KR101803867B1 - Helmet type scalp care apparatus - Google Patents

Abstract

The present invention has the advantage that a cover to be worn on the head is formed in a helmet shape to facilitate the wearing process, and it is possible to relieve the scalp trouble by the light of the RGB LED and the IR LED provided on the cover, The present invention relates to a helmet-type scalp management apparatus capable of relieving the heat generated in the LED while cooling the head. The present invention is characterized in that it comprises an outer cover 110 formed with a flow hole 113 through which outside air flows, an LED module 120 positioned at the outer cover 110 to illuminate the head of the wearer, An inner cover 130 that is fastened to the outer cover 110 while the module 120 is fixed to the outer cover 110 and a cover 120 that is provided on the inner cover 130 to provide cool air to the wearer's head, A heat dissipation unit 150 for dissipating heat generated from the cool air supply member 140 through the flow hole 113 of the outer cover 110, A cover part 160 detachably fixed to the flow hole 113 of the outer cover 110 so as to cover the heat dissipating part 150 while discharging the heat of the outer cover 110 and the inner cover 150, (170) for holding the wearer's body in a state of being worn while integrally joining the body (130) And a control device 200 for controlling the LED module 120 to be turned on and off and for controlling the cold air supply member 140 to supply or stop the supply of cold air.

Description

[0001] HELMET TYPE SCALP CARE APPARATUS [0002]

[0001] The present invention relates to a helmet type scalp management apparatus, and more particularly, to a helmet type scalp management apparatus, which has a convenient helmet-type cover, The present invention relates to a helmet type scalp management device capable of relieving heat generated by an LED while cooling a head, since cool air generated by a thermoelectric element provided on a cover can be provided on the scalp.

In general, there is a method of converting electrical energy into far infrared rays to provide the hair stimulant to the scalp, and a method of hitting the scalp or stimulating the hair by stimulating the hair follicle.

Another method is that since the light of the LED is irradiated on the scalp during the process of combing the head with the LED in the shape of the hair comb, the energy per unit area is considerably lowered, so that the effect is insufficient and the user combines the hair comb with the hand continuously There was a discomfort to be done.

BACKGROUND ART [0002] The background art of the present invention is disclosed in Published Patent Application No. 10-2009-0085967 filed on August 10, 2009, filed with the Korean Intellectual Property Office.

SUMMARY OF THE INVENTION The present invention has been made in an effort to solve the above-mentioned problems, and it is an object of the present invention to provide a headlamp which can be easily worn by forming a cover to be worn on a head, The present invention also provides a helmet-type scalp management device capable of cooling the head while cooling the heat generated by the LEDs, because cool air generated by the thermoelectric elements provided on the cover can be provided on the scalp.

