JP3197199U

JP3197199U - Mobile power supply with photocuring function

Info

Publication number: JP3197199U
Application number: JP2014006652U
Authority: JP
Inventors: 国章鄭; 祥▲ウェ▼ 陳; ▲ビン▼易巫; 博堯 ▲セン▼
Original assignee: 光▲いぇ▼科技股▲ふん▼有限公司
Priority date: 2014-12-16
Filing date: 2014-12-16
Publication date: 2015-04-30
Anticipated expiration: 2024-12-16

Abstract

【課題】光硬化機能を有するモバイル電源を提供する。
【解決手段】光硬化装置１０、制御装置２０及び充電電池を含む。光硬化装置１０は、基材及び発光ダイオードを含み、基材は、電池スロットを形成し、且つ第一貫通孔及び通孔を開設する。発光ダイオードは、基材に設けられ、且つ光線を発射し、光線は、通孔を通過して基材外へ照射される。制御装置２０は、充電挿入溝を含み、且つ第２貫通孔を開設する。充電電池は、電池スロットに設けられ、且つ一端は、第１、第２貫通孔に設けられ、充電挿入溝に電気接続される。光硬化装置１０は、充電電池により制御装置２０に相対して回転する。これにより、充電電池は、回転軸として光硬化装置１０及び制御装置２０を一体に結合し、電子装置５０に対して充電をさせ、且つ光硬化装置１０を上に起こし、指の爪上の接着剤を硬化させ、装飾品を手指の爪又は足の爪に固定させることができ、機能が相当多元である。
【選択図】図３A mobile power supply having a photocuring function is provided.
A photocuring device, a control device, and a rechargeable battery are included. The photocuring apparatus 10 includes a base material and a light emitting diode. The base material forms a battery slot and opens a first through hole and a through hole. The light emitting diode is provided on the base material and emits a light beam, and the light beam is irradiated to the outside of the base material through the through hole. The control device 20 includes a charging insertion groove and opens a second through hole. The rechargeable battery is provided in the battery slot, and one end is provided in the first and second through holes and is electrically connected to the charging insertion groove. The photocuring device 10 rotates relative to the control device 20 by a rechargeable battery. As a result, the rechargeable battery integrally couples the photocuring device 10 and the control device 20 as a rotating shaft, charges the electronic device 50, raises the photocuring device 10 and adheres it to the fingernail. The agent can be cured and the decorative article can be fixed to the fingernails or toenails, and the function is considerable.
[Selection] Figure 3

Description

本考案は、モバイル電源に関し、特に、電子装置を充電させ、ネイルアートを手指の爪又は足の爪に硬化させる光硬化機能を有するモバイル電源に関する。 The present invention relates to a mobile power source, and more particularly, to a mobile power source having a photocuring function for charging an electronic device and curing nail art on a fingernail or a toenail.

スマートフォン及びタブレットＰＣ等の携帯外出することが容易なモバイル装置が相當普及している。モバイル装置の電力消費量は大きく、使用者は、モバイル電源を携帯し、随時モバイル装置に充電するよう備えている。但し、従来のモバイル電源は、充電する機能のみを有している。 Mobile devices such as smartphones and tablet PCs that are easy to go out with are widely used. The power consumption of mobile devices is large, and users are equipped to carry mobile power sources and charge the mobile devices as needed. However, the conventional mobile power supply has only a charging function.

また、ネイルアートは、既に流行ファッションとなっている。ネイルアートの製造方式は、各種装飾品を接着剤で手指の爪又は足の爪に接着し、その後、光硬化装置の発光ダイオードが発光する光線を手指の爪又は足の爪に照射し、接着剤を硬化させる。 Nail art has already become a trendy fashion. The manufacturing method of nail art is to bond various decorative items to fingernails or toenails with adhesive, and then irradiate the fingernails or toenails with the light emitted by the light-emitting diode of the photocuring device. The agent is cured.

しかしながら、従来の光硬化装置は、機能がシンプルであり、通常手指の爪又は足の爪上の接着剤を硬化させることに用いない時は、従来の光硬化装置は、傍らに置かれているだけであり、利用価値がなく且つ空間を占有する。 However, conventional photocuring devices are simple in function, and when not used to cure adhesives usually on fingernails or toenails, conventional photocuring devices are set aside. It is not useful and occupies space.

