CN110090143A - Steam beauty instrument - Google Patents
Steam beauty instrument Download PDFInfo
- Publication number
- CN110090143A CN110090143A CN201910081400.2A CN201910081400A CN110090143A CN 110090143 A CN110090143 A CN 110090143A CN 201910081400 A CN201910081400 A CN 201910081400A CN 110090143 A CN110090143 A CN 110090143A
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- mentioned
- nozzle body
- steam
- beauty instrument
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- 230000003796 beauty Effects 0.000 title claims abstract description 47
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 54
- 230000002093 peripheral effect Effects 0.000 description 16
- 238000009434 installation Methods 0.000 description 15
- 239000007921 spray Substances 0.000 description 13
- 230000011218 segmentation Effects 0.000 description 10
- 238000011144 upstream manufacturing Methods 0.000 description 10
- 238000003780 insertion Methods 0.000 description 9
- 230000037431 insertion Effects 0.000 description 9
- 230000000694 effects Effects 0.000 description 6
- 230000006698 induction Effects 0.000 description 6
- 230000007246 mechanism Effects 0.000 description 5
- ATJFFYVFTNAWJD-UHFFFAOYSA-N Tin Chemical class [Sn] ATJFFYVFTNAWJD-UHFFFAOYSA-N 0.000 description 4
- 229920003002 synthetic resin Polymers 0.000 description 4
- 239000000057 synthetic resin Substances 0.000 description 4
- 241000237970 Conus <genus> Species 0.000 description 3
- 238000010438 heat treatment Methods 0.000 description 3
- 238000005507 spraying Methods 0.000 description 3
- 238000005452 bending Methods 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 230000010355 oscillation Effects 0.000 description 2
- 238000000926 separation method Methods 0.000 description 2
- 229920002379 silicone rubber Polymers 0.000 description 2
- 238000013459 approach Methods 0.000 description 1
- 238000009833 condensation Methods 0.000 description 1
- 230000005494 condensation Effects 0.000 description 1
- 239000002537 cosmetic Substances 0.000 description 1
- 125000004122 cyclic group Chemical group 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000005489 elastic deformation Effects 0.000 description 1
- 229920001971 elastomer Polymers 0.000 description 1
- 239000000806 elastomer Substances 0.000 description 1
- 230000001815 facial effect Effects 0.000 description 1
- 238000002309 gasification Methods 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 239000002245 particle Substances 0.000 description 1
- 238000007789 sealing Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 238000010025 steaming Methods 0.000 description 1
- 238000003786 synthesis reaction Methods 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H33/00—Bathing devices for special therapeutic or hygienic purposes
- A61H33/06—Artificial hot-air or cold-air baths; Steam or gas baths or douches, e.g. sauna or Finnish baths
- A61H33/12—Steam baths for the face
Landscapes
- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Epidemiology (AREA)
- Pain & Pain Management (AREA)
- Physical Education & Sports Medicine (AREA)
- Rehabilitation Therapy (AREA)
- Life Sciences & Earth Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- General Health & Medical Sciences (AREA)
- Veterinary Medicine (AREA)
- Devices For Medical Bathing And Washing (AREA)
- Massaging Devices (AREA)
Abstract
The present invention provides one kind and is easy to adjust direction while being sprayed onto steam on the face, and is able to suppress the steam beauty instrument of the enlargement of main body.Steam beauty instrument (1) has main body (2), steam generation facility in the main body (2), support portion (24) and axis set on the outside of main body (2) are supported in the nozzle body (21) of the support portion (24), nozzle body (21) is tubular and has open ejiction opening (22) on the direction that the Pivot axle (21S) as axis with the nozzle body (21) is intersected, and, in nozzle body (21) in position of the Pivot axle direction (21S) along nozzle body (21) far from ejiction opening (22) equipped with the operation portion (101) for rotating the nozzle body (21) around Pivot axle (21S), by being operated to the operation portion (101) for being set to the direction different from the emission direction of steam, it can hold during the ejection of steam It changes places and adjusts the direction of nozzle body (21).
Description
Technical field
The present invention relates to the steam beauty instrument for spraying the steam generated and heating to water to skin.
Background technique
Currently, as this steam beauty instrument, it is known that make in the boiling-house generation for being set to the inside of beauty instrument main body
Steam from steam outlet be discharged and be sprayed onto face etc. on beauty instrument (for example, referring to patent document 1).Moreover, in the beauty instrument
In, the direction of steam outlet can be adjusted, the discharge direction for adjusting steam is enabled to.In addition, it is also known that have a kind of beauty
Looks can make nozzle oscillation (for example, referring to special by being rotatably installed on the operation handle of the side of main body shell
Sharp document 2).
Existing technical literature
Patent document
Patent document 1: No. 4211690 bulletins of Japanese Patent No.
Patent document 2: Japanese Patent Publication 59-27582 bulletin
Summary of the invention
Problems to be solved by the invention
But in the beauty instrument as the former, adjust steam outlet towards when, need to catch the steam to be discharged
Mouth makes its movement, and therefore, hot steam is possible to be sprayed on hand.Accordingly, there exist be difficult to. while being sprayed onto steam on the face
Adjust towards the problem of.On the other hand, in the beauty instrument as the latter, for being located remotely from the operation handle of nozzle oscillation
Therefore the position of nozzle has the advantages that steam is difficult to be sprayed on hand.But it needs in the inside of main body shell with connecting rod
Equal linkage mechanisms, accordingly, there exist the problems of whole enlargement.
Problem more than present invention solution is, and it is an object of the present invention to provide a kind of steam beauty instrument, can on one side spray steam
To easily adjusting direction on one side on the face, and inhibit the enlargement of main body.
Solution for solving the problem
The solution of the present invention 1 is a kind of steam beauty instrument, includes main body；Set on the intracorporal steam generation dress of the master
It sets；Support portion set on the outside of aforementioned body；And axis is supported in the nozzle body of the support portion, wherein nozzle body is
Tubular, and there is open ejiction opening on the direction that the axis with the nozzle body intersects, moreover, in nozzle body along upper
The position axially away from above-mentioned ejiction opening of nozzle body is stated equipped with the operation portion for making the nozzle body pivoting.
In addition, the steam beauty instrument according to scheme 1 of the solution of the present invention 2, wherein aforesaid operations portion is across above-mentioned
Support portion is formed in the opposite side of the side equipped with above-mentioned ejiction opening.
In addition, the steam beauty instrument according to scheme 1 or 2 of the solution of the present invention 3, wherein above-mentioned support portion is equipped with
A pair, nozzle body are supported by these support portion axis, and aforesaid operations portion is set to the outside between above-mentioned support portion.
In addition, the steam beauty instrument according to scheme 3 of the solution of the present invention 4, wherein aforesaid operations portion is set to above-mentioned
The two sides of nozzle body.
Further, the steam beauty instrument according to scheme 1 of the solution of the present invention 5, wherein nozzle body with it is upper
State the outer surface separation of main body.
Invention effect
The steam beauty instrument of first scheme of the invention, can be by being set to and steam by constituting as above
The court of nozzle body is grasped and easily adjusted during the ejection of steam to the operation portion in the different direction of emission direction
To.In addition, can be made above-mentioned by the aforesaid operations portion for the position for being axially distant from above-mentioned ejiction opening for being set to nozzle body
Nozzle body rotation, therefore, does not need linkage mechanism in aforementioned body.Thereby, it is possible to inhibit the enlargement of aforementioned body.
In addition, aforesaid operations portion is formed in the opposite side of the side equipped with above-mentioned ejiction opening across above-mentioned support portion, so as to
Aforesaid operations portion is enough set to be located remotely from the position of above-mentioned ejiction opening.Thereby, it is possible to more easily adjust the direction of nozzle body.
