M343924 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種發光體並接組裝結構，特別是指一種 可迅速將發光體與框體結合成一體之發光體並接組裝=構。 【先前技術】 由於LED具有壽命長、省電、耐用、耐震、牢靠、適人 篁產、體積小、反應快等諸多優點，故已逐漸被應用於照明 燈具中。然而，LED雖實用，但其於發光過程中會產生高溫， 所以在應用上必須藉由散熱模組將其產生之高溫逸散q至i大 氣，使LED可正常運作。因此，散熱模組與LED可說是密M343924 VIII. New description: [New technical field] This creation is about a merging body assembly structure, especially a illuminant that can quickly combine the illuminant and the frame into a unitary assembly. [Prior Art] LEDs have been gradually used in lighting fixtures because of their long life, power saving, durability, shock resistance, robustness, suitability, small size, and fast response. However, although LED is practical, it generates high temperature during the illuminating process. Therefore, in the application, the high temperature generated by the heat dissipation module must be dissipated to the atmosphere, so that the LED can operate normally. Therefore, the heat dissipation module and the LED can be said to be dense
不可分。 W 而習用LED與散熱模組在組裝上仍具有以下缺失： 1·習用LED係設置於-銘板上’再將紹板鎖固或黏固於 散熱模組上’使散熱模組可將LED產生之熱能排除。但此方 式會增加加工時間，造成組裝成本的增加，實不符合 益0Inseparable. W and the conventional LED and heat-dissipation module still have the following shortcomings in assembly: 1. The conventional LED system is set on the - name board and then the board is locked or glued to the heat-dissipating module. The heat can be eliminated. However, this method will increase the processing time, resulting in an increase in assembly costs, which does not meet the benefits.
2.習用LED需要與電源供應器連接，透過電源供應器導 入之電源’方能使LED發光。然而，此方式需逐一進行每一 LED之連接，造成接線上之複雜度。 貫非一良善之 由此可見，上述習用物品仍有諸多缺失 5又计者’而亟待加以改良。 本案創作人鑑於上述習用 思加以改良創新，並經多年苦 研發完成本件燈具結構。 【新型内容】 燈具所衍生的各項缺點，乃亟 心孤詣潛心研究後，終於成功 M343924 本創作之目的即在於提供一種發光體並接組裝結構，係 於框體之滑槽中設置有至少一片及含以上之導電片，該導電 片係與電源供應器相連接，並於結合有發光體之散熱基板上 ，設置有與導電片相對應之電極片，使得散熱基板滑入框體之 •滑槽中時，該電源可經電極片傳導至發光體，以驅使發光體 產生光源，而達到組裝便利之目的。 、本創作之次一目的係在於提供一種具有結構簡單、組裝 容易及高實用性等諸多優點之發光體並接組裝結構。 - 可達成上述新型目的之發光體並接組裝結構，包括一框 〜·體及一散熱基板；其中，該框體上具有-滑槽，該滑槽之其 巾-表面係開設有開口，使開口兩側各形《一蓋才反，該兩蓋 板之内壁面上分別結合有至少一片含以上之導電片，並將電 原導引至3導電片，_散熱基板上結合有複數發光體，並於 政熱基板上叹置有-片含以上之電極片，該電極片係藉由連 接線或電路佈局方式與發光體之正、負接腳電性連接；係將 散熱基板滑人框體之滑槽中，使發光體與滑槽開口相對應， 致使發光體為裸露狀態，而散熱基板兩側之電極片則會與框 體之導電片相接合’使電源可直接傳導至電極片中，並藉由 ，極片將電源導引至發光體，使發光體得以產生光源，若將 ，複數片散熱基板皆滑人框體内時，每片散熱基板上之發光體 皆可並聯連接，使每片散熱基板上之發光體皆可產生光源， •以達到組裝迅速之目的。 【實施方式】 請參閱圖一至圖三所示 組裝結構之第一實施示意圖 係本創作所提供之發光體並接 主要包括有： 一框體 該框體 上具有一滑槽11，該滑槽丨i之其中 M343924 -表：上開設有一開σ 12’使開口 12兩側各形 13’该兩蓋板13之内壁面上分別結合有—片含以上之導電 片2 ’並將電源供應器之正、負極電源分別導引至複數導電 -片2上，其中，s亥導電片2以二片含以上為最佳； • 放"，、基板3 11亥政熱基板3上結合有一顆或複數 光體4,並於散熱基板3上設置有與框…之導電片2數量 ，相同及位置相對應之電極片5，並藉由連接線6將電極片$ 與發光體4之正、負接腳電性連接； •上二7二熱基板3滑入框體1之滑槽U中，使散熱基板3 •上之舍光體4與框體！之開口 12相對應，導致發光 現裸露狀態，且散熱基板3上之電極片5與框體i之蓋板η 内壁面的導電片2相接合’使電源可經導電片2、電極片5 及連接線6傳導至發光體，致使發光體 =之《基板3滑入框體丨之滑槽㈣，該二； 光先體4即會並聯連接，使得每片散熱基板3上 可同時由框體1之開口12逸射出光源，以達到 知、明及快迅組裝之目的。 ^ ! 料閱圖四及圖五所示，係本創作之第二實施 ， 其與圖—差異處在於’係於散熱基板3上設置RGB Γ顆發 • ^體4,並於散熱基板3上設置= =係透過連接線6同時與RGB三顆發光體4之正接腳相 光F 4^1二片電極片5 _由連接線6各別與RGB發 =之接腳相連接，而框體丨之蓋板13 : 二置之導電片2,其中-導電片2係接正 體m n f 係接負電源；當散熱基板3滑入框 電…接合，使得使二== 处^^工制襞置控制電源之負電 M343924 源之流向，可同時將負電源導入三片導電片2或各別將負電 源導入三片導電片2中，如此，即可透過電源之供給盥否栌 制RGB三顆發光體4之發光模式，如：刪三顆發光體工4 各別發光或同時發光或其中二顆同時發光等模式。其他相關 結構皆與圖一相同，於此並不加以贅述。 另外，圖喊圖五僅為本案之較佳實施例，並非用以偈 限本案之申請專利範圍，其中，該發光體4與電極片5與導 電片2之數量皆可視需求增加或減少，並不會影響本料之 實施。且亦可將複數顆發光體4之負接腳連接在同—電極$ 片上，而正接腳則各別連接在其他電極片5上，其同樣可達 到控制複數顆發光體4各別發光或同時發光或其；幾顆 等目的。 作而成，使 相貼合，以 1達到散熱 另外，上述實施例之框體丨可為金屬材質製 散熱基板3滑入框體1内時，會與框體1内壁面 將發光體4產生之熱能導引至框體丨，經由框體 效果。 另外，上述實施例之框體i可以塑化材料製作而成，使 其可直接形成發光體之外框。 一請參閱圖六所示，係本創作之第三實施示意圖…圖 :之差異處在於，該框體係為金屬框體7，該金屬框體7外 面可延伸出散熱翼片72,並於内壁面上連結有 =導電片2與金屬框體7之接觸面需做絕緣處理，以避 框二m供應器之正負電源分別與導電片2及金屬 忙=相連接；並於散熱基板3上設置_片電極片5，係將 、广上之發光體4之正、負接腳透過連接線6分別斑電 。