また、従来の光硬化装置が使用する発光ダイオード(light-emitting diode，LED)のパッケージ体は、ただ１つのチップのみをパッケージングし、光混合の目的を達成する場合、２つ以上の異なる波長のチップをパッケージした発光ダイオードを共に発光して初めて光混合の効果を達成することができる。従来の光硬化装置の問題は、多くの発光ダイオードは、相當な体積を占有し、且つ光硬化装置の重量を増加させることにある。 In addition, the light-emitting diode (LED) package used in the conventional photo-curing device can package only one chip and achieve the purpose of light mixing with two or more different wavelengths. The light mixing effect can only be achieved by emitting light from the light emitting diode packaged with the chip. The problem with conventional photocuring devices is that many light emitting diodes occupy mating volumes and increase the weight of the photocuring device.

特開２０１４−２０２６２７号公報JP 2014-202627 A

本考案の目的は、充電電池を回転軸として利用し、光硬化装置及び制御装置を結合する光硬化機能を有するモバイル電源を提供することにある。 An object of the present invention is to provide a mobile power source having a photocuring function that uses a rechargeable battery as a rotating shaft and combines a photocuring device and a control device.

本考案のもう１つの目的は、その発光ダイオードのパッケージ体内に２つの波長が互いに異なるチップを設置することができる光硬化機能を有するモバイル電源を提供することにある。 Another object of the present invention is to provide a mobile power source having a photocuring function in which chips having two different wavelengths can be installed in a package of the light emitting diode.

前記目的を達成する為、本考案が提供する光硬化機能を有するモバイル電源は、光硬化装置、制御装置及び充電電池を含む。 In order to achieve the above object, a mobile power source having a photocuring function provided by the present invention includes a photocuring device, a control device, and a rechargeable battery.

該光硬化装置は、基材及び発光ダイオードを含み、該基材は、電池スロットを形成し、且つ第１貫通孔及び通孔を開設し、該発光ダイオードは、該基材に設けられ且つ光線を発射し、該光線は、該通孔を通過して該基材の外へ照射される。 The photocuring apparatus includes a base material and a light emitting diode, the base material forms a battery slot and opens a first through hole and a through hole, and the light emitting diode is provided in the base material and has a light beam. And the light beam passes through the through-hole and is irradiated out of the substrate.

該制御装置は、充電挿入溝を含み、且つ第２貫通孔を開設する。 The control device includes a charging insertion groove and opens a second through hole.

該充電電池は、該電池スロットに設けられ、且つ一端は、該光硬化装置の第１貫通孔及び該制御装置の第２貫通孔を貫通し、該充電挿入溝に電気接続し、該光硬化装置は、該充電電池により該制御装置に相対して回転する。 The rechargeable battery is provided in the battery slot, and one end passes through the first through hole of the photocuring device and the second through hole of the control device, and is electrically connected to the charging insertion groove, and the photocured The device is rotated relative to the control device by the rechargeable battery.

好適実施例に基づき、該光硬化装置の基材は、底ソケット及び蓋体を含み、該底ソケットは、側部及び電池位置決め構造を含み、該底ソケットの側部は、下貫通孔を開設し、該電池位置決め構造が該下貫通孔に対応して、該蓋体は、側部を含み、該蓋体の側部は、上貫通孔を開設し、該蓋体は、該底ソケットに設けられ且つその部分及び該底ソケットの電池位置決め構造は、該電池スロットを形成し、該上下貫通孔は、合わせて該第１貫通孔を形成される。好ましくは、該電池位置決め構造は、複数のリブを含み、各リブは、凹口を形成し、各凹口は、該充電電池の形状に対応する。好ましくは、該充電電池の形状は、円柱形であり、各凹口の形状は、半円形である。好ましくは、該光硬化装置の基材は、発光ダイオード回路板を含み、該底ソケットは、底部を含み、該底ソケットの底部は、該通孔を開設し、該蓋体は、該底ソケットに被せ設けられ且つ該底ソケットと共同で収容空間を囲い、該発光ダイオード回路板は、該収容空間中に設けられ、発光ダイオードは、該発光ダイオード回路板に設けられる。 According to a preferred embodiment, the substrate of the photocuring device includes a bottom socket and a lid, the bottom socket includes a side portion and a battery positioning structure, and the side portion of the bottom socket opens a lower through hole. The battery positioning structure corresponds to the lower through-hole, and the lid includes a side, the side of the lid opens an upper through-hole, and the lid is attached to the bottom socket. The portion and the battery positioning structure of the portion and the bottom socket form the battery slot, and the upper and lower through holes are combined to form the first through hole. Preferably, the battery positioning structure includes a plurality of ribs, each rib forming a recess, and each recess corresponds to the shape of the rechargeable battery. Preferably, the shape of the rechargeable battery is a cylindrical shape, and the shape of each concave opening is a semicircular shape. Preferably, the substrate of the photocuring device includes a light emitting diode circuit board, the bottom socket includes a bottom, the bottom of the bottom socket opens the through hole, and the lid body includes the bottom socket. The light emitting diode circuit board is provided in the housing space, and the light emitting diode is provided on the light emitting diode circuit board.

