TWI493138B - Light source device with connecting part and lighting instrument - Google Patents
Light source device with connecting part and lighting instrument Download PDFInfo
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- TWI493138B TWI493138B TW100139228A TW100139228A TWI493138B TW I493138 B TWI493138 B TW I493138B TW 100139228 A TW100139228 A TW 100139228A TW 100139228 A TW100139228 A TW 100139228A TW I493138 B TWI493138 B TW I493138B
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Description
本發明係關於一種光源裝置及燈具;具體而言,本發明係關於一種含有連接座之光源裝置及燈具。The present invention relates to a light source device and a light fixture; in particular, the present invention relates to a light source device and a light fixture including a connector.
長久以來,照明一直是人類生活中不可或缺的一環。除了生活中的需要外,照明亦廣泛應用於各種產業之中。隨著技術的進步,照明的型式也不斷地演進。近期以來,除了白熾燈、燈管、鹵素燈之外,近期逐漸興起的照明源更包含了發光二極體。另外以燈具的外型而言,為了配合不同的需求,往往會有不同形狀的外型。以應用在室內照明的燈具為例,若需挑選設置於天花板或牆角的燈具,則經常會選擇長條狀的燈具。另外一些大面積的工作燈及櫥櫃燈亦會以長條狀的燈具作為首要的選擇之一。Lighting has long been an indispensable part of human life. In addition to the needs of life, lighting is also widely used in various industries. As technology advances, the type of lighting continues to evolve. Recently, in addition to incandescent lamps, lamps, halogen lamps, the recent emerging lighting sources include LEDs. In addition, in terms of the appearance of the luminaire, in order to meet different needs, there are often different shapes. For example, for a luminaire used for indoor lighting, if a luminaire set on a ceiling or a corner is to be selected, a long strip of luminaire is often selected. In addition, some large-area work lights and cabinet lights will be one of the first choices with long strips.
傳統的長條狀燈具通常均為功能性取向,對於外型上不甚要求。此外,由於其底部通常僅有單一供與牆壁或層板連接的連接面,因此燈具本身僅能以單一的角度與牆壁或層板連接,造成燈具亦僅能以單一的角度出光。另由於長條狀燈具端部通常有較大的區域不能發出光線;當將多根燈具排成一直線來連接時,在燈具的交界處會產生明顯不發光的暗帶,影響照明的效果,且在視覺上也會受到影響。Conventional long strips are usually functionally oriented and are not required for appearance. In addition, since the bottom portion usually has only a single connection surface for connection to a wall or a laminate, the lamp itself can only be connected to the wall or laminate at a single angle, so that the lamp can only emit light at a single angle. In addition, because the end of the long strip lamp usually has a large area, it can not emit light; when a plurality of lamps are arranged in a straight line to connect, a dark band which obviously does not emit light is generated at the junction of the lamp, which affects the illumination effect, and It will also be affected visually.
本發明之目的在於提供一種光源裝置、使用此光源裝置之燈具以及包含此燈具之燈具組合,可以不同的角度與組裝體結合。It is an object of the present invention to provide a light source device, a luminaire using the same, and a luminaire assembly comprising the same, which can be combined with an assembly at different angles.
本發明之另一目的在於提供一種光源裝置、使用此光源裝置之燈具以及包含此燈具之燈具組合,可以不同的角度出光。Another object of the present invention is to provide a light source device, a lamp using the same, and a lamp combination including the same, which can emit light at different angles.
本發明之另一目的在於提供一種光源裝置、使用此光源裝置之燈具以及包含此燈具之燈具組合,可減少直線連接時接縫不發光的暗帶區域。Another object of the present invention is to provide a light source device, a lamp using the same, and a lamp combination including the same, which can reduce a dark band region where the seam does not emit light when the wire is connected.
光源裝置包含殼體、燈罩、光源模組及連接座。殼體係連接於燈罩之背向,並與燈罩共同圍成容置空間以容納其他的元件。燈罩具有相互平行延伸並相對之第一側邊及第二側邊。殼體係由第一支撐面、第二支撐面以及設置在兩者之間之N個第三支撐面所組成;N可以為1或其他正整數。上述之支撐面均沿燈罩之延伸方向延伸,且在橫切延伸方向之方向上彼此間均夾有角度。第一支撐面連接燈罩之第一側邊,第二支撐面則連接於第二側邊;而第三支撐面則位於第一支撐面及第二支撐面之間,其中第一支撐面及第二支撐面間之距離隨著遠離燈罩而縮小。光源模組係容納於殼體與燈罩共同圍成之容置空間內,並沿延伸方向延伸;連接座則設置對應於容置空間之一端或兩端,並分別與燈罩及殼體連接以封閉容置空間。The light source device comprises a housing, a lamp cover, a light source module and a connecting base. The housing is connected to the back of the lamp cover and encloses an accommodation space with the lamp cover to accommodate other components. The lampshade has a first side and a second side extending parallel to each other. The housing is composed of a first support surface, a second support surface, and N third support surfaces disposed therebetween; N may be 1 or other positive integer. The support surfaces described above all extend in the extending direction of the lamp cover, and are angled with each other in the direction transverse to the extending direction. The first supporting surface is connected to the first side of the lamp cover, the second supporting surface is connected to the second side, and the third supporting surface is located between the first supporting surface and the second supporting surface, wherein the first supporting surface and the first supporting surface The distance between the two support faces is reduced as it moves away from the lampshade. The light source module is housed in the accommodating space enclosed by the casing and the lamp cover, and extends in the extending direction; the connecting seat is disposed corresponding to one end or both ends of the accommodating space, and is respectively connected with the lamp cover and the casing to be closed Accommodate space.