The helmet type scalp management apparatus according to an embodiment of the present invention includes an outer cover 110 covering a head portion of a wearer and having a flow hole 113 through which external air flows, An inner cover 130 covering the head of the wearer while being fastened to the outer cover 110 with the LED module 120 fixed so as to penetrate the inner cover 130, A cool air supply member 140 provided in the coolant supply member 140 for supplying cool air to the wearer's head and discharging the heat through the flow hole 113 of the outer cover 110, A heat dissipating unit 150 for dissipating heat from the heat dissipating unit 150 through the flow hole 113 of the outer cover 110 and a heat dissipating unit 150 for covering the heat dissipating unit 150, A cover part 160 detachably fixed to the inner cover 113, and an outer cover 110 and an inner cover 130, And controls the lighting unit 100 and the LED module 120 to be turned on and off so that the cold air supply member 140 supplies cold air to the wearer's head, The outer cover 110 is formed with a receiving portion 111 and the receiving portion 111 is formed with an outer through hole 112 and the receiving portion 111 The LED module 120 includes a plurality of RGB LEDs 121 for generating RGB colors and a plurality of IR LEDs 122 for generating infrared rays. And the inner cover 130 includes an LED through hole 131 formed in a portion corresponding to the LED such that the light generated from the RGB LED 121 and the IR LED 122 faces the head, A light diffusing member 180 installed in the LED array 121 and diffusing light emitted from the RGB LED 121 and the IR LED 122, A plurality of spacing retaining protrusions 132 for retaining the LED module 120 such that the inner portion is spaced apart from the outer cover 110 and the edge portion is in close contact with the outer cover 110, A cooling air supply member locking portion 133 for fixing the cold air supply member 140, an air flow hole 134 for discharging the air cooled by the cold air supply member 140 to the scalp, And a cold air supply member coupling part 133 is formed on both sides of the air flow hole 134 so as to support and fix both sides of the cold air supply member 140, And a heat dissipating unit fixing step 136 formed on the jaw 135 and the supporting step 135 to fix the heat dissipating unit 150. The heat dissipating unit fixing step 136 is formed to be wider than the supporting step 135 An inner through hole 139 communicating with the outer through hole 112 is formed in the insertion portion 138, The cool air supply member 140 is formed of a thermoelectric element in which the upper surface is heated and the lower surface is cooled, and the heat dissipation unit 150 is formed of a heat dissipation unit, A plurality of radiating fins 152 protruding from the base plate 151 and projecting from the flow holes 113 of the outer cover 110 And the base plate 151 is formed to have a larger area than the cool air supply member 140 so as to increase the heat radiation area and the wear retaining means 170 is installed on both sides of the outer cover 110 and the inner cover 130 A band holder 171 for holding the outer cover 110 and the inner cover 130 in a combined state and a band member 171 fixed to the jaw of the wearer in such a manner that both ends thereof are detachably fixed to the band holder 171 172 and the band holder 171 includes an inner holder plate 1 inserted and fixed in the concave portion 138a of the insertion portion 138 An outer holder plate 174 which is coupled to the inner holder plate 173 in a state where it is positioned outside the receiving portion 111 and in which a holder hole 174a of a lower light shielding portion is formed and an inner holder plate 173 And a fastening member 175 for fastening the outer holder plate 174 to the holder 174. The band member 172 includes a band 178 supported by the jaw of the wearer, The control device 200 includes a control line connection part 210 to which a control line 123 to which the LED module 120 and the cold air supply member 140 are connected is connected, And a control member 230 for controlling the LED module 120 and the cool air supply member 140. The control member 230 is connected to the control line 230, 123 is connected to the control line connection unit 210 and an operation time setting unit 232 that sets an operation time of the LED module 120 and the cold supply member 140, It characterized in that it comprises.

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Preferably, the gap retaining protrusions 132 are formed with cushions at their ends so as to enhance the feeling of fit.

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Preferably, the scalp care member 100 includes a blowing fan 190 provided in the cover 160 for forcibly supplying air to the heat dissipating unit 150 to discharge the heat of the heat dissipating unit 150 to the outside .

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The insertion portion 138 preferably has a concave portion 138a which is recessed in the inner circumferential surface from the bottom of the inner cover 130 and a concave portion 138b which is convexly protruded on the outer circumferential surface of the concave portion 138a, And a protruding portion 138b which is inserted and fixed to the base portion.

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The inner holder plate 173 is formed with a screw hole 176 communicating with the inner through hole 139 and the outer through hole 112 and the outer holder plate 174 is communicated with the screw hole 176 And the fastening member 175 is formed of a bolt threaded through the threaded hole 176, the internal through hole 139, the external through hole 112, and screwed into the threaded tab 177 .

The screw holes 176 and the screw holes 177 are formed in a plurality of rows and are arranged in a rectangular shape and communicate with each other through an internal through hole 139 And the fastening member 175 is screwed to the screw tab 177 through both sides of the through hole 112 and the external through hole 112.

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The helmet type scalp management apparatus according to an embodiment of the present invention has a convenience that the cover to be worn on the head is formed in the form of a helmet so that the wearing process can be easily performed and the scalp trouble is caused by the light of the RGB LED and the IR LED provided on the cover And cool air generated by the thermoelectric elements provided on the cover can be provided on the scalp, so that the head can be cooled, the headache can be alleviated, and heat generated from the LED can be relieved.

In addition, since helmet-type covers are overlapped with each other and are stepped on a cover located on the inner side, the end portion of the cover located on the outer side of the step is engaged, so that a space for installing LEDs between the covers is secured .

Also, as the LEDs are evenly arranged on the helmet-shaped cover, the light can be evenly distributed throughout the scalp.

Also, in the helmet type cover, the chilled air can be directly supplied to the top of the head by the thermoelectric element provided at the center, so that the head can be cooled immediately and the heat of the head can be lowered.

In addition, the space between the cover and the scalp can be maintained by the spacing protrusions provided inside the helmet-shaped cover, so that a space for irradiating the light of the LED can be secured, Can be secured.

Further, the helmet-type cover is provided with a band fixed on the jaw so that the wearing state of the cover can be firmly maintained.