好適実施例に基づき、該制御装置は、殻体を含み、該殻体は、下ソケット及び上蓋を含み、該下ソケットの該光硬化装置付近の一側に下貫通孔を開設し、該上蓋の該光硬化装置付近の一側に上貫通孔を開設し、該上蓋は、該下ソケットに被せ設けられ、該上下貫通孔は、合わせて該第２貫通孔を形成する。好ましくは、該制御装置は、制御回路板及びボタンを含み、該上蓋及び該下ソケットは、収容室を囲い、該制御回路板は、該収容室に設けられ、且つスイッチを設け、該スイッチは、該発光ダイオード回路板上の発光ダイオードに電気接続され、該ボタンは、該上蓋に設けられ且つ該スイッチが該発光ダイオードをオンにすることを制御することに用いられる。好ましくは、該光硬化機能を有するモバイル電源は、更に、外付け電源を含み、該殻体の該光硬化装置から離れる一側に電源孔を開設し、該制御装置は、電源挿入溝を含み、該電源挿入溝は、該制御回路板に設けられ且つ該電源孔に対応し、該外付け電源は、該電源挿入溝に電気接続される。そのうち、該スイッチが該発光ダイオードをオンにする時、該外付け電源は、該発光ダイオードに電源供給し、該スイッチが該発光ダイオードをオフにする時、該外付け電源は、該充電電池に対して充電を行う。そのうち、該殻体の該光硬化装置から離れる一側に充電孔を開設し、該充電挿入溝は、該制御回路板に設けられ且つ該充電孔に対応する。 According to a preferred embodiment, the control device includes a shell, and the shell includes a lower socket and an upper lid, and opens a lower through hole on one side of the lower socket near the photocuring device, and the upper lid An upper through hole is opened on one side near the photocuring device, the upper lid is provided to cover the lower socket, and the upper and lower through holes together form the second through hole. Preferably, the control device includes a control circuit board and a button, the upper lid and the lower socket surround the accommodation chamber, the control circuit board is provided in the accommodation chamber, and a switch is provided. , Electrically connected to a light emitting diode on the light emitting diode circuit board, the button is provided on the top lid and is used to control the switch turning on the light emitting diode. Preferably, the mobile power supply having the photocuring function further includes an external power supply, and a power supply hole is opened on one side of the shell body away from the photocuring apparatus, and the control device includes a power supply insertion groove. The power supply insertion groove is provided in the control circuit board and corresponds to the power supply hole, and the external power supply is electrically connected to the power supply insertion groove. Among these, when the switch turns on the light emitting diode, the external power supply supplies power to the light emitting diode, and when the switch turns off the light emitting diode, the external power supply turns on the rechargeable battery. Charge the battery. Among them, a charging hole is opened on one side of the shell body away from the photocuring device, and the charging insertion groove is provided in the control circuit board and corresponds to the charging hole.

好適実施例に基づき、該発光ダイオードは、パッケージ体及び２つのチップを含み、該２つのチップは、該パッケージ体中に設けられ、且つ該２つのチップの波長が互いに異なり、直列方式で接続される。そのうち、該２つにチップの波長は、それぞれ３６５ｎｍ及び４００ｎｍの組み合わせ、３８０ｎｍ及び４００ｎｍの組み合わせ、又は６６０ｎｍ及び４００ｎｍの組み合わせである。 According to a preferred embodiment, the light emitting diode comprises a package body and two chips, the two chips being provided in the package body, and the wavelengths of the two chips being different from each other and connected in series. The Among them, the wavelengths of the two chips are a combination of 365 nm and 400 nm, a combination of 380 nm and 400 nm, or a combination of 660 nm and 400 nm, respectively.

本考案の効果は、充電電池が制御装置と電子装置に対して充電する効果を達成するだけでなく、更に、回転軸として光硬化装置を制御装置と一体に結合し、光硬化装置を制御装置に相対して回転させ、上方へ起こさせ、使用者の手指を基材下方空間に置き入れ、発光ダイオードの光線を照射し、接着剤を硬化し、装飾品を手指の爪又は足の爪に固定させることができ、機能が相当多元である。また、発光ダイオードは、異なる波長が混合されてなる光線を直接発することができ、空間を節減し、且つ重量を軽減することができる。 The effect of the present invention is not only to achieve the effect that the rechargeable battery charges the control device and the electronic device, but also to couple the photocuring device integrally with the control device as a rotating shaft, Rotate it up against it, raise it upwards, place the user's finger in the lower space of the substrate, irradiate the light of the light emitting diode, cure the adhesive, and put the decoration on the fingernail or toenail It can be fixed and the function is quite plural. In addition, the light emitting diode can directly emit a light beam in which different wavelengths are mixed, saving space and reducing weight.