In addition, above-mentioned support portion is equipped with a pair, nozzle body, and aforesaid operations portion are supported by these support portion axis
Outside between above-mentioned support portion, so as to move nozzle body steadily.
In addition, aforesaid operations portion is set to the two sides of nozzle body, thus, which hand of user no matter is utilized, it can
Enough move nozzle body.
Further, nozzle body is separated from the outer surface of aforementioned body, and thus, it is possible to easily operate aforesaid operations
Portion.In addition, since nozzle body is not interfered with aforementioned body, it is capable of increasing the movable region of nozzle body.
Detailed description of the invention
Fig. 1 is the perspective view for indicating the slave forward right side observation of the steam beauty instrument of the embodiment of the present invention 1.
Fig. 2 is the perspective view of the slave front left side observation of above-mentioned steam beauty instrument.
Fig. 3 is the main view of above-mentioned steam beauty instrument.
Fig. 4 is the top view of above-mentioned steam beauty instrument.
Fig. 5 is the left side view of above-mentioned steam beauty instrument.
Fig. 6 is the top view of the state of the closing lid of above-mentioned steam beauty instrument.
Fig. 7 is the line A-A cross-sectional view of Fig. 6 of above-mentioned steam beauty instrument.
Fig. 8 is the line B-B cross-sectional view of Fig. 7 of above-mentioned steam beauty instrument.
Fig. 9 is the enlarged cross-sectional view on the water tank top of above-mentioned steam beauty instrument.
Figure 10 is the enlarged cross-sectional view of the major part of above-mentioned steam beauty instrument.
Figure 11 is the cross-sectional view of the major part for the nozzle body of above-mentioned steam beauty instrument disassembled.
Figure 12 is the perspective view of the interconnecting piece of the downstream side observation of the slave steam path of above-mentioned steam beauty instrument.
Figure 13 is the perspective view of the interconnecting piece of the upstream side observation of the slave steam path of above-mentioned steam beauty instrument.
Figure 14 is the main view for indicating the nozzle body of the embodiment of the present invention 2.
Figure 15 is the main view for indicating the nozzle body of the embodiment of the present invention 3.
In figure:
1-steam beauty instrument, 2-main bodys, 3-steam generation facilities, 21-nozzle bodies, 21L, 21R-nozzle body,
21S-Pivot axle (axis), 22-ejiction openings, 24-support portions, 32-through holes, 54-through holes, 101-operation portions.
Specific embodiment
Hereinafter, the preferred embodiment of the present invention will be described referring to attached drawing.In addition, embodiment party described below
Formula is not limited to the contents of the present invention documented by claims.In addition, structure described below is not entirely this hair
Bright necessary condition.
[embodiment 1]
Hereinafter, being based on Fig. 1~Figure 13, the embodiment of the present invention 1 is illustrated.As shown in these figures, steam beauty
Instrument 1 has: the main body 2 of approximately cuboid shape；Steam generation facility 3 in aforementioned body 2；And it is set to aforementioned body
The lid 4 on 2 top.
The outer housing 10 of aforementioned body 2 is made of synthetic resin.The outer housing 10 has front surface part 11, rear face portion
12 and left and right side face 13L, 13R.Moreover, the left and right of above-mentioned front surface part 11 and rear face portion 12 is by above-mentioned left and right
The connection of side surface part 13L, 13R.In addition, the upper opening portion of above-mentioned outer housing 10 is blocked by upper surface part 14.Further, this is outer
The lower opening portion of shell 10 is blocked by bottom surface sections 15.In addition, above-mentioned front surface part 11, left side face 11L, rear face portion 11B
And right side face 11R is linked by curved face part.
The rear portion of above-mentioned lid 4 is pivotally connected to the top of above-mentioned rear face portion 12 by hinge part 16.Above-mentioned lid 4 by
Synthetic resin is constituted.The lid 4 has lid front surface part 4A, lid rear face portion 4B, lid left and right side face 4L, 4R and caping
Facial 4C.These lid front surface parts 4A, lid left side face 4L, lid rear face portion 4B and lid right side face 4R are connected by curved face part
Knot.That is, in the state of closing above-mentioned lid 4, above-mentioned lid front surface part 4A, lid rear face portion 4B and lid left and right side face
4L, 4R correspond to extend above-mentioned front surface part 11, rear face portion 12, left and right sides face 13L, 13R.Moreover, lid front surface part
4A, lid rear face portion 4B, lid left and right side face 4L, 4R top blocked by above-mentioned caping face 4C.
Above-mentioned hinge part 16 has angle adjusting part (not shown), is configured to stepless in the state of opening lid 4
Ground is kept.In addition, the inner surface in caping face 4C is equipped with mirror surface portion 17.Moreover, can break forth user in the mirror surface portion 17
Deng.
In addition, being rotationally equipped with handle part 18 in aforementioned body 2.The handle part 18 is connected by lateral holding bar 18B
It ties one end of left and right armed lever 18A, 18A and is formed as U-shaped.Moreover, the other end of above-mentioned left and right armed lever 18A, 18A pass through
Pivot connection 18C, 18C are rotationally linked to the top of above-mentioned left and right side face 13L, 13R.
In the top of above-mentioned upper surface part 14, it is horizontally arranged with substantially cylindric nozzle body 21 in left-right direction.The spray
Mouth body 21 closely has pair of right and left ejiction opening 22,22 in its length direction center.These ejiction openings 22 are formed in ejection cylinder
In 23.Intersect (in this example in addition, above-mentioned each ejiction opening 22 is constituted with the Pivot axle 21S of nozzle body 21 (referring to Fig. 4)
Be orthogonal) direction.In addition, nozzle body 21 can be rotated by being set to a pair of of support portion 24,24 of above-mentioned upper surface part 14
Earth's axis support.This pair of of support portion 24,24 is provided projectingly on above-mentioned upper surface part 14.In addition, nozzle body 21 be set as with it is upper
State the separation of upper surface part 14.The structure of main body 2 is supported in accordingly, with respect to the direct axis of nozzle body, can by above-mentioned ejiction opening 22,
22 direction is set as close to horizontal angle.
As shown in Fig. 8, Figure 10 and Figure 11 etc., nozzle body 21 has the installation of the cylinder for installing above-mentioned ejection cylinder 23
Component 25.This tin installing component 25 is equipped with cylinder department of assembly 26 in its length direction center, and in its length direction two sides one
Ground, which is equipped with, can be rotated the shaft member 27,27 that the earth's axis is supported in above-mentioned support portion 24.In addition, the shaft member of cylinder department of assembly 26 and left and right
27,27 are linked by the mounting portion 28,28 of the left and right of left and right directions.These mounting portions 28,28 form tabular.
In addition, nozzle body 21 has the upper housing of substantially semi-circular cylindrical between the support portion 24,24 of above-mentioned left and right
29 and lower case 30.Moreover, exposing above-mentioned upper and lower casing 29,30 in the periphery of nozzle body 21.In addition, upper housing 29 is
One side body, lower case 30 are another side bodies.
As shown in figure 11, columned fitting groove 31,31 is equipped in front end side of above-mentioned cylinder department of assembly 26 or so.Moreover,
Above-mentioned ejection cylinder 23 is fixed on the fitting groove 31 with insert state.In addition, at the bottom positioned at base end side of above-mentioned cylinder department of assembly 26
Portion 26T is provided through the through hole 32 being connected to above-mentioned ejiction opening 22.A part of the through hole 32 composition steam path 5.
Flange part 33 is circumferentially provided in front end side (upper end side) periphery of above-mentioned cylinder department of assembly 26.In the flange part 33
Upper surface, be provided projectingly canister portion 34 upwards.In addition, being provided projectingly downwards in the lower surface of above-mentioned flange part 33
There is lower canister portion 35.In the mounting portion 28,28 for being equipped with above-mentioned left and right left-right integratedly of the lower canister portion 35.
