JP3143442U - Nano sprayer - Google Patents

Abstract

The present invention provides a nano-sprayer that facilitates penetration of a hair-restoring agent into the deep tissue of the scalp and is effectively absorbed by the scalp.
A nano sprayer includes at least a handle, an upper lid, a fixed seat, and a lower lid, and a lower end of the handle has a screw contact portion. A hollow column body is provided at the center of the upper lid, and a screw pattern portion that is screwed to a screw contact portion of the handle is provided on the upper inner edge of the column body. The hollow column has a storage chamber. The storage chamber is provided with a water-absorbing sponge to absorb a hair-restoring agent, and an oscillation piece is provided below the hollow column. There is a circuit board in the upper lid, an eccentric motor is installed in the fixed seat, the eccentric motor is connected to the circuit board, an introduction mechanism having a metal layer is installed below the fixed seat, and the introduction mechanism has a plurality of conductive convex columns Have The lower lid has perforations corresponding to a plurality of conductive convex columns. The nebulizer is oscillated by an eccentric motor, and the oscillating piece is made into a mist in which water molecules of the hair-growth agent are nano-sized.
[Selection] Figure 3

Description

  The present invention relates to a nano sprayer, and in particular, it oscillates so that the water molecule of the hair restorer becomes a mist in which the molecule is further nano-sized, and can be sprayed in the vertical and horizontal directions, spraying only on the publicly known. It relates to a nano-sprayer that improves the disadvantages that cannot be made.

Scalp massage is generally performed by using a hair-growth agent in combination with the belly of the finger or massager to promote blood circulation in the scalp and maintain the beauty and health of the scalp.

  However, when massaging the scalp using the belly of a finger, massager and hair growth agent, the hair growth agent is taken directly into the hand or massaged on the skin, so most of the hair growth agent adheres to the hands and hair. It is not absorbed by the scalp, and the hair-growth molecule is large, so it cannot reach the scalp reliably, it touches only the surface of the scalp, and the nourishing effect on the deep subcutaneous tissue of the scalp is weak and effective That's not true.

An object of the present invention is to provide a nano sprayer and solve the above-mentioned problems.

  The nano sprayer of the present invention comprises at least a handle, an upper lid, a fixed seat, and a lower lid. The lower end of the handle has a screw contact portion. A hollow columnar body is provided at the center of the upper lid, and a screw pattern portion that is screwed into contact with the screwed portion of the handle is provided at the upper inner edge of the column body. The hollow column has a storage chamber. The storage chamber is provided with a water-absorbing sponge to absorb a hair-restoring agent, and an oscillation piece is provided below the hollow column. A circuit board is provided in the upper lid. An eccentric motor is installed in the fixed seat, the eccentric motor is connected to the circuit board, an introduction mechanism having a metal layer is installed below the fixed seat, and the introduction mechanism has a plurality of conductive convex columns.

  The sprayer of the present invention, when a hair growth agent is inserted, oscillates water molecules of the hair growth agent by the oscillation piece to form a nano-sized mist, which can be sprayed up and down, left and right, improving the disadvantage that can be sprayed only on the known . Further, the negatively charged ions generated by the introduction mechanism facilitate the penetration of the hair-restoring agent into the deep tissue of the scalp and are effectively absorbed by the scalp.

  1 and 2 show a nano-sprayer 1 of the present invention, which includes at least a handle 2, an upper lid 3, a fixed seat 4, and a lower lid 5.

  The handle 2 has a gripping portion 21, and a screw contact portion 22 extends below the gripping portion 21.

  The upper lid 3 is a semi-circular shell with an opening facing downward, and a hollow column 30 is installed at the center of the upper lid 3, and the inner edge above the hollow column 30 has a screw pattern 31 that is screwed to the handle 2, and is hollow. The shell 30 has a storage chamber 32. The container chamber 32 has a water-absorbing sponge 33, and the water-absorbing sponge 33 sucks a hair growth agent. The bottom end of the hollow column 30 has a convex edge 34 extending, and a lower portion of the convex edge 34 has an oscillation piece 35. Pads 36 are provided above and below the oscillation piece 35, and the hair restoration agent is prevented from leaking by the pads 36. In addition, a detection element 37 is provided below the hollow column 30, the detection element 37 is drilled in the hollow column 30, extends into the main body of the water absorbent sponge 33, and the moisture content of the water absorbent sponge 33 is detected by the detection element 37. Is detected. A switch 38 is installed on the surface of the upper lid 3, the switch 38 controls the activation of the power source, a plurality of fixed convex columns 39 a and 39 b are installed on the lower inner side of the upper lid 3, and a power line outlet is provided at an appropriate position on the periphery of the upper lid 3 The fixed convex column 39a has the circuit board B in a chain. The power line outlet H penetrates the power line L of the circuit board B.

  The fixed seat 4 is a semi-circular shell with an opening facing upward, an eccentric motor 41 is installed in the fixed seat 4, a through hole 42 is provided at the center of the fixed seat 4, and an annular wall 43 is mainly formed on the through hole 42. And a storage space 44 in the annular wall 43. The storage space 44 stores the oscillation piece 35 and the pad 36, and the fixed seat 4 further includes a plurality of localization convex columns 45. The localization convex column 45 is a screw element S, the fixed seat 4 is chained on the other fixed convex column 39b of the upper lid 3, and an introduction mechanism 46 is installed below the fixed seat 4, and the surface of the introduction mechanism 46 is made of metal. The metal layer is configured such that the introduction mechanism 46 is negatively charged, and a plurality of conductive convex columns 461 are provided below the introduction mechanism 46.

