JP3119513U - Portable photon irradiation device - Google Patents

Abstract

Provided is a portable photon irradiating device that can be adapted to the design of a human body curve or ergonomics, can be in close contact with an irradiated portion of a body at the time of irradiation, is easy to hold by hand, and does not get tired immediately.
A main body, a battery housing chamber, a switch, a concave groove, and a light emitting element are included. The main body has a ceiling surface, a bottom surface, and peripheral surfaces on both sides, and a bottom surface concave portion 421 corresponding to the body curve is formed on the bottom surface so as to be in close contact with the body curve. The battery storage chamber is provided in the lower half of the main ceiling surface and stores at least one battery. The switch is provided in the upper half of the ceiling surface of the main body so that it can be easily pressed with an index finger. The concave groove is provided on the bottom surface of the main body and is positioned in the bottom surface concave portion. The light emitting element is installed in the groove bottom of the concave groove. By holding the main body by hand and covering the irradiated portion of the body with the groove opening of the concave groove, it is possible to effectively control that the light emitting element irradiates the irradiated portion after the switch is pressed.
[Selection] Figure 3A

Description

  The present invention relates to a portable photon irradiation device, and in particular, refers to an irradiation device that is held by hand and performs photon irradiation with beauty and medical effects so that a user can easily cover an irradiated portion of the body. It is.

  Conventional photomodulation has been used for medical applications, such as beauty and retinal disease treatment, but is limited to large equipment only.

  For example, a low energy photon therapy (LEPT) device and method posted in US Pat. No. 6,063,108 irradiates a broken body tissue of an animal with an array light source 10 shown in FIG. The apparatus posted in the patent includes a power source, a CPU in which various photo parameters and medical protocols are stored, and a detector, and includes a plurality of light control parameters as a light source. The 10 rays of light supplied to the control end give a specific therapeutic effect within a certain range of wavelengths. The medically effective light wavelengths listed in the patent are in the range of 360 nm to 440 nm, 630 nm to 700 nm, 740 nm to 760 nm, or 800 nm to 1100 nm.

  Also, for example, in the medically effective light source and embodiment described in US Pat. No. 6,645,230, the light wavelength posted is limited to the range of 550 nm to 660 nm, and the apparatus embodiment is shown in FIG. Various modes shown in FIG. 2B may be used, and the light source 20 in the photon medical device can cover part or all of the body 22.

  Portable photon irradiation devices (not shown) have already been released, but none of them are compatible with ergonomics and are difficult for users to hold by hand. It is easy to get tired and is accompanied by pain. In addition, when irradiating, it must be a short distance away from the irradiated part, so there is certainly no presence, it is not even perceived, and the irradiated person clearly knows whether the irradiated position is accurate or off In addition, the irradiation position is easily shifted, and it is difficult for the user to perceive or detect after the shift, and the medical effect is greatly impaired.

  The portable irradiation-type creation exemplified by US Pat. No. 6,497,719 mainly discloses an apparatus and a method for avoiding hair with a comb-type projectile device and directly irradiating the scalp with laser light to stimulate hair growth. The entire apparatus is covered with a lower case and an upper case, respectively, and includes both rows of comb-shaped portions, a laser module, a switching device, and a coupling assembly. Laser light is introduced into the comb-shaped portion from a splitter / reflector and emitted along the grooves of the comb-shaped portion.

  However, these conventional hand-held technologies achieve the desired purpose by stimulating hair growth using a laser as a light source and destroying the skin tissue and further promoting the growth, but there are problems of thermal effects. If the user uses it improperly, there is a risk of skin burns, and there is also a drawback that the irradiated part cannot uniformly cover the affected part due to the dense distribution of the comb-shaped part.

  Conventionally, a photon adjusting device using a light wavelength range having a medical effect is applied to a large medical device or an expensive meter, and cannot be used for general medical beauty or health use. In addition, since the conventional photon adjusting device does not regulate or control the irradiation area, it cannot control the exact photon dose. In the related technology of the applicant of the present invention (pending separately as an invention patent), a portable photon dose adjustment device is designed and installed by applying a COB (Chip on Board) design light source, The power supply, photon power, irradiation time, irradiation area, light source control, various irradiation modes, and the like are set for the apparatus to achieve the object of the portable medical cosmetic photon dose adjusting apparatus of the related art of the applicant. The photon irradiation device of the present invention applies the related technology of the applicant, and there is no problem that the photon dose cannot be accurately controlled.