Moreover, in the above-mentioned mounting portion 28,28 of above-mentioned cylinder installing component 25, in order to fix above-mentioned upper and lower casing 29,30 and
It is provided through through-hole 28T, 28T.Moreover, inserting the screw 37 as fixed cell in through-hole 28T.
Opening canister portion 41 is equipped in the front end side (downstream side of steam path 5) of above-mentioned ejiction opening 22,22.The opening canister portion
41 have cylinder main body 42.Moreover, periphery side opening of the front end of this tin main body 42 in nozzle body 21.In above-mentioned cylinder main body 42
Be formed as longer long hole shape in the lateral direction.Moreover, the inner surface 42N of this tin main body 42 is formed towards front end side in big
Cause coniform expansion.In addition, by stage portion 43, being formed in the base end side (upstream side of steam path 5) of above-mentioned cylinder main body 42
Than the expansion canister portion 44 of the above-mentioned more major diameter of cylinder main body 42.The above-mentioned upper canister portion of above-mentioned cylinder department of assembly 26 is embedded in outside the expansion canister portion 44
34.In addition, being equipped with the mounting portion 45,45 of left and right directions in the left and right of the cardinal extremity of above-mentioned expansion canister portion 44.Moreover, in these installations
Portion 45,45 is provided through the through-hole 45T for the insert of above-mentioned screw 37.In addition, above-mentioned each mounting portion 45,45 forms tabular.
In addition, configured with for true between the outer peripheral surface of the lower canister portion 35 of above-mentioned cylinder department of assembly and the inner peripheral surface of above-mentioned expansion canister portion 44
Protect the sealing element 48 of waterproofness.
Between the lower surface of the upper surface of above-mentioned cylinder department of assembly 26, the inner peripheral surface of upper canister portion 34 and above-mentioned stage portion 43
It is formed with the assembly recess portion 46 of annular.Moreover, in water sucting part 47 of the assembly recess portion 46 configured with annular.In addition, as this
Water sucting part 47 may be exemplified the felt etc. for having the function of absorbing and keeping water (liquid).
Liner 51 is housed outside the outer peripheral surface 26G and bottom 26T of above-mentioned cylinder department of assembly 26.The liner 51 is by silicon rubber etc.
It constitutes.As shown in figure 11, above-mentioned liner 51 is integrally provided with the cylindrical portion 52 for being embedded in the outer peripheral surface 26G of above-mentioned cylinder department of assembly 26 outside
With the lower board unit 53 for being connected to above-mentioned bottom 26T.In addition, being provided through and above-mentioned through hole 32,32 in above-mentioned lower board unit 53
The through hole 54,54 of connection.The sectional area of these through holes 54 is bigger than above-mentioned through hole 32.In addition, these through holes 32 are cut
The above-mentioned ejiction opening 22 of area ratio is big.
In addition, in above-mentioned ejection cylinder 23 inserted with water drop induction component 56.The water drop induction component 56 is by just there is rust-preventing characteristic
The wire rods such as wire constitute.Moreover, the water drop induction component 56 is provided integrally with a pair of of length direction Wire rod portion 57, Yi Duijiao
Pitch direction Wire rod portion 58 (referring to Fig. 2) and annulus 59.Length of the above-mentioned length direction Wire rod portion 57 in above-mentioned ejiction opening 22
Side upwardly extends.In addition, above-mentioned crisscross Wire rod portion 58 is by by the front end side bending of above-mentioned length direction Wire rod portion 57
(in the case of this example, at right angles) and formed.Further, above-mentioned annulus 59 connect above-mentioned crisscross Wire rod portion 58 that
This, and be formed as oblong along the inner surface of above-mentioned upper canister portion 34.Above-mentioned length direction Wire rod portion 57 is in above-mentioned ejiction opening
22 inner circumferential lower part is extended from the front end of the ejiction opening 22 to base end side.Moreover, before above-mentioned length direction Wire rod portion 57
It holds 57A slightly towards lower section bending, and is inserted into the cylindrical portion 62 of interconnecting piece 61.On the other hand, above-mentioned crisscross Wire rod portion 58
It is depended downwardly from above-mentioned ejiction opening 22 along the front end face for spraying cylinder 23.In addition, in most cases, above-mentioned ejiction opening 22 is with front end
The mode that side is increased uses obliquely.Further, above-mentioned annulus 59 is by the upper surface of above-mentioned cylinder department of assembly 26 and above-mentioned suction
Wet part 47 clamps.In this way, above-mentioned annulus 59 is clamped by above-mentioned cylinder department of assembly 26 and water sucting part 47, so that above-mentioned water droplet lures
It leads component 56 and is held in nozzle body 21.
Above-mentioned water drop induction component 56 is configured in this way, generates in the inner peripheral surface of above-mentioned ejiction opening 22 and is collected in the inner
The water droplet of circumferential surface lower part is flowed along above-mentioned length direction Wire rod portion 57 to the upstream side of above-mentioned steam path 5, via flexible pipe 60
Fall to the upper space 153 of aforementioned body 2.Moreover, the water droplet for coming together in the upper space 153 is recovered from whereabouts mouth 156
To lower space 155.In addition, a part in the water droplet of above-mentioned ejiction opening 22 generation is flowed along above-mentioned crisscross Wire rod portion 58
Get off, is absorbed by above-mentioned water sucting part 47.
The steam that above-mentioned steam generation facility 3 generates by constitute above-mentioned steam path 5 a part it is individual on
The supply of flexible pipe 60 is stated to above-mentioned ejiction opening 22,22.These multiple ejiction openings 22,22 and above-mentioned flexible pipe 60 pass through synthetic resin
The above-mentioned interconnecting piece 61 of system connects.
As shown in FIG. 12 and 13, above-mentioned interconnecting piece 61 has the columnar above-mentioned cylindrical portion for connecting above-mentioned flexible pipe 60
62.The cylindrical portion 62 has expansion section 63 in side downstream.Moreover, the expansion section 63 has flange shape receiving in side downstream
Face 64.Receiving face 64 forms longer oblong shape in the lateral direction.Moreover, in the outer of above-mentioned receiving face 64
Week the upper canister portion 65 of longer oblong shape in the lateral direction is correspondingly equipped with above-mentioned lower canister portion 35.Further, exist
The plate component 66 of generally rectangular shape is equipped on this around canister portion 65.Moreover, being made of the left-right parts of the plate component 66
The mounting portion 67,67 of left and right directions.In addition, being provided through the through-hole 67T for the insert of above-mentioned screw 37 in the mounting portion 67.
In addition, being equipped with flat lattice 68 in above-mentioned interconnecting piece 61.The lattice 68 is along above-mentioned cylindrical portion 62
Central axis direction is formed.Moreover, being divided into two parts by left and right in above-mentioned cylindrical portion 62 by above-mentioned lattice 68.Shape as a result,
At segmentation access 69L, 69R of left and right.Segmentation access 69L, 69R of these left and right are respectively communicated in the ejiction opening of above-mentioned left and right
22,22.Further, the downstream ora terminalis 68A of above-mentioned lattice 68 is flushed with the upper surface of above-mentioned receiving face 64.Another party
The upstream ora terminalis 68B in face, lattice 68 is flushed with the upstream ora terminalis of above-mentioned cylindrical portion 62.