1 is a perspective view showing a helmet type scalp care apparatus according to an embodiment of the present invention;
2 is an exploded perspective view of the present invention.
3 is a plan view showing an LED module applied to the present invention.
4 is a partial cross-sectional view showing a light diffusion member applied to the present invention.
5 (a) and 5 (b) are views showing the installation process of the cold air supply member and the heat dissipation unit of the present invention.
6 is a partial cross-sectional view showing a blowing fan according to the present invention.
7 is a sectional view showing the use state of the present invention.
8 is a front view showing the use state of the present invention.
9 is a perspective view showing a main part of the present invention.
10 is a front view showing the main part of the present invention.
11 is a perspective view showing a control device according to the present invention.
12 is a block diagram showing a configuration of a control device according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

1 to 7, a helmet type scalp managing apparatus according to an embodiment of the present invention includes a scalp management member 100 and a control device 200. As shown in FIG.

The scalp management member 100 includes an outer cover 110, an LED module 120, an inner cover 130, a cool air supply member 140, and a heat dissipation unit 150.

The outer cover 110 has a helmet shape and is sized to cover the head of the wearer and is spaced apart from the head of the wearer by a predetermined distance. The outer cover 110 is formed with a flow hole 113 through which outside air flows.

The LED module 120 is disposed on the inner surface of the outer cover 110 and irradiates light to the head. The LED module 120 includes a plurality of RGB LEDs 121 for generating RGB colors, a plurality of IR LEDs 122 for generating infrared rays, . The LED module 120 is connected to a power line connected to an external control device 200 and a control line 123 receiving a control signal.

The RGB LED 121 and the IR LED 122 are arranged electrically connected to the circuit board 124. The scalp trouble can be alleviated by the light emitted from the LED.

The control line 123 may be connected to the RGB LED 121 and the IR LED 122 via the circuit board 124.

The inner cover 130 is helmet-shaped and has a size capable of covering the wearer's head. The inner cover 130 is fastened to the outer cover 110 while the LED module 120 is fixedly inserted. The inner cover 130 is formed such that an inner portion where the LED module 120 is located is spaced apart from the outer cover 110 by a predetermined distance and a rim portion is closely attached to the outer cover 110. That is, the inner portion and the rim portion of the inner cover 130 are formed so as to have a step 137, so that the inner portion is separated from the outer cover 110 and the rim portion is brought into close contact with the outer cover 110. Accordingly, a space in which the LED module 120 is positioned between the outer cover 110 and the inner cover 130 can be secured.

The inner cover 130 includes an RGB LED 121 mounted on the LED module 120 and an LED through hole 131 formed in a portion corresponding to the LED so that the light generated from the IR LED 122 faces the head. And a plurality of spacing protrusions 132 are formed so as to protrude so as to maintain a predetermined distance from the inner surface of the scalp. Here, the gap retaining protrusion 132 may be formed in a rubber-like cushion at its end so as to be smoothly brought into contact with the scalp, so that the feeling of wearing can be increased. That is, since the interval maintaining protrusions 132 are supported on the scalp so that the interval at which the inner cover 130 is spaced apart from the scalp is maintained, the light emitted from the LED module 120 can be uniformly provided to the scalp, ) And the scalp. ≪ / RTI >

Here, the inner cover 130 includes a light diffusion member 180 installed in the LED through hole 131 to diffuse light emitted from the LED. That is, when the light diffusion member 180 is formed on the inner circumferential surface of the inner cover 130 in a state of being formed in a transparent and convex shape so as to surround the LED through hole 131, the RGB LED 121 And the light emitted from the IR LED 122 may be uniformly diffused over the wearer's scalp while passing through the light diffusing member 180 which is a transparent and convex shape.

A cool air supply member coupling portion 133 for fixing the cool air supply member 140 is formed on the outer surface of the inner cover 130 and air cooled by the cool air supply member 140 is supplied to the inner cover 130 An air flow hole 134 for discharging the air through the scalp is formed.

The cool air supply member coupling portion 133 is formed on the support tabs 135 and the support tabs 135 formed on both sides of the air flow hole 134 so that both sides of the cool air supply member 140 are supported and fixed, And a heat dissipating unit fixing jig 136 to which the heat dissipating unit 150 is fixed.

