).

The designated server (not shown) receives the scanned data of the neck condition and analyzes the neck condition (eg, neck health condition, neck skin condition) according to a predetermined algorithm (S203). For example, the controller 913 or the server (not shown) combines the information detected through the sensor unit 911 and the pneumatic unit 916, and the skin condition of the neck or a health condition that can be measured in the neck (for example: Pulse, blood pressure, thyroid gland, neck disc, neck muscle lumps, etc.) can be analyzed.

Accordingly, the controller 913 directly analyzes the scanned data of the neck condition (e.g., neck health condition, neck skin condition) or the neck condition (e.g. neck health condition, neck skin condition) in the designated server (not shown). The result of analyzing the scanned data) is received (S204).

In addition, the control unit 913 outputs the result of the neck condition analysis through the information & condition output unit 915 or the portable terminal 980 connected to communication through the communication unit 918, and predetermined according to the neck condition analysis result. Light irradiation (that is, light irradiation for each user) is performed in a manner (or mode) (S205).

25 is a flowchart illustrating a method of analyzing data (ie, neck scan data) of a neck condition in FIG. 24.

As shown in FIG. 25, when the controller 913 analyzes data (i.e., neck scan data) of a neck condition (e.g., neck health condition, neck skin condition) (example of S301), the entire head The area is virtually divided into a plurality (S302).

For example, the number of virtually divided regions and a range of each region may be set based on a region in which a camera or sensor is installed.

In addition, the control unit 913 analyzes the state of each virtually divided region (S303).

In this case, the control unit 913 performs a scan by sequentially controlling light irradiation for each area to perform a scan.

In addition, the control unit 913 sets a light irradiation method (or light irradiation mode) (e.g., wavelength of light, energy intensity of light, light irradiation time, temperature range of neck, etc.) according to the state analysis result of each area to be divided ( S304)

For example, the controller 913 may perform a light irradiation method (or light irradiation mode) according to a user's neck condition (e.g., neck health, neck skin condition) (e.g., wavelength of light, energy intensity of light, light irradiation time, neck temperature). Range, etc.).

And the control unit 913 performs light irradiation in a light irradiation method (or light irradiation mode) set for each area around the neck (eg, wavelength of light, energy intensity of light, light irradiation time, temperature range of neck, etc.) ( S305).

As described above, in the above embodiment, the light irradiation method (or light irradiation mode) is automatically set and light irradiation is performed according to the state analysis result for each area. It is also possible to perform light irradiation by setting the irradiation mode).

26 is a flowchart illustrating a method of controlling a neck management apparatus according to a third embodiment of the present invention.

As shown in FIG. 26, when the neck management device 910 is worn on the neck (or the device is self-coupled) (example of S401), the controller 913 checks whether the operation of the health management function is set ( S402).

For example, the health management function is a device to which a function capable of performing the corresponding function is added according to the grade (eg, low-cost grade, general grade, premium grade, etc.) of the neck management device 910 (for example, a neck management of the premium grade). Device).

Accordingly, when the health management function operates after the neck management device 910 is worn on the neck (YES in S402), the control unit 913 performs a neck circumference alignment operation, and the neck management device 910 When the inside is adjusted to fit the neck circumference of each user (S403), the control unit 913 detects health information for each user through the sensor unit 911 included in the neck management device 910 (S404).

And, according to the result of checking the acupressure (massage) performance included in the neck management device 910, at least one of acupressure (S407), pneumatic massage (S406), and low-frequency massage (S408) for each performance is performed. do.

This is to improve the neck management effect by removing tension and fatigue of the user's neck.

Meanwhile, the control unit 913 may store and use an acupressure (or massage) method preferred for each user. For example, the user's favorite acupressure intensity and period, the user's favorite low-frequency electricity frequency and intensity, and the user's favorite air pressure intensity and period are stored, and the controller 913 recognizes the user and the stored acupressure (or Massage) method can be applied automatically.

27 is a flowchart illustrating a method of controlling a neck management apparatus according to a fourth embodiment of the present invention.

As shown in FIG. 27, when the device is operated through the manipulation input unit 912 of the neck management apparatus 910 (YES in S501), the control unit 913 provides information input through the manipulation input unit 912 ( Example: It is checked whether automatic user recognition is possible based on touch, voice, fingerprint, remote control, etc.) (S502).

If the automatic user recognition is not possible (No in S502), the control unit 913 recognizes the user based on information manually input by the user (eg, password, ID, user selection menu input, etc.) ( Example of S503).

