JP3145270U

JP3145270U - lamp

Info

Publication number: JP3145270U
Application number: JP2008005044U
Authority: JP
Inventors: 陳志鎧; ウーサム; 翁耀鴻
Original assignee: 陳志鎧; ウーサム; 翁耀鴻
Priority date: 2008-07-23
Filing date: 2008-07-23
Publication date: 2008-10-02
Anticipated expiration: 2018-07-23

Abstract

【課題】ランプの実用効果を向上させ、発光、照度が十分で、発光角度が１８０度に達し、色の変化が可能で、使用寿命が長く、散熱効果がよく、環境保全の規範に符合するランプ構造を提供する。
【解決手段】ランプ構造は、少なくとも一つのＬＥＤ１０をＭＰＣＢアルミ二ウム基板１１上にパッケージしてなる薄型発光源１と、漏斗状で、中央が凹陥し、少なくとも一つの孔を有して、相同数量のＬＥＤの一部表面を内に容置し、且つ、孔周囲表面に、漆処理をして反光面にする反光鏡２と、表面がスプレイ処理された平面鏡３と、容置空間を有し、一端が薄型発光源１、反光鏡２、平面鏡３を容置し、もう一端はドライバ５を結合し、ランプ周囲は片状の散熱構造４１を形成するランプカバー４と、ランプカバー４の容置空間のもう一端に嵌設され、正負導線５０が薄型発光源１に連接されて、発光を駆使するドライバ５と、からなり、ＬＥＤ１０は任意の色にでき、大電力ＬＥＤを採用する。
【選択図】図１[PROBLEMS] To improve the practical effect of a lamp, have sufficient light emission and illuminance, reach a light emission angle of 180 degrees, can change color, have a long service life, have a good heat dissipation effect, and meet environmental conservation norms. Provide a lamp structure.
The lamp structure includes a thin light emitting source 1 in which at least one LED 10 is packaged on an MPCB aluminum substrate 11, a funnel shape, a recess in the center, and at least one hole. A part of the surface of a quantity of LEDs is placed inside, and on the surface around the hole, there is a reflecting mirror 2 that is lacquered to make it a reflecting surface, a plane mirror 3 whose surface is sprayed, and a holding space. One end of the thin light emitting source 1, the reflecting mirror 2, and the plane mirror 3 is placed, the other end is coupled with a driver 5, and a lamp cover 4 that forms a piece-like heat dissipation structure 41 around the lamp, The LED 10 includes a driver 5 that is fitted to the other end of the storage space, the positive and negative lead wires 50 are connected to the thin light source 1 and make full use of light emission, and the LED 10 can be of any color, and employs a high power LED.
[Selection] Figure 1

Description

本考案は、ランプの構造に関するものであって、特に、発光、照度が十分で、発光角度が１８０度に達し、色の変化が可能で、使用寿命が長く、散熱効果がよく、環境保全の規範に符合するランプ構造に関する。 The present invention relates to the structure of a lamp. In particular, the light emission and illuminance are sufficient, the light emission angle reaches 180 degrees, the color can be changed, the service life is long, the heat dissipation effect is good, It relates to a lamp structure that conforms to the norm.

公知のランプは、ウオールランプやスタンドランプも、体積が大きく、空間を占有する問題がある。更に、ランプ自身の造型質感と設計美観の不足の場合、空間と協調など、全体の印象が悪くなる。 Known lamps, such as wall lamps and stand lamps, have a large volume and occupy space. Furthermore, if the lamp itself has a lack of molding texture and design aesthetics, the overall impression, such as space and coordination, will be poor.

相関する製品の功能の便利性と高付加価値を求める趨勢下で、具体的な功能の増進案を提供することが求められる。 It is necessary to provide a specific plan for enhancing the functions under the trend of the convenience and high added value of the functions of the related products.

本考案の目的は、ランプの実用効果を向上させ、発光、照度が十分で、発光角度が１８０度に達し、色の変化が可能で、使用寿命が長く、散熱効果がよく、環境保全の規範に符合するランプ構造を提供することにある。 The purpose of the present invention is to improve the practical effect of the lamp, the light emission and illuminance are sufficient, the light emission angle reaches 180 degrees, the color can be changed, the service life is long, the heat dissipation effect is good, the norm of environmental conservation It is to provide a lamp structure that conforms to the above.