Therefore, the cold supply member 140 can be installed by forcibly inserting the cold supply member 140 into the fastening member 133, thereby facilitating the installation process. Also, since the cold supply member fastening portion 133 is formed close to the air flow hole 134, the cool air generated from the cold supply member 140 can be immediately discharged through the air flow hole 134.

The cool air supply member 140 may be composed of a thermoelectric element that is reacted by input electrical energy to heat the upper surface and cool the lower surface, thereby cooling the air around the lower surface. That is, the air to be cooled can be discharged through the air flow hole 134 and provided to the scalp, so that not only the scalp can cool, but also the heat generated from the LED can be cooled. The thermoelectric element serving as the cold air supply member 140 is formed in the shape of a flat plate, which requires less space for installation and does not cause problems such as entanglement of the hair.

As described above, the light generated from the RGB LED 121 and the IR LED 122, which are uniformly dispersed in the helmet-shaped inner cover 130, can be uniformly irradiated to the head portion, and the helmet- The cold air generated from the cold air supply member 140 may be uniformly distributed throughout the head.

The heat dissipating unit 150 dissipates the heat generated from the thermoelectric element serving as the cool air supply member 140 through the flow hole 113 of the outer cover 110. The base plate 151 And a plurality of radiating fins 152 protruding from the base plate 151 and protruding from the flow holes 113 of the outer cover 110.

The heat dissipating unit 150 may be fixed to the inner cover 130 by bolting while the base plate 151 is in contact with the cold air supply member 140. Here, the base plate 151 is formed to have a larger area than the cool air supply member 140 so as to increase the heat radiation area.

The heat generated by the cold air supply member 140 is quickly discharged to the outside of the outer cover 110 through the flow hole 113 because the heat radiating fins 152 protrude from the flow hole 113 of the outer cover 110. [ So that the cold air supply member 140 can be rapidly cooled in an air-cooling manner. In addition, the structural deformation of the inner cover 130 is minimized, so that the helmet shape can be maintained and the inconvenience of wearing can be minimized.

The scalp management member 100 includes a cover 160 detachably fixed to the flow hole 113 of the outer cover 110 so as to cover the heat dissipation unit 150 while allowing the heat of the heat dissipation unit 150 to be discharged, . ≪ / RTI > The cover portion 160 is formed in a cap shape to enclose the heat dissipation portion 150 and has a plurality of through holes formed at an upper portion thereof to discharge the heat of the heat dissipation portion 150, The projections are formed at the bottom. That is, when the cover portion 160 is forcibly pressed against the flow hole 113 of the outer cover 110, the projections are elastically deformed and caught by the flow hole 113 of the outer cover 110, Is mounted on the outer cover 110 in a state of covering the heat dissipation unit 150. Since the heat dissipation unit 150 is covered by the cover unit 160 and the heat dissipation unit 150 is not in direct contact with the skin of the user, a safety accident such as an image due to the heat dissipation unit 150 is not generated .

The scalp management member 100 further includes a blowing fan 190 installed on the cover 160 to forcibly supply air to the heat dissipating unit 150 to discharge the heat of the heat dissipating unit 150 to the outside. The air blowing fan 190 is installed on the inner side of the cover 160 and is located above the heat dissipating unit 150 and is operated by electric energy supplied from the outside to supply the outside air to the heat dissipating unit 150 Therefore, the heat radiation efficiency can be increased as the heat dissipation unit 150 is cooled by the supplied external air. Further, since the air blowing fan 190 is positioned at the upper part of the heat dissipating unit 150, the problem of tangling the hair of the user wearing the scalp management member 100 can be prevented.

As shown in FIGS. 1, 2, 8, 9, and 10, the left and right ends of the outer cover 110 may be worn on the wearer's head A receiving portion 111 for engaging with the wearing and holding means 170 is formed and a rectangular external through hole 112 is formed in the receiving portion 111. [ Here, the receiving portion 111 is composed of a concave groove formed concavely in the inner peripheral surface from the lower portion of the outer cover 110. [

The inner cover 130 is formed with an insertion portion 138 to be inserted and fixed in the receiving portion 111. The insertion portion 138 is formed with a rectangular inner through hole And a protruding step 139a is formed around the inner through hole 139 to be inserted and fixed in the outer through hole 112. [ The insertion portion 138 includes a concave portion 138a formed concavely in the inner circumferential surface of the lower portion of the inner cover 130 and a concave portion 138b projecting convexly on the outer circumferential surface of the concave portion 138a, And a protrusion 138b which is inserted and fixed.

