M346724 八、新型說明： 【新型所屬之技術領域】 本新型涉及一種將太陽光轉換成電能儲存、並控制發光 元件發亮的攜帶型太陽能發光裝置。 【先前技術】 現今已有眾多利用太陽能作為電力來源的相關照明產 ' 品’措由吸收太知光轉化為電能儲存，以供在光線不足的環 境中發亮，形成光源，如專利文獻1所示為2008年1月21 * 日公告之專利第M326104號的一種「太陽能燈」，其是由一承 置板、一組接於承置板下方的下殼體、一螺組於下殼體底面 的LED燈板、一罩設於LED燈板外的擴光管、及一設於擴光 管下方的反射台所組成，前述承置板上承置太陽能板，在前 述下殼體内設裝有電池及電路板，在前述擴光管壁面設有折 射紋，在前述反射台上設有調整桿。 【新型内容】 • 一、所欲解決的問題點： 上述專利文獻1的承置版、下殼體、擴光管與反射台之 間皆為固定接合，無法調整承置板上的太陽能板，隨太陽照 射角度轉動，更無法使該太陽能燈能摺疊縮小體積來隨身攜 帶’僅能設置在固定環境中而不能隨時調整使用，且該太陽 能燈無法與其他物件或物品接合使用，更加侷限太陽能燈的 使用性，亦不便利。 二、本新型的技術手段： 基於上述的問題點，本新型的目的即在於提供一能方便 5 M346724 玻璃瓶、水晶體）中，使光線受透光桿(ίο)中的折射結構(如 薄膜、菱形表面)折射而出，以利在前述透光體中形成光影變 化，或透過透光體將光影放大投射，另可與鏤空體(如雕刻藝 術品）接合，亦能產生趣味性的光影變化，以增添價值。 其三，本新型攜帶型太陽能發光裝置（1)透過定位件 (30)，以將透光桿（10)懸空設置於實心透光體(4〇)、空心透 ， 光體(50)、鏤空體(60)中，能避免脫離、或是陷落空心透光 體或鏤空體内而不易取出，更能防止空心透光體中的填充物 倒出。 其四，本新型發電裝置（2〇)藉助使用可拆換的蓄電池 (23)，除方便損壞更新外，更能替換含有電力的蓄電池，以 立即使用。 【實施方式】 以下依據圖面所示的實施例詳細說明如後： 第一實施例： 如圖1所示本新型攜帶型太陽能發光裝置的立體圖，圖2 所示為圖1的剖視圖。前述圖中揭示出本新型攜帶型太陽能 發光裝置（1)，其是由一透光桿（10)及與其樞接的發電裝置 (20)所組成，該發電裝置（2〇)的一端設有能樞接上述透光桿 端部的萬向轉軸(21)，而在發電裝置（2〇)的另端則設有將光 月b轉換為電能的太陽能吸收想(22)，讓電能儲存在發電裝置 内的蓄電池(23)中，以供電給控制電路(24)、及與其電連接 且設在萬向轉軸另端的發光元件（25)發亮。 上述透光桿（10)内具有能容置上述發光元件(25)的容物 8 M346724 空間（11) ’而前述透光桿（10)能採用非透光性、半透光性、 透光性的桿體或棒體，並配合具有光線折射功能的構造來實 施，以供聚光投射與產生光影變化。 上述發光元件（25)不侷限採單一發光體(請參閱圖1)發 亮，也能採用由數發光體組成的發光條(請參閱圖5)，來增加 照射亮度及範圍，前述發光體能為led、SMD。 、 上述蓄電池(23)可採用一般充電電池外，亦可使用隨身 電子產品（如手機、數位相機）的鐘電池，以便在光線不足的 環境中，維持發光元件發亮。另在發光裝置(2〇)的一側設有 控制電源啟閉的開關（26)。 上述中，該發電裝置(20)能將萬向轉軸(21)旋轉，與透 光桿（10)平行，形成如圖3所示的握把姿態，供手部握持使 用，又由於該透光桿為透光體或半透光體，能在其桿體表面 設有突起的菱形表面（13)，以增加光線折射作用，形成全向 發光效果，使此實施例能作指揮棒或夜光棒使用，且透過在 • 透光桿（10)的端部設有透鏡(12)，更能藉此使光線在透光桿 内折射至透鏡處聚光投射而出，可作小型手電筒使用。 如上述透光桿（10)為有色半透光體，則可在表面採以具 反光作用的薄膜（14)處理（未揭示），以降低光線從桿體表面 投射而出的機率’並能使桿體表面產生朦朧光源，與透鏡〇2) 處的亮光產生差異，以吸引目考注意。 第二實施例： 如圖4所示為本新型攜帶型太陽能發光裝置結合定位件 實施的立體示意圖。圖中揭示出的差異在於，上述透光桿（1〇) 9 M346724 一七電裝置(20)之間設有能與物件接合的定位件(go),該定 位件為裱狀的擋片，當透光桿導入圖中實心透光體(4〇)(水晶 體）的凹槽(41)b夺，可懸空設置，且避免陷落凹槽内而不易取 出。而本新型物件不限於實心透光體(40)，也能以空心透光 體(50)或鏤空體(6〇)實施。 ^上述透光桿的桿體表面能設置具有造型的薄膜（14)，當 光線投射時，會被薄膜遮蔽而使其陰影放大顯示於實心透光 體(40)(水晶體）中，藉由啟閉發光元件(22)，能產生光影變 化功效，而水晶體中具有雷射雕紋時，更能形成圖案疊影效 果(未揭示），又該透光桿（1〇)更能設置反光亮片（16)，以增 加閃亮效果，如此使此實施例能作震飾燈使用。 第二實施例： 如圖5、圖6所示為本新型固定件為螺套實施的立體示意 圖此-實施例的差異在於，上述發光元件(25)採用發絲 (如圖4) ’而上述透光桿⑽表面穿設有造型孔(15)，以供發 光條上的發趟投概光。另上賴定件⑽採以螺套接合 一鏤空體（60)(如圖示燈罩）實施。 上述中，當發電裝置⑽充電後，能將本新型倒置以形 ，-地燈實施，絲掛在_為投射燈實施(未揭示），透光 #(10)為透光斷，光線能在非透紐的鏤空體⑽）内聚光 折射’而透光桿(10)為有色枝紐時，則能投射出有色光 線，又其為非透光體時，從透鏡⑽投射出、與桿外折射的 光線會形成雙重㈣功效，而當上述鏤空體⑽）具透光性 時，從造魏(15)投射出的光線會顯示在鏤空體㈣表面， M346724 以增加趣味價值。 X如圖5所示’能將上述鏤空體⑽）改以空心透光體 (5〇)(如圖示空瓶)實施’油亦可設有填充料⑽(如圖示溶 液）’料中能加入反光亮片⑽以增加閃亮效果，以作加油棒 或是裝飾燈使用。 第四實施例： ' 如®7、® 8所示為本新翻定件為彈性扣#實施的立體 鲁 示意圖。此—實施_差異之處在於，上賴定件⑽)為彈 性扣片，能夾掛在框體、衣物布料上，而上述透光桿（1〇)内 設有具填充料⑽的夹層⑼(如圖7)。藉此能將本新型攜帶 型太陽能發光裝置（1)懸掛在-空心透光體⑽(如圖示魚缸) 的壁面，以作照明使用。而前述填充料⑽能採用對溫度變 化產生反應的溶液，使該攜帶型太陽能發光裝置（丨）兼具溫度 計功能。又當上述攜帶型太陽能發光裝置（1)如圖8所示，懸 掛在一具造型口（61)的鏤空體(6〇)(如花瓶、藝術品）時，透 鲁 過光線能將其體表鏤空造型投射至牆壁壁面，以形成光影變 化，顯現美感。 在上述實施例中，本新型的定位件（3〇)不限以獨立構件 - 實施，更能與透光桿（10)或發電裝置(20)—體共構結合，以 減少組裝構件，且方便維修替換。 以上，是依據本新型圖示詳細說明如後，唯業者能在不 超越本新型要旨的範圍内進行各種變更結合實施，因此，舉 凡利用與本新型有關結構的實施形態，只要在不超出本新型 要曰範圍内的各種等效變更實施例，皆應涵屬本新型範脅内。 11 M346724 【圓式簡單說明】 圖1 ··本新型攜帶型太陽能發光裝置的立體圖。 圖2 ··為圖1的剖視圖。 圖3:本新型以握持方式實施的立體示意圖。 圖4 ··本新型攜帶型太陽能發光裝置結合定位件實施的立 體不意圖。 圖5、圖6:本新型固定件為螺套實施的立體示意圖。 圖7、圖8:本新型固定件為彈性扣片實施的立體示意圖。 