除了前述的光源裝置外,燈具更包含了夾具。夾具的主要功能為將光源裝置固定於如牆壁、天花板或櫥櫃等組裝體上。夾具主要包含第一支板、第二支板及M個連接支板;其中M為1或其他正整數。第一支板及第二支板分別自連接支板的兩端伸出,且第一支板及第二支板間的距離隨著靠近連接支板而縮小。第一支板及第二支板遠離連接支板的自由端分別向內伸出第一內折部及第二內折部,以對光源裝置進行夾持。In addition to the aforementioned light source device, the luminaire further includes a jig. The main function of the fixture is to fix the light source unit to an assembly such as a wall, ceiling or cabinet. The fixture mainly comprises a first support plate, a second support plate and M connection support plates; wherein M is 1 or other positive integer. The first plate and the second plate respectively protrude from the two ends of the connecting plate, and the distance between the first plate and the second plate is reduced as it approaches the connecting plate. The first and second support plates respectively extend away from the free ends of the connecting support plates inwardly to extend the first inner fold portion and the second inner fold portion to clamp the light source device.
光源裝置亦可藉由電性連接裝置與另一光源裝置連接以形成為組合式的光源裝置。電性連接裝置包含有第一電性連接端及第二電性連接端分別自兩端伸出。當進行連接時,第一電性連接端及第二電性連接端分別伸入相鄰該光源裝置之連接座以進行接合。The light source device can also be connected to another light source device by an electrical connection device to form a combined light source device. The electrical connecting device includes a first electrical connecting end and a second electrical connecting end respectively extending from the two ends. When the connection is made, the first electrical connection end and the second electrical connection end respectively extend into the connection seat adjacent to the light source device for bonding.
本發明係提供一種光源裝置、使用此光源裝置之燈具以及包含此燈具之燈具組合。光源裝置較佳係為使用發光二極體為光源之照明源,其中發光二極體較佳係呈條狀排列。燈具則主要為照明之用,較佳係可設置於各式如牆面或書櫃層板等支撐平面上,可以為例如嵌頂燈、櫥櫃燈、壁燈、工作燈或其他各式照明設備。燈具組合則包含上述之燈具,以及供燈具設置之組裝體,例如牆面、天花板、層板以及櫥櫃等。The present invention provides a light source device, a lamp using the same, and a lamp combination including the same. Preferably, the light source device is an illumination source using the light emitting diode as a light source, wherein the light emitting diodes are preferably arranged in a strip shape. The luminaires are mainly used for lighting, and may be arranged on various supporting surfaces such as wall or bookcase laminates, and may be, for example, downlights, cabinet lights, wall lamps, work lights or other various lighting devices. The luminaire combination includes the luminaires described above, as well as assemblies for the luminaires, such as walls, ceilings, laminates, and cabinets.
如圖1所示,光源裝置100包含殼體230、燈罩210、光源模組300及連接座400。殼體230係連接於燈罩210之背向,並與燈罩210共同圍成容置空間250以容納其他的元件。燈罩210較佳係為條狀延長之設計,為了說明上的方便,以下以延伸方向110表示燈罩210的伸長方向。在此較佳實施例中,燈罩210係為繞延伸方向110弧曲之凸出弧面,且具有沿延伸方向110延伸,互相平行並相對之第一側邊211及第二側邊212;然而在不同實施例中,燈罩210亦可為平面或凹面,以達到不同的出光效果。此外,在此較佳實施例中,燈罩210係由光可穿透之塑料或玻璃製成,且全部面積均為可出光之範圍;然而在不同實施例中,燈罩210亦可採用不透光之材料與透光材料組合而成,例如以不透光之材料作為外框,而以透光材料形成中央之可出光範圍。此時可透光之區域範圍則會自第一側邊211及第二側邊212向內縮一定距離。As shown in FIG. 1 , the light source device 100 includes a housing 230 , a lamp cover 210 , a light source module 300 , and a connector 400 . The housing 230 is coupled to the back of the lamp cover 210 and encloses an accommodation space 250 with the lamp cover 210 to accommodate other components. The lamp cover 210 is preferably designed in the form of a strip shape. For convenience of explanation, the direction of elongation of the lamp cover 210 is indicated by the extending direction 110 below. In the preferred embodiment, the lamp cover 210 is a convex curved surface that is curved around the extending direction 110, and has a first side 211 and a second side 212 extending in the extending direction 110 and parallel to each other and opposite to each other; In different embodiments, the lamp cover 210 can also be flat or concave to achieve different light-emitting effects. In addition, in the preferred embodiment, the lamp cover 210 is made of light-transmissive plastic or glass, and the entire area is the range in which light can be emitted; however, in different embodiments, the lamp cover 210 can also be opaque. The material is combined with a light-transmitting material, for example, an opaque material is used as the outer frame, and a light-transmitting material is used to form a central light-emitting range. At this time, the range of the light-transmissive region is contracted by a certain distance from the first side 211 and the second side 212.
