M420633 五、新型說明： 【新细所屬技術領域3 新型領域 本新型涉及一種燈，特別是具有水平和角度調整的發 光二極體(LED)路燈。 【先前技3 新型背景 傳統的路燈沒有設置任何角度調整機構。當這些傳統 的路燈的燈桿沿著道路直立時’殼體以及安裝在殼體中的 發光單元可能並沒有定向在水平位置或相對於道路的合適 位置。因此，從殼體中的發光單元發射的光可能不會向下 投射而沿著道路產生預期的有效照明區域。如果光沒有向 下投射，殘望誠光會影m道路駕駛的駕駛員而產 生女全問題。沒有向下投射的光會進—步對道路附近的居 住區域產生光污染。 因此，而要生產一種具有可調整殼體的改進的路燈， 使得殼體和安裝在殼體中的發光單元能夠定向在水平位置 或相對於道路的合適位置。 【新型内容】 新型概要 根據本新型的一個方面，提供了-種燈，該燈包括： 用於在其巾容納發光單元的殼體；安裝在所述殼體的一個 端。P處的第-聯接II ;第二聯接器該第二聯接器通過聯 接機構在多個聯接位置中的—個位置處聯接至所述第一聯 3 M420633 接器；和水平儀，該水平儀設置在所述第一聯接器或所述 殼體上，以視覺指示所述殼體是否處於水平位置。所述水 平儀可以設置在所述第一聯接器的面向上的部分處。所述 發光單元可以包括發光二極體陣列。 所述聯接機構可以包括形成在所述第一和第二聯接器 中的一個聯接器的凹面上的多個第一齒和形成在所述第一 和第二聯接器中的另一個聯接器的凸面上且能在不同的齒 唾合位置處與所述多個第一齒喷合的多個第二齒。所述殼 體從一個齒嚙合位置到相鄰的齒嚙合位置的調整使所述殼 體和所述第一聯接器相對於所述第二聯接器轉過預定角 度。所述預定角度可以為2°。所述第一聯接器可以以在_1〇 °到+10°内的角度聯接至所述第二聯接器。 該燈可以包括至少一個用於將第一和第二聯接器緊固 在一起的螺栓。該燈還可以包括分別固定至所述第一和第 二聯接器中的一個聯接器的兩個相反端部處的一對保護板 以及分別擰入所述第一和第二聯接器中的另一個聯接器的 兩個相反端部中的一對銷釘，由此將所述銷釘的暴露頭部 分別保持在形成於所述一對保護板上的一對槽内。所述保 護板可以由不錄鋼製成。 該燈還可以包括設置在所述第一和第二聯接器中的一 個聯接器上的角度標記和設置在所述第一和第二聯接器中 的另一個聯接器上的指標’该指標指不所述角度標記中的 一個角度標記。所述角度標記可以絲網印刷在固定於所述 第一和第二聯接器中的一個聯接器的一個端部處的板上。 4 所述第二聯接器可以設置有線管，電線穿過該線管。 所述燈可以安裝在燈桿的頂部上以形成路燈。 圖式簡單說明 下面將參照附圖以示例方式描述本新型的具體實施方 式。 第1圖是根據本新型的一個實施方式的LED路燈的水 平和角度調整組件的立體圖； 第2圖是第1圖的LED路燈的水平和角度調整元件的分 解圖； 第3圖是第1圖的LED路燈的水平和角度調整元件的另 一分解圖； 第4圖是根據本新型的一個實施方式的第一聯接構件 的立體圖； 第5圖是根據本新型的一個實施方式的第二聯接構件 的立體圖； 第6圖是示出了處於不同角度的LED路燈的示意圖； 第7圖是LED路燈的俯視圖； 第8圖是第7圖中的圓圈處的放大圖； 第9圖是根據本新型的一個實施方式的LED路燈的保 護板的放大圖。 t實施方式3 具體實施方式 第1圖至第3圖示出了根據本新型的一個實施方式的發 光二極體(LED)路燈的水平和角度調整組件的不同視圖。儘 M420633 官這裡描述了燈10是路燈，但是應理解，燈1〇的水平和角 度調整組件能夠結合在其他類型的燈中，包括但不限於用 於公路、停車場、操場、花園、庭院以及需要照明的任何 其他室外甚至是室内環境的燈。 燈1〇包括用於在其中容納發光單元的殼體12。發光單 兀可以呈發光二極體的陣列的形式。由發光單元產生的光 從燈10的底側向下射出。殼體12可以為大致矩形形狀或任 何其他合適的形狀。殼體12具有端部14，水平和角度調整 元件安裝在該端部14上。 燈10的水平和角度調整組件包括安裝在殼體12的端部 14處的第一聯接器2 〇和通過聯接機構聯接至第一聯接器2 〇 的第二聯接器30。根據圖示的實施方式，該聯接機構包括 形成在第一聯接器20的凹面上的多個第一齒22和形成在第 二聯接器30的凸面上的多個第二齒32，如第4圖和第5圖最 佳所示。 第一聯接器20的多個第一齒22能夠通過手動調整在不 同的齒响合位置與第二聯接器30的多個第二齒32嚙合。在 調整之後，可以通過將一對螺栓4〇插入並擰緊在第二聯接 器30的孔口 34和第一聯接器20的孔口 24而利用該對螺栓4〇 在選定的齒嚙合位置將第一聯接器20和第二聯接器3〇緊固 在一起。可以看出，孔口34是細長的，從而它們允許螺栓 4〇即使在第二聯接器30以不同的角度聯接至第一聯接器2〇 時也能夠插入穿過孔口 34。 第一聯接器20與殼體12從一個齒唾合位置到相鄰的齒 6 M420633 喷合位置的調整使殼體12和安裝在殼體12中的發光單元相 對於第二聯接器30轉過預定角度。例如，該預定角度可以 設置為2°。根據圖示的實施方式，第一聯接器2〇可以以在 -10°到+10°内的角度聯接至第二聯接器3〇,如第6圖所示。 儘管已經示出並描述了第一聯接器20和第二聯接器3〇 的聯接通過分別形成在第一和第二聯接器2〇、30上的兩組 嚙合齒22、32實現，本領域技術人員應理解，第一聯接器 20和第二聯接器30的聯接可以以其他可能的方式實現。例 如，聯接器20、30中的一個聯接器可以形成有齒，而聯接 器20、30中的另一個聯接器可以簡單地形成有單個突起， 該單個突起仍然可以聯接至相對聯接器的齒。 然而，本領域技術人員應知道，如圖示實施方式所示， 設置在第一和第二聯接器2〇、30二者上的齒22、32能夠增 強第一和第二聯接器20、30的聯接，並降低第一和第二聯 接器20、30分離開的機率。由於殼體和安裝在殼體12中 的發光單元較重，因此採用位於第一和第二聯接器2〇、3〇 二者上的兩組齒22、32能夠防止殼體12、安裴在殼體12中 的發光單元和第一聯接器20從第二聯接器3〇分離開而掉 落。 儘管已經示出並描述了多個第一齒22形成在第一聯接 器20的凹面上，多個第二齒32形成在第二聯接器3〇的凸面 上，可以想像，多個第一齒22可以形成在第二聯接器3〇的 凹面上，而多個第二齒32可以形成在第一聯接器2〇的凸面 上。 7 M420633 如第7圖和第8圖所示，燈10還包括設置在第—聯接写 20上的水平儀50。水平儀50用於視覺指示殼體12是否位於 水平位置。根據圖示的實施方式，水平儀5〇位於第一聯接 器20的面向上的部分。水平儀50能夠由用戶通過形成在第 一聯接器20上的開口52觀察到。儘管已經示出並描述了水 平儀50設置在第一聯接器20上，應理解，水平儀5〇可以設 置在殼體12的上表面上。可能必須在水平儀5〇和殼體以之 間設置間隔件或絕緣件，從而使得發光單元產生的熱量不 會影響水平儀50或對水平儀50造成任何損壞。 如第1至3圖和第9圖所示，燈1〇還可以包括通過螺釘62 分別固定在第二聯接器30的兩個相反端部處的一對保護板 60。這兩個保護板60從第二聯接器3〇的兩個相反端部分別 延伸至第-聯接㈣的兩個相反端部。這兩個保護板赚 本上覆蓋第-和第二聯接器20、30的整個相反端部。保護 板60形成有在帛-聯漏2謝目反端部域伸並具有略微 弯曲構造的槽64。㈣板6G可以由不錄鋼或任何其他合適 材料形成。兩個銷釘66能夠分別擰入到第—聯接器2〇的兩 個相反端部巾，從而使得銷釘_暴露頭部分別保持在保 護板60的兩個槽64内，如第9圖最佳所示。 