M427839 五、新型說明： 【新型所屬之技術領域】 本新型是有關於—種固化裝置，特別是指一種用於固 化樹脂塗料的可攜式指曱凝膠固化裝置。 【先前技術】 愛美是人類的天性’人們會為了漂亮的理由，而在手 才曰或者疋腳指的指曱上塗佈樹脂塗料或是轉貼上各種樣式 的小飾物。轉貼的方式較為費時且不方便，所以塗佈樹脂 塗料的方式以漸漸成為主流。在市面上塗佈於指甲上的 知^月曰塗料可區分為光固化型與溶劑型兩種。由於溶劑型 含有化.學溶劑，使用時會有揮發而影響使用者的身體健康 ，所以近年來漸漸地以光固化型的樹脂塗料為主流，如此 來，在進行指甲彩繪時，則需要搭配使用一固化裝置來 加速樹脂塗料進行固.化反應。 參閱圖1，為一種習知的固化裝置，包含一外殼本體n δχ置於該外殼本體11内的燈座12、一電路控制裝置 ，及一與該電路控制裝置13電連接的插頭14。該外殼本體 Π包括一置放槽U1，該燈座12呈水平地設置於該置放槽 ill的正上方。在使用上，需要先將該插頭14插入於一插 座（圖未示）上，使用者再將塗有樹脂塗料的手指1〇置入該 置放槽111 ’藉由該燈座12產生的光源照射後，而達到固 化樹脂塗料的目的。然而，此習知固化裝置，在使用時， 需要與市電電連連接，所以使用上不具便利性且耗電，另 —次面’其整體外形略呈立方體，所以極佔空間，因為上 述的缺點’導致習知固化裝置不利於隨身攜帶而使用，如 此’大幅地降低了產品的實用性。 參閱圖2 ’為美國發明專利公開號uS201l〇252661Al「 紫外光發光一極體裝置」所揭露的技術内容，雖然改善了 前述固化裝置不利於攜帶的問題，但是此裝置在使用時， 使用者需要將手指15懸空地擺放於一燈源μ正下方或則 疋將該裝置懸空以讓該燈源16位於手指丨5正上方，也因 為如此，所以在每一次使用時，手指15與該燈源16的距 離都會不一樣，導致受光效果不一致，而不容易掌控每一 次使用時的固化時間，在使用上較不具便利性；另一方面 ，由於指甲表面呈弧形’所以光源也無法均勻地分佈照射 ，易造成樹脂塗料固化不均勻的現象。 【新型内容】 因此，本新型之目的，即在提供一種方便攜帶且可均 勻地固化塗佈於指甲上之樹脂塗料的可攜式指甲凝膠固化 袁置。 〆 於是’本新型可攜式指曱凝膠固化裝置，包含一握持 單元、一固化單元、一供電單元，及一開關單元。 该握持單元包括一沿一軸線方向延伸的中空筒體，該 琦體具有至少一開口端及一與該開口端相連通的容室。 該固化單元設置於該容室内，並包括至少一 IJV照射元 件。 該供電單元設置於該筒體内並與該固化單元電連接。 該開關單元設置於該握持單元，用以控制該uv照射元 件的開關動作，HA，使用者的__t手指可由該開口端置 入讓塗佈於指甲上的樹脂塗料受到該UV照射元件照射後 而固化。 本新型的有益效果在於：藉由將該固化單元、該供電 早凡，及該開關單元整合於該握持單元的設計，使得該固 化單元不用與市電電連接也能夠運作，另一方面，.其整體 外开> 體積小且方便隨身攜帶，大大地提升可攜性與實用性 的效果。此外，更藉由該開口端的設計，讓使用者的一隻 手指可以由該開口端置入，讓塗佈於指甲上的樹脂塗料受 該UV照射元件的光源照射後而快速均勻地固化。 ， 【實施方式】 有關本新型之前述及其他技術内容 '特點與功效，在 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 在本新型被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 參閱圖3、圖4’及圖5，本新型可攜式指曱凝膠·固化 裝置一第一較佳實施例包含一握持單元2、一固化單元3、 一供電單元4,及一開關單元5。 該握持單元2包括一沿一軸線L方向延伸的中空筒體 21、一設置於該筒體21 —側並沿該軸線L方向延伸的抵靠 件22 ’及一底蓋23。 該中空筒體21具有一開口端211、一與開口端211相 反設置的入口端212，及一與該開口端211相連通的容室 213。 213。M427839 該抵靠件22具有一可轉動地環設於該開口端211且沿 該軸線L並朝遠該開口端211方向延伸的一環部221，及— 由該環部221之部份外緣往外延伸的抵靠部222。在本第— 較佳實施例中，該抵靠件22可隨時依使用者的需求而轉動 擺放樣式》 該底蓋23可卸除地設置於該入口端212。 該固化單元3設置於該容室213内，並包括至少_ Uv 照射元件3 1、一環設於該uv照射元件3 i外緣的反射件 ，及一 §免置於該開口端211内且與該供電單元4電連接的電 路板33。其中，在本第一較佳實施例中’該uv照射元件 3 1為UV LED燈311，且其數量為一個。 該UV LED燈311設置於該電路板33 一側，並且該 UV LED燈311產生的光源具有一主波長，該主波長為 365mn〜410nm，此波長所產生的能量，可以有效地提升樹 脂塗料的固化速率。 該反射件32具有一金屬反射面321，並且該金屬反射 面321的截面呈一圓弧狀，用以反射該uv LED燈311產 生的光源’並且可以增加光源照射的均勻性。. 該供電單元4設置於該筒體21内並與該固化單元3電 連接，並包括一容置於該筒體21内的電池41。該電池41 可以由該入口端212置入。 δ亥開關皁元5 §5:置於該握持单元2，用以控制該uv LED燈311的開關動作。其中，該開關單元5並非本新型 6 M427839 的技術重點，所以在此不加以贅述。 在使用上’使用者將塗佈有樹脂塗料的一隻手指6置 入該開口端211且抵放於該抵靠件22的該抵靠部222並朝 向該UV LED燈311，再切動該開關單元5 ,使該uv led 燈311產生光源以進行固化反應，當樹脂塗料固化完畢後， 即可再切動該開關單元5，來關閉該UV LED燈3 11所產生 的光源。另一方面’若該電池41的電力耗盡時，可以卸除 該底盍23,並將該電池41由該入口端212取出而再置入新 電池41即可。 參閱圖6與圖7，為本新型可攜式指甲凝膠固化裝置一 第二較佳實施例，其内容大致與該第一較佳實施例相同， 其不同之處在於： 該筒體21的該開口端212具有一頂壁214，及二分別 由該頂壁214底側往下延伸且相間隔的側壁215。該等側壁 215底側相配合形成出一前抵靠面216，該筒體η還具有 一與該開口端211相反設置的入口端212，該入口端212底 側具有—後抵靠面217，該前抵靠面216與該後抵靠面217 彼此共平面。藉此設計，可讓本新型穩固地擺放於一平面 100 上。 ” Λ固化單元3包括數設置於該開口端2 i i内側的 射元件3 1其中，該等uv照射元件3工分別為w ud 燈3U ’並且相向排列，肖此，以提升光源照射的均句性 〇 所述可知’本新型可攜式指甲凝膠固化裝置具有 7 M427839 下列優點及功效： 、藉由將該固化單元3、該供電單元4，及該開關單 凡5整合於該握持單元2的設計，使得該固化單元3不用 與市電電連接也能夠運作，另一方面，其整體外形體積小 且方便隨身攜帶，大大地提升可攜性與實用性的效果。 二、 藉由該反射件32的該金屬反射面321，可讓光源 均均地射向塗佈有樹脂塗料的手指6，能夠有效地提升樹脂 塗料固化之均勻性。 三、 藉由該抵靠件22，該使用者的手指6可以輕鬆地 且正確地擺放於受光位置，能有效地提升固化效果。 四、 藉由該開口端211的設計，讓使用者的一隻手指6 可以由該開口端211置入，並讓塗佈於指曱上的樹脂塗料 又該UV照射元件3 1的光源照射後而快速均勻地固化。 