如圖1所示,殼體230較佳係為條狀延長之設計,主要由第一支撐面231、第二支撐面232以及設置在兩者之間且數量為N個的第三支撐面233所組成。其中1≦N,且N為正整數;換言之,N可以等於1或為大於1之正整數。上述之支撐面較佳均沿燈罩210之延伸方向110延伸,且在橫切延伸方向110之方向上彼此間均夾有角度。在此實施例中,相鄰之支撐面間係相交形成有稜線235,稜線235亦沿著延伸方向延伸。另如圖2所示,第一支撐面231最接近於燈罩210之第一側邊211;在此實施例中,第一支撐面231藉由未與第三支撐面233連接之邊緣直接連接於第一側邊211;然而在不同實施例中,第一支撐面231亦可透過其他的連接平面或結構間接地連接第一側邊211。相對地,第二支撐面232最接近於第二側邊212;在此實施例中,第二支撐面232藉由未與第三支撐面233連接之邊緣直接連接於第二側邊212;然而在不同實施例中,第二支撐面232亦可透過其他的連接平面或結構間接連接第二側邊212。As shown in FIG. 1 , the housing 230 is preferably a strip-shaped elongated design, mainly composed of a first supporting surface 231 , a second supporting surface 232 , and a third supporting surface 233 disposed between the two. Composed of. Wherein 1 ≦ N and N is a positive integer; in other words, N can be equal to 1 or a positive integer greater than 1. Preferably, the support surfaces extend in the extending direction 110 of the lamp cover 210 and are angled with each other in the direction transverse to the extending direction 110. In this embodiment, the adjacent support faces intersect to form a ridgeline 235 which also extends in the direction of extension. As shown in FIG. 2, the first supporting surface 231 is closest to the first side 211 of the lamp cover 210; in this embodiment, the first supporting surface 231 is directly connected to the edge not connected to the third supporting surface 233. The first side 211; however, in different embodiments, the first support surface 231 can also indirectly connect the first side 211 through other connection planes or structures. In contrast, the second support surface 232 is closest to the second side 212; in this embodiment, the second support surface 232 is directly connected to the second side 212 by an edge that is not connected to the third support surface 233; In various embodiments, the second support surface 232 can also indirectly connect the second side 212 through other connection planes or structures.
如圖2所示,第三支撐面233係位於第一支撐面231及第二支撐面232之間並連接第一支撐面231及第二支撐面232。在此實施例中,第一支撐面231及第二支撐面232之間僅設有單一的第三支撐面233,即N=1的狀況;其兩側邊分別連接於第一支撐面231及第二支撐面232,且分別與第一支撐面231及第二支撐面232夾有第一夾角11及第二夾角12,兩者較佳均為鈍角。如圖2所示,第一支撐面231及第二支撐面232間之距離隨著遠離燈罩210而縮小;換言之,第一支撐面231及第二支撐面232係自燈罩210開始逐步向內夾緊。在此實施例中,第一支撐面231及第二支撐面232分別與第三支撐面233夾有約120度至150度之角度,因此當轉動以不同的支撐面與外部支撐平面貼合設置時,燈罩210之中心出光方向260即會以每轉一面差30度的差值進行調整。如圖3A所示,當以第一支撐面231為接合面與外部支撐平面900貼合連接時,中心出光方向260即會向左偏離垂直線30度。並相對於平行於外部支撐平面900的第一支撐面231向上抬起為60度。而如圖3B所示,當以第三支撐面233為接合面與外部支撐平面900貼合連接時,中心出光方向260即會與垂直方向平行。另在不同實施例中,第三支撐面233可分別與第一支撐面231及第二支撐面232夾不同的角度,藉此設計可增加出光角度的選擇性。As shown in FIG. 2 , the third supporting surface 233 is located between the first supporting surface 231 and the second supporting surface 232 and connects the first supporting surface 231 and the second supporting surface 232 . In this embodiment, only a single third supporting surface 233 is disposed between the first supporting surface 231 and the second supporting surface 232, that is, a condition of N=1; the two sides are respectively connected to the first supporting surface 231 and The second supporting surface 232 and the first supporting surface 231 and the second supporting surface 232 respectively have a first angle 11 and a second angle 12, both of which are preferably obtuse angles. As shown in FIG. 2, the distance between the first supporting surface 231 and the second supporting surface 232 is reduced as being away from the lamp cover 210; in other words, the first supporting surface 231 and the second supporting surface 232 are gradually clipped inward from the lamp cover 210. tight. In this embodiment, the first supporting surface 231 and the second supporting surface 232 respectively have an angle of about 120 degrees to 150 degrees with the third supporting surface 233, so when the rotation is combined with the external supporting plane with different supporting surfaces, At the time, the center light exiting direction 260 of the globe 210 is adjusted by a difference of 30 degrees per revolution. As shown in FIG. 3A, when the first supporting surface 231 is used as a joint surface and is connected to the outer supporting plane 900, the central light exiting direction 260 is offset from the vertical line by 30 degrees to the left. And raised upward by 60 degrees with respect to the first support surface 231 parallel to the outer support plane 900. As shown in FIG. 3B, when the third supporting surface 233 is used as a joint surface and is connected to the outer supporting plane 900, the central light exiting direction 260 is parallel to the vertical direction. In addition, in different embodiments, the third supporting surface 233 can be at different angles from the first supporting surface 231 and the second supporting surface 232, respectively, thereby designing the selectivity of the light extraction angle.
在圖4所示之實施例中,第一支撐面231及第二支撐面232之間雖然沒有直接相連接,但仍夾有一為90度之角度;亦即第一支撐面231及第二支撐面232為垂直。當採用此設計時,光源裝置100即可便於設置於角落,使第一支撐面231及第二支撐面232分別貼合於相互垂直的牆面。另一方向,藉由第三支撐面233的設置,使得使用者仍可選擇以第三支撐面233貼合牆面以使中心出光方向260垂直於牆面,以提高使用者在裝設時的選擇自由度。In the embodiment shown in FIG. 4, although the first support surface 231 and the second support surface 232 are not directly connected, they are still at an angle of 90 degrees; that is, the first support surface 231 and the second support. Face 232 is vertical. When the design is adopted, the light source device 100 can be conveniently disposed at a corner, and the first support surface 231 and the second support surface 232 are respectively attached to the mutually perpendicular wall surfaces. In another direction, by the arrangement of the third supporting surface 233, the user can still select the third supporting surface 233 to fit the wall surface so that the central light emitting direction 260 is perpendicular to the wall surface, so as to improve the user's installation time. Choose the degree of freedom.