t燈H)還可以包括設置在第一和第二聯接器2〇、3〇上的 指標70和多個角度標記72，用於殼體12和第—聯接器 2〇相對於第二聯接!|3〇的角度。根據圖示實施方式，角度 標記72絲網印刷在蚊至第二聯接㈣的保護板⑹上，而 指針70設置在第一聯接器2〇上。 8 M420633 兩個保護板6 0和兩個銷釘66能夠進一步防止殼體12和 安裝在殼體12中的發光單元掉落，即使兩個螺栓40鬆動而 使得第一和第二聯接器20、30變得分離開也是如此。其原 因在於’即使第一聯結器20與第二聯結器30分離開，兩個 銷釘66的兩個頭部也會分別被兩個槽64的下端卡住而保持 在這兩個槽64的下端處。殼體12和發光單元及第一聯接器 20仍可以從第二聯接器3〇鬆弛地懸掛，但是不會突然掉落。 本新型的燈10的水平和角度調整組件能夠結合在路燈 内。燈10可以安裝在燈桿的頂部上。第二聯接器3〇可以設 置有線管80，電線82可以穿過線管8〇。 為了進行安裝，用戶首先通過將兩個螺栓4〇逆時針轉 動3至4圈而將螺栓40鬆開，使得第一聯接器2〇可以從第二 聯接器30分離開。然後，用戶保持殼體12並使第一聯接器 20的多個第.一齒22和第二聯接器3〇的多個第二齒32嚙合直 到殼體12疋向在由水平儀5〇指示的水平位置，通過這樣來 s周整第一和第二聯接器2〇、30的聯接。然後，用戶通過將 兩個螺栓4〇擰回到聯接器2〇、3〇中而將第一和第二聯接器 20、30的聯接緊固。 當殼體12定向在水平位置時，從安裝在殼體中的發光 單元投射的光會向下投射並且在道路上產生預期的有效照 明區域。贿12和安裝在殼體12巾的發光單元的位置可以 根據道路#條件和时的環境來進行調整1則2和安裝 在殼體12中的發光單元能夠容易且快速地調整至水平位置 或相對於it路的任意期望諸。這關確保沿著道路的均 9 M420633 勻有效的照明區域。使用本新型的LED路燈還能夠節省能 量並且對環境是友好的。 儘管具體參照本新型的幾個優選實施方式示出並描述 了本新型，應注意，在不脫離所附如申請專利範圍的情況 下可以進行各種其他改變或修改。 【圖式簡單說明3 第1圖是根據本新型的一個實施方式的LED路燈的水 平和角度調整組件的立體圖； 第2圖是第1圖的LED路燈的水平和角度調整元件的分 解圖； 第3圖是第1圖的LED路燈的水平和角度調整元件的另 一分解圖； 第4圖是根據本新型的一個實施方式的第一聯接構件 的立體圖； 第5圖是根據本新型的一個實施方式的第二聯接構件 的立體圖； 第6圖是示出了處於不同角度的LED路燈的示意圖； 第7圖是LED路燈的俯視圖； 第8圖是第7圖中的圓圈處的放大圖； 第9圖是根據本新型的一個實施方式的LED路燈的保 護板的放大圖。 【主要元件符號說明】 10…燈 14…端部 12…殼體 20···第一聯接器 10 M420633 22…第一齒 24·..孔口 30…第二聯接器 32…第二齒 34…孔口 40…螺检 50…水平儀 52…開口 60…保護板 62…螺釘 64…槽 66…兩個銷釘 70…指標 72···角度標記 80…有線管 82…電線M420633 V. New description: [New technology area 3 New field The present invention relates to a lamp, in particular to a light-emitting diode (LED) street lamp with horizontal and angular adjustment. [Prior Art 3 New Background Traditional street lights are not equipped with any angle adjustment mechanism. When the poles of these conventional street lamps are erected along the road, the housing and the lighting unit mounted in the housing may not be oriented in a horizontal position or in a suitable position relative to the road. Therefore, light emitted from the light emitting unit in the housing may not be projected downward to produce a desired effective illumination area along the road. If the light is not projected downwards, it will cause a problem for the driver who drives the road. Light that is not projected downwards will progress to light pollution in the residential area near the road. Thus, an improved street light with an adjustable housing is produced such that the housing and the lighting unit mounted in the housing can be oriented in a horizontal position or in a suitable position relative to the road. [New Content] Novel Summary According to an aspect of the present invention, a lamp is provided, the lamp comprising: a housing for accommodating a lighting unit in a towel; and being mounted at one end of the housing. a first coupling II at P; a second coupling that is coupled to the first joint 3 M420633 connector at a position of a plurality of coupling positions by a coupling mechanism; and a level, the level is set at The first coupler or the housing visually indicates whether the housing is in a horizontal position. The level gauge may be disposed at an upwardly facing portion of the first coupler. The light emitting unit may include an array of light emitting diodes. The coupling mechanism may include a plurality of first teeth formed on a concave surface of one of