五、 藉由該開口端211的該前抵靠面216與該入口端 212的該後抵靠面217二者共平面的.設計，可讓本新型安穩 地放置於該平® 100上，使用者只需將手指6伸入該開口 端211内即可使用，極具便利性。 a惟以上所述者，僅為本新型之較佳實施例而已，當不 月匕以此限疋本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾皆仍 屬本新型專利涵蓋之範圍内。 8 M427839 【圖式簡單說明】 圖1是習知固化裝置的一立體圖； 圖2是習知紫外光發光二極體裝置的一剖視圖； 圖3是本新型可攜式指甲凝膠固化裝置一第一較佳實 施例的立體圖；M427839 V. New description: [New technical field] The present invention relates to a curing device, and more particularly to a portable fingernail gel curing device for curing a resin coating. [Prior Art] Amy is the nature of humanity. 'People will apply resin paint or put on various styles of ornaments on the fingertips of their hands or their fingers for beautiful reasons. The method of reposting is time consuming and inconvenient, so the way of applying resin coatings has gradually become mainstream. The known coatings which are applied to the nails on the market can be classified into a photocurable type and a solvent type. Since the solvent type contains a chemical solvent and volatilizes during use, which affects the health of the user, in recent years, the photocurable resin coating has been gradually used as a mainstream, and thus, when performing nail painting, it is necessary to use it together. A curing device accelerates the resin coating to carry out the solidification reaction. Referring to Fig. 1, a conventional curing apparatus includes a housing 12, a circuit holder 12 disposed within the housing body 11, a circuit control device, and a plug 14 electrically coupled to the circuit control unit 13. The housing body Π includes a placement slot U1 that is horizontally disposed directly above the placement slot ill. In use, the plug 14 needs to be inserted into a socket (not shown), and the user then puts the resin coated finger 1 into the placement slot 111'. The light source generated by the socket 12 After the irradiation, the purpose of curing the resin coating is achieved. However, this conventional curing device needs to be connected to the mains electricity when it is used, so it is not convenient to use and consumes electricity, and the other sub-surface's overall shape is slightly cubic, so it takes up a lot of space because of the above disadvantages. 'Causes that the conventional curing device is not suitable for use with the body, so 'substantially reduces the practicability of the product. Referring to FIG. 2, the technical content disclosed in the U.S. Patent Publication No. US201l〇252661 Al "Ultraviolet Light Emitting Monopolar Device" improves the disadvantages of the aforementioned curing device, but the user needs to use it when using the device. Place the finger 15 floatingly below a light source μ or hang the device so that the light source 16 is directly above the finger 丨 5, and because of this, the finger 15 and the light are used at each use. The distance of the source 16 will be different, resulting in inconsistent light receiving effects, and it is not easy to control the curing time of each use, and it is not convenient in use; on the other hand, since the surface of the nail is curved, the light source cannot be uniformly Distributed irradiation, easy to cause uneven curing of resin coatings. [New content] Therefore, the object of the present invention is to provide a portable nail gel curing agent which is convenient to carry and can uniformly cure the resin coating applied to the nail. 