Then, the connection structure of above-mentioned ejiction opening 22,22 and interconnecting piece 61 is illustrated.In above-mentioned cylinder department of assembly 26
The lower board unit 53 of above-mentioned liner 51 is clipped between bottom 26T and the receiving face 64 of above-mentioned interconnecting piece 61, and is opened by above-mentioned
The mounting portion 45 of mouth tube portion 41 and the mounting portion 67 of above-mentioned interconnecting piece 61 clamp the mounting portion 28 of above-mentioned cylinder installing component 25.At this
Under state, inserted from the through-hole 118T of the bottom surface 118 of the installation canister portion 117 of above-mentioned lower case 30 to each through-hole 28T, 45T, 67T
Logical screw 37, and it is screwed the lug boss 112 of the screw 37 and upper housing 29.Above-mentioned upper housing 29, opening canister portion as a result,
41, cylinder installing component 25, liner 51, interconnecting piece 61 and lower case 30 are integrated.It is above-mentioned meanwhile by above-mentioned liner 51
It ejiction opening 22,22 and 61 watertight of interconnecting piece and airtightly connects.In addition, in connected state, the downstream of above-mentioned lattice 68
Edge 68A is connected to above-mentioned lower board unit 53 with watertight and airtight conditions.
As shown in figure 11, the shaft member 27 of nozzle body 21 is integrally provided with: being linked to the plectane of above-mentioned mounting portion 28
Portion 71；And the shaft body 72 being provided projectingly to the left and right from the plectane portion 71.The shaft body 72 is formed as cylindric.Separately
Outside, it is provided projectingly the outer cylindrical portion 73 shorter than above-mentioned shaft body 72 to the left and right from above-mentioned plectane portion 71.Moreover, in above-mentioned axis master
Cricoid fitting groove 74 is formed between body 72 and outer cylindrical portion 73.Further, in the fitting groove 74, in above-mentioned shaft body
72 periphery is equipped with cricoid friction member 75.In addition, the friction member 75 can be exemplified by the elastic-frictions material such as elastomer
Expect O-ring constituted etc..Moreover, above-mentioned 72 axis of shaft body can be rotated the bearing portion 81 that the earth's axis is supported in above-mentioned support portion 24.
As shown in Fig. 8, Figure 10 and Figure 11, above-mentioned bearing portion 81 is provided integrally with: rotationally outer to be loaded on above-mentioned axis master
The bearing canister portion 82 of body 72；The circumferentially arranged flange 83 on the outside of the length direction of the bearing canister portion 82；And it is set to
The outer cylindrical portion 84 of the outer surface of the flange 83.Moreover, the inner end 82N of above-mentioned bearing canister portion 82 is inserted into above-mentioned fitting groove 74.
Moreover, by left and right bearing portion 81,81 axis support at left and right sides of shaft member 27,27 in the state of, it is above-mentioned
The interval H of the outer surface in the plectane portion 71 of fitting groove 74 and above-mentioned inner end 82N are the above-mentioned rotation center of above-mentioned friction member 75
Below the length in the direction of axis 21S.In addition, the length is roughly equal with the thickness of above-mentioned friction member 75 in this embodiment.On that is,
Friction member 75 is stated to contact with above-mentioned fitting groove 74 and inner end 82N respectively with elastic deformation.Then, 21 turns of nozzle body
When dynamic, friction is generated between above-mentioned fitting groove 74, friction member 75 and inner end 82N.Thereby, it is possible to nozzle body 21
Rotation assigns brake force, and can prevent nozzle body 21 from unexpectedly rotating.It therefore, being capable of the above-mentioned ejiction opening 22 of micro-adjustment
Direction, and towards arbitrary direction.
As shown in Fig. 5, Fig. 8 and Figure 10, above-mentioned support portion 24 has the external support above-mentioned bearing portion 81 in main body 2
The installation arm 87,87 of left and right.In addition, the installation arm 87,87 of these left and right between by having aftermentioned preceding covering part
121 and be formed as one.These installation arms 87,87 are fixed with the state being provided projectingly from the upper surface part 14 of aforementioned body 2
In aforementioned body 2.Moreover, being fixed with above-mentioned bearing portion 81 on the top of above-mentioned installation arm 87.In addition, these 81 Hes of bearing portion
Installation arm 87 is covered by cover member 88.About above-mentioned cover member 88, forward and backward surface element that front and back is provided projectingly at spaced intervals
89,90 top is blocked by the upper surface part 91 of semicircle shape, and is equipped with the side plate 92 with hole portion 92H in side.Moreover,
In the state that above-mentioned bearing portion 81 is inserted into the top of installation arm 87, above-mentioned bearing portion 81 is fixed on above-mentioned installation arm
87.Nozzle body 21 rotates freely the outside that the earth's axis is supported in aforementioned body 2 by the support portion 24,24 of left and right as a result,.
Shaft member 27,27 in above-mentioned left and right is equipped with the operation portion 101,101 of left and right.The operation portion 101 is integrally provided with
Center canister portion 102, tube end plate portion 103, connection canister portion 104, peripheral part 105 and outer surface portion 106.Above-mentioned center canister portion 102
It is the rotation center in aforesaid operations portion 101.Above-mentioned tube end plate portion 103 is set to the inner end of above-mentioned center canister portion 102, and runs through and set
It is equipped with through-hole 103T.Above-mentioned connection canister portion 104 is provided projectingly from above-mentioned tube end plate portion 103 to center side.Above-mentioned peripheral part 105 exists
The outside interval of above-mentioned center canister portion 102 and be arranged.Above-mentioned outer surface portion 106 is formed as cyclic annular, and links above-mentioned center
The outer end of canister portion 102 and the outer end of peripheral part 105.In addition, the outer diameter of above-mentioned peripheral part 105 and the outer diameter of nozzle body 21 are big
It causes equal.In addition, the radius of the upper surface part 91 of above-mentioned cover member 88 is also roughly the same with the radius of above-mentioned peripheral part 105.
As shown in Figure 10, the front end of above-mentioned shaft body 72 is embedded in outside above-mentioned connection canister portion 104.Moreover, by will be as solid
The screw 107 for determining component inserts above-mentioned through-hole 103T, and is screwed the screw 107 and above-mentioned shaft body 72, thus above-mentioned
Operation portion 101 is fixed on above-mentioned shaft member 27.In addition, the front end of above-mentioned center canister portion 102 and connection 104 clearance of canister portion insertion are passed through
Wear the above-mentioned hole portion 92H for the side plate 92 for being placed in above-mentioned cover member 88.
It is formed with slightly expanding in addition, the peripheral part 105 in aforesaid operations portion 101 is formed towards left and right directions center side.
Moreover, in the leading exterior surface of the peripheral part 105, circumferentially arranged stepped part 105A and form thin-walled canister portion 108.In addition,
The side plate 92 of above-mentioned cover member 88 is formed with the cricoid groove portion 92M for 108 clearance of thin-walled canister portion insertion.Moreover, then,
The front end of above-mentioned thin-walled canister portion 108 is hidden in groove portion 92M.Further, it is formed in the outer peripheral surface of above-mentioned peripheral part 105
Anti-slip part 109.Geometrical pattern made of the anti-slip part 109 of this is arranged in the circumferential as the plane of multiple triangles
Bumps are formed.In addition, above-mentioned anti-slip part 109 can also be formed by multiple grooves and raised line.
Then, the mounting structure of above-mentioned upper and lower casing 29,30 is illustrated.Above-mentioned upper housing 29 has semicircle canister portion
111.In the inner surface or so of the semicircle canister portion 111, above-mentioned lug boss has correspondingly been provided projectingly with above-mentioned through-hole 45T etc.
112,112.In addition, being equipped with connecing for the insertion configuration of above-mentioned opening canister portion 41 in the length direction center of above-mentioned semicircle canister portion 111
By canister portion 113.Moreover, the front end for receiving canister portion 113 approaches or is connected to the outer surface side of above-mentioned stage portion 43.
In addition, the left and right end portions in above-mentioned upper housing 29 are respectively formed with locking hole 114 (referring to Fig.1 0).Moreover, upper
The outer surface for stating plectane portion 71 is formed with locking protrusion from the diametrical direction of nozzle body 21 engaging in these locking hole 114
76。
Above-mentioned lower case 30 has semicircle canister portion 116.In the inner surface or so of the semicircle canister portion 116, with above-mentioned through-hole 67T
Correspondingly it has been provided projectingly above-mentioned installation canister portion 117,117.Moreover, being provided through in the bottom surface of the installation canister portion 117 118
Above-mentioned through-hole 118T.