在不同實施例中,亦可在第一支撐面231及第二支撐面232之間設有複數個第三支撐面233,亦及N大於1的狀況,以提供光源裝置100裝設時不同的角度變換可能性。例如在圖5所示之實施例中,具有三個第三支撐面233位在第一支撐面231及第二支撐面232之間,即N等於3的狀況,因此可使使用者有更多中心出光方向260調整的可能性。如圖5所示,在此橫切延伸方向110之截面上,第一支撐面231、第二支撐面232及第三支撐面233係呈輻射狀的排列。此外,增加第三支撐面233的數量並可減少每次轉動時中心出光方向260的旋轉角度,以達到微調的效果。此外,當1<N時,第i個第三支撐面233與第i-1個第三支撐面233間夾有第i+1夾角13,其中1<i≦N。在本實施例中,第i+1夾角即分別為第三及第四夾角。第i+1夾角13較佳亦為鈍角;在此實施例中,第i+1夾角13係與第一夾角11或第二夾角12相等;然而在不同實施例中,各夾角亦可不相等。In different embodiments, a plurality of third supporting surfaces 233 may be disposed between the first supporting surface 231 and the second supporting surface 232, and a condition that N is greater than 1 to provide different conditions when the light source device 100 is installed. Angle transformation possibilities. For example, in the embodiment shown in FIG. 5, there are three third supporting faces 233 between the first supporting surface 231 and the second supporting surface 232, that is, the condition that N is equal to 3, so that the user can have more The possibility of adjusting the center light direction 260. As shown in FIG. 5, in the cross section transverse to the extending direction 110, the first supporting surface 231, the second supporting surface 232, and the third supporting surface 233 are arranged in a radial shape. In addition, the number of third support faces 233 is increased and the angle of rotation of the central exit direction 260 at each revolution is reduced to achieve the effect of fine adjustment. In addition, when 1<N, the i-th third support surface 233 and the i-th third support surface 233 are sandwiched by the (i+1)th angle 13, wherein 1<i≦N. In this embodiment, the i+1th angle is the third and fourth angles, respectively. Preferably, the i+1 angle 13 is also an obtuse angle; in this embodiment, the i+1th angle 13 is equal to the first angle 11 or the second angle 12; however, in different embodiments, the angles may not be equal.
如圖6所示,光源模組300係容納於殼體230與燈罩210共同圍成之容置空間250內,並沿延伸方向110延伸。在此較佳實施例中,請同時參考圖1,光源模組300係為發光二極體光條,包含有條狀基板310及設置於其表面上的固態發光二極體330。固態發光二極體330係沿延伸方向110排列於條狀基板310上。連接座400則設置對應於容置空間250在延伸方向110之一端或兩端,並分別與燈罩210及殼體230連接以封閉容置空間250。在此實施例中,連接座400包含有連接套筒410及連接凸緣430。連接凸緣430較佳係自連接套筒410之一端長出,並垂直於連接套筒410。連接凸緣430之內緣形成開口431連通於連接套筒410內部;外緣則連接於殼體200之端部,以封閉容置空間250。連接套筒410較佳係沿延伸方向110延伸,且相對於連接凸緣430之另一端伸入容置空間250內。As shown in FIG. 6 , the light source module 300 is housed in the accommodating space 250 enclosed by the housing 230 and the lamp cover 210 and extends in the extending direction 110 . In the preferred embodiment, referring to FIG. 1 , the light source module 300 is a light-emitting diode strip, and includes a strip substrate 310 and a solid-state LED 330 disposed on a surface thereof. The solid state light emitting diodes 330 are arranged on the strip substrate 310 in the extending direction 110. The connecting base 400 is disposed at one end or both ends of the accommodating space 250 in the extending direction 110, and is respectively connected to the lamp cover 210 and the housing 230 to close the accommodating space 250. In this embodiment, the connector block 400 includes a connection sleeve 410 and a connection flange 430. The attachment flange 430 preferably extends from one end of the attachment sleeve 410 and is perpendicular to the attachment sleeve 410. The inner edge of the connecting flange 430 forms an opening 431 communicating with the inside of the connecting sleeve 410; the outer edge is connected to the end of the housing 200 to close the accommodating space 250. The connecting sleeve 410 preferably extends in the extending direction 110 and extends into the receiving space 250 with respect to the other end of the connecting flange 430.
如圖6所示,光源模組300之端部301較佳係延伸至燈罩210與連接座400之間。藉由此一設計,可使實際發出光線的面積增加,並減少光源裝置100兩端不發光的面積,以增加空間利用效率。在此實施例中,光源模組300之條狀基板310係伸至連接套筒410與燈罩210之間,且至少一固態發光二極體330係設置於連接套筒410的上方,且較佳位於連接套筒410與燈罩210之間;換言之,係將連接套筒410藏在條狀基板310及固態發光二極體330的下方。相較於傳統的設計,當由燈罩210的方向觀察時,此實施例在設置連接套筒410的部分仍可發出光線,因此可將兩端不發光的區域最小化。As shown in FIG. 6 , the end portion 301 of the light source module 300 preferably extends between the lamp cover 210 and the connector 400 . With this design, the area where the actual light is emitted can be increased, and the area where the light source device 100 does not emit light can be reduced to increase the space utilization efficiency. In this embodiment, the strip substrate 310 of the light source module 300 is extended between the connection sleeve 410 and the lamp cover 210, and at least one solid state light emitting diode 330 is disposed above the connection sleeve 410, and is preferably disposed. It is located between the connection sleeve 410 and the lamp cover 210; in other words, the connection sleeve 410 is hidden under the strip substrate 310 and the solid state light emitting diode 330. Compared to the conventional design, this embodiment can still emit light at the portion where the connecting sleeve 410 is disposed when viewed from the direction of the globe 210, thereby minimizing the area where the both ends are not illuminated.