〆 Thus, the novel portable finger gel curing device comprises a holding unit, a curing unit, a power supply unit, and a switching unit. The holding unit includes a hollow cylinder extending in an axial direction, and the body has at least one open end and a chamber communicating with the open end. The curing unit is disposed within the chamber and includes at least one IJV illumination element. The power supply unit is disposed in the cylinder and electrically connected to the curing unit. The switch unit is disposed on the holding unit for controlling the switching action of the uv illumination element. The HA, the user's __t finger can be placed by the open end, so that the resin coating applied to the nail is irradiated by the UV illuminating element. After curing. The utility model has the advantages that the curing unit, the power supply is premature, and the switch unit is integrated into the design of the holding unit, so that the curing unit can operate without being connected to the mains, on the other hand, Its overall opening > small size and easy to carry around, greatly improving the portability and practical effect. Further, by the design of the open end, a finger of the user can be placed by the open end, so that the resin coating applied to the nail is quickly and uniformly cured by being irradiated by the light source of the UV illuminating element. [Embodiment] The above and other technical contents of the present invention will be clearly described in the following detailed description of the two preferred embodiments. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. Referring to FIG. 3, FIG. 4' and FIG. 5, a first preferred embodiment of the portable finger-type gel and curing device comprises a holding unit 2, a curing unit 3, a power supply unit 4, and a switch. Unit 5. The holding unit 2 includes a hollow cylinder 21 extending in the direction of the axis L, abutting member 22' disposed on the side of the cylinder 21 and extending in the direction of the axis L, and a bottom cover 23. The hollow cylinder 21 has an open end 211, an inlet end 212 disposed opposite the open end 211, and a chamber 213 communicating with the open end 211. 213. M427839, the abutting member 22 has a ring portion 221 rotatably disposed at the open end 211 along the axis L and extending away from the open end 211, and - a portion of the outer edge of the ring portion 221 is outwardly The abutting portion 222 is extended. In the present preferred embodiment, the abutment member 22 can be rotated at any time according to the needs of the user. The bottom cover 23 is removably disposed at the inlet end 212. The curing unit 3 is disposed in the chamber 213, and includes at least a _ Uv illuminating element 31, a reflecting member disposed on an outer edge of the uv illuminating member 3i, and a § is disposed in the open end 211 and The power supply unit 4 is