【主要元件符號說明】 1 攜帶型太陽能發光裝置 10 透光桿 11 容物空間 12 透鏡 13 菱形表面 14 薄膜 15 造型孔 16 反光亮片 17 夾層 20 發電裝置 21 萬向轉轴 22 太陽能吸收板 23 蓄電池 24 控制電路 25 發光元件 12 M346724 26 開關 30 定位件 40 實心透光體 41 凹槽 50 空心透光體 60 鏤空體 61 造形口 70 填充料M346724 VIII. New description: [New technical field] The present invention relates to a portable solar illuminating device that converts sunlight into electrical energy storage and controls the illuminating of the illuminating element. [Prior Art] Nowadays, there are many related lighting products that use solar energy as a power source to convert the absorption of Taizhiguang into electrical energy storage for brightening in a low-light environment to form a light source, as in Patent Document 1. A "solar light" of the patent No. M326104, which is published on January 21, 2008, is a lower plate that is attached to the lower plate of the underlying plate and a lower set of the lower casing. a LED panel on the bottom surface, a light-expanding tube disposed outside the LED lamp panel, and a reflection platform disposed under the light-expanding tube. The mounting plate houses a solar panel and is mounted in the lower casing. There is a battery and a circuit board, and a refraction pattern is arranged on the wall surface of the light-expanding tube, and an adjustment rod is arranged on the reflection table. [New Content] • First, the problem to be solved: The above-mentioned Patent Document 1 has a fixed joint between the mounting plate, the lower casing, the light-expanding tube and the reflecting table, and the solar panel on the mounting plate cannot be adjusted. With the sun's illumination angle, it is impossible to make the solar light fold and shrink to carry it. 'It can only be set in a fixed environment and can't be adjusted at any time. The solar light can't be used with other objects or objects, and it is more limited to solar lights. The usability is also not convenient. Second, the technical means of the new: Based on the above problems, the purpose of the present invention is to provide a refraction structure (such as a film, which can be easily used in a 5 M346724 glass bottle, a crystal lens) to receive light in a light-transmitting rod (ίο) The diamond surface is refracted to facilitate the formation of light and shadow changes in the light-transmitting body, or to enlarge the light and shadow through the light-transmitting body, and to join the hollow body (such as engraving artwork), and also to produce interesting light and shadow changes. To add value. Third, the novel portable solar illuminating device (1) passes through the positioning member (30) to suspend the light-transmitting rod (10) in a solid transparent body (4 〇), hollow through, light body (50), hollowed out In the body (60), the detachment or the hollow hollow body or the hollow body can be prevented from being easily taken out, and the filling in the hollow light transmitting body can be prevented from being poured out. Fourth, the new power generation device (2〇) can replace the battery containing electric power for use immediately by using the removable battery (23) in addition to facilitating damage and renewal. [Embodiment] The following is a detailed description of the following embodiments in accordance with the embodiments shown in the drawings: First Embodiment: A perspective view of the present portable solar lighting device shown in FIG. 1, and FIG. 2 is a cross-sectional view of FIG. The above-mentioned figure discloses a novel portable solar lighting device (1), which is composed of a light-transmitting rod (10) and a power generating device (20) pivoted thereto, and one end of the power generating device (2〇) is provided The universal rotating shaft (21) can be pivotally connected to