Cap device for scalp care
A cap device for scalp care is provided. The cap device includes an interior cover, an exterior cover coupled to the interior cover, a substrate, and a blower. The interior cover covers the scalp, and has emitting holes for emitting air. The exterior cover defines an air flow passage along the interior cover, and has a vent hole for sucking air. The substrate is coupled to the interior cover in the air flow passage to cover an outer surface of the interior cover. The substrate has laser diodes, infrared ray and red light emitting diodes, and through holes corresponding to the emitting holes. The blower communicates with the air flow passage at an upper end of the interior cover. The blower sucks air through the vent hole and emits the air to the scalp through the emitting holes via the air flow passage.
1 . A cap device for scalp care wearable on a scalp of a head, comprising:
an interior cover formed to cover the scalp and composed of a transparent material, the interior cover having a plurality of emitting holes for emitting air to the scalp;
an exterior cover coupled to the interior cover and configured to define an air flow passage along an outer surface of the interior cover, the exterior cover having a vent hole for sucking air from an outside;
a substrate coupled to the interior cover in the air flow passage to cover the outer surface of the interior cover, the substrate having a plurality of laser diodes and a plurality of infrared ray and red light emitting diodes, which irradiate light to the scalp, and a plurality of through holes positioned to be aligned with the plurality of emitting holes; and
a blower disposed in a position of an upper end of the interior cover to communicate with the air flow passage, the blower being configured to suck air through the vent hole and to emit the air to the scalp through the plurality of emitting holes via the air flow passage.
2 . The cap device for scalp care of claim 1 , wherein the interior cover has a plurality of protruding portions protruding toward the exterior cover, and
wherein at least a portion of the plurality of emitting holes are formed in and perforated through the plurality of protruding portions.
3 . The cap device for scalp care of claim 2 , wherein the plurality of protruding portions are arranged in a plurality of rows in the interior cover.
4 . The cap device for scalp care of claim 1 , wherein the interior cover has a pair of positioning protrusions protruding from the outer surface in a vicinity of the upper end,
wherein the substrate has positioning holes to which the pair of positioning protrusions are fitted respectively, and
wherein the blower is disposed between the pair of positioning protrusions.
5 . The cap device for scalp care of claim 1 , wherein the interior cover and the exterior cover are configured such that the air flow passage gradually narrows from the upper end of the interior cover toward a lower end of the interior cover.
6 . The cap device for scalp care of claim 1 , wherein each of the interior cover and the exterior cover has a brim portion protruding in a frontward direction of the head, and wherein the brim portion of the interior cover and the brim portion of the exterior cover have a corresponding shape.
7 . The cap device for scalp care of claim 1 , wherein the substrate includes a base portion positioned on the upper end of the interior cover, and a plurality of arm portions extending from the base portion and bendable toward the interior cover,
wherein the arm portions, which are neighboring in a circumferential direction of the interior cover among the plurality of arm portions, are formed to define one through hole among the plurality of through holes, and
wherein the neighboring arm portions are configured to be separably coupled to each other.
8 . The cap device for scalp care of claim 1 , further comprising a gap adjustment device including at least one band coupled to the interior cover and a housing configured to move relative to the interior cover, the gap adjustment device being configured to adjust a gap between the interior cover and the scalp in a frontward direction and a rearward direction of the head.
9 . The cap device for scalp care of claim 8 , wherein the gap adjustment device includes:
the at least one band including a pair of bands each having one end portion removably coupled to the interior cover and an opposite end portion formed with a rack gear, the pair of bands being disposed in a circumferential direction of the interior cover;
the housing configured to accommodate the opposite end portions of the pair of bands such that the opposite end portions are slidable in opposite directions, the housing configured to be in contact with a back of the head; and
an adjustment dial rotatably coupled to the housing and having a pinion gear disposed between and meshing with the rack gears of the pair of bands.
10 . The cap device for scalp care of claim 9 , wherein the housing has a plurality of detent teeth disposed in an annular shape about a rotation axis of the adjustment dial,
wherein the adjustment dial has a ratchet plate coupled to the pinion gear and having a ratchet tooth meshing with one of the detent teeth, and
wherein the ratchet tooth sequentially meshes with the plurality of detent teeth as the adjustment dial is rotated.
11 . The cap device for scalp care of claim 1 , further comprising:
a control device configured to control an operation of the laser diodes, an operation of the infrared ray and red light emitting diodes, and an operation of the blower; and
an electrical power source supplying electrical power to the laser diodes, the infrared ray and red light emitting diodes, and the blower.
12 . The cap device for scalp care of claim 11 , further comprising a wearing detection sensor disposed in the interior cover and configured to detect a state where the interior cover is worn on the scalp,
wherein the control device is configured to stop the operations of the plurality of laser diodes and the plurality of infrared ray and red light emitting diodes when the wearing detection sensor detects that the scalp does not exist in the interior cover.