In addition, the left and right end portions in above-mentioned lower case 30 are respectively formed with locking hole 114.Moreover, in above-mentioned plectane portion 71
Outer surface be formed with the locking protrusion 76A from the diametrical direction of nozzle body 21 engaging in these locking hole 114.
Then, so that the front end of above-mentioned lug boss 112 is connected to the mounting portion 45 of above-mentioned opening canister portion 41, and make above-mentioned peace
The front end of charging tube part 117 is connected to the mounting portion 67 of above-mentioned interconnecting piece 61.In this state, will make from above-mentioned installation canister portion 117
Above-mentioned through-hole 118T, 67T, 28T, 45T are inserted for the above-mentioned screw 37 of fixed cell, and makes above-mentioned screw 37 and above-mentioned lug boss
112 are screwed.In this way, being assembled into nozzle body 21.
In addition, as shown in FIG. 12 and 13, being provided through location hole 67H in the mounting portion 67,67 of above-mentioned interconnecting piece 61.
In addition, the mounting portion 45 in above-mentioned opening canister portion 41 is formed with locating notch portion (not shown).On the other hand, it is installed in above-mentioned cylinder
The mounting portion 28 of component 25 has correspondingly formed positioning pin (not shown) with above-mentioned location hole 67H.Similarly, in above-mentioned peace
Dress portion 28 has correspondingly formed protrusion 28P with above-mentioned locating notch portion.Then, by above-mentioned location hole 67H insertion
State positioning pin, Xiang Shangshu locating notch portion is inserted into above-mentioned protrusion 28P, thus, above-mentioned cylinder installing component 25, opening canister portion 41 with
And interconnecting piece 61 is positioned.
In the upper surface part 14 of aforementioned body 2, preceding covering part 121 and rear covering are equipped between above-mentioned support portion 24,24
Portion 122.Above-mentioned preceding covering part 121 is formed as one with above-mentioned installation arm 87.In addition, above-mentioned preceding covering part 121 is from above-mentioned
Surface element 14 is provided projectingly upwards, and is set as to cover between the upper surface part 14 and the barrel surface lower part of nozzle body 21
Lid.Moreover, the upper edge 121F of above-mentioned preceding covering part 121 slightly leans on front side in the central axis 21S than nozzle body 21 and leans on
Barrel surface of the downside close to nozzle body 21.On the other hand, above-mentioned rear covering part 122 is from above-mentioned upper surface part 14 to diagonally forward
It is provided projectingly.Moreover, after above-mentioned covering part 122 upper edge 122F the central axis 21S than nozzle body 21 by rear side and
The upper barrel surface close to nozzle body 21.Moreover, being formed with the above-mentioned preceding covering part 121 of installation in above-mentioned upper surface part 14
With the opening portion 123 of rear covering part 122.In addition, being formed with insertion hole between above-mentioned preceding covering part 121 and rear covering part 122
124.Moreover, by above-mentioned opening portion 123, above-mentioned flexible pipe 60 inserts above-mentioned insertion hole 124.
As shown in Fig. 8 and Figure 10, the insertion hole 125 for the insert of above-mentioned flexible pipe 60 is provided through in above-mentioned lower case 30
(referring to Fig.1 0).In addition, above-mentioned flexible pipe 60 by silicon rubber etc. there is the material of flexibility and heat resistance to constitute.Moreover, above-mentioned
Flexible pipe 60 in the front end (downstream) of pipe main body 131 and cardinal extremity (upstream end) there is front end pipe jointing part 132 and base end tube to connect
Socket part 133.
Then, by being pressed into the cylindrical portion 62 of above-mentioned interconnecting piece 61 to the above-mentioned front end pipe jointing part 132 for forming cylindrical shape,
To which flexible pipe 60 is connected to above-mentioned interconnecting piece 61.In addition, above-mentioned front end pipe jointing part 132 periphery bulging be formed with
The anti-shedding part 134 that the inner surface side of above-mentioned insertion hole 125 abuts.In this embodiment, the above-mentioned anti-shedding part 134 of circular protrusion shape
It is integrally formed in above-mentioned front end pipe jointing part 132.In addition, between above-mentioned front end pipe jointing part 132 and cardinal extremity pipe jointing part 133
Pipe main body 131 be formed with corrugated part 135.In addition, in the accompanying drawings, the record of the peaks and valleys of corrugated part 135 is omitted.
As shown in fig. 7, above-mentioned steam generation facility 3 has: storing the water tank 141 of water；Have for adding to water
Heat makes the boiling-house 143 of the heater 142 of gasification；And cover body 148.Moreover, the cup portion 62 149 in the cover body 148 connects
It is connected to the cardinal extremity pipe jointing part 133 of the above-mentioned flexible pipe 60 for passing through in the steam that above-mentioned boiling-house 143 generates.
Above-mentioned water tank 141 is made of synthetic resin etc., and the side surface part 147 with bottom surface sections 146 and substantially square-tube type.
Moreover, the upper opening of above-mentioned water tank 141 is closed by above-mentioned cover body 148.In addition, above-mentioned water tank 141 and boiling-house 143
Lower end each other by water-feeding path 151 connect.Above-mentioned water-feeding path 151 is in order in short time generation steam, sectional area phase
Design of length is obtained smaller.It is limited as a result, from water tank 141 to the pushing quantity of boiling-house 143.In addition, above-mentioned boiling-house 143
It is connected with the upper end of water tank 141 each other by drain passageway 152.By the drain passageway 152, in above-mentioned boiling-house 143
The steam of generation flows into the upper space 153 in above-mentioned water tank 141 from the boiling-house 143.
In the ratio short transverse center of water tank 141, slightly higher position is horizontally arranged with the lattice 154 of plate.By this
Lattice 154 is divided into above-mentioned upper space 153 and above-mentioned lower space 155 in above-mentioned water tank 141.Moreover, at above-mentioned point
Multiple above-mentioned whereabouts mouthful 156 are formed with every portion 154, whereabouts mouthful 156 makes to generate in above-mentioned upper space 153 due to condensation
Water droplet returns to above-mentioned lower space 155.In addition, the front-rear direction center in above-mentioned upper space 153 configures in left-right direction
There is ultraviolet radiator 157.Moreover, by the ultraviolet radiator 157, the particle of steam becomes smaller.
In addition, being provided projectingly in the center of above-mentioned cover body 148 as shown in Fig. 9 etc. and constituting the one of above-mentioned steam path 5
Partial above-mentioned cup portion 62 149.In addition, being set between above-mentioned upper surface part 14 and above-mentioned cover body 148 in aforementioned body 2
There is the middle lattice 161 of transverse slat shape.Lattice 161 in the position more slightly lower than the upper end opening portion of above-mentioned outer housing 10 and is somebody's turn to do in this
Outer housing 10 is formed as one.That is, above-mentioned outer housing 10 is formed as the box-like of the cuboid of lower opening.Moreover, among the above
Lattice 161 is equipped with the outer cylindrical portion 162 being externally embedded at spaced intervals with the periphery of above-mentioned cup portion 62 149.In addition, the outer cylindrical portion 162
Lower part fitting portion 163 outside be embedded in above-mentioned cup portion 62 149 chimeric receiving portion 149A.
The above-mentioned cardinal extremity pipe jointing part 133 of above-mentioned flexible pipe 60 forms substantially cylindric.By the way that above-mentioned cup portion 62 149 is pressed
Enter the cardinal extremity pipe jointing part 133 of formation cylindrical shape, so that above-mentioned flexible pipe 60 is connected to the cup portion 62 of above-mentioned cover body 148
149.In addition, above-mentioned cardinal extremity pipe jointing part 133 upper side integrally provided with flange part 136, from the following table of the flange part 136
Downwards integrally provided with fitting cylinder section 137.Moreover, being embedded in above-mentioned outer cylindrical portion 162 outside the fitting cylinder section 137.