本考案の立体図である。It is a three-dimensional view of the present invention. 本考案の分解図である。It is an exploded view of the present invention. 本考案を手指の爪上のネイルアートの接着剤を硬化すること及び電子装置を充電することに用いる説明図である。FIG. 3 is an explanatory diagram illustrating the use of the present invention for curing a nail art adhesive on a fingernail and charging an electronic device.

以下に図面及び部材符号を合わせ、本考案の実施例に更に詳細な説明を行い、当業者が本明細書を閲読後に実施できるようにする。 In the following, the drawings and member symbols will be combined to give a more detailed description of the embodiments of the present invention so that those skilled in the art can implement the present specification after reading the description.

図１〜図３を参照し、本考案が提供する光硬化機能を有するモバイル電源は、光硬化装置１０、制御装置２０、充電電池３０及び外付け電源４０を含む。 Referring to FIGS. 1 to 3, the mobile power source having a photo-curing function provided by the present invention includes a photo-curing device 10, a control device 20, a rechargeable battery 30, and an external power source 40.

該光硬化装置１０は、基材１１及び複数の発光ダイオード（図示せず）を含む。該基材１１は、底ソケット１１１、蓋体１１２及び発光ダイオード回路板１１３を含む。該底ソケット１１１は、側部、底部及び電池位置決め構造を含む。該底ソケット１１１の側部は、下貫通孔１１１１を開設し、該底ソケット１１１の底部は、複数の通孔１１１２を開設し、該電池位置決め構造は、該下貫通孔に対応する。更に明確に言えば、該電池位置決め構造は、複数のリブ１１３を含み、該リブ１１１３は、該底ソケット１１１の上部に間隔配列され、且つ凹口１１１４をそれぞれ形成し、該凹口１１１４の軸線は、互いに同軸であり、且つ該下貫通孔１１１１の軸線と同軸である。該蓋体１１２は、側部を含み、該蓋体１１２の側部は、上貫通孔１１２１を開設する。該蓋体１１２は、該底ソケット１１１に被せ設けられ、且つその一部分が該底ソケット１１１の電池位置決め構造の複数のリブ１１１３と電池スロットを形成し、該上下貫通孔１１２１，１１１１は、合わせて第１貫通孔を形成する。そのうち、該上下貫通孔１１２１，１１１１は、ちょうどそれぞれ該第１貫通孔の上、下半部分であるので、該上下貫通孔１１２１，１１１１の軸線は、同一の軸線であり、該軸線は、該第１貫通孔の軸線でもある。該電池位置決め構造は、複数のリブ１１１３の凹口１１１４の軸線は、該第１貫通孔の軸線と同軸である。該蓋体１１２及び該底ソケット１１１は、共同で収容空間を囲い、該電池スロットが該収容空間の中に配置される。該発光ダイオード回路板１１３は、該収容空間中に設けられる。該発光ダイオードは、該発光ダイオード回路板１１３の下方に設けられ、且つ該通孔１１１２にそれぞれ対応する。各発光ダイオードは、パッケージ体及び２つのチップを含み、該２つのチップは、該パッケージ体中に設けられ、且つ該２つのチップの波長は、互いに異なり直列方式で互いに接続される。そのうち、該２つのチップの波長は、それぞれ３６５ｎｍ及び４００ｎｍの組み合わせ、３８０ｎｍ及び４００ｎｍの組み合わせ、又は６６０ｎｍ及び４００ｎｍの組み合わせであることができる。その他の実施例において、各発光ダイオードは、１つのチップのみを含むか、又は２つ以上のチップを含むことができる。各発光ダイオードのその他の材及びその接続関係は、従来技術に属するので、ここでは、詳細を記載しない。 The photocuring apparatus 10 includes a base material 11 and a plurality of light emitting diodes (not shown). The substrate 11 includes a bottom socket 111, a lid body 112, and a light emitting diode circuit board 113. The bottom socket 111 includes side portions, a bottom portion, and a battery positioning structure. A side portion of the bottom socket 111 opens a lower through hole 1111, a bottom portion of the bottom socket 111 opens a plurality of through holes 1112, and the battery positioning structure corresponds to the lower through hole. More specifically, the battery positioning structure includes a plurality of ribs 113, the ribs 1113 being spaced apart on top of the bottom socket 111 and forming recesses 1114, respectively. Are coaxial with each other and with the axis of the lower through-hole 1111. The lid body 112 includes a side portion, and the side portion of the lid body 112 opens an upper through hole 1121. The lid body 112 is provided so as to cover the bottom socket 111, and a part thereof forms a plurality of ribs 1113 of the battery positioning structure of the bottom socket 111 and a battery slot, and the upper and lower through holes 1121 and 1111 are combined. A first through hole is formed. Among them, since the upper and lower through holes 1121 and 1111 are just the upper and lower half portions of the first through hole, the axes of the upper and lower through holes 1121 and 1111 are the same axis, and the axis is It is also the axis of the first through hole. In the battery positioning structure, the axis of the recess 1114 of the plurality of ribs 1113 is coaxial with the axis of the first through hole. The lid body 112 and the bottom socket 111 jointly enclose the accommodation space, and the battery slot is disposed in the accommodation space. The light emitting diode circuit board 113 is provided in the accommodation space. The light emitting diodes are provided below the light emitting diode circuit board 113 and correspond to the through holes 1112 respectively. Each light emitting diode includes a package body and two chips, the two chips are provided in the package body, and the wavelengths of the two chips are different from each other and are connected to each other in series. Among them, the wavelengths of the two chips can be a combination of 365 nm and 400 nm, a combination of 380 nm and 400 nm, or a combination of 660 nm and 400 nm, respectively. In other embodiments, each light emitting diode can include only one chip, or can include two or more chips. Since other materials of each light emitting diode and their connection relation belong to the prior art, details are not described here.