When a user is automatically or manually recognized as described above (example of S502, example of S503), the control unit 913 uses a light irradiation method (or light irradiation) for each user stored in a memory (or storage unit, DB) (not shown). Mode) (e.g., light wavelength, light energy intensity, light irradiation time, neck temperature range, etc.) to perform light irradiation (S504).

The control unit 913 accumulates and stores the usage information of the neck management device 910 for each user (and total) in the memory (or storage unit, DB) (not shown), and also stores the neck state for each user. The analyzed result is accumulated and stored every time the neck is managed (S505).

In addition, the control unit 913 outputs the accumulated and stored user-specific (and total) usage information of the neck management device 910, and also outputs the results and effects of analyzing the accumulated and stored neck state for each user (S506). .

For example, the control unit 913 may display the usage information of the neck management device 910 for each user (and total), and the result and effect of analyzing the neck condition for each user. It can be output through the terminal 980.

On the other hand, when the user is not automatically or manually recognized as described above (No in S502, No in S503), the control unit 913 sets the user as a default (eg, anyone) (S507), and only the neck management device 910 ) Accumulated and stored in the memory (or storage unit, DB) (not shown) (S508), and outputs the accumulated use information of the total neck management device 910 (S509). ).

For example, the control unit 913 may output usage information of the total neck management device 910 through the information & status output unit 916 or a communication-connected portable terminal 980.

As described above, the present invention has been described with reference to the embodiments shown in the drawings, but these are only exemplary, and those of ordinary skill in the field to which the technology pertains, various modifications and other equivalent embodiments are possible. I will understand the point. Therefore, the technical protection scope of the present invention should be determined by the following claims. Also, the implementation described herein may be implemented as, for example, a method or process, an apparatus, a software program, a data stream or a signal. Although discussed only in the context of a single form of implementation (eg, only as a method), the implementation of the discussed features may also be implemented in other forms (eg, an apparatus or program). The device may be implemented with appropriate hardware, software and firmware. The method may be implemented in an apparatus such as a processor, which generally refers to a processing device including, for example, a computer, microprocessor, integrated circuit or programmable logic device, or the like. Processors also include communication devices such as computers, cell phones, personal digital assistants ("PDAs") and other devices that facilitate communication of information between end-users.

10: neck cover part 11: shoulder seating part
12: Turtle Mokkyo Government 13: Bowing Prevention Extension Department
14: chest contact portion 15: chin support portion
16: back neck support 17: bending prevention extension
18: back contact portion 19: occipital contact portion
20: neck front cover part 21: anterior inner skin
22: anterior outer skin 23: anterior light source receiving part
24: reinforcement frame portion 25: separation support
26: front fastening part 27: front side fastening part
28: front central fastening part 29: front cover fastening part
30: neck rear cover part 30A: first neck rear cover part
30B: second neck posterior cover part 31: posterior inner skin
32: posterior outer skin 33: posterior light source receiving part
34: rear cover fastening portion 35: cap portion
36: rear cap fastening part 37: sliding coupling part
40: connection part 41: connection body part
41A: first connection body 41B: second connection body
41C: 3rd connection body 41D: 4th connection body
42: front connecting member 43: rear connecting member
44: cable extension part 50: locking part
51: first magnetic member 52: second magnetic member
60: light irradiation unit 60A: light source
61: first light irradiation unit 62: front irradiation unit
63: front side irradiation unit 64: second light irradiation unit
65: rear side irradiation unit 66: rear irradiation unit
67: battery unit 68: charging unit
69: mode control unit
111: side extension part 112: seating bend
113: upward curved portion 114: downward curved portion
211: anterior central inner skin 212: anterior side inner skin
221: front left outer skin 222: front right outer skin
223: front central outer skin 241: frame body
242: transverse support 243: longitudinal support
251: front and rear prevention branch 252: side prevention branch
271: reference jaw portion 272: engaging jaw portion
273: first locking jaw portion 274: first elastic hook portion
275: elastic extension part 276: elastic ring part
277: assembly connection 281: second locking jaw portion
282: second elastic hook portion 291: third engaging jaw portion
292: third elastic hook portion 341: locking hole portion
343: locking hook part 344: guide groove part
345: locking projection 361: assembly hole
362: assembly chin portion 371: guide protrusion
372: guide chin portion 373: support protrusion
411: main body 412: front connection
413: rear connection part 421: first elastic body coupling part
422: first press-fit assembly 423: first cable passage
424: first cover coupling portion 425: front extension portion
426: front cover coupling portion 431: second elastic body coupling portion
432: second press-in assembly 433: second cable passage
434: second cover coupling portion 435: rear extension portion
436: rear cover coupling part
910: neck management device 911: sensor unit
912: operation input unit 913: control unit
914: light irradiation unit 915: information & status output unit
916: pneumatic part 917: magnet part
918: communication unit 919: temperature control unit
920: Acupressure drive unit 970: Internet router
980: mobile terminal