electrically connected to the circuit board 33. Here, in the first preferred embodiment, the uv illuminating element 31 is a UV LED lamp 311, and the number thereof is one. The UV LED lamp 311 is disposed on one side of the circuit board 33, and the light source generated by the UV LED lamp 311 has a dominant wavelength, the dominant wavelength is 365mn~410nm, and the energy generated by the wavelength can effectively enhance the resin coating. Curing rate. The reflecting member 32 has a metal reflecting surface 321 and the metal reflecting surface 321 has a circular arc shape for reflecting the light source generated by the uv LED lamp 311 and can increase the uniformity of illumination of the light source. The power supply unit 4 is disposed in the cylinder 21 and electrically connected to the curing unit 3, and includes a battery 41 housed in the cylinder 21. The battery 41 can be placed by the inlet end 212. δ海开关皂元5 §5: placed in the holding unit 2 for controlling the switching action of the uv LED lamp 311. The switch unit 5 is not the technical focus of the new 6 M427839, so it will not be described here. In use, the user inserts a finger 6 coated with a resin coating into the open end 211 and abuts against the abutting portion 222 of the abutting member 22 and faces the UV LED lamp 311, and then switches the The switch unit 5 causes the uv led lamp 311 to generate a light source for curing reaction. After the resin coating is cured, the switch unit 5 can be further switched to turn off the light source generated by the UV LED lamp 31. On the other hand, when the power of the battery 41 is exhausted, the bottom turn 23 can be removed, and the battery 41 can be taken out from the inlet end 212 and placed in the new battery 41. Referring to FIG. 6 and FIG. 7, a second preferred embodiment of the portable nail gel curing device of the present invention is substantially the same as the first preferred embodiment, and the difference is as follows: The open end 212 has a top wall 214 and two side walls 215 extending downward from the bottom side of the top wall 214, respectively. The bottom sides of the side walls 215 cooperate to form a front abutting surface 216. The cylinder body η further has an inlet end 212 opposite to the open end 211, and the bottom side of the inlet end 212 has a rear abutting surface 217. The front abutment surface 216 and the rear abutment surface 217 are coplanar with each other. This design allows the present to be placed securely on a flat surface 100. The crucible curing unit 3 includes a plurality of the radiating elements 3 1 disposed inside the open end 2 ii, wherein the uv irradiating elements 3 are respectively w ud lamps 3U ′ and are arranged in opposite directions, so as to enhance the uniformity of the illumination of the light source. According to the above description, the novel portable nail gel curing device has the following advantages and effects of 7 M427839: by integrating the curing unit 3, the power supply unit 4, and the switch unit 5 into the holding unit The design of the 2 enables the curing unit 3 to operate without being connected to the mains, and on the other hand, the overall shape is small and convenient to carry around, greatly improving the portability and practical effect. The metal reflecting surface 321 of the member 32 can uniformly illuminate the light source toward the finger 6 coated with the resin coating, and can effectively improve the uniformity of curing of the resin coating. 