該制御装置２０は、殻体、制御回路板２２、ボタン２３、充電挿入溝２４及び電源挿入溝２５を含む。該殻体は、下ソケット２１１及び上蓋２１２を含む。該上蓋２１２は、該下ソケット２１１に被せ設けられ、共同で収容室を囲う。該下ソケット２１１の該光硬化装置１０付近の一側に下貫通孔を開設し、該上蓋２１２の該光硬化装置１０付近の一側に上貫通孔（図示せず）を開設し、該上蓋２１２は、該下ソケット２１１に被せ設けられる時、該上貫通孔及び該下貫通孔２１１１は、合わせて第２貫通孔を形成する。該殻体２０の該光硬化装置１０から離れる一側に電源孔２１４及び充電孔２１５を開設する。該第２貫通孔は、該第１貫通孔に対応する。好ましくは、該第２貫通孔の軸線は、該第１貫通孔の軸線と同軸であるので、該第２貫通孔の軸線は、該電池スロットの軸線と同軸である。該制御回路板２２は、該収容室に設けられ、且つスイッチ２２１を設け、該スイッチ２２１は、該発光ダイオード回路板１１３上の該発光ダイオードに電気接続される。該ボタン２３は、該上蓋２１２に設けられ、該スイッチ２２１が該発光ダイオードをオンにすることを制御することに用いられる。そのうち、該スイッチ２２１は、秒数スイッチであり、いわゆる「秒数」とは、単位時間内オンを持続するよう設定され、単位時間終了すると自動でオフとなるものである。当然ながら、該スイッチ２２１の種類は、これに制限するものではなく、如何なる種類のスイッチ２２１も本考案に用いることができる。該充電挿入溝２４は、該制御回路板２２に設けられ且つ該電源孔２１４に対応する。該電源挿入溝２５は、該制御回路板２２に設けられ且つ該充電孔２１５に対応する。 The control device 20 includes a shell, a control circuit board 22, a button 23, a charging insertion groove 24 and a power supply insertion groove 25. The shell includes a lower socket 211 and an upper lid 212. The upper lid 212 is provided over the lower socket 211 and jointly surrounds the storage chamber. A lower through hole is opened on one side of the lower socket 211 near the photocuring device 10, and an upper through hole (not shown) is opened on one side of the upper lid 212 near the photocuring device 10, When 212 is provided over the lower socket 211, the upper through hole and the lower through hole 2111 together form a second through hole. A power supply hole 214 and a charging hole 215 are opened on one side of the shell 20 away from the photocuring device 10. The second through hole corresponds to the first through hole. Preferably, since the axis of the second through hole is coaxial with the axis of the first through hole, the axis of the second through hole is coaxial with the axis of the battery slot. The control circuit board 22 is provided in the housing chamber and is provided with a switch 221, and the switch 221 is electrically connected to the light emitting diode on the light emitting diode circuit board 113. The button 23 is provided on the upper lid 212 and used to control the switch 221 to turn on the light emitting diode. Among them, the switch 221 is a second number switch, and the so-called “second number” is set to be kept on within a unit time, and automatically turns off when the unit time ends. Of course, the type of the switch 221 is not limited to this, and any type of switch 221 can be used in the present invention. The charging insertion groove 24 is provided in the control circuit board 22 and corresponds to the power supply hole 214. The power supply insertion groove 25 is provided in the control circuit board 22 and corresponds to the charging hole 215.