In addition, as described above, being formed with corrugated part 135 in above-mentioned pipe main body 131.In this way, by above-mentioned pipe main body 131
Corrugated part 135 is set, and the movement of above-mentioned flexible pipe 60 becomes freely.
As shown in Fig. 1 and Fig. 2 etc., water supply lid 171 is equipped on the right side of main body 2.The water supply lid 171 passes through its underpart
Pivot connection 172 be pivotally connected to aforementioned body 2 and be set as to be opened and closed.Moreover, above-mentioned water supply lid 171 passes through pressing
Set on aforementioned body 2 latch-release button 173 and can open.Further, in the state for opening above-mentioned water supply lid 171
Under, expose the water supply mouth (not shown) in aforementioned body 2, water can be supplied into above-mentioned water tank 141 from the water supply mouth.
As shown in fig. 7, the center side in the bottom surface sections 146 of above-mentioned water tank 141 is provided through circular drainage hole
175.Widened conus portion 175A upward is formed on the top of the drainage hole 175.Conus portion 175A is seat portion.Separately
Outside, the spool 176 of above-mentioned drainage hole 175 is blocked equipped with above-mentioned conus portion 175A is connected to.Valve rod 177 is installed on the spool
176 center is simultaneously integrated.Receive canister portion 178 moreover, being equipped in above-mentioned bottom surface sections 146, above-mentioned valve rod 177 is inserted through the receiving
Canister portion 178.That is, above-mentioned valve rod 177 is guided by above-mentioned about 178 canister portion that receives.Moreover, above-mentioned spool 176 is not by under normality
Hydraulic pressure in the active force of the forcing unit of diagram and above-mentioned water tank 141 blocks above-mentioned drainage hole 175.
As shown in Figure 1, aforementioned body 2 the lower right side as left and right directions side be equipped with to above-mentioned spool 176 into
The operation button 181 of row operation.On the other hand, as shown in figures 2 and 5, in aforementioned body 2 as the left and right directions other side
Left lower is equipped with discharge outlet 182.Moreover, being set to freely to the disassembly of port flap 183 that the discharge outlet 182 is opened and closed
Above-mentioned discharge outlet 182.That is, above-mentioned discharge outlet 182 can be opened and closed by above-mentioned port flap 183.In addition, the port flap 183
Aforementioned body 2 is linked to by lid linking part 184.Therefore, above-mentioned port flap 183 will not be lost.Moreover, from above-mentioned draining
In the state that mouth 182 unloads above-mentioned port flap 183, aforesaid operations button 181 is pressed, thus valve rod 177 is by behaviour (not shown)
Make mechanism above to push away, above-mentioned drainage hole 175 is connected to discharge outlet 182.It is upper thereby, it is possible to pass through the water in above-mentioned water tank 141
Drainage hole 175 is stated to be discharged from above-mentioned discharge outlet 182.
In addition, the upper surface part 14 in main body 2 is equipped with the main switch 186 of the above-mentioned steam generation facility 3 of on-off and leads to
It crosses and lights display units 187 such as the LED that shows on-state.Moreover, if above-mentioned main switch 186 is set as connecting, it is above-mentioned to add
Hot device 142 and ultraviolet radiator 157 are driven.In addition, above-mentioned steam generation facility 3 is driven by domestic power supply.Therefore, exist
Aforementioned body 2 is equipped with the power supply line 188 for being connected to domestic power supply.
Water level display unit 189 is equipped in the lower right side of the front surface part 11 of aforementioned body 2.Moreover, being shown in the water level
Portion 189 shows the water level in above-mentioned water tank 141.
Then, the application method of above-mentioned beauty instrument 1 is illustrated.If above-mentioned main switch 186 is connected, above-mentioned heating
Device 142 and ultraviolet radiator 157 drive.By heating using above-mentioned heater 142, steam, the steaming are generated in above-mentioned boiling-house 143
Vapour is conveyed to upper space 153.Thus the steam for being transported to the upper space 153 is irradiated by above-mentioned ultraviolet radiator 157,
Grain becomes smaller.Further, steam passes through the above-mentioned flexible pipe of a part of the above-mentioned steam path 5 of composition from above-mentioned cup portion 62 149
60, it is sprayed from a pair of above-mentioned ejiction opening 22,22.Then, by being sprayed onto the steam sprayed from the ejiction opening 22,22 on skin,
So as to obtain cosmetic result.
As described above, the above-mentioned steam path 5 from above-mentioned flexible pipe 60 to the above-mentioned ejiction opening 22,22 of left and right is in above-mentioned company
The cylindrical portion 62 of socket part 61 is divided by the lattice 68 of plate for segmentation access 69L, 69R of left and right.Moreover, above-mentioned lattice 68
Downstream ora terminalis 68A is flushed with the upper surface of above-mentioned receiving face 64, the upstream ora terminalis 68B of above-mentioned lattice 68 and above-mentioned cylindrical portion
62 upstream ora terminalis flushes, and therefore, can make independent above-mentioned segmentation access 69L, 69R longer.Thereby, it is possible to modify above-mentioned point
The steam stream in access 69L, 69R is cut, sprays steam stream expeditiously.
In addition to this, in the downstream side of above-mentioned segmentation access 69L, 69R, above-mentioned steam path 5 is divided into above-mentioned liner 51
Through hole 54,54 and above-mentioned cylinder department of assembly 26 through hole 32,32.Therefore, can with the few state of the disorder of steam stream from
Above-mentioned ejiction opening 22,22 sprays.In this case, due to the sectional area of above-mentioned steam path 5 be formed as according to segmentation access 69L,
69R, through hole 54,54, through hole 32,32, the sequence of ejiction opening 22,22 reduce, and therefore, steam stream is gradually reduced and from upper
State the ejection of ejiction opening 22,22.
Moreover, user be able to use integrally be installed on nozzle body 21 aforesaid operations portion 101 it is above-mentioned to rotate
Nozzle body 21 and the direction for changing above-mentioned ejection cylinder 23,23, spray steam to desired position.In this case, due to
Nozzle body 21 is directly rotated, therefore, there is no need to complicated mechanism, is able to suppress the enlargement of aforementioned body 2, and operate and become
It must be easy.Further, since aforesaid operations portion 101 is set to along the direction Pivot axle 21S of nozzle body 21 far from upper
The position of ejiction opening 22,22 is stated, therefore, the steam of the heat sprayed from above-mentioned ejiction opening 22,22 can be made to be difficult to be sprayed on hand.Especially
It is in case of the present embodiment, to become above-mentioned ejection across above-mentioned support portion 24,24 since aforesaid operations portion 101 is located at
Therefore the left and right ends portion of the nozzle body 21 of the opposite side of mouth 22,22 can make from the ejection of above-mentioned ejiction opening 22,22
The steam of heat is more difficult to be sprayed on hand.Therefore, even also can safely and easily adjust above-mentioned spray during steam sprays
The direction of mouth body 21.
In addition, the left and right by supporting nozzle body 21 using a pair of above-mentioned support portion 24,24, can make said nozzle
Body 21 steadily rotates.Further, due to being respectively equipped with above-mentioned behaviour on the outside of the left and right directions of a pair of above-mentioned support portion 24,24
Make portion 101,101, therefore, can not only both hands operated, and when a hand is occupied, can also be made by one hand
State the rotation of nozzle body 21.Further, it is arranged since nozzle body 21 is separated from above-mentioned upper surface part 14, especially
It can extend the movable area of above-mentioned ejiction opening 22,22 in side in downward direction.Therefore, nozzle body 21 can be extended
Entire movable area.