在圖7所示之實施例中,連接套筒410之筒壁厚度L隨著靠近連接凸緣430而增加。藉由此一設計,可在相同連接凸緣430寬度及開口431的條件下,有效地增加連接套筒410之長度,以增加連接套筒410內可容納元件的空間。In the embodiment shown in FIG. 7, the wall thickness L of the connecting sleeve 410 increases as it approaches the connecting flange 430. With this design, the length of the connecting sleeve 410 can be effectively increased under the condition of the width of the same connecting flange 430 and the opening 431 to increase the space in the connecting sleeve 410 for accommodating components.
如圖8A及圖8B所示,光源裝置100亦可藉由電性連接裝置500與另一光源裝置100連接以形成為組合式的光源裝置。組合所使用的光源裝置100之數量為複數,當光源裝置100之數量為K時,則需要K-1個電性連接裝置500;在此實施例中K=2。相鄰的光源裝置100較佳係在沿延伸方向上呈直線的連接,以形成線性的光源。電性連接裝置500較佳包含有支座510、第一電性連接端531及第二電性連接端532。第一電性連接端531及第二電性連接端532分別自支座510之兩端伸出,且彼此相互電連接。光源裝置100之連接座400並具有第一端子450容納於連接套筒410內,且位於遠離開口431之一端;第一端子450係與光源模組300電連接。當連接相鄰光源裝置100時,支座510兩端的第一連接端子531及第二連接端子532分別伸入相鄰光源裝置100之連接座400,並經由開口431伸入連接套筒410內。第一連接端子531及第二連接端子532分別係與第一端子450接合以產生電連接,而支座510較佳亦同時伸入兩邊的連接套筒410內,且為連接套筒410之內壁所包覆。在較佳實施例中,連接套筒410的內壁係與支座510具有一定的摩擦力,以提供連接的穩定性。此外,支座510完全沒入相鄰之二連接座400內;換言之,此二連接座400係相互貼合以完全遮蔽電性連接裝置500。然而在不同實施例中,支座510亦可不完全沒入連接座400中。As shown in FIG. 8A and FIG. 8B, the light source device 100 can also be connected to another light source device 100 by the electrical connection device 500 to form a combined light source device. The number of light source devices 100 used in combination is plural. When the number of light source devices 100 is K, K-1 electrical connection devices 500 are required; in this embodiment, K=2. Adjacent light source devices 100 are preferably connected in a straight line along the direction of extension to form a linear light source. The electrical connection device 500 preferably includes a support 510, a first electrical connection end 531 and a second electrical connection end 532. The first electrical connection end 531 and the second electrical connection end 532 respectively protrude from both ends of the support 510 and are electrically connected to each other. The connector 400 of the light source device 100 has a first terminal 450 received in the connection sleeve 410 and located at one end of the opening 431. The first terminal 450 is electrically connected to the light source module 300. When the adjacent light source device 100 is connected, the first connection terminal 531 and the second connection terminal 532 at both ends of the support 510 respectively extend into the connection base 400 of the adjacent light source device 100 and protrude into the connection sleeve 410 via the opening 431. The first connection terminal 531 and the second connection terminal 532 are respectively engaged with the first terminal 450 to make an electrical connection, and the support 510 preferably extends into the connection sleeve 410 on both sides and is inside the connection sleeve 410. The wall is covered. In the preferred embodiment, the inner wall of the connecting sleeve 410 has a frictional force with the abutment 510 to provide stability of the connection. In addition, the support 510 is completely immersed in the adjacent two connecting sockets 400; in other words, the two connecting seats 400 are attached to each other to completely shield the electrical connecting device 500. However, in various embodiments, the abutment 510 may not be completely immersed in the connector block 400.
藉由此一設計,當相鄰的二光源裝置100相互連接以形成組合式的燈具時,可以將電性連接裝置500完全隱藏。由於電性連接裝置500不發光,因此此一設計可以減少組合後不發光的面積,並增加燈具一體性的視覺效果。此外,配合前述光源模組300設置在連接座400及燈罩210之間的設計,可更減少二發光面210間不發光的面積,使得發光區域之連貫性提升。此外,第一支撐面231、第二支撐面232及第三支撐面233與電性連接裝置500的最短距離較佳係相同,藉由此一設計,相鄰的二光源裝置100可各自以不同的支撐面組裝,以選擇不同的發光角度。With this design, when the adjacent two light source devices 100 are connected to each other to form a combined luminaire, the electrical connection device 500 can be completely hidden. Since the electrical connection device 500 does not emit light, this design can reduce the area that does not emit light after combination, and increase the visual effect of the integratedness of the lamp. In addition, the design of the light source module 300 disposed between the connecting base 400 and the lamp cover 210 can further reduce the area of non-light-emitting between the two light-emitting surfaces 210, so that the continuity of the light-emitting area is improved. In addition, the shortest distance between the first supporting surface 231, the second supporting surface 232, and the third supporting surface 233 and the electrical connecting device 500 is preferably the same. With this design, the adjacent two light source devices 100 can each be different. The support surfaces are assembled to select different illumination angles.