the first and second couplings and another coupling formed in the first and second couplings a plurality of second teeth on the convex surface and capable of being sprayed with the plurality of first teeth at different tooth salivation positions. Adjustment of the housing from a tooth engagement position to an adjacent tooth engagement position causes the housing and the first coupler to rotate a predetermined angle relative to the second coupler. The predetermined angle may be 2°. The first coupler may be coupled to the second coupler at an angle of between 1 〇 ° and +10 °. The lamp can include at least one bolt for fastening the first and second couplers together. The lamp may further include a pair of protective plates respectively fixed to the opposite ends of one of the first and second couplers and another screwed into the first and second couplers, respectively A pair of pins of the opposite ends of a coupler, thereby holding the exposed heads of the pins in a pair of slots formed in the pair of protective plates, respectively. The protective plate may be made of unrecorded steel. The lamp may further include an angle mark provided on one of the first and second couplers and an index set on the other of the first and second couplers' Not an angle mark in the angle mark. The angle mark may be screen printed on a plate fixed at one end of one of the first and second couplers. 4 The second coupler can be provided with a wired tube through which the wires pass. The lamp can be mounted on the top of the pole to form a street light. BRIEF DESCRIPTION OF THE DRAWINGS The specific embodiments of the present invention will be described by way of example with reference to the accompanying drawings. 1 is a perspective view of a horizontal and angular adjustment assembly of an LED street lamp according to an embodiment of the present invention; FIG. 2 is an exploded view of a horizontal and angular adjustment element of the LED street lamp of FIG. 1; Another exploded view of the horizontal and angular adjustment elements of the LED street light; FIG. 4 is a perspective view of the first coupling member in accordance with an embodiment of the present invention; and FIG. 5 is a second coupling member in accordance with an embodiment of the present invention Figure 6 is a schematic view showing an LED street lamp at different angles; Figure 7 is a plan view of the LED street lamp; Figure 8 is an enlarged view of the circle in Figure 7; An enlarged view of a protective plate of an LED street lamp of one embodiment. t. Embodiment 3 DETAILED DESCRIPTION OF THE INVENTION Figures 1 to 3 show different views of a horizontal and angular adjustment assembly of a light-emitting diode (LED) street lamp according to an embodiment of the present invention. As far as M420633 is concerned, the lamp 10 is described as a street light, but it should be understood that the horizontal and angular adjustment components of the lamp 1 can be incorporated into other types of lamps, including but not limited to roads, parking lots, playgrounds, gardens, courtyards, and Lighting any other outdoor or even indoor environment lights. The lamp 1A includes a housing 12 for housing a lighting