The protrusion 138b of the inner cover 130 is inserted into the concave groove of the receiving portion 111 of the outer cover 110 when the inner cover 130 is inserted into the inner side of the outer cover 110 and overlapped with each other. At this time, the inner through hole 139 of the insertion portion 138 is communicated with the outer through hole 112 of the receiving portion 111, and the protruding protrusion 139a formed around the inner through hole 139 is inserted into the receiving portion 111 The outer cover 110 and the inner cover 130 are overlapped with each other so that the fastening process of the fastening member 175 described below can be performed quickly and easily.

The scalp management member 100 also includes a wear-retaining means 170 for holding the wearer's wearer in a state where the outer cover 110 and the inner cover 130 are combined and integrated.

The wearer holding means 170 includes a band holder 171 which is installed on both sides of the outer cover 110 and the inner cover 130 to maintain the combined state of the outer cover 110 and the inner cover 130, And a band member 172 fixed to the jaw of the wearer with both ends thereof detachably fixed to the band holder 171.

The band holder 171 has an inner holder plate 173 which is inserted and fixed in the recess 138a of the insertion portion 138 and an inner holder plate 173 which is coupled to the inner holder plate 173 in a state of being positioned outside the receiving portion 111 And an engaging member 175 for engaging the inner holder plate 173 and the outer holder plate 174. The outer holder plate 174 is fixed to the inner holder plate 173 and the outer holder plate 174.

The inner holder plate 173 is formed with a screw hole 176 communicating with a rectangular internal through hole 139 and a rectangular external through hole 112.

The outer holder plate 174 is formed with a screw tab 177 which communicates with the screw hole 176.

The fastening member 175 is composed of a bolt threaded through the threaded hole 176, the internal through hole 139, and the external through hole 112 and screwed into the threaded tab 177.

Therefore, when the fastening members 175 are screwed into the threaded tabs 177 through the rectangular through-holes 139 and the rectangular external through-holes 112 communicating with each other, the inner holder plate 173 and the outer side The coupled state of the holder plate 174 can be firmly maintained.

The internal through hole 139 and the external through hole 112 are formed in a rectangular shape and the threaded hole 176 and the threaded tab 177 are formed in a plurality of the through holes 139 in a rectangular shape, And through both sides of the external through-hole 112.

The inner holder plate 173 is inserted into the concave portion 138a of the insertion portion 138 and the outer holder plate 174 is inserted into the receiving portion 111 The bolt as the fastening member 175 can be screwed to the screw tab 177 through the screw hole 176, the internal through hole 139 and the external through hole 112 . The inner holder plate 173 and the outer holder plate 174 are fastened by the fastening members 175 to firmly hold the overlapped state of the outer cover 110 and the inner cover 130. [ At this time, the inner holder plate 173 is inserted into the concave portion 138a of the insertion portion 138 and is not projected to the outside of the inner cover 130, so that the inner holder plate 173 is not interfered with the both faces of the wearer .

Further, the outer holder plate 174 is formed with a holder hole 174a having a lower light-tight arrangement. The holder hole 174a is formed so as to gradually decrease from the upper portion to the lower portion.

The band member 172 includes a band 178 supported by the jaw of the wearer and a ring 179 inserted between the band 178 and inserted into the holder hole 174a.

The band 178 may be a cloth band or an elastic band having elasticity.

The ring 179 is inserted through the upper portion of the holder hole 174a and is engaged with the lower portion of the holder 174a by a ring projection 179a having a diameter smaller than the upper diameter of the holder hole 174a and larger than the lower diameter of the holder hole 174a, And the band 178 may be connected to the other side.

When the band 178 is caught by the wearer's jaw and the hook projection 179a of the hook 179 is inserted through the upper portion of the holder hole 174a and hooked to the lower portion of the holder hole 174a, The wearable state of the wearer 100 can be firmly maintained without being detached from the wearer's head.

As shown in FIGS. 11 and 12, the control device 200 controls the LED module 120 to be turned on and off so that the cold air supply member 140 can control the supply of cold air or stop the supply of the cold air.

The control device 200 includes a control line connection unit 210 to which a control line 123 to which the LED module 120 and the cool air supply member 140 are connected is connected and a display unit 220 and a control member 230 for controlling the LED module 120 and the cold air supply member 140.