圖9所示為本發明燈具的實施例。在此實施例中,除了前述的光源裝置100外,更包含了夾具700。夾具700的主要功能為將光源裝置100固定於如牆壁、天花板或櫥櫃等組裝體上。在此實施例中,夾具700係形成為夾子狀的結構,主要包含第一支板710、第二支板720及M個連接支板730;其中第一支板710、第二支板720及連接支板730均可與組裝體連接以提供不同角度的組裝選擇。上述的M較佳符合下列條件:1≦M且M為正整數。如圖10所示,第一支板710及第二支板720分別自第一個(即第M個)連接支板730的兩端伸出,且第一支板710及第二支板720間的距離隨著靠近連接支板730而縮小。當具有複數連接支板730時,則第一支板710及第二支板720係分別自位於兩側的連接支板730;亦即第一個及第M個連接支板730;之外側伸出。第一支板710及第二支板720遠離連接支板730的自由端分別向內伸出第一內折部711及第二內折部721,以對光源裝置100進行夾持。換言之,第一內折部711及第二內折部721分別形成於第一支板710及第二支板720上對向於第一個及第M個連接支板730之側邊。Figure 9 shows an embodiment of the luminaire of the present invention. In this embodiment, in addition to the aforementioned light source device 100, a jig 700 is further included. The main function of the jig 700 is to fix the light source device 100 to an assembly such as a wall, a ceiling or a cabinet. In this embodiment, the jig 700 is formed into a clip-like structure, and mainly includes a first supporting plate 710, a second supporting plate 720, and M connecting supporting plates 730; wherein the first supporting plate 710 and the second supporting plate 720 are Connection brackets 730 can be coupled to the assembly to provide assembly options at different angles. The above M preferably satisfies the following conditions: 1 ≦ M and M is a positive integer. As shown in FIG. 10, the first support plate 710 and the second support plate 720 respectively protrude from both ends of the first (ie, Mth) connection support plate 730, and the first support plate 710 and the second support plate 720 The distance between them decreases as it approaches the connecting support plate 730. When there are a plurality of connecting brackets 730, the first supporting plate 710 and the second supporting plate 720 are respectively connected from the connecting supporting plates 730 on both sides; that is, the first and the Mth connecting supporting plates 730; Out. The first inner plate 710 and the second inner plate 720 extend away from the free ends of the connecting support plates 730, respectively, to project the first inner folded portion 711 and the second inner folded portion 721 to clamp the light source device 100. In other words, the first inner folded portion 711 and the second inner folded portion 721 are respectively formed on the first support plate 710 and the second support plate 720 opposite to the side edges of the first and Mth connection support plates 730.
此外,在較佳實施例中,第一支板710與第一個連接支板730間形成第一夾具夾角21,其較佳為鈍角;第二支板720與第M個連接支板730間形成第二夾具夾角22;其較佳亦為鈍角。其中當1<M時,亦即具有複數連接支板730時,第j個連接支板730與第j-1個連接支板730間則形成第j+1夾具夾角,其中1<j≦M;第j+1夾具夾角較佳亦為鈍角。In addition, in the preferred embodiment, the first support plate 710 and the first connecting support plate 730 form a first clamp angle 21, which is preferably an obtuse angle; between the second support plate 720 and the Mth connection support plate 730 A second clamp angle 22 is formed; it is preferably also an obtuse angle. Wherein, when 1<M, that is, when there are a plurality of connecting support plates 730, the j+1th clamp angle is formed between the jth connection support plate 730 and the j-1th connection support plate 730, wherein 1<j≦M The j+1 jig angle is preferably also an obtuse angle.
如圖10所示,光源裝置100之殼體230係經由第一內折部711及第二內折部721之間進入並容納於第一支板710、第二支板720及連接支板730所合圍的空間。第一內折部711及第二內折部721則分別卡合燈罩210上靠近第一側邊211及第二側邊212的位置;換言之,在圖10所示剖面上,第一側邊211及第二側邊212係被卡合於第一內折部711及第二內折部721的下方以確保光源裝置100不會脫出於夾具700外。As shown in FIG. 10 , the housing 230 of the light source device 100 enters between the first inner folded portion 711 and the second inner folded portion 721 and is received by the first support plate 710 , the second support plate 720 , and the connecting support plate 730 . The space enclosed. The first inner folded portion 711 and the second inner folded portion 721 respectively engage the position of the lamp cover 210 near the first side 211 and the second side 212; in other words, on the cross section shown in FIG. 10, the first side 211 The second side 212 is engaged with the first inner folded portion 711 and the second inner folded portion 721 to ensure that the light source device 100 does not come out of the jig 700.
為了便利光源裝置100的拆裝,如圖10所示,第一支撐面231及第二支撐面232間於遠離燈罩210之第一、第二側邊間距d小於第一內折部711及第二內折部721間之開口間距W,且第一支板710、第二支板720及連接支板730中至少一者具有彈力。當進行組裝時,將殼體230的底部壓入第一內折部711及第二內折部721間之開口,藉由上述之彈力,可使第一內折部711及第二內折部721間之開口間距W擴張至與第一支撐面231及第二支撐面232間於靠近燈罩210之側邊間距D實質相同,或者與第一支撐面231及第二支撐面232間最遠距離實質相同。In order to facilitate the disassembly and assembly of the light source device 100, as shown in FIG. 10, the distance between the first support surface 231 and the second support surface 232 away from the first and second sides of the lamp cover 210 is smaller than the first inner fold portion 711 and the first The opening pitch W between the two inner folded portions 721, and at least one of the first support plate 710, the second support plate 720, and the connection support plate 730 has an elastic force. When assembling, the bottom of the housing 230 is pressed into the opening between the first inner folded portion 711 and the second inner folded portion 721, and the first inner folded portion 711 and the second inner folded portion can be obtained by the elastic force described above. The opening pitch W of the 721 is expanded to be substantially the same as the distance D between the first supporting surface 231 and the second supporting surface 232 adjacent to the side of the lamp cover 210, or the farthest distance from the first supporting surface 231 and the second supporting surface 232. Substantially the same.