  The lower lid 5 is a semi-circular shell with an opening facing upward, the lower lid 5 holds the fixed seat 4, and the bottom of the lower lid 5 has a plurality of perforations 51 corresponding to the conductive convex columns 461.

  At the time of assembly of the present invention, as shown in FIG. 3, first, the eccentric motor 41 is fixed in the fixed seat 4, and the circuit board B is chained onto the fixed convex column 39a of the upper lid 3 by the screw element S1. The water-absorbing sponge 33 is installed in the hollow column 30 of the upper lid 3, the detection element 37 is inserted into the hollow column 30 from the bottom of the hollow column 30, and the detection element 37 extends into the water-absorbing sponge 33. Subsequently, the pad 36 and the oscillation piece 35 are installed on the convex edge 34 at the bottom end of the hollow column 30. The fixed seat 4 is installed below the upper lid 3, the ring wall 43 of the fixed seat 4 is installed below the hollow column body 30, and the stereotactic convex column 45 is installed on the upper lid from the outside of the fixed seat 4 by the screw element S. The localization is made to correspond on the localization convex column 39b. The introduction mechanism 46 is fixed below the fixed seat 4 by the screw element S2, and finally, the perforation 51 of the lower lid 5 corresponds to the conductive convex column 461 of the introduction mechanism 46, and is then installed below the fixed seat 4. The upper lid 3 and the lower lid 5 are adhesively fixed with an adhesive. The handle 2 is screwed to the screw pattern 31 of the hollow column 30 of the upper lid 3 to complete the combination.

  Referring to FIG. 4, when carrying out the present invention, the hair-restoring agent is put into the hollow column 30 of the upper lid 3 and completely absorbed by the water-absorbing sponge 33, and then the screw contact portion 22 of the handle 2 is inserted into the hollow column 30. The power supply line L is plugged into the outlet and the power supply is activated by the switch 38 of the upper lid 3. At this time, the massage convex column 52 and the conductive convex column 461 are placed on the scalp. Touching the scalp, the eccentric motor 41 is energized to generate vibration, and the hair-restoring agent absorbed by the water-absorbing sponge 33 generates ultra-high-speed vibration by the oscillation piece 35, and the water molecules are in the form of nano-sized mist. The mist-like hair growth liquid is introduced into the user's scalp by the introduction mechanism 46 charged with negative electric ions. Massage is performed by the vibration of the conductive convex column 461 having a metal layer, and the hair growth agent penetrates into the deep tissue of the scalp and is effectively absorbed by the scalp. When detecting that the water content of the water-absorbing sponge 33 is lower than a predetermined value, the detection element 37 issues a warning and prompts the user to add a hair-restoring agent in the hollow column 30.

  In the present invention, since the upper lid 3 of the sprayer 1 has the hollow column body 30 and the water-absorbing sponge 33 is installed in the hollow column body 30, when the hair growth agent is put into the hollow column body 30, the oscillation piece 35 The water molecule of the hair restorer oscillates into a nano-sized mist that can be sprayed up and down, left and right, improving the disadvantages that can be sprayed only on the known surface. The negative electric ions generated by the introduction mechanism 46 facilitate the penetration of the hair-restoring agent into the deep tissue of the scalp and are effectively absorbed by the scalp.

It is a three-dimensional view of the nano sprayer of the present invention. It is a three-dimensional exploded view of the nano sprayer of the present invention. It is sectional drawing of the nano sprayer of this invention. It is a use condition figure of the nano sprayer of the present invention.

Explanation of symbols

2 Handle 3 Upper lid 4 Fixed seat 5 Lower lid 21 Grip portion 22 Screw contact portion 30 Hollow column body 31 Screw pattern portion 32 Storage chamber 33 Water absorption sponge 34 Convex edge 35 Oscillation piece 36 Pad 37 Detection element 38 Switch 39a, 39b Fixed convexity Pillar H Power line outlet B Circuit board
L power line 41 eccentric motor 42 through hole 43 ring wall 44 holding space 45 stereotaxic column S screw element 46 introduction mechanism 461 conductive convex column 51 perforation 52 massage convex column

Claims (3)

A nano nebulizer, at least,
A handle having a threaded portion at the lower end;
A hollow column body, a water-absorbing sponge in the hollow column body, and a lower end has a convex edge, and a screw crest portion that is screwed to the threaded portion of the handle is installed on the upper inner edge of the column body; An upper lid having a circuit board and a plurality of fixed convex columns;
An eccentric motor is installed, the eccentric motor and the circuit board are connected, and a fixed seat that installs an introduction mechanism having a metal layer below,
A lower lid having a plurality of perforations and massage convex columns corresponding to the conductive convex columns;
Consists of
The hollow column has a storage chamber, the storage chamber stores a hair-growing agent, and a lower portion of the hollow column has an oscillating piece, the eccentric motor oscillates the sprayer, and the oscillation The nanosprayer is characterized in that the hair piece is made into a mist that is made of water from the hair growth agent, and the hair growth agent penetrates into the subcutaneous tissue of the scalp by the introduction mechanism and is absorbed into the scalp. The nano sprayer according to claim 1, further comprising a detection element in the hollow column. The nano sprayer according to claim 1, wherein pads are provided on two upper and lower sides of the oscillation piece.

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