unit therein. The illuminating unit can be in the form of an array of light emitting diodes. Light generated by the light emitting unit is emitted downward from the bottom side of the lamp 10. Housing 12 can be generally rectangular in shape or any other suitable shape. The housing 12 has an end 14 on which the horizontal and angular adjustment elements are mounted. The horizontal and angular adjustment assembly of the lamp 10 includes a first coupler 2 安装 mounted at the end 14 of the housing 12 and a second coupler 30 coupled to the first coupler 2 通过 by a coupling mechanism. According to the illustrated embodiment, the coupling mechanism includes a plurality of first teeth 22 formed on a concave surface of the first coupler 20 and a plurality of second teeth 32 formed on a convex surface of the second coupler 30, such as the fourth The figure and Figure 5 are best shown. The plurality of first teeth 22 of the first coupler 20 are engageable with the plurality of second teeth 32 of the second coupler 30 at different tooth rendition positions by manual adjustment. After adjustment, the pair of bolts 4 can be inserted and tightened at the apertures 34 of the second coupler 30 and the apertures 24 of the first coupler 20 to utilize the pair of bolts 4 〇 at the selected tooth engagement position. A coupler 20 and a second coupler 3 are fastened together. It can be seen that the apertures 34 are elongate such that they allow the bolts 4 to be inserted through the apertures 34 even when the second coupler 30 is coupled to the first coupler 2A at different angles. Adjustment of the first coupler 20 and the housing 12 from a toothed position to an adjacent tooth 6 M420633 spray position causes the housing 12 and the light unit mounted in the housing 12 to rotate relative to the second coupler 30 Predetermined angle. For example, the predetermined angle can be set to 2°. According to the illustrated embodiment, the first coupler 2〇 can be coupled to the second coupler 3〇 at an angle of between -10° and +10° as shown in Fig. 6. Although the coupling of the first coupler 20 and the second coupler 3A has been shown and described as being achieved by two sets of meshing teeth 22, 32 formed on the first and second couplers 2, 30, respectively, Personnel should understand that the coupling of the first coupler 20 and the second coupler 30 can be achieved in other possible ways. For example, one of the couplers 20, 30 can be formed with teeth, and the other of the couplers 20, 30 can be simply formed with a single protrusion that can still be coupled to the teeth of the opposing coupler. However, those skilled in the art will appreciate that the teeth 22, 32 disposed on both the first and second couplers 2, 30 can enhance the first and second couplers 20, 30, as shown in the illustrated embodiment. The coupling reduces the probability of the first and second couplers 20, 30 being separated. Since the housing and the light unit mounted in the housing 12 are heavy, the use of two sets of teeth 22, 32 on both the first and second couplers 2, 3, can prevent the housing 12 from being placed in the housing. The light emitting unit in the housing 12 and the first coupler 20 are