Claims (8)

As a neck management device having a neck circumference alignment function,
At least one of a plurality of sensors that are attached to the inside or outside of the neck management device to detect body temperature, moisture, pulse, blood pressure, thyroid gland check, whether worn or bonded, neck tightening pressure by air pressure, and neck skin condition respectively A sensor unit including a;
A manipulation input unit for receiving a user's command for operating the neck management device;
A light irradiation unit for selectively irradiating the entire neck circumference or a partial region by forming a plurality of light sources at predetermined intervals inside the neck management device;
An air pressure unit for supplying or discharging air to the inner hose in order to closely contact the inner side of the neck management device with the neck circumference of each user; And
Based on the information detected through the sensor unit and the command input through the operation input unit, the light irradiation unit is controlled in an operation mode corresponding to the health condition or skin condition of the neck for each user, and the user can control the neck management device. Includes; a control unit for adjusting the neck management device according to the neck circumference of each user through the pneumatic unit when worn on,
The neck management device,
A neck front cover portion formed to extend along the circumference of the front portion of the neck; And
Includes; a neck rear cover portion connected to the neck front cover portion and formed to extend along the circumference of the rear portion of the neck,
The light irradiation unit is installed inside at least one side of the neck front cover portion and the neck rear cover portion,
The neck front cover part,
Anterior inner skin in contact with the neck;
An anterior outer skin disposed outside the anterior inner skin and forming an appearance of the neck front cover portion; And
And a reinforcing frame portion disposed between the anterior inner skin and the anterior outer skin and in which a front light source receiving portion for receiving the light irradiation portion is formed between the front inner skin and the front inner skin. Neck care device.
The method of claim 1, wherein the pneumatic part,
A rubber hose which sucks air by an electric pump and inflates by the sucked air is formed inside the neck management device,
The control unit,
Blowing air through the pneumatic unit to inflate the rubber hose, and when it is detected that the inside of the neck management device is in close contact with the neck circumference by the pressure detected through the sensor unit, blowing air into the pneumatic unit Neck management device having a neck circumference alignment function, characterized in that to stop the.
The method of claim 2, wherein the control unit,
A neck management apparatus having a neck circumference fitting function, characterized in that the electric pump is driven in a reverse direction while the supply of air is stopped to discharge a part of the air by a specified amount to loosen the neck tightening for the user.
The method of claim 1,
Further comprising a; a plurality of magnets disposed at a specified interval inside the neck management device,
The magnet includes a permanent magnet made of neodium or rare earth material, or an electromagnet using a core made of neodium or rare earth material,
The control unit controls the degree to which the inside of the neck management device is in close contact with each user's neck through the control of a pneumatic unit in order to control the influence section and the strength of the magnetic force of the magnet for each user, or the electromagnet Neck management device having a neck circumference alignment function, characterized in that controlling the applied current.
The method of claim 1, wherein the control unit,
Depending on the skin condition or health condition of the neck for each user,
Light is irradiated only to a selectively designated location among the entire neck area, or
Neck management device having a neck circumference alignment function, characterized in that the energy level of light irradiated for each neck area is adjusted differently.
The method of claim 1, wherein in order to control the light irradiation unit in an operation mode corresponding to a skin condition or health condition of a neck for each user,
The control unit,
Recognizes the user based on the information input through the manipulation input unit,
The information inputted through the manipulation input unit includes at least one of a voice, a fingerprint, and an ID of a communication-connected smart phone or a portable terminal.
The method of claim 1, wherein the control unit,
Recognizing the user,
Stores user-specific usage information including usage time and operation mode information of each user's neck management device in a memory, and stores total usage information of the neck management device in the memory,
A neck management device having a neck circumference alignment function, characterized in that predicting a lifespan or performance degradation of each light source based on user-specific usage information and total usage information stored in the memory.
The method of claim 1, wherein the control unit,
Control the light irradiation unit,
Depending on whether the user wears a neck care device around the neck,
When the neck management device is not worn on the neck, the light source of the light irradiation unit is driven to output a specified minimum energy,
Neck management with a neck circumference alignment function, characterized in that when a user wears the neck management device on the neck, the light source is driven to output the maximum energy in the operation mode for each user in response to the operation mode for each user. Device.

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