  The “portable photon irradiation device” of the present invention conforms to the design of the human body curve and / or ergonomics, but can be in close contact with the irradiated part of the body at the time of irradiation, and it is easy to hold by hand and to get tired immediately There is no.

  Furthermore, the “portable photon irradiation device” of the present invention makes it easy for the user to perceive the illuminated position due to the one-round flange formed in the groove and groove, and it is not possible to know even if there is a position shift during use. Is never.

  Furthermore, the “portable photon irradiation device” of the present invention is a COB (Chip on Board) design of a light-emitting element with high power, and the overall width and height are reduced, making it easier to hold by hand. It becomes easy to use for small female users.

  Furthermore, the “portable photon irradiation device” of the present invention can supply power by using an internal battery and an external power source at the same time, and can freely choose to supply power from the internal battery or the external power source. In addition, when using an external power supply, the power supply line is connected to the lower side of the photon irradiation device, so that the operation is not disturbed.

  Furthermore, the “portable photon irradiation device” of the present invention can be used in accordance with the irradiated portion of the body having a different area by the design of the assembly member having the irradiation end opening (the opening is different).

  In order to solve the above problems, the present invention provides a main body having a ceiling surface, a bottom surface, and peripheral surfaces on both sides, and a bottom surface concave portion corresponding to a body curve is formed on the bottom surface, and a bottom surface of the main body. A battery housing chamber for housing at least one battery, a switch provided on an upper half of the ceiling surface of the main body, a bottom surface of the main body, and positioned in the bottom recess. A switch comprising: holding the main body by hand, and covering the irradiated portion of the body with the groove opening of the groove; It is possible to effectively control that the light emitting element irradiates the irradiated portion after pressing.

  DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The features and technical contents of the present invention can be understood in detail and in detail by referring to the detailed description related to the present invention and the accompanying drawings.

  As shown in FIGS. 3 to 7, the present invention includes a main body 4, a battery storage chamber 5, a switch 6, a concave groove 7, and at least one light emitting element 71, and further includes an assembly member 8 and a power source. A portable photon irradiation device including a power adapter 9 having a plug 91 is provided.

  The main body 4 includes a peripheral surface having a ceiling surface 41, a bottom surface 42, and both sides 43. The bottom surface 42 is formed with a bottom surface recess 421 corresponding to a curve of the body so as to be in close contact with the body. Further, one side 43 of both sides of the main body 4 forms a first recess 431, which corresponds to the curve of the palm and is gripped with the right hand. Fits in the first recess 431 and becomes easy to grip. Further, the other side 43 of both sides of the main body 4 can further form a second recess 432, which corresponds to the curve of the palm and is gripped with the right hand. The other three fingers other than the right index finger are accommodated in the second recess 432 and can be easily gripped.

  The battery storage chamber 5 is installed in the lower half of the main ceiling surface 41, and at least one battery 52 is stored in the battery storage chamber 5. A battery lid 51 is further provided above the battery storage chamber 5. Covered with. The battery 52 may be, for example, a lithium battery, a nickel battery, or a hydrogen battery in addition to the general battery or the rechargeable battery 42 shown in the figure.

  The switch 6 is installed in the upper half of the ceiling surface 41 of the main body 4 and can be easily pressed by the remaining index finger when the main body 4 is gripped by hand.

  Referring to FIG. 7, the concave groove 7 is provided on the bottom surface 42 of the main body 4 and is positioned in the bottom surface concave portion 421. The groove 72 of the groove 7 further has a flange 721, and the flange 721 is integrally formed according to the contour of the groove 72 of the groove 7, so that the user can change the irradiated position. It becomes easy to perceive.