該充電電池３０は、該電池スロットに設けられ且つ一端が該光硬化装置１０の第１貫通孔及び該制御装置２０の第２貫通孔を通過する。該充電電池は、該充電挿入溝に電気接続される。そのうち、該電池位置決め構造は、複数のリブ１１１３の凹口１１１４の形状は、該充電電池３０の形状に対応し、該第１貫通孔及び第２貫通孔は、該充電電池３０の形状に対応する。好ましくは、該充電電池３０の形状は、円柱形であり、各凹口１１１４の形状は、半円形であり、該上下貫通孔１１２１，１１１１は、それぞれ半円形であり、従って、該第１貫通孔は、円形であり、該第２貫通孔は、円形である。該光硬化装置１０は、該充電電池３０により該制御装置２０に相対して回転する。 The rechargeable battery 30 is provided in the battery slot and has one end passing through the first through hole of the photocuring device 10 and the second through hole of the control device 20. The rechargeable battery is electrically connected to the charging insertion groove. Among them, in the battery positioning structure, the shape of the recess 1114 of the plurality of ribs 1113 corresponds to the shape of the rechargeable battery 30, and the first through hole and the second through hole correspond to the shape of the rechargeable battery 30. To do. Preferably, the shape of the rechargeable battery 30 is a cylindrical shape, the shape of each concave opening 1114 is a semicircular shape, and the upper and lower through holes 1121 and 1111 are each a semicircular shape. The hole is circular, and the second through hole is circular. The photocuring device 10 is rotated relative to the control device 20 by the rechargeable battery 30.

該外付け電源４０の一端は、プラグを形成する。該プラグは、該電源挿入溝２５に挿入される。該外付け電源４０は、そのプラグにより該電源挿入溝２５に電気接続される。 One end of the external power supply 40 forms a plug. The plug is inserted into the power supply insertion groove 25. The external power supply 40 is electrically connected to the power supply insertion groove 25 by its plug.

図３を参照し、それは、本考案が手指の爪上のネイルアートの接着剤を硬化すること及び電子装置５０に対して充電を行うことに用いられる説明図である。該電子装置５０は、図３において、携帯電話を例とするが、これに限定するものではなく、任意の充電可能な電子装置、例えば、ノート型パソコン、タブレットＰＣ、ＭＰ３プレイヤー等は、何れも前記電子装置５０とすることができる。先ず、使用者は、接着剤により各種装飾品を手指の爪上に付着され、その後、該光硬化装置１０が該充電電池３０を回転軸として該制御装置２０に相対して上向きに回転する。手指を該光硬化装置１０の基材１１の底ソケット１１１下方の空間に置き、且つ該ボタン２３を押圧し、該スイッチ２２１をタッチして該発光ダイオードをオンにする。該発光ダイオードをの２つにチップが異なる波長の光線を発し、光混合を経た後に該通孔１１１２を通過し、使用者の手指の爪に照射し、該手指の爪上の接着剤を硬化させ、装飾品を手指の爪上の固定する効果を達成する。本考案は、足の爪上のネイルアートの接着剤を硬化させ、装飾品を足の爪上に固定する効果を達成することもできる。また、該充電挿入溝２４は、該電子装置５０の電源線のプラグをその中に挿入させることに用いられ、該充電電池３０に該充電挿入溝２４を介して該電子装置５０に給電させる。該電子装置５０中の充電電池は、これにより電力充電を獲得することができる。 Referring to FIG. 3, it is an explanatory diagram used for curing the nail art adhesive on the fingernail and charging the electronic device 50 according to the present invention. The electronic device 50 is a mobile phone as an example in FIG. 3, but is not limited thereto. Any rechargeable electronic device such as a notebook computer, a tablet PC, an MP3 player, etc. The electronic device 50 can be used. First, the user attaches various decorative items to the fingernails with the adhesive, and then the photocuring device 10 rotates upward relative to the control device 20 with the rechargeable battery 30 as a rotation axis. A finger is placed in a space below the bottom socket 111 of the base material 11 of the photocuring device 10, and the button 23 is pressed, and the switch 221 is touched to turn on the light emitting diode. The light emitting diode emits light of different wavelengths to the two light emitting diodes, and after passing through the light mixture, passes through the through-hole 1112 and irradiates the fingernail of the user's finger to cure the adhesive on the fingernail. And achieve the effect of fixing the ornament on the fingernail. The present invention can also achieve the effect of curing the nail art adhesive on the toenails and fixing the ornament on the toenails. The charging insertion groove 24 is used to insert the plug of the power supply line of the electronic device 50 into the charging device 30, and feeds power to the electronic device 50 through the charging insertion groove 24. Thus, the rechargeable battery in the electronic device 50 can acquire power charging.