The control device 200 may include a rechargeable battery for supplying power. The rechargeable battery can be a lithium polymer battery that can be used for a long time, and can be supplied with power from the outside through the power connection unit 240 located at one side. At this time, if a lithium polymer battery is used, the battery can be used while being moved for a long time even with a single charge.

The control member 230 includes a connection recognition portion 231 for recognizing that the control line 123 is connected to the control line connection portion 210 and an operation setting portion 231 for setting the operation time of the LED module 120 and the cold supply member 140 And a time setting unit 232.

When the end of the control line 123 is connected to the control line connection part 210 of the control device 200, the connection recognition part 231 supplies a minute current in the connection recognition part 231 and checks the amount of the feedback current If the current value fed back matches the registered current value, the LED module 120 and the cold supply member 140 are recognized as electrically connected.

The operation time setting unit 232 can set the operation time of the LED module 120 and the cold supply member 140 simultaneously or individually. That is, the wearer can adjust the set time displayed through the display unit 220. [ For example, the default setting time is set to 20 minutes, but the wearer can adjust it to 5 minutes, 10 minutes, 20 minutes, and so on.

In this manner, the scalp management member 100 according to the present invention is worn on the head. At this time, since the gap retaining protrusion 132 is supported on the scalp, the inner cover 130 is separated from the scalp.

Then, the band 178 is hooked on the jaw, and the hook 179 is hooked to the holder hole 174a formed in the outer holder plate 174 and fixed. As a result, the state in which the scalp management member 100 is worn on the wearer's head can be firmly maintained. Accordingly, the user can not only use the scalp management member 100 while moving while wearing the scalp management member 100, but also can use it while performing active work.

In this state, the LED module 120 and the cold air supply member 140 are operated using the control device 200. [ As a result, light generated from the LED module 120 is supplied to the scalp, so that scalp troubles can be alleviated, and since the cool air generated by the cool air supply member 140 is supplied to the scalp, the head heat can be reduced.

As described above, according to the present invention, since the helmet-type cover is worn on the head, it is convenient to use, and the light and the cool air of the LED are provided on the scalp while the cover is worn on the head, It is a very useful invention that can be widely applied to management devices.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is to be understood, therefore, that the embodiments described above are to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, All changes or modifications that come within the scope of the equivalent concept are to be construed as being included within the scope of the present invention.

100: scalp management member 110: outer cover
111: receptacle 112: outer through hole
113: Distribution ball 120: LED module
121: RGB LED 122: IR LED
123: control line 130: inner cover
131: LED through hole 132:
133: cold air supply member fastening part 134: air flow hole
135: support jaw 136: heat sink fixing jaw
137: step 138:
138a: concave portion 138b:
139: inner through hole 139a: protruding jaw
140: cold air supply member 150:
151: base plate 152: radiating fin
160: Cover part 170: Wear holding means
171: band holder 172: band member
173: inner holder plate 174: outer holder plate
174a: holder hole 175: fastening member
176: screw hole 177: screw tab
178: Band 179: Ring
200: Control device 210: Control line connection part
220: display unit 230: control member
231: connection recognition unit 232: operation time setting unit

Claims (19)