片繼基板3連接；當散熱基板3滑入框體7之滑槽 B内日Π散《板3會與金屬框體7相接合，而散熱基板 M343924 3上之電極片5會與框體7之導電片 可經由金屬框體7及導電片2傳 ：：5，使正負電源 上，料透料接線6科鲜 板3及電極片5 光。另外，該散熱基板3上可$置#\^發7^ 4得以發 光體4與電極片5之連接方式電極片5,該複數發 々八J以與圖四相间，於 '如此即可控制複數發光體4之 單二= 4各別發光或同時發光或其中某幾顆發光等模式以體 壁面另之Γ Ϊ述各實施例之導電片2可設置在框體1或7内 。之雷：侷限於蓋板13之内壁面，並將散熱基 體1或7 Π投置在相對應之位置，使散熱基板3滑入框 ‘合1年、、上之電極片5可與框體1或7之導電片2相 另外，上述各實施例所述之發光體4的正、 透過電路佈局與電極片5作電性連接； 負接腳亦可 另外，上述各實施例 或 OLED。2. The conventional LED needs to be connected to the power supply, and the power supply through the power supply can enable the LED to emit light. However, this method requires each LED to be connected one by one, resulting in a complicated wiring. It can be seen from the fact that there is still a lot of missing items in the above-mentioned household items, and it needs to be improved. The creator of this case has improved and innovated in view of the above-mentioned practices, and has completed the development of the lamp structure after years of hard work. [New content] The shortcomings derived from the luminaires are the result of the research. Finally, the success of the M343924 is to provide a illuminant parallel assembly structure, which is provided in at least the chute of the frame. One piece and the above-mentioned conductive piece, the conductive piece is connected to the power supply, and the electrode piece corresponding to the conductive piece is disposed on the heat dissipation substrate combined with the illuminant, so that the heat dissipation substrate slides into the frame body. In the chute, the power source can be conducted to the illuminator via the electrode sheet to drive the illuminant to generate a light source for the purpose of assembly convenience. The second purpose of the present invention is to provide an illuminant parallel assembly structure having many advantages such as simple structure, easy assembly, and high practicability. - an illuminant parallel connection assembly structure capable of achieving the above-mentioned novel object, comprising a frame body and a heat dissipation substrate; wherein the frame body has a sliding groove, and the towel surface of the sliding groove is opened with an opening Each of the two sides of the opening is "reversed", and at least one conductive sheet containing the above is combined on the inner wall surface of the two cover plates, and the electric source is guided to the three conductive sheets, and the plurality of illuminants are combined on the heat dissipation substrate And sighing on the political substrate: the electrode sheet containing the above, the electrode sheet is electrically connected to the positive and negative pins of the illuminator by a connecting line or circuit layout; In the sliding slot of the body, the illuminant is corresponding to the opening of the sliding slot, so that the illuminating body is exposed, and the electrode sheets on both sides of the heat dissipating substrate are engaged with the conductive sheet of the frame to enable the power source to be directly transmitted to the electrode sheet. And, by the pole piece, the power source is guided to the illuminator, so that the illuminant can generate the light source. If a plurality of heat dissipation substrates are slid into the frame, the illuminants on each of the heat dissipation substrates can be connected in parallel. To make the light on each heat sink substrate Jieke generating source, • to achieve the purpose of rapid assembly. [Embodiment] Please