そのうち、該外付け電源４０が該電源挿入溝２５に電気接続され且つ該スイッチ２２１が該発光ダイオードをオンにする時、該発光ダイオードの電源は、該外付け電源４０から供給される。そのうち、該外付け電源４０が該電源挿入溝２５に電気接続され且つ該スイッチ２２１が該発光ダイオードをオフにする時、該外付け電源４０が該充電電池３０に対して充電する。そのうち、該外付け電源４０が該電源挿入溝２５に電気接続されず、且つ該スイッチ２２１が該発光ダイオードをオフにする時、該充電電池３０は、該発光ダイオードへの給電を停止する。 Among these, when the external power source 40 is electrically connected to the power source insertion groove 25 and the switch 221 turns on the light emitting diode, the power source of the light emitting diode is supplied from the external power source 40 1. Among these, when the external power supply 40 is electrically connected to the power supply insertion groove 25 and the switch 221 turns off the light emitting diode, the external power supply 40 charges the rechargeable battery 30. Among these, when the external power supply 40 is not electrically connected to the power supply insertion groove 25 and the switch 221 turns off the light emitting diode, the rechargeable battery 30 stops supplying power to the light emitting diode.

本考案の光硬化機能を有するモバイル電源の充電電池３０は、該制御装置２０と電子装置５０に対する充電の効果だけでなく、更に、回転軸として該光硬化装置１０及び該制御装置２０を一体に結合することができ、且つ該光硬化装置１０は、更に、該制御装置２０に対応して回転することができ、上向きに起こされ、本考案を卓面に置く時、該基材１１の底ソケット１１１下方に空間を発生し、使用者の手指を該空間中に伸入させ、該光硬化装置１０の該発光ダイオードの光線を手指の爪又は足の爪に照射し、接着剤を硬化させ、装飾品を手指の爪又は足の爪に固定させ、機能が相当多元である。 The rechargeable battery 30 of the mobile power source having the photocuring function according to the present invention has not only the effect of charging the control device 20 and the electronic device 50 but also the light curing device 10 and the control device 20 as a rotating shaft. And the photocuring device 10 can be further rotated in response to the control device 20 and is raised upwards so that when the present invention is placed on a table, the bottom of the substrate 11 A space is generated below the socket 111, the user's finger is extended into the space, the light source of the light-emitting diode of the light curing device 10 is irradiated to the fingernail or toenail, and the adhesive is cured. The ornament is fixed to the fingernails or toenails, and the function is considerably multiple.

重要であるのは、該光硬化装置１０は、回転の過程において、該充電電池３０は、依然として元の充電及び給電の機能を有し、相當に便利である。 What is important is that the photocuring device 10 is convenient for the rechargeable battery 30 in the process of rotation because the rechargeable battery 30 still has the original charging and power supply functions.

また、円柱形の充電電池３０は、半円形の該電池位置決め構造の複数のリブ１１１３の凹口１１１４及び円形の第１貫通孔に適合する。 Moreover, the cylindrical rechargeable battery 30 fits into the recesses 1114 of the plurality of ribs 1113 and the circular first through holes of the semicircular battery positioning structure.

また、各発光ダイオードの２つにチップは、パッケージ体中に設けられ、且つ該２つのチップの波長は、互いに異なり直列方式で互いに接続される。これにより、各発光ダイオードは、異なる波長が混合されてなる光線を直接発することができ、従来技術のように複数の単一波長の発光ダイオードによって混合光を発する目的を完成する必要がなく、相當に空間を節減し、且つ重量を軽減することができる。 Two chips of each light emitting diode are provided in the package body, and the wavelengths of the two chips are different from each other and are connected to each other in series. As a result, each light emitting diode can directly emit light in which different wavelengths are mixed, and it is not necessary to complete the purpose of emitting mixed light by a plurality of single wavelength light emitting diodes as in the prior art. The space can be saved and the weight can be reduced.

更に、該スイッチ２２１は、該外付け電源４０が該発光ダイオードに給電するか、該充電電池３０に給電するかを切り換えることができ、これにより、該外付け電源４０の電力は、十分に利用されることができる。 Further, the switch 221 can switch whether the external power supply 40 supplies power to the light emitting diode or the rechargeable battery 30, and thus the power of the external power supply 40 can be fully utilized. Can be done.