3. By the abutting member 22, the user The finger 6 can be easily and correctly placed in the light receiving position, and the curing effect can be effectively improved. 4. By the design of the open end 211, a finger 6 of the user can be placed by the open end 211. and The resin coating applied to the finger pad is further quickly and uniformly cured after the light source of the UV illuminating element 31 is irradiated. 5. The rearward abutment surface 216 of the open end 211 and the rear end of the inlet end 212 The coplanar design of the facing surface 217 allows the present invention to be placed securely on the flat® 100, and the user can simply use the finger 6 into the open end 211 for convenient use. The above is only the preferred embodiment of the present invention, and is not limited to the scope of the present invention, that is, the simple equivalent change of the patent application scope and the new description content of the present invention. The modification is still within the scope of the present patent. 8 M427839 [Simplified illustration of the drawings] Fig. 1 is a perspective view of a conventional curing device; Fig. 2 is a cross-sectional view of a conventional ultraviolet light emitting diode device; A perspective view of a first preferred embodiment of the present portable nail gel curing device;
圖4疋該第較佳實施例的一立體分解圖； 圖5是該第—較佳音 乂佳貫靶例的一局部剖視圖； 圖6是本新型可攜式指 施例的立體圖；及 甲凝膠固化裝置一第二較佳實 圖 7是該第二較佳實施例的一局部剖視 圖 M427839 % 【主要元件符號說明】 2…… •…握持單元 3…… •…固化單元 21 ·.·· …·筒體 3 1 ••… ."•UV照射元件 211 ··· •…開口端 311… ."•UV LED 燈 212… ··..入口端 32··.·. •…反射件 213… •…容室 321… …·金屬反射面 214… •…頂壁 33··.·· •…電路板 215… •…側壁 4…… •…供電單元 216… •…刖抵罪面 ..... •…電池 217… •…後抵靠面 .5 ...... •…開關單元 22…… …·抵靠件 6…… …·手指 221 ··· …·環部 100… …·平面 222 ···· …抵靠部 L…… …·軸線 23…… …·底蓋Figure 4 is an exploded perspective view of the preferred embodiment of the present invention; Figure 5 is a partial cross-sectional view of the first preferred embodiment of the preferred embodiment; Figure 6 is a perspective view of the portable embodiment of the present invention; A second preferred embodiment of the glue curing device is a partial cross-sectional view of the second preferred embodiment M427839% [Main component symbol description] 2... •...grip unit 3...•...curing unit 21 ·.· · ...·Cylinder 3 1 ••... ."•UV Irradiation Element 211 ··· •...Open End 311... ."•UV LED Light 212... ··..Inlet End 32··.·. Reflecting member 213... •... chamber 321...··Metal reflecting surface 214... •...top wall 33······...circuit board 215... •...side wall 4...•...power supply unit 216... ..... •...Battery 217... •...After the abutment surface.5 ......•...Switch unit 22............·Abutment 6.........·Finger 221 ·····Ring 100...the plane 222 ···· ...the abutment part L...... ...the axis 23...the bottom cover