另一方面,第一支撐面231及第二支撐面232間於靠近燈罩210之側邊間距D,或者第一支撐面231及第二支撐面232間最遠距離,需大於第一內折部711及第二內折部721間之開口間距W。藉此設計,可使第一內折部711及第二內折部721有效地卡合光源裝置100。On the other hand, the distance between the first support surface 231 and the second support surface 232 near the side of the lamp cover 210, or the farthest distance between the first support surface 231 and the second support surface 232, is greater than the first inner fold. The opening pitch W between the 711 and the second inwardly folded portion 721. With this design, the first inwardly folded portion 711 and the second inwardly folded portion 721 can be effectively engaged with the light source device 100.
在較佳實施例中,如圖10所示,第一支板710、第二支板720及連接支板730係分別對應於第一支撐面231、第二支撐面232及第三支撐面733,且相互平行;連接支板730之數量較佳亦可對應於第三支撐面733之數量。第一支板710、第二支板720及連接支板730之主要設置目的係與第一支撐面231、第二支撐面232及第三支撐面233相似,均為提供光源裝置100較多的設置角度選擇。另一方面,第一支板710、第二支板720及連接支板730在設置上的變化性亦與前述第一支撐面231、第二支撐面232及第三支撐面733相似,在此即不再贅述。需注意的是,連接支板730之數量與第三支撐面233之數量不必然相同,可視使用者的需求調整。In the preferred embodiment, as shown in FIG. 10, the first support plate 710, the second support plate 720, and the connection support plate 730 correspond to the first support surface 231, the second support surface 232, and the third support surface 733, respectively. And parallel to each other; the number of the connecting brackets 730 preferably also corresponds to the number of the third supporting surfaces 733. The main purpose of the first board 710, the second board 720, and the connecting board 730 is similar to that of the first supporting surface 231, the second supporting surface 232, and the third supporting surface 233, and all of the light source devices 100 are provided. Set the angle selection. On the other hand, the variability of the first support plate 710, the second support plate 720, and the connection support plate 730 is similar to that of the first support surface 231, the second support surface 232, and the third support surface 733. I will not repeat them. It should be noted that the number of the connecting brackets 730 and the number of the third supporting surfaces 233 are not necessarily the same, and can be adjusted according to the needs of the user.
圖11所示為本發明燈具組合的實施例。在此實施例中,係直接以光源裝置100與組裝體800組裝。組裝體800包含第一組裝面810及第二組裝面820;在此實施例中,兩者係為相垂直,並分別平貼連接第一支撐面231及第二支撐面232。然而在不同實施例中,當第一組裝面810及第二組裝面820具有較大的張角時,亦可分別平貼連接第一支撐面231及第三支撐面233,或者分別平貼連接第二支撐面232及第三支撐面233。Figure 11 shows an embodiment of the luminaire assembly of the present invention. In this embodiment, the light source device 100 is directly assembled with the assembly 800. The assembly body 800 includes a first assembly surface 810 and a second assembly surface 820. In this embodiment, the two are perpendicular to each other and are respectively connected to the first support surface 231 and the second support surface 232. However, in different embodiments, when the first assembly surface 810 and the second assembly surface 820 have a large opening angle, the first support surface 231 and the third support surface 233 may be respectively connected to the flat surface, or respectively. Two support surfaces 232 and a third support surface 233.
在圖12所示的另一實施例中,係藉由夾具700將光源裝置100組裝於組裝體800上。組裝體800包含第一組裝面810及第二組裝面820;在此實施例中,兩者係為相垂直,並分別平貼連接第一支板710及第二支板720。然而在不同實施例中,當第一組裝面810及第二組裝面820具有較大的張角時,亦可分別平貼連接第一支板710及連接支板730,或者分別平貼連接第二支板720及連接支板730。In another embodiment shown in FIG. 12, the light source device 100 is assembled to the assembly 800 by the jig 700. The assembly body 800 includes a first assembly surface 810 and a second assembly surface 820. In this embodiment, the two are perpendicular to each other and are respectively connected to the first support plate 710 and the second support plate 720. However, in different embodiments, when the first assembly surface 810 and the second assembly surface 820 have a large opening angle, the first support plate 710 and the connection support plate 730 may be respectively connected to the flat plate, or may be respectively connected to the second connection plate 730. The support plate 720 and the support plate 730.
相較於直接將光源裝置100組裝於組裝體800上,使用夾具700可在光源裝置100及組裝體800之間形成一個間隙,此一間隙將有助於散熱。另一方面,若直接光源裝置100組裝於組裝體800上將可以節省組裝空間,將體積作進一步的減縮。Compared with directly assembling the light source device 100 to the assembly 800, the jig 700 can be used to form a gap between the light source device 100 and the assembly 800, which will contribute to heat dissipation. On the other hand, if the direct light source device 100 is assembled on the assembly 800, the assembly space can be saved and the volume can be further reduced.
本發明已由上述相關實施例加以描述,然而上述實施例僅為實施本發明之範例。必須指出的是,已揭露之實施例並未限制本發明的範圍。相反地,包含於申請專利範圍之精神及範圍之修改及均等設置均包含於本發明之範圍內。The present invention has been described by the above-described related embodiments, but the above embodiments are merely examples for implementing the present invention. It must be noted that the disclosed embodiments do not limit the scope of the invention. On the contrary, modifications and equivalents of the spirit and scope of the invention are included in the scope of the invention.