refer to the first embodiment of the assembled structure shown in FIG. 1 to FIG. 3. The illuminating body provided by the present invention mainly includes: a frame body having a sliding slot 11 on the frame body, the sliding slot 丨i. M343924 - Table: an opening σ 12' is opened to make the two sides 13 of the opening 12'. The inner wall surfaces of the two cover plates 13 are respectively combined with a sheet containing the above conductive sheet 2' and the power supply is provided. The positive and negative power supplies are respectively guided to the plurality of conductive sheets 2, wherein the s-high conductive sheets 2 are preferably two or more; and the substrate 3 is combined with one or The plurality of optical bodies 4 are disposed on the heat dissipating substrate 3 with the number, the same and corresponding positions of the conductive sheets 2 of the frame, and the positive and negative electrodes 6 and the illuminating body 4 are connected by the connecting wires 6. The electrical connection of the pins; • The upper two 7 2 hot substrates 3 slide into the chute U of the frame 1 to make the heat-dissipating substrate 3 and the housing 4 and the frame! Corresponding to the opening 12, the illuminating state is exposed, and the electrode sheet 5 on the heat dissipating substrate 3 is bonded to the conductive sheet 2 on the inner wall surface of the cover n of the frame i to make the power supply pass through the conductive sheet 2, the electrode sheet 5 and The connecting wire 6 is transmitted to the illuminant, so that the illuminant = "the substrate 3 slides into the sliding groove (4) of the frame ,, the second; the optical precursor 4 is connected in parallel, so that each of the heat dissipating substrates 3 can be simultaneously framed The opening 12 of 1 emits a light source for the purpose of assembly, illumination and quick assembly. ^ ! The fourth embodiment of the present invention is shown in Figure 4 and Figure 5. The difference between the two is that the RGB Γ 发 • ^ ^ 系 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热Setting == through the connection line 6 and the positive pin of the RGB three illuminants 4 at the same time F 4 ^ 1 two pieces of electrode 5 _ by the connection line 6 respectively connected to the RGB hair = pin, and the frame Cover plate 13 of the 丨: two conductive strips 2, wherein the conductive sheet 2 is connected to the positive body mnf to connect the negative power supply; when the heat-dissipating substrate 3 slides into the frame, the electrical connection is made, so that the two == Control the negative direction of the power supply M343924 source, can simultaneously introduce the negative power into the three conductive sheets 2 or separately introduce the negative power into the three conductive sheets 2, so that the RGB three light can be transmitted through the power supply. The illumination mode of the body 4, such as: deleting three illuminating bodies 4 each illuminating or simultaneously emitting light or two of them simultaneously emitting light and the like. Other related structures are the same as those in Figure 1, and are not described here. In addition, the figure 5 is only a preferred embodiment of the present invention, and is not intended to limit the scope of the patent application of the present invention, wherein the number of the illuminator 4 and the electrode sheet 5 and the conductive sheet 2 may be increased or decreased as needed, and Will not affect the implementation of