As described above, in the present embodiment, steam beauty instrument 1 includes main body 2；Steam generation in the main body 2
Device 3；Support portion 24 set on the outside of aforementioned body 2；And axis is supported in the nozzle body 21 of the support portion 24, in the steam
In formula beauty instrument 1, nozzle body 21 be tubular, and have with the Pivot axle 21S as axis of the nozzle body 21 just
Open ejiction opening 22 on the direction of friendship, moreover, in nozzle body 21 along nozzle body 21 axially away from above-mentioned spray
The position of outlet 22, which is equipped with, makes the operation portion 101 of 21 pivoting of nozzle body, by being set to the emission direction of steam not
The operation portion 101 in same direction is operated, so as to easily and safely adjust above-mentioned spray during the ejection of steam
The direction of mouth body 21.In addition, passing through the above-mentioned behaviour for the position for being axially distant from above-mentioned ejiction opening 22 for being set to nozzle body 21
Make portion 101, rotate nozzle body 21, therefore, complicated linkage mechanism is not needed in aforementioned body 2.Thereby, it is possible to press down
The enlargement of aforementioned body 2 processed.
In addition, aforesaid operations portion 101 is formed in the opposite side of the side equipped with above-mentioned ejiction opening 22 across above-mentioned support portion 24
(in this embodiment, above-mentioned ejiction opening 22 be configured at nozzle body 21 left and right directions center, left and right aforesaid operations portion 101,
101 are configured on the outside of the left and right directions as opposite side of the above-mentioned support portion 24,24 of left and right), it is above-mentioned so as to make
Operation portion 101 is located remotely from the position of above-mentioned ejiction opening 22.Thereby, it is possible to be more difficult to the steam of heat be sprayed on hand, it is easier to
And safely adjust the direction of nozzle body 21.
In addition, above-mentioned support portion 24 is equipped with a pair, nozzle body 21 is supported by these support portions 24,24 axis, and
Aforesaid operations portion 101 is set to the outside between above-mentioned support portion 24,24, so as to steadily rotate nozzle body 21.
In addition, aforesaid operations portion 101 is set to the two sides of nozzle body 21, thus, which hand of user no matter is utilized,
Nozzle body 21 can be made to rotate.
Further, it is separated by nozzle body 21 from the upper surface part 14 as outer surface of aforementioned body 2, it can
Easily operate aforesaid operations portion 101.In addition, nozzle body 21 is not interfered with aforementioned body 2, therefore, particularly by
Lower direction side increases the movable area of nozzle body 21, can extend entire movable area.
Hereinafter, the effect as embodiment, the center of nozzle body 21 be arranged in left-right direction ejiction opening 22,
22, it therefore, being capable of a wide range of ejection steam in left and right directions.In addition, passing through the ejection of above-mentioned ejiction opening 22,22 from left and right
Steam interference, to can also extend the steam stream of synthesis in the up-down direction.Further, due in above-mentioned assembly recess portion 46
Configured with above-mentioned water sucting part 47, therefore, the water droplet generated in above-mentioned cylinder main body 42 can be absorbed.In addition, due to above-mentioned
Therefore spraying the above-mentioned water drop induction component 56 that cylinder 23 is equipped with as water foldback unit can will generate in above-mentioned ejiction opening 22
Water droplet be expelled to inside or the above-mentioned water sucting part 47 of aforementioned body 2.In this way, by using above-mentioned water drop induction component 56 and
The water droplet of the heat generated in above-mentioned ejiction opening 22,22 is discharged water sucting part 47 from above-mentioned ejection cylinder 23, is able to suppress the water of heat
Drop is sprayed on the skin of user with steam stream.
In addition, having the liner 51 of the outer peripheral surface 26G and bottom 26T exterior along above-mentioned cylinder department of assembly 26, and make to connect
The receiving face 64 in portion 61 is connected to above-mentioned bottom 26T, and thus, it is possible to by 61 watertight of interconnecting piece and airtightly be linked to wound packages and match
The through hole 32,32 in portion 26.Thereby, it is possible to prevent the water in nozzle body 21 from leaking, steam leakage.Further, above-mentioned
The downstream ora terminalis 68A of lattice 68 is connected to the lower board unit 53 of above-mentioned liner 51, thus it enables that two steam streams each other will not
Converge than above-mentioned segmentation access 69L, 69R downstream, steam stream will not disorder.
In addition, nozzle body 21 can easily assemble above-mentioned upper housing 29, opening by common above-mentioned screw 37
These multiple components of canister portion 41, cylinder department of assembly 26, interconnecting piece 61 and lower case 29.Further, nozzle body 21 rotates
When, friction is generated between above-mentioned friction member 75 and inner end 82N as rubbing surface, thereby, it is possible to nozzle body 21
Rotation assign brake force, with arbitrary towards keeping above-mentioned ejiction opening 22,22, and nozzle body 21 can be prevented unexpected
Rotation
In addition, the left and right end portions in above-mentioned upper and lower casing 29,30 are respectively formed with locking hole 114,114, engaging in these
The locking protrusion 76 of locking hole 114,114,76A are formed in the outer surface in above-mentioned plectane portion 71, therefore, pass through above-mentioned locking hole
114,114 and locking protrusion 76,76A it is locking, can be before being fixed by above-mentioned screw 37, by upper and lower casing 29,30
It is temporarily fixed on an installing component 25, assembling operation is excellent.
Further, in the periphery of front end pipe jointing part 132, bulging is formed with and above-mentioned insertion hole 125 above-mentioned flexible pipe 60
Inner surface side abut the anti-shedding part 134 as anti-dropout unit, obtain the anti-dropout effect of front end pipe jointing part 132,
Therefore, though flexible pipe 60 due to nozzle body 21 rotation and swing, can also prevent above-mentioned flexible pipe 60 from nozzle body
21 fall off.
Hereinafter, the effect as above-mentioned interconnecting piece 61 and lattice 68 etc. in embodiment, in the present embodiment, steam-type
Beauty instrument 1 includes main body 2；Steam generation facility 3 in the main body 2；And the nozzle body 21 set on aforementioned body 2,
In the steam beauty instrument 1, nozzle body 21 has multiple ejiction openings 22,22, which has connection above-mentioned
One flexible pipe 60 of steam generation facility 3 and multiple above-mentioned ejiction openings 22,22 has and connects the flexible pipe 60 and multiple above-mentioned
The interconnecting piece 61 of ejiction opening 22,22, the interconnecting piece 61 have the cylindrical portion 62 for being connected to above-mentioned flexible pipe 60, and in the tubular
The inside in portion 62 has the lattice 68 for making 5 branch of steam path, is compact structure, and by increasing from steam therefore
Generating device 3 can modify each steam path to segmentation access 69L, 69R as each steam path of each ejiction opening 22,22
In steam stream, spray with making high-efficiency steam rate.
In addition, connection is respectively steamed from the conduct of above-mentioned cylindrical portion 62 to the multiple above-mentioned ejiction openings 22,22 of above-mentioned interconnecting piece 61
The through hole 32,54 in vapour path is more independent than above-mentioned 68 downstream of lattice, thus in the way of steam path 5, path that
This will not be connected to, and therefore, further turbulent flow can be made to be difficult to happen, and spray with capable of making high-efficiency steam.
In addition, the upstream ora terminalis 68B of above-mentioned lattice 68 extends to the upstream end of above-mentioned cylindrical portion 62, so as to the greatest extent may be used
Energy ground increases segmentation access 69L, 69R as each steam path, steam stream is more reliably modified, with making high-efficiency steam from ejection
Mouth 22 sprays.
Further, above-mentioned lattice 68 is tabular, thus, it is possible to which above-mentioned interconnecting piece 61 is easily manufactured, and is passed through
Reduce the flow path cross sectional area of segmentation access 69L, 69R as each steam path not in the way of steam path, so as to
It is sprayed from above-mentioned ejiction opening 22,22 with making high-efficiency steam.