以上の実施例による本考案の詳細な説明は本考案の範囲を制限するものではない。本技術に熟知する者が、本考案の範囲内にて行う変更や調整を行っても、本考案の重要な意義は失われず、本考案の範囲に含まれる。 The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

１０光硬化装置
１１基材
１１１底ソケット
１１１１下貫通孔
１１１２通孔
１１１３リブ
１１１４凹口
１１２蓋体
１１２１上貫通孔
１１３発光ダイオード回路板
２０制御装置
２１１下ソケット
２１２上蓋
２１３第２貫通孔
２１４電源孔
２１５充電孔
２２制御回路板
２２１スイッチ
２３ボタン
２４充電挿入溝
２５電源挿入溝
３０充電電池
４０外付け電源
５０電子装置 DESCRIPTION OF SYMBOLS 10 Photocuring apparatus 11 Base material 111 Bottom socket 1111 Lower through-hole 1112 Through-hole 1113 Rib 1114 Recess 112 Cover body 1121 Upper through-hole 113 Light-emitting-diode circuit board 20 Control apparatus 211 Lower socket 212 Upper cover 213 2nd through-hole 214 Power supply hole 215 Charging hole 22 Control circuit board 221 Switch 23 Button 24 Charging insertion groove 25 Power supply insertion groove 30 Rechargeable battery 40 External power supply 50 Electronic device

Claims

A substrate and a light emitting diode, the substrate forming a battery slot and opening a first through hole and a through hole, the light emitting diode being provided in the substrate and emitting a light beam; The photocuring device irradiated through the through hole and out of the substrate;
A control device including a charging insertion groove and opening a second through hole;
One end is provided in the battery slot, and one end passes through the first through hole of the photocuring device and the second through hole of the control device, and is electrically connected to the charging insertion groove. A rechargeable battery rotating relative to the control device by the battery;
Mobile power supply with photocuring function.

The substrate of the photocuring device includes a bottom socket and a lid, the bottom socket includes a side portion and a battery positioning structure, and the side portion of the bottom socket opens a lower through hole, and the battery positioning structure Corresponding to the lower through-hole, the lid includes a side, the side of the lid opens an upper through-hole, the lid being provided in the bottom socket and a portion thereof The mobile power source having a photocuring function according to claim 1, wherein the battery positioning structure of the bottom socket forms the battery slot, and the upper and lower through holes are formed together with the first through hole.

3. The mobile power source having a photocuring function according to claim 2, wherein the battery positioning structure includes a plurality of ribs, and each rib forms a recess, and each recess corresponds to a shape of the rechargeable battery.

The mobile power supply having a photocuring function according to claim 3, wherein the shape of the rechargeable battery is a cylindrical shape, and the shape of each concave opening is a semicircular shape.

The substrate of the light curing device includes a light emitting diode circuit board, the bottom socket includes a bottom portion, the bottom portion of the bottom socket opens the through hole, and the lid body covers the bottom socket. The light-curing function according to claim 1, wherein the light-emitting diode circuit board is provided in the housing space, and the light-emitting diode is provided in the light-emitting diode circuit board. Having mobile power.

The light emitting diode includes a package body and two chips, and the two chips are provided in the package body, and the wavelengths of the two chips are different from each other, and are connected in a series manner. Mobile power supply with light curing function.

7. The mobile power source having a photo-curing function according to claim 6, wherein the wavelengths of the two chips are a combination of 365 nm and 400 nm, a combination of 380 nm and 400 nm, or a combination of 660 nm and 400 nm, respectively.

The control device includes a shell body, the shell body includes a lower socket and an upper lid, and a lower through hole is formed on one side of the lower socket near the photocuring device, and the upper lid near the photocuring device. An upper through hole is formed on one side of the upper cover, the upper cover is provided to cover the lower socket, and the upper and lower through holes form the second through hole together. Mobile power.

The control device includes a control circuit board and a button, the upper lid and the lower socket surround a storage chamber, the control circuit board is provided in the storage chamber, and a switch is provided. 9. The light curing function according to claim 8, wherein the button is electrically connected to a light emitting diode on a diode circuit board, and the button is provided on the top cover and used to control the switch to turn on the light emitting diode. Having mobile power.

The mobile power supply having the photocuring function further includes an external power supply, and a power supply hole is opened on one side of the shell away from the photocuring apparatus, and the control device includes a power supply insertion groove, and the power supply The mobile power supply having a photocuring function according to claim 9, wherein an insertion groove is provided in the control circuit board and corresponds to the power supply hole, and the external power supply is electrically connected to the power supply insertion groove.

When the switch turns on the light emitting diode, the external power supply powers the light emitting diode, and when the switch turns off the light emitting diode, the external power supply The mobile power source having a photocuring function according to claim 10, wherein charging is performed.

The charging hole is provided on one side of the shell body away from the photocuring device, and the charging insertion groove is provided in the control circuit board and has the photocuring function according to the charging hole. Mobile power.