上述の目的を達成するため、本考案のランプ構造は、少なくとも一つのLEDをMPCBアルミ二ウム基板上にパッケージしてなる薄型発光源と、漏斗状で、中央が凹陥し、少なくとも一つの孔を有して、相同数量のLEDの一部表面を内に容置し、且つ、孔周囲表面に、漆処理をして反光面にする反光鏡と、表面がスプレイ処理された平面鏡と、容置空間を有し、一端が薄型発光源、反光鏡、平面鏡を容置し、もう一端はドライバを結合し、ランプ周囲は片状の散熱構造を形成するランプカバーと、ランプカバーの容置空間のもう一端に嵌設され、正負導線が薄型発光源に連接されて、発光を駆使するドライバと、からなり、LEDは任意の色にでき、大電力LEDを採用する。 In order to achieve the above object, the lamp structure of the present invention includes a thin light-emitting source in which at least one LED is packaged on an MPCB aluminum substrate, a funnel-like shape, a recess in the center, and at least one hole. And a reflecting mirror that places a part of the surface of the LED of a homologous quantity inside and lacquers the surface around the hole to make it a reflecting surface, and a plane mirror whose surface is sprayed. The lamp cover has a space, one end houses a thin light source, a reflecting mirror, and a plane mirror, the other end is coupled with a driver, and a lamp cover that forms a one-sided heat dissipation structure around the lamp, It consists of a driver that is fitted at the other end, with positive and negative conductors connected to a thin light source and makes full use of light emission. The LED can be of any color, and uses a high-power LED.

本考案のランプ構造は、発光、照度が十分で、発光角度が１８０度に達し、色の変化が可能で、使用寿命が長く、散熱効果がよく、環境保全の規範に符合する。 The lamp structure of the present invention has sufficient light emission and illuminance, the light emission angle reaches 180 degrees, the color can be changed, the service life is long, the heat dissipation effect is good, and it conforms to the norms of environmental conservation.

図１は、本考案の好ましい実施例によるランプ構造の立体分解図である。ランプ構造は、薄型発光源１、反光鏡２、平面鏡３、ランプカバー４、ドライバ５、からなる。薄型発光源１は、少なくとも一つの大電力LED１０を、MPCBアルミ二ウム基板１１上にパッケージしてなり、且つ、LED１０はどんな色でもよく、薄型発光源１は、底面周囲にスロット１２を有して、ドライバ５の正負導線５０を通過させて、電気的に接続し、及び、若干のノッチ１３を有し、ランプカバー４内からの取り出し交換が便利である。 FIG. 1 is an exploded view of a lamp structure according to a preferred embodiment of the present invention. The lamp structure includes a thin light emitting source 1, a reflecting mirror 2, a plane mirror 3, a lamp cover 4, and a driver 5. The thin light source 1 is formed by packaging at least one high power LED 10 on an MPCB aluminum substrate 11, and the LED 10 can be any color. The thin light source 1 has a slot 12 around the bottom surface. Thus, the positive and negative lead wires 50 of the driver 5 are passed through and electrically connected, and the driver 5 has a slight notch 13, so that it is convenient to take out and replace the lamp cover 4.

反光鏡２は漏斗状で、中央が凹陥して、少なくとも一つの孔２０を有し、相同数量のLED１０の一部表面を内に容置し、且つ、孔２０周囲表面は、漆処理して反光面にして、発光角度を調整し、光陰を除去すると共に、光源を集中させて、直接射出、反射射出して、光源の浪費を防止する。 The reflecting mirror 2 has a funnel shape, the center is recessed, has at least one hole 20, a part of the surface of the LED 10 having a similar quantity is placed inside, and the surface around the hole 20 is lacquered. The light-reflecting surface is adjusted to adjust the light emission angle, remove the shade, and concentrate the light source to directly emit and reflect, thereby preventing the light source from being wasted.

平面鏡３は、表面をスプレイ処理して、発光源を調和し、発光屈折を実行して、発光角度が１８０度になり、重影が生じず、且つ、光源が集中して発射する。 The plane mirror 3 sprays the surface, harmonizes the light emission sources, executes light emission refraction, and the light emission angle becomes 180 degrees, no heavy shadow occurs, and the light sources concentrate and emit.

ランプカバー４は、容置空間４０を有し、一端は薄型発光源１、反光鏡２、平面鏡３を容置し、もう一端はドライバ５を結合する。ランプカバー４周囲は、片状の散熱構造４１を形成して、好ましい散熱効果を提供する。 The lamp cover 4 has a storage space 40, one end stores the thin light source 1, the reflection mirror 2, and the plane mirror 3, and the other end connects the driver 5. Around the lamp cover 4, a piece-like heat dissipation structure 41 is formed to provide a preferable heat dissipation effect.