  Referring to FIG. 7, the light-emitting element 71 is installed in the groove bottom of the concave groove 7 and passes through a control circuit (not shown) in which the light-emitting element 71 is provided in the main body 4. 52 and the switch 6 are electrically connected, and after the switch 6 is pressed, the light emitting element 71 irradiates the irradiated portion in a controlled manner (by control of a control circuit not shown in the figure), and the continuous irradiation method Further, it is possible to automatically stop the irradiation after irradiating with a flashing irradiation method or a certain set time.

  The light-emitting element 71 is a COB-design-type high-power light-emitting element 71. By reducing the overall width and height, the light-emitting element 71 is easy to hold by hand, and particularly easy to use for female users with small palms.

  Furthermore, it is preferable to include a power adapter 9 connected to a commercial power source and an assembly member 8 for reducing the irradiation aperture.

  The power adapter 9 may be connected to a commercial power source or other power supply, and may be a power line 9 or a power adapter 9 for a rectifier. One end of the power adapter 9 has a power plug 91 and A power supply insertion hole 46 is further provided on the lower side of the peripheral edges, and the power plug 91 is inserted into the power supply insertion hole 46 of the main body 4 and supplied with power. Since the power supply insertion hole 46 is provided on the lower side of the plurality of peripheral edges of the main body 4, an effect that does not disturb the operation can be obtained.

  Referring to FIG. 7, the photon irradiation device of the embodiment of the present invention further includes an assembly member 8 for reducing or adjusting the irradiation aperture. The assembly member 8 includes a large-diameter column body and a small-diameter column body (not shown) that are penetrating and communicating with each other. Part or all of the large-diameter column body has a male screw, and has a corresponding female screw so as to be screwed inside the concave groove 7. In addition, as shown in FIG. 7, the assembly member 8 has a shape having a hollow assembly portion 81 and a deformation portion 82 in which a hollow and irradiation end port 821 is opened. The assembling portion 81 is assembled in the concave groove 7 of the main body 4 so that the light beam of the light emitting element 71 can be emitted from the irradiation end port 821, and the assembling portion 81 has a male screw and is also inside the concave groove 7. , With corresponding female thread. Therefore, the assembly member 8 can be easily detached and attached, and there is an effect of convenient replacement. Moreover, the deformation | transformation part 82 should just be a cone shape or a pyramid shape, and the free end of each deformation | transformation part 82 of this cone shape or a pyramid shape forms the irradiation end port 821 in which the said irradiation aperture diameter is reduced, and is small It is clear that it becomes easy to use according to the irradiated part of the body of area.

  FIG. 8 shows another embodiment of the photon irradiation device of the present invention. Referring to FIG. 8, the light collecting element 83 (or not shown in the figure) is further provided in the assembly member 8 in FIG. A condensing module having a condensing element is added. Since the power of the light emitting element 71 is fixed, after the assembly member 8 is attached, the distance between the issuing element 71 and the irradiated part of the body is increased accordingly, and the illuminance irradiated on the irradiated part is The light condensing element 83 is attached in the assembly member 8 in order to make the illuminance between the two smaller than the illuminance when the assembly member 8 is not attached and close to the same. The condensing element 83 may be a lens having a condensing effect. Therefore, the illuminance irradiated on the irradiated portion of the body after being condensed can be made close to the illuminance when the assembly member 8 is not attached. It is preferable that the condensing element 83 is attached in the assembly portion 81 of the assembly member 8.