separated from the second coupler 3〇 and dropped. Although a plurality of first teeth 22 have been shown and described as being formed on the concave surface of the first coupler 20, a plurality of second teeth 32 are formed on the convex surface of the second coupler 3〇, it is conceivable that a plurality of first teeth 22 may be formed on the concave surface of the second coupler 3'', and a plurality of second teeth 32 may be formed on the convex surface of the first coupler 2''. 7 M420633 As shown in Figs. 7 and 8, the lamp 10 further includes a level 50 disposed on the first-coupling write 20. Level 60 is used to visually indicate whether housing 12 is in a horizontal position. According to the illustrated embodiment, the level 5 is located on the upwardly facing portion of the first coupler 20. The level 50 can be viewed by the user through the opening 52 formed in the first coupler 20. Although the level gauge 50 has been shown and described as being disposed on the first coupler 20, it should be understood that the level gauge 5 can be disposed on the upper surface of the housing 12. It may be necessary to provide spacers or insulators between the level 5〇 and the housing so that the heat generated by the illumination unit does not affect the level 50 or cause any damage to the level 50. As shown in Figs. 1 to 3 and Fig. 9, the lamp 1A may further include a pair of protective plates 60 fixed to the opposite ends of the second coupler 30 by screws 62, respectively. The two protective plates 60 extend from opposite ends of the second coupler 3 to the opposite ends of the first-joint (four), respectively. These two protective sheets cover the entire opposite ends of the first and second couplers 20, 30. The protective plate 60 is formed with a groove 64 extending in the end portion of the 帛-linking 2 and having a slightly curved configuration. (4) The plate 6G may be formed of no steel or any other suitable material. The two pins 66 can be screwed into the opposite ends of the first coupler 2, respectively, so that the pin-exposed heads are respectively held in the two slots 64 of the protective plate 60, as best shown in FIG. Show. The t-light H) may also include an index 70 and a plurality of angular indicia 72 disposed on the first and second couplers 2, 3, for the housing 12 and the first coupler 2" relative to the second link! |3〇 angle. According to the illustrated embodiment, the angle mark 72 is screen printed on the protective sheet (6) of the mosquito to the second coupling (4), and the pointer 70 is disposed on the first coupler 2''. 8 M420633 Two protective plates 60 and two pins 66 can further prevent the housing 12 and the light-emitting unit mounted in the housing 12 from falling, even if the two bolts 40 are loosened so that the first and second couplers 20, 30 It is also the case that it becomes separated. The reason for this is that even if the first coupler 20 is separated from the second coupler 30, the two heads of the two pins 66 are respectively caught by the lower ends of the two slots 64 and held at the lower ends of the two slots 64. At the office. The housing 12 and the lighting unit and the first coupler 20 can still be loosely