JPS6272361A - Handpiece for laser irradiation - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Field of Application) This defense relates to a handpiece for laser beam illumination that is used when a low wattage laser beam IJ' is used instead of four treatments.

(Prior art) In the case of using ``Reli'' in place of acupuncture treatment,
A handpiece was formed at the tip of the light guide non-wire that guides the laser beam from the laser 4A position, and the operator held this handpiece with his/her fingers and irradiated the Lena ratio onto the acupuncture points of the human body. When irradiating multiple acupuncture points on the human body with laser light at the same time, at least one operator or attendant is required.
Many people were holding handpieces with their fingers.

(Solve J, one problem white) 1. ′ is rice's 1= 1-s is II
1. -1l to C・iJl /,,: IJ Nob
(b Q Al-), human body (1) i & 1M 811
Is it best to keep the position fixed (Sanaka)t?
1 when performing laser irradiation kJ on multiple acupuncture points on the human body at the same time
Yo, many Han!・Many people wear cloaks to hold the pieces. The purpose is to propose (lt!l-).

[Means for solving problems]

In order to achieve the above-mentioned purpose, a grip part is formed at the tip of the light guiding fiber that guides the laser light from this laser device, and the laser beam surrounds the treatment area at the tip of the grip part. A pushing member is provided to push the vicinity of the h11 part (LJ17), and the surrounding area of the pushing member is i surrounded by the pushing member.
#Some devices are equipped with a suction means for suctioning the area including the leprosy area and fixing and holding the grip part on the treatment area.

(Function) In this invention, acupuncture points of the human body (J laser beam ji L!,
＠Using the shaft means (holding the grip part in one place on the human body), the person (1) can suck the handpiece as many times as possible.

[Example] Hereinafter, the details of this invention will be explained with reference to the drawings of Example 4r.

In the first attack, sea 1r scissors 1 mustard no 1r ff
, the tip 11 of the light guide fiber 2 that guides the light guide fiber 2 is formed into a grip 13, and the tip of the grip 81!3 is irradiated with the laser beam 1. The pushing part 04 that presses the vicinity of is installed J. This pushing part #44 is formed in the shape of an i-headed truncated cone, and is formed by extending the tip of the gripping part 3. A suction hole 4A is formed at a predetermined location on the peripheral wall of this pusher 61044, and this suction hole 4
The shaft means 5 is used to suck the air inside the push member 4 through the shaft A to attract the push member 4 to the human body.

This suction means 5 includes a suction mechanism 58, a hose 5B connecting this suction 11 structure 58 and the suction hole 4A;
It's structured well. In Figure 1, the area including the IJ (,)h and S parts is the skin N1 of the human body. When the suction mechanism 58 is activated to suck the air inside the push part 04 from the suction hole 4A)h
The member part S is raised, and when the raised part PJi l is irradiated with light l-, b+, :, press All 4
411 or human body skin 1Ill~1 gripping part; 3h-
It is held fixed.

In the second embodiment, an air intake chamber F) C is formed around the pusher 611 material 4, and the outer wall 51) of this air chamber 50 is also shown in FIG.
A hollow hole 5 is formed in a part of the air hole 5E, and a suction means 5 is inserted into the air intake hole 5E.
Since the night part is not absorbed, I put it on the pressure points of the human body.
Is it really possible to irradiate the sea 1r light?

FIG. 2-(1, suction device 1#I5A, laser @1f1, and light guide) Im 21 Although not shown, these items are provided as in the embodiment shown in FIG. In the second embodiment, when the adsorption means 5 is operated to inhale the air in the suction chamber 5C, the skin N/l around the treatment area S is raised, the air in the air chamber 5C becomes vacuum, and the gripping portion 3 is fixedly held at the treatment site.

3rd IJ Show 4 Practical example No. 4, the pushing member 4 is expanded in a trumpet shape from the tip of the gripping portion 3, forming an expansion N1 iZ shadow, and the distance 11 between the tips of this expanded portion 1-1 is Rigid breathable fill to the top 44 (: Take 1!JIJ
(°), and the suction hole 1A of this expanded part
Connect the hose 5B of stage 5) - (Yes. Breathability 8114
4 Cl, L center 1 - Forms a hole t1 [) through which the laser beam shines through W11, and the other parts are cord-shaped parts with air permeability (]
Or it consists of a small shrine with many small holes. In this third embodiment, the adsorption means 5 is operated u'(14
When the air in the part (411) is sucked, it is sucked from the rigid ventilation f'i 81i material 4C1 to the skin of the human body IIIM or to the ventilation part 11 lIC,
lIIIM is unavoidably raised,) The laser beam 11 shines precisely on I 4 and C'.
The grip 81i3 is fixedly held at the treatment site by suctioning the air in the pushing part 444 by the suction means 5.