ドライバ５は、ランプカバー４一端に嵌設され、正負導線５０が薄型発光源１に連接して、発光させる。 The driver 5 is fitted on one end of the lamp cover 4, and the positive and negative conducting wires 50 are connected to the thin light source 1 to emit light.

図２は、本考案の好ましい実施例によるランプの外観立体図である。薄型発光源１は、ランプ４の容置空間４０内に嵌入し、続いて、反光鏡２を被覆して、孔２０とLED１０を照準して嵌固し、更に、平面鏡３を被覆すると共に、ドライバ５を容置空間４０からもう一端に嵌入し、且つ、正負両導線が延伸して、薄型発光源１と電気的に接続し（図３、図４で示される）、ランプを完成する。 FIG. 2 is a perspective view of a lamp according to a preferred embodiment of the present invention. The thin light-emitting source 1 is fitted into the storage space 40 of the lamp 4, and then the reflecting mirror 2 is covered, the hole 20 and the LED 10 are aimed and fixed, and further, the flat mirror 3 is covered. The driver 5 is inserted into the other end from the storage space 40, and both the positive and negative conductive wires are extended to be electrically connected to the thin light source 1 (shown in FIGS. 3 and 4), thereby completing the lamp.

上述のようなランプは、実際の装着使用時に、１２Vを操作電圧とし、導電接続が薄型発光源１を発光させた後、大電力LED１０を採用するので、輝度、及び、照度が十分で、且つ、使用寿命が長く、特に、反光鏡２は、LED１０の発光角度を調整集中し、且つ、光影を除去すると共に、光源を集中して、直接射出、及び、反射射出し、光源の浪費を防止する。更に、スプレイ処理された平面鏡３が、光源を調和させ、発光角度を１８０度にし、重影を生成しない。特に、ランプカバー４周囲の独特な片状の散熱構造４１設計が、散熱効果を向上する。 The lamp as described above employs the high power LED 10 after the light source 1 emits light after the thin-film light emitting source 1 has an operating voltage of 12 V when actually mounted and used, so that the luminance and illuminance are sufficient, and , Long service life, especially the anti-reflecting mirror 2 adjusts and concentrates the light emission angle of the LED 10 and removes the light shadow, concentrates the light source, direct emission and reflection emission, preventing waste of the light source To do. Further, the splayed plane mirror 3 harmonizes the light source, sets the light emission angle to 180 degrees, and does not generate a heavy shadow. In particular, the unique piece-shaped heat dissipation structure 41 design around the lamp cover 4 improves the heat dissipation effect.

本考案の好ましい実施例によるランプの分解立体図である。FIG. 2 is an exploded view of a lamp according to a preferred embodiment of the present invention. 本考案の好ましい実施例によるランプ外観立体図である。1 is a perspective view of a lamp according to a preferred embodiment of the present invention. 本考案の好ましい実施例によるランプの断面図である。1 is a cross-sectional view of a lamp according to a preferred embodiment of the present invention. 本考案の好ましい実施例によるもう一つの断面図である。FIG. 3 is another cross-sectional view according to a preferred embodiment of the present invention.

Explanation of symbols

1 薄型発光源
2 反光鏡
3 平面鏡
4 ランプカバー
5 ドライバ
10 LED
11 MPCBアルミ二ウム基板
12 スロット
13 ノッチ
20 孔
40 容置空間
41 散熱構造
50 正、負導線 1 Thin light source
2 Reflector
3 Plane mirror
4 Lamp cover
5 Driver
10 LED
11 MPCB aluminum substrate
12 slots
13 notches
20 holes
40 storage space
41 Heat dissipation structure
50 Positive and negative conductors

Claims

A lamp structure,
A thin light-emitting source formed by packaging at least one LED on an MPCB aluminum substrate;
A funnel-shaped, concave in the center, having at least one hole, placing a partial surface of a similar quantity of LEDs inside, and lacquering the surface surrounding the hole to make it a reflective surface With a mirror,
A plane mirror whose surface is sprayed;
A lamp cover having an accommodation space, one end accommodating the thin light emitting source, the reflection mirror, and the plane mirror, and the other end coupled to a driver, and forming a piece-like heat dissipation structure around the periphery;
A driver that is fitted to the other end of the lamp cover, and a positive and negative lead wire is connected to the thin light source, and emits light;
A lamp structure comprising:

A slot is provided around the bottom surface of the thin light emitting source, and the driver also passes through and couples positive and negative wires, and a plurality of notches are easily taken out from the lamp cover and can be easily replaced. 2. The lamp structure according to 1.

The lamp structure according to claim 1, wherein the LED has an arbitrary color.

The lamp structure according to claim 1, wherein the LED is a high power LED.