An outer cover 110 covering the head portion of the wearer and having a flow hole 113 through which the outside air flows, an LED module 120 positioned at the outer cover 110 to illuminate the head of the wearer, An inner cover 130 covering the head portion of the wearer in a state where the LED module 120 is fixed to the outer cover 110 with the LED module 120 being fixed to the inner cover 130 and the inner cover 130 to provide cool air to the wearer's head, A cool air supply member 140 for discharging the heat through the flow hole 113 of the outer cover 110 and a heat dissipation member 140 for dissipating heat generated from the cool air supply member 140 through the flow hole 113 of the outer cover 110 A cover part 160 detachably fixed to the flow hole 113 of the outer cover 110 so as to cover the heat radiating part 150 while discharging the heat of the heat radiating part 150, The outer cover 110 and the inner cover 130 are combined and integrated, while the wearer is kept in a state of being worn on the head of the wearer A control device 200 that controls the scalp management member 100 and the LED module 120 including the exponent terminal 170 to be turned on and off and controls the cold air supply member 140 to stop supplying or supplying cold air, Lt; / RTI >
The outer cover 110 is formed with a receiving portion 111, the receiving portion 111 is formed with an outer through hole 112,
The receiving portion 111 is recessed from the bottom of the outer cover 110 to the inner peripheral surface thereof,
The LED module 120 includes a plurality of RGB LEDs 121 for generating RGB colors and a plurality of IR LEDs 122 for generating infrared rays,
The inner cover 130 is provided in the LED through hole 131 and the LED through hole 131 formed in the portion corresponding to the LED so that the light generated from the RGB LED 121 and the IR LED 122 faces the head, A light diffusion member 180 for diffusing light emitted from the LED 121 and the IR LED 122, a plurality of spacing protrusions 132 for maintaining a predetermined distance from the scalp, A step 137 formed at an inner portion and a rim portion where the LED module 120 is located and a cool air supply member 140 for fixing the cool air supply member 140 such that the rim portion is in close contact with the outer cover 110, An air flow hole 134 for discharging the air cooled by the cold air supply member 140 to the scalp and an insertion portion 138 inserted and fixed in the accommodation portion 111,
The cool air supply member coupling portion 133 is formed on the support tabs 135 and the support tabs 135 formed on both sides of the air flow hole 134 so that both sides of the cool air supply member 140 are supported and fixed, And a heat dissipating unit fixing step (136)
The heat-radiating portion fixing jaw 136 is formed to have a width wider than the supporting jaw 135,
The insertion portion 138 is formed with an internal through hole 139 communicating with the external through hole 112 and a protruding protrusion 139a inserted and fixed in the external through hole 112 around the internal through hole 139, Is formed,
The cold air supply member 140 is composed of a thermoelectric element in which the upper surface is heated and the lower surface is cooled,
The heat dissipation unit 150
A base plate 151 contacting the upper surface of the cold air supply member 140,
And a plurality of radiating fins (152) projecting from the base plate (151) and protruding from the flow holes (113) of the outer cover (110)
The base plate 151 is formed to have a larger area than the cool air supply member 140 so as to increase the heat radiation area,
The wear retaining means 170
A band holder 171 installed at both sides of the outer cover 110 and the inner cover 130 to maintain the combined state of the outer cover 110 and the inner cover 130,
And a band member 172 fixed to the jaw of the wearer with both ends thereof being detachably fixed to the band holder 171,
The band holder 171
An inner holder plate 173 inserted and fixed in the concave portion 138a of the insertion portion 138,
An outer holder plate 174 which is coupled to the inner holder plate 173 in a state of being located outside the receiving portion 111 and in which a holder hole 174a of a lower light-
And a fastening member 175 for fastening the inner holder plate 173 and the outer holder plate 174,
The band member (172)
A band 178 supported on the wearer's jaw,
And a ring 179 which is provided between the both ends of the band 178 and is inserted and hooked into the holder hole 174a,
The control device 200
A control line connection part 210 to which a control line 123 to which the LED module 120 and the cold air supply member 140 are connected is connected,
A display unit 220 displaying information such as various menus,
And a control member (230) for controlling the LED module (120) and the cold air supply member (140)
The control member 230
A connection recognition unit 231 recognizing that the control line 123 is connected to the control line connection unit 210,
And an operation time setting unit (232) for setting an operation time of the LED module (120) and the cold air supply member (140).
delete delete delete The helmet type scalp managing apparatus according to claim 1, wherein the gap retaining protrusion (132) is formed with a cushion at its end portion to increase the feeling of fit.
delete delete delete delete The scalp management member according to claim 1, wherein the scalp management member (100) comprises a blowing fan (190) provided on the cover part (160) for forcibly supplying air to the heat dissipating part (150) and discharging the heat of the heat dissipating part Wherein the helmet type scalp management device comprises:
delete The insertion portion 138 includes a concave portion 138a which is recessed in the inner circumferential surface of the lower portion of the inner cover 130 and a concave portion 138b which protrudes convexly on the outer circumferential surface of the concave portion 138a, And a protrusion (138b) inserted and fixed in the recessed groove.
delete delete The method according to claim 1,
The inner holder plate 173 is formed with a screw hole 176 communicating with the inner through hole 139 and the outer through hole 112,
The outer holder plate 174 is formed with a screw tab 177 communicating with the screw hole 176,
The fastening member (175) is constituted by a bolt threaded through a screw hole (176), an internal through hole (139), and an external through hole (112) .
16. The method of claim 15,
The inner through-hole 139 and the outer through-hole 112 are formed in a rectangular shape,
The threaded hole 176 and the threaded tab 177 are formed in a plurality of shapes so that the fastening member 175 is inserted into the threaded tab 177 through both of the internal through hole 139 and the external through hole 112, ) Of the helmet type scalp.
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