this material. Moreover, the negative pins of the plurality of illuminants 4 may be connected to the same-electrode sheet, and the positive pins are respectively connected to the other electrode sheets 5, which can also control the respective illuminants 4 to emit light or simultaneously. Luminescence or a few of them. The frame body 上述 of the above embodiment can be used to form the illuminant 4 with the inner wall surface of the frame 1 when the metal substrate heat sink substrate 3 is slid into the frame 1 . The thermal energy is directed to the frame 丨 through the frame effect. Further, the frame i of the above embodiment can be made of a plasticized material so that it can directly form an outer frame of the illuminant. Please refer to FIG. 6 , which is a schematic diagram of the third implementation of the present invention. The difference is that the frame system is a metal frame 7 , and the heat dissipation fins 72 can be extended outside the metal frame 7 . The contact surface of the conductive sheet 2 and the metal frame 7 is insulated on the wall surface, so that the positive and negative power sources of the frame avoiding m supply are respectively connected with the conductive sheet 2 and the metal busy=; and are disposed on the heat dissipation substrate 3 The _ piece electrode sheet 5 is used to plaque the positive and negative pins of the illuminant 4 and the illuminating body 4 through the connecting line 6. The substrate is connected to the substrate 3; when the heat-dissipating substrate 3 slides into the sliding slot B of the frame 7, the plate 3 is joined to the metal frame 7, and the electrode plate 5 on the heat-dissipating substrate M343924 3 is connected to the frame 7. The conductive sheet can be transmitted through the metal frame 7 and the conductive sheet 2: 5, so that the positive and negative power sources, the material through the material line 6 and the electrode sheet 5 and the electrode sheet 5 light. In addition, the heat dissipating substrate 3 can be placed on the surface of the illuminant 4 and the electrode sheet 5 in the manner of connecting the electrode sheet 5, and the plurality of 々8J is connected with the figure 4, so that it can be controlled The single illuminator 4 of the plurality of illuminators 4 is illuminating or simultaneously illuminating or some of the illuminating modes are in the form of body walls. The conductive sheets 2 of the embodiments may be disposed in the frame 1 or 7. Thunder: limited to the inner wall surface of the cover plate 13, and the heat-dissipating substrate 1 or 7 Π is placed at the corresponding position, so that the heat-dissipating substrate 3 slides into the frame for one year, and the upper electrode piece 5 can be combined with the frame body. In addition, the positive and transmissive circuit layouts of the illuminants 4 described in the above embodiments are electrically connected to the electrode sheets 5; the negative pins may additionally be the above embodiments or OLEDs.