(Creative features and advantages)
1. These bottom surface recesses 421 facilitate close contact with the body curve, and achieve the desired effect upon photon irradiation in accordance with the body curve.
2. If the right hand holds the first and second recesses 431 and 432 and the position of the switch 6, the right thumb fits in the first recess 431 and the index finger can easily hold the switch 6. It becomes easy to push, and furthermore, the other three fingers can be accommodated in the second recess 432 and can be easily grasped, so that an effect suitable for human engineering that can be easily held by hand can be achieved.
3. These concave grooves 7 can maintain a predetermined distance (the depth of the concave grooves) between the light emitting element 71 and the irradiated portion of the body, and certainly eliminate the need for fly irradiation as in the past. The irradiated part of the body can be directly contacted, and the irradiation position is not shifted.
4). The groove opening 72 irradiated by these concave grooves 7 has a round flange 721, whereby the user can perceive the irradiated position, and there is no possibility that the deviation is not known at the time of use.
5. In the COB (Chip on Board) design of a light-emitting element with high power, the width and height of the main body 4 are reduced, so that it is easy to hold by hand, especially for female users with small palms.
6). Due to the power supply insertion hole 46 and its related design, an internal battery and an external battery can be used at the time of electricity use, and the power supply insertion hole 46 is provided on the lower side of the multiple peripheral edges of the main body 4, which disturbs the operation. There is nothing.
7). By using these assembly members 8, the assembly members 8 that are used in accordance with the irradiated portions of the body having a small area and the irradiation end port 821 has an appropriate size are selected and combined according to the irradiated portions of different areas. The effect can be greatly improved.

  As described above, the portable photon irradiation device provided by the present invention is a novel creation having a high practical value, which can surely solve the above-mentioned drawbacks of the prior art, and has an inventive step that enhances the effect. And fully meet the requirements of utility models.

  Note that the above description is merely a preferred embodiment of the present invention, and does not limit the scope of claims for utility model registration of the present invention. While appropriate changes and modifications can be made in the field, it goes without saying that such implementation should be delivered within the scope of the claimed invention.

It is a figure which shows the light source of the conventional low energy photon medical device. It is a figure (1) which shows the Example of the conventional medical device. It is a figure (2) which shows the Example of the conventional medical device. It is a perspective view which shows the photon irradiation apparatus of this invention, and its power supply adapter. It is a side view which shows the photon irradiation apparatus which does not include the power adapter of this invention. It is a top view which shows the photon irradiation apparatus which does not include the power adapter of this invention. It is a bottom view which shows the photon irradiation apparatus of this invention by FIG. It is a side view which shows the photon irradiation apparatus of this invention by FIG. It is a side view which shows the photon irradiation apparatus which does not contain the power adapter of this invention, and shows the connection relation with an assembly member. It is another Example of the photon irradiation apparatus of this invention, and is a side view when a power adapter is not included.

Explanation of symbols

DESCRIPTION OF SYMBOLS 4 Main body 5 Battery storage chamber 6 Switch 7 Concave groove 8 Assembly member 9 Power supply adapter 10, 20 Light source 22 Body 41 Ceiling surface 42 Bottom surface 43 Main body both sides 46 Power supply insertion hole 51 Battery cover 52 Battery 71 Light emitting element 72 Groove opening 81 Assembly part 82 Deformation Portion 83 Condensing element 91 Power plug 421 Bottom recess 431 First recess 432 Second recess 721 Flange 821 Irradiation end

Claims (7)

A main body having a ceiling surface, a bottom surface, and peripheral surfaces on both sides, and a bottom surface recess corresponding to a curve of the body is formed on the bottom surface
A battery storage chamber that is provided in the lower half of the main body's ceiling surface and stores at least one battery;
A switch provided in the upper half of the ceiling surface of the main body,
A groove provided in the bottom surface of the main body and positioned in the bottom surface recess,
And at least one light emitting element installed in the groove bottom of the concave groove,
By holding the main body by hand and covering the irradiated portion of the body with the groove opening of the concave groove, it is possible to effectively control the light emitting element to irradiate the irradiated portion after pressing the switch. Photon irradiation device.   2. The portable photon irradiation device according to claim 1, wherein one of the two sides of the main body further forms a first recess corresponding to a curve of a palm.   2. The portable photon irradiation device according to claim 1, wherein the light emitting element is a COB type light emitting element.   The portable photon irradiation device according to claim 1, wherein the groove opening of the concave groove further has a flange.   2. The portable device according to claim 1, further comprising an assembly member having a hollow assembly portion and a hollow and a deformable portion having an irradiation end opening, wherein the assembly portion is assembled in the concave groove of the main body. Photon irradiation device.   6. The portable photon irradiation device according to claim 5, further comprising a light collecting element provided in the assembly member. The portable photon irradiation device according to claim 6, wherein the condensing element is provided in an assembly portion of the assembly member.

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