11...第一夾角11. . . First angle
12...第二夾角12. . . Second angle
13...第i+1夾角13. . . The i+1 angle
21...第一夾具夾角twenty one. . . First clamp angle
22...第二夾具夾角twenty two. . . Second clamp angle
100...光源裝置100. . . Light source device
110...延伸方向110. . . Extension direction
200...殼體200. . . case
210...燈罩210. . . lampshade
211...第一側邊211. . . First side
212...第二側邊212. . . Second side
230...殼體230. . . case
231...第一支撐面231. . . First support surface
232...第二支撐面232. . . Second support surface
233...第三支撐面233. . . Third support surface
235...稜線235. . . Ridge line
250...容置空間250. . . Housing space
260...出光方向260. . . Light direction
300...光源模組300. . . Light source module
310...條狀基板310. . . Strip substrate
330...發光二極體330. . . Light-emitting diode
400...連接座400. . . Connecting seat
410...連接套筒410. . . Connection sleeve
430...連接凸緣430. . . Connecting flange
431...開口431. . . Opening
450...第一端子450. . . First terminal
500...電性連接裝置500. . . Electrical connection device
510...支座510. . . Support
531...第一連接端子531. . . First connection terminal
532...第二連接端子532. . . Second connection terminal
700...夾具700. . . Fixture
710...第一支板710. . . First board
711...第一內折部711. . . First inner fold
720...第二支板720. . . Second support
721...第二內折部721. . . Second inner fold
730...連接支板730. . . Connecting plate
800...組裝體800. . . Assembly
810...第一組裝面810. . . First assembly surface
820...第二組裝面820. . . Second assembly surface
900...外部支撐平面900. . . External support plane
d...間距d. . . spacing
D...間距D. . . spacing
L...筒壁厚度L. . . Wall thickness
W...間距W. . . spacing
圖1為本發明光源裝置之實施例元件***圖;1 is an exploded view of an element of an embodiment of a light source device of the present invention;
圖2為光源裝置之實施例剖面圖;Figure 2 is a cross-sectional view showing an embodiment of a light source device;
圖3A為光源裝置組裝之實施例示意圖;3A is a schematic view showing an embodiment of assembly of a light source device;
圖3B為光源裝置組裝之另一實施例示意圖;3B is a schematic view showing another embodiment of assembly of a light source device;
圖4為光源裝置之另一實施例剖面圖;Figure 4 is a cross-sectional view showing another embodiment of the light source device;
圖5為光源裝置包含複數第三支撐面之實施例示意圖;5 is a schematic view showing an embodiment of a light source device including a plurality of third support surfaces;
圖6為光源裝置之側面剖面圖;Figure 6 is a side cross-sectional view of the light source device;
圖7為連接套筒之實施例示意圖;Figure 7 is a schematic view of an embodiment of a connecting sleeve;
圖8A及圖8B為包含複數光源裝置之燈具示意圖;8A and 8B are schematic views of a luminaire including a plurality of light source devices;
圖9為包含夾具之燈具實施例示意圖;Figure 9 is a schematic view of an embodiment of a luminaire including a jig;
圖10為圖9所示實施例之剖面圖;Figure 10 is a cross-sectional view of the embodiment of Figure 9;
圖11為包含組裝體之燈具組合實施例示意圖;Figure 11 is a schematic view of an embodiment of a luminaire assembly comprising an assembly;
圖12為包含組裝體之燈具組合另一實施例示意圖Figure 12 is a schematic view of another embodiment of a lamp assembly including an assembly
100...光源裝置100. . . Light source device
110...延伸方向110. . . Extension direction
200...殼體200. . . case
210...燈罩210. . . lampshade
211...第一側邊211. . . First side
212...第二側邊212. . . Second side
230...殼體230. . . case
231...第一支撐面231. . . First support surface
232...第二支撐面232. . . Second support surface
233...第三支撐面233. . . Third support surface
235...稜線235. . . Ridge line
250...容置空間250. . . Housing space
300...光源模組300. . . Light source module
310...條狀基板310. . . Strip substrate
330...發光二極體330. . . Light-emitting diode
400...連接座400. . . Connecting seat
410...連接套筒410. . . Connection sleeve
430...連接凸緣430. . . Connecting flange
Claims (12)
Priority Applications (1)
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TW100139228A TWI493138B (en) | 2011-10-26 | 2011-10-26 | Light source device with connecting part and lighting instrument |
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TW100139228A TWI493138B (en) | 2011-10-26 | 2011-10-26 | Light source device with connecting part and lighting instrument |
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Publication Number | Publication Date |
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TW201317512A TW201317512A (en) | 2013-05-01 |
TWI493138B true TWI493138B (en) | 2015-07-21 |
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TW100139228A TWI493138B (en) | 2011-10-26 | 2011-10-26 | Light source device with connecting part and lighting instrument |
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Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWM279082U (en) * | 2005-06-14 | 2005-10-21 | Omnilux Lighting Llc | Connection device for lamps |
CN201129666Y (en) * | 2007-09-07 | 2008-10-08 | 上海辰皓光源科技有限公司 | Reflecting cup structure of LED road lamp and stand component with the same |
TWI319918B (en) * | 2006-10-26 | 2010-01-21 | ||
CN101696776A (en) * | 2009-11-02 | 2010-04-21 | 中山市欧帝尔电器照明有限公司 | LED lamp |
CN201973532U (en) * | 2011-03-10 | 2011-09-14 | 深圳市艾比森光电股份有限公司 | LED lamp tube |
-
2011
- 2011-10-26 TW TW100139228A patent/TWI493138B/en not_active IP Right Cessation
Patent Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWM279082U (en) * | 2005-06-14 | 2005-10-21 | Omnilux Lighting Llc | Connection device for lamps |
TWI319918B (en) * | 2006-10-26 | 2010-01-21 | ||
CN201129666Y (en) * | 2007-09-07 | 2008-10-08 | 上海辰皓光源科技有限公司 | Reflecting cup structure of LED road lamp and stand component with the same |
CN101696776A (en) * | 2009-11-02 | 2010-04-21 | 中山市欧帝尔电器照明有限公司 | LED lamp |
CN201973532U (en) * | 2011-03-10 | 2011-09-14 | 深圳市艾比森光电股份有限公司 | LED lamp tube |
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TW201317512A (en) | 2013-05-01 |
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