Figure 4 shows 4 beats 4'J! Examples are from Figure 111;]
As shown in the figure, the suction mechanism 5 has suction 1 and stage 5 of 4M.
This is how I made A and small space 5B unnecessary. In addition, the suction means 5 is a bullet 1'18 made of a trumpet-like material Inη.
1! 44-C is formed, expanded and 11 parts of human body skin 1
IIIN 1. It is intended to evoke a feeling of pressing 1 and mouthing J. It consists of a holding part 31i, a main body part 3A, a fixing part 3B, and 4 openings.The fixing part 311 is screwed into the foot end of the main body part 3A, and a Q jll tag is attached to the abutment points of the openings of both parts. There it is! [Yes, the fixing part 3B is connected to the main body part 3A.
Insert the light into the grip part 3.
holds I#I. By loosening this fixing part 3B, the light guide bar 2 can be removed from the grip part 3. The tip portion of the main body portion 3A is formed into a push portion 14. This fourth practical example (1) By pressing the enlarged tip of the suction means 5 against the skin of the human body and further pressing it, the pushing part N4 comes into contact with the periphery of the treatment area S of the human body. The suction means 5 made of an elastic member such as .

In accordance with FIG. 5, the fifth embodiment includes a trumpet-shaped member 5F made of rigidity +4#4 on the main body 148113A, a suction hole 5G formed in this trumpet-shaped portion 445F, and a suction hole 5G formed in the trumpet-shaped portion 445F.
It is obtained by subtracting air pump 5Ll from G.

The trumpet-shaped member 5F and the main body 3A are screw-fitted, and
Hold the f stage 5 to the gripping part 3 /J' la 1 fli S') Ii
Le J, Tsu I:, %] - (There.
Since this is the same as the 4th practical example shown in Figure WA4, the explanation will be omitted. ■7 Bonp 5H has self-recovery horns made of rubber, etc.?
44 elasticity +4 U is formed, and this one
With 511 reduced, press the trumpet-shaped member 5F against the skin 1M, and press the hand that was reducing the appointment 2nd and 5th.
By dividing 4rjilt, the air inside the trumpet-shaped member 5A can be sucked using the self-arrogant /J, and the suction 1
The grip portion 3 is fixedly held on the skin M of the human body by the f stage 5.

In the sixth practical example I shown in FIG.
As in the fifth embodiment, the trumpet-shaped member 5F is attached to the main body 3△, and A suction hole (not shown) passes through the J part and the crotch 1
7, and an air pump 5 with self-containing horns so as to cover the main body part 3A on the outer periphery of the mounting part of the trumpet-shaped part $15F.
Take 11 (l iJ '(there is).

(Effect) As explained above, this invention
A gripping portion is formed at the tip of the light guide fiber that guides the laser beam from *, and the laser beam is applied to the tip of the gripping portion by pressing the vicinity of the treatment area so as to surround the treatment area. A suction means is provided to hold the gripping part fixed to the treatment area by suctioning the part around the pushing member or the area including the treatment area surrounded by the pushing member. It becomes possible to handle

[Brief explanation of drawings]

FIG. 1 is a partial cross-sectional overall schematic diagram showing the first embodiment of the present invention, the second diagram is a partial cross-sectional view of the second embodiment, and FIG.
1. A sectional view showing the third embodiment; FIG. 4 is a sectional view showing the #I4 embodiment; FIG. 5 is a sectional view showing the W45 embodiment; FIG. 6 is a sectional view showing the 6th * example. It is. DESCRIPTION OF SYMBOLS 1... Laser device, 2... Light guide fiber, 3... Gripping part, 4... Pushing member, 5... Suction @ -ygl.

Claims (1)

[Scope of Claims] 1. A gripping portion is formed at the tip of a light guide fiber that guides laser light from a laser device, and the vicinity of the treatment area to which the laser beam is irradiated is pressed against the tip of the gripping portion so as to surround the treatment area. A handpiece for laser irradiation, characterized in that a push member is provided, and a suction means is provided for adsorbing the area around the push member or the area including the treatment area surrounded by the push member and fixing and holding the grip part to the treatment area. . 2. The handpiece for laser irradiation according to claim 1, wherein the pushing member is formed to extend from the tip of the gripping portion, leaving a laser beam path. 3. The pushing member is formed from an enlarged portion that expands in a trumpet shape at the tip of the grip portion, and a rigid breathable member attached to cover the opening at the tip of the enlarged portion. A handpiece for laser irradiation according to scope 1. 4. Claims 1 to 3, characterized in that the gripping portion is configured to be detachable from the light guide fiber.
The handpiece for laser irradiation according to any one of the items.