之散熱基板3上的發光體4可為LED 另外，上述各實施例之散熱基板3可視面積大小的不 同，而供一顆發光體4或多顆發光體4結合。 ^另外，上述各實施例之框體1或7的滑槽1 ；1、71高度與 政熱基板3之厚度接近相同，使得散熱基板3滑人框體^或 之α ^ 11、71時’除可緊密定位外，其上之電極片並可與 框體1或7之導電片2緊密接合。 另外，使用者可視照明範圍的大小，自行決定散熱基板 3之使用數量。 本創作所提供之發光體並接組裝結構，與其他習用技術 相互比較時，更具有下列之優點： 1 ·本創作係於框體之滑槽中設置有至少一片及含以上之 M343924 ，電片’該導電片係與電源供應 體之散熱基板上設w古命、首& I於、，口口有叙先 基板滑入框體之;= 夺導電，片：對應之電極 曰中時，该電源可經電極片傳導至發井 體，=吏發光體產生光源，而達到組裝便利之目的 優,|卜乍係具有結構簡單、組裝容易及高實用性等諸多 明，上二Γ:說明係針對本創作之一可行實施例之具體說 本創作：蓺=並非用,限制本創作之專利範圍’凡未脫離 專利範圍所為之等效實施或變更，均應包含於本案之 一上所述，本案不但在空間型態上確屬創新，並能較習 用物口口增進上述多項功效，應已充分符合新穎性及進步性之 法定新型專利要件，爰依法提^請，料貴局核准本件 新型專利申請案，以勵創作，至感德便。 【圖式簡單說明】 •圖一為本創作發光體並接組裝結構之第一實施組裝示意 圖； 圖二為本創作發光體並接組裝結構之第一實施示意立 圖； U丑 圖二為本創作發光體並接組裝結構之第一實施示意剖面 圖； … 圖四為本創作發光體並接組裝結構之第二實施組裝示咅 圖； …思 圖五為本創作發光體並接組裝結構之第二實施立體示意 圖；以及 ^ 圖六為本創作發光體並接組裝結構之第三實施組裝示音 M343924 【主要元件符號說明】 1框體 11滑槽 12開口 13蓋板 2導電片 3散熱基板 4發光體 5電極片 6連接線 7金屬框體 71滑槽 72散熱翼片The illuminant 4 on the heat dissipating substrate 3 may be an LED. Further, the heat dissipating substrate 3 of each of the above embodiments may have a different visible area, and one illuminant 4 or a plurality of illuminants 4 may be combined. In addition, the heights of the chutes 1 and 1, 71 of the frame 1 or 7 of the above embodiments are nearly the same as the thickness of the thermal substrate 3, so that the heat dissipating substrate 3 slides the frame or the α ^ 11 , 71 ' In addition to being closely positionable, the electrode sheets thereon can be in close contact with the conductive sheets 2 of the frame 1 or 7. In addition, the user can determine the number of heat-dissipating substrates 3 to be used depending on the size of the illumination range. The illuminating body provided by the creation is connected to the assembled structure, and compared with other conventional techniques, the following advantages are obtained: 1. The present invention is provided with at least one piece and the above M343924 in the chute of the frame, the electric piece 'The conductive film and the heat supply substrate of the power supply body are provided with the ancient god, the first & I, and the mouth of the substrate slides into the frame; = the conductive, the piece: the corresponding electrode, The power source can be transmitted to the hair shaft through the electrode sheet, and the light source is generated by the illuminant, and the assembly is convenient. The diarrhea system has the advantages of simple structure, easy assembly, high practicability, and the like. The present invention is specifically described in terms of a possible embodiment of the present invention: 蓺 = not used, and the scope of the patents of the present invention is limited to the extent that the equivalent implementation or modification is not included in the scope of the patent. This case is not only innovative in terms of space type, but also can enhance the above-mentioned multiple functions compared with the conventional use of the mouth. It should fully comply with the statutory new patent requirements of novelty and progressiveness, and raise it according to law. Type of patent applications, in order to encourage the creation, sense of ethics to it. [Simple diagram of the diagram] • Figure 1 is a schematic diagram of the first implementation of the illuminator parallel assembly structure; Figure 2 is a first implementation schematic diagram of the illuminator parallel assembly structure; U ugly figure two A schematic cross-sectional view of a first embodiment of creating a illuminator in parallel with an assembly structure; ... Figure 4 is a second embodiment of the assembly of the illuminator in parallel with the assembled structure; The second embodiment is a schematic view of the second embodiment; and FIG. 6 is a third embodiment of the assembly of the illuminator and the assembly structure of the illuminating body M343924. [Main component symbol description] 1 frame 11 chute 12 opening 13 cover 2 conductive sheet 3 heat dissipation substrate 4 illuminant 5 electrode sheet 6 connecting line 7 metal frame 71 chute 72 heat dissipating fin