[embodiment 2]
Figure 14 indicates the embodiment of the present invention 2, marks the same symbol to part identical with above-described embodiment 1, and omit
It illustrates and is described in detail.As shown in the drawing, in this embodiment, the setting of operation portion 101,101 across above-mentioned left and right is above-mentioned
Support portion 24,24.
In the present embodiment, compared with Example 1, the support portion 24,24 or so of above-mentioned left and right discretely configures.Above-mentioned behaviour
It is more than the left and right width dimensions for being preferably spaced this tin main body 42 for making portion 101 and above-mentioned cylinder main body 42.In this way, making aforesaid operations
Portion 101 is arranged above-mentioned far from above-mentioned ejiction opening 22 between the both ends and above-mentioned support portion 24,24 of above-mentioned upper and lower casing 29,30
Operation portion 101,101.Nozzle body 21 is rotated moreover, being able to use these operation portions 101,101.
As long as in this way, can substantially ensure that above-mentioned ejiction opening 22, can also be in the above-mentioned of left and right at a distance from operation portion 101
Aforesaid operations portion 101,101 is arranged in the inside of support portion 24,24.I.e., it is possible on the basis of a support portion 24, by above-mentioned ejection
Mouth 22 and aforesaid operations portion 101 are set to same side.
As described above, in the present embodiment, steam beauty instrument 1 includes main body 2；Steam generation in the main body 2
Device 3；Support portion 24 set on the outside of aforementioned body 2；And axis is supported in the nozzle body 21 of the support portion 24, the steam-type
In beauty instrument 1, nozzle body 21 is tubular, and has and intersect in the Pivot axle 21S as axis with the nozzle body 21
Direction on open ejiction opening 22, and in nozzle body 21 along nozzle body 21 axially away from above-mentioned ejiction opening
22 position is equipped with operation portion 101 for making 21 pivoting of nozzle body, by being set to the emission direction of steam not
The operation portion 101 in same direction is operated, so as to easily and safely adjust above-mentioned spray during the ejection of steam
The direction of mouth body 21 can play the role of being the same as in example 1 above, effect.
[embodiment 3]
Figure 15 indicates the embodiment of the present invention 3.The same symbol is marked to part identical with the various embodiments described above, and is omitted
It illustrates and is described in detail.As shown in the drawing, in this embodiment, has the left and right for being split to form nozzle body 21 or so
Nozzle body 21L, 21R.
The ejiction opening 22,22 of above-mentioned left and right is separated, and the cylinder main body 42 or so for the canister portion 41 that is open is divided, in left and right
Ejiction opening 22,22 between intermediate support portion 24 is set, can be rotated by the support portion 24 in left side and the support portion 24 in center
The nozzle body 21L in earth's axis support left side can be rotated earth's axis supports right side by the support portion 24 on right side and the support portion 24 in center
Nozzle body 21R, by the operation portion 101,101 on the outside of left and right directions can make left and right nozzle body 21L, 21R independently rotate.
In this way, can also can be rotated the earth's axis in the support portion 24 among the setting of center and support a pair of nozzles body 21L, 21R.
In this case, nozzle body 21L, 21R of left and right can be made independently to rotate.
As described above, in the present embodiment, by the operation portion 101 for being set to the direction different from the emission direction of steam
It is operated, so as to easily and safely adjust the direction of nozzle body 21 during the ejection of steam, in addition, on
State the opposite side that operation portion 101 is formed in the side equipped with above-mentioned ejiction opening 22 across above-mentioned support portion 24, can play with it is upper
State each embodiment similarly act on, effect.
Additionally, this invention is not limited to above embodiments, and it is real that various changes are able to carry out in the range of the objective of invention
It applies.For example, showing setting in the above-described embodiments, there are two ejiction openings but it is also possible to be one or three or more.In addition,
It is polygonal shape or elliptical tubular that columnar nozzle body is shown in embodiment but it is also possible to be section.Into one
Step ground, in embodiment, operation portion show outer surface be columnar form, but be also able to use polygon form or
The form of various shapes such as the form with concaveconvex shape.In addition, other than scheme 5, a part of the lower part of nozzle body
It can be accommodated in than upper surface part (outer surface) on the lower.Further, there are two operation portions for setting in the above embodiments, but
Operation portion is also possible to one, is also possible to three or more.In addition, in the above embodiments setting there are two or three branch
Support part, but support portion is also possible to one, is also possible to three.Further, it in the case where support portion is more than two, removes
Other than scheme 2, operation portion can also be set to side identical with ejiction opening, that is, between support portion separately positioned ejection
Mouth and operation portion.
Claims (5)
1. a kind of steam beauty instrument, includes main body；Set on the intracorporal steam generation facility of the master；Set on aforementioned body
External support portion；And axis is supported in the nozzle body of the support portion,
Above-mentioned steam beauty instrument is characterized in that,
Nozzle body is tubular, and has open ejiction opening on the direction that the axis with the nozzle body intersects, moreover,
In being equipped in the position axially away from above-mentioned ejiction opening along nozzle body for making the nozzle body for nozzle body
The operation portion of pivoting.
2. steam beauty instrument according to claim 1, which is characterized in that
Aforesaid operations portion is formed in the opposite side of the side equipped with above-mentioned ejiction opening across above-mentioned support portion.
3. steam beauty instrument according to claim 1 or 2, which is characterized in that
Above-mentioned support portion is equipped with a pair, and nozzle body is supported by these support portion axis, and aforesaid operations portion is set to above-mentioned branch
Outside between support part.
4. steam beauty instrument according to claim 3, which is characterized in that
Aforesaid operations portion is set to the two sides of nozzle body.
5. steam beauty instrument according to claim 1, which is characterized in that
Nozzle body is separated with the outer surface of aforementioned body.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2018015370A JP7025943B2 (en) | 2018-01-31 | 2018-01-31 | Steam type cosmetology device |
| JP2018-015370 | 2018-01-31 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110090143A true CN110090143A (en) | 2019-08-06 |
Family
ID=67443788
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910081400.2A Pending CN110090143A (en) | 2018-01-31 | 2019-01-28 | Steam beauty instrument |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP7025943B2 (en) |
| CN (1) | CN110090143A (en) |
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| JP2014064758A (en) * | 2012-09-26 | 2014-04-17 | Sharp Corp | Humidifier |
| CN204494675U (en) * | 2012-09-26 | 2015-07-22 | 夏普株式会社 | Humidifier |
| CN205234920U (en) * | 2015-12-18 | 2016-05-18 | 深圳市吉奥美科技有限公司 | Novel cosmetic facial steam appearance of nano negative ion |
-
2018
- 2018-01-31 JP JP2018015370A patent/JP7025943B2/en active Active
-
2019
- 2019-01-28 CN CN201910081400.2A patent/CN110090143A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS57117860A (en) * | 1981-01-15 | 1982-07-22 | Matsushita Electric Works Ltd | Generator for mist |
| US20040025242A1 (en) * | 2002-06-18 | 2004-02-12 | Conair Corporation | Sauna |
| CN1913977A (en) * | 2004-02-04 | 2007-02-14 | 株式会社美杰尔通信 | Gas jetting device and spraying device |
| JP2010253059A (en) * | 2009-04-24 | 2010-11-11 | Twinbird Corp | Steam type beauty appliance |
| JP2014064758A (en) * | 2012-09-26 | 2014-04-17 | Sharp Corp | Humidifier |
| CN204494675U (en) * | 2012-09-26 | 2015-07-22 | 夏普株式会社 | Humidifier |
| CN205234920U (en) * | 2015-12-18 | 2016-05-18 | 深圳市吉奥美科技有限公司 | Novel cosmetic facial steam appearance of nano negative ion |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2019130074A (en) | 2019-08-08 |
| JP7025943B2 (en) | 2022-02-25 |
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