suspended from the second coupler 3, but do not suddenly fall. The horizontal and angular adjustment components of the lamp 10 of the present invention can be incorporated into a street light. The lamp 10 can be mounted on the top of the pole. The second coupler 3 can be provided with a wire tube 80 through which the wire 82 can pass. For installation, the user first loosens the bolt 40 by rotating the two bolts 4 counterclockwise by 3 to 4 turns so that the first coupler 2 can be separated from the second coupler 30. Then, the user holds the housing 12 and engages the plurality of first teeth 22 of the first coupler 20 and the plurality of second teeth 32 of the second coupler 3〇 until the housing 12 is turned toward the direction indicated by the level 5〇 The horizontal position is such that the coupling of the first and second couplings 2, 30 is completed. Then, the user fastens the coupling of the first and second couplers 20, 30 by screwing the two bolts 4 回到 back into the couplers 2, 3〇. When the housing 12 is oriented in a horizontal position, light projected from the lighting unit mounted in the housing projects downward and produces a desired effective illumination area on the road. The position of the bribe 12 and the light-emitting unit mounted on the casing 12 can be adjusted according to the condition of the road # condition and the time. The second unit and the light-emitting unit installed in the casing 12 can be easily and quickly adjusted to a horizontal position or relative. Any expectation of it road. This level ensures an evenly effective illumination area along the road of 9 M420633. The use of the novel LED street light also saves energy and is environmentally friendly. While the present invention has been shown and described with reference to the preferred embodiments of the present invention, it is understood that various changes and modifications may be made without departing from the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a horizontal and angular adjustment assembly of an LED street lamp according to an embodiment of the present invention; FIG. 2 is an exploded view of the horizontal and angular adjustment elements of the LED street lamp of FIG. 1; 3 is another exploded view of the horizontal and angular adjustment elements of the LED street light of FIG. 1; FIG. 4 is a perspective view of the first coupling member according to an embodiment of the present invention; FIG. 5 is an implementation according to the present invention Figure 6 is a perspective view showing the LED street lamp at different angles; Figure 7 is a plan view of the LED street lamp; Figure 8 is an enlarged view of the circle in Figure 7; 9 is an enlarged view of a protective plate of an LED street lamp according to an embodiment of the present invention. [Main component symbol description] 10...light 14...end 12...housing 20···first coupler 10 M420633 22...first tooth 24·.port 30...second coupler 32...second tooth 34 ... aperture 40... screw check 50... level gauge 52... opening 60... protection plate 62... screw 64... slot 66... two pins 70... index 72 · angle mark 80... wire tube 82... wire
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