the end of the light-transmitting rod, and the other end of the power generating device (2〇) is provided with solar energy absorption (22) for converting the light-moon b into electric energy, so that the electric energy is stored in In the battery (23) in the power generating device, the control circuit (24) is supplied with power, and the light-emitting element (25) electrically connected to the other end of the cardan shaft is illuminated. The light-transmitting rod (10) has a space (11) of a material 8 346724 capable of accommodating the light-emitting element (25), and the light-transmitting rod (10) can be made non-transparent, semi-transparent, and transparent. The rod or the rod is implemented in conjunction with a structure having a light refraction function for collecting light and generating light and shadow changes. The light-emitting element (25) is not limited to a single illuminant (see FIG. 1), and a illuminating strip composed of a plurality of illuminants (see FIG. 5) can be used to increase the illumination brightness and range. Led, SMD. The above battery (23) can be used as a general rechargeable battery, or a clock battery of a portable electronic product (such as a mobile phone or a digital camera) can be used to keep the light-emitting element bright in an environment with insufficient light. On the other side of the illuminating device (2 〇), a switch (26) for controlling the opening and closing of the power source is provided. In the above, the power generating device (20) can rotate the universal rotating shaft (21) parallel to the light-transmitting rod (10) to form a grip posture as shown in FIG. 3, which is used for holding the hand, and The light rod is a light transmissive body or a semi-transparent body, and can have a protruding rhombic surface (13) on the surface of the rod body to increase the light refraction and form an omnidirectional illumination effect, so that this embodiment can be used as a baton or luminous light. The rod is used, and the lens (12) is provided at the end of the light-transmitting rod (10), so that the light can be condensed into the lens at the lens to be concentrated and projected, and can be used as a small flashlight. If the light-transmitting rod (10) is a colored translucent body, it can be treated with a reflective film (14) on the surface (not disclosed) to reduce the probability of light being projected from the surface of the rod. A 朦胧 light source is generated on the surface of the rod, which is different from the brightness at the lens 〇 2) to attract attention. Second Embodiment: As shown in FIG. 4, a three-dimensional schematic diagram of a portable solar energy light-emitting device combined with a positioning member is shown. The difference revealed in the figure is that the light-transmitting rod (1〇) 9 M346724 and the seven electric device (20) are provided with a positioning member (go) which can be engaged with the object, and the positioning member is a braid-shaped blocking piece. When the light-transmitting rod is introduced into the groove (41) of the solid light-transmitting body (4 〇) (water crystal) in the drawing, it can be suspended, and it is prevented from being trapped in the groove and is not easily taken out. The novel article is not limited to the solid light transmitting body (40), and can also be implemented as a hollow light transmitting body (50) or a hollow body (6 inch). ^ The surface of the rod of the above-mentioned light-transmitting rod can be provided with a film (14) having a shape, which is shielded by the film when the light is projected, and the shadow is enlarged and displayed in the solid light-transmitting body (40) (crystal), The closed light-emitting element (22) can produce light and shadow change effects, and when there is laser engraving in the crystal crystal, the pattern overlap effect can be formed (not disclosed), and the light-transmitting rod (1〇) can be further provided with reflective sequins ( 16) to increase the sparkling effect, so that this embodiment can be used as a flare lamp. Second embodiment: As shown in FIG. 5 and FIG. 6 , a perspective view of the present invention is a screw sleeve. The difference between the embodiment and the embodiment is that the light-emitting element ( 25 ) adopts a hair thread ( FIG. 4 ) and the above The surface of the light-transmitting rod (10) is provided with a molding hole (15) for light-emitting light on the light-emitting strip. In addition, the upper retaining member (10) is implemented by screwing a hollow body (60) (as shown in the figure). In the above, when the power generating device (10) is charged, the new type can be inverted, the ground lamp is implemented, the wire is hung on the _ for the projection lamp (not disclosed), the light transmission #(10) is the light transmission, and the light can be The non-transparent hollow body (10)) has a concentrated light refraction', and when the light-transmitting rod (10) is a colored branch, it can project colored light, and when it is a non-transmissive body, it is projected from the lens (10) and the rod The externally refracted light will have a double (four) effect, and when the hollow body (10) is light transmissive, the light projected from the wei (15) will be displayed on the surface of the hollow body (4), M346724 to add interesting value. X, as shown in Fig. 5, can change the hollow body (10) to a hollow light-transmissive body (5〇) (as shown in the figure). The oil can also be provided with a filler (10) (as shown in the figure). Can be added to the reflective sequins (10) to increase the sparkling effect for use as a fuel stick or decorative light. The fourth embodiment: 'As shown in the ®7,®8 is a three-dimensional schematic diagram of the new flipper being an elastic buckle#. The difference between the implementation and the implementation is that the upper spacer (10) is an elastic buckle that can be clamped on the frame and the clothing fabric, and the transparent member (1) is provided with a sandwich with a filler (10). (9) (Figure 7). Thereby, the novel portable solar illuminating device (1) can be suspended from the wall surface of the hollow hollow body (10) (such as the illustrated fish tank) for illumination. The filler (10) can be a solution that reacts to changes in temperature, so that the portable solar light-emitting device (丨) has a function of a thermometer. When the portable solar illuminating device (1) is as shown in FIG. 8, when it is hung in a hollow body (6 〇) (such as a vase or a work of art) having a styling opening (61), the light can be condensed. The hollow shape of the watch is projected onto the wall of the wall to form a light and shadow change, showing the beauty. In the above embodiment, the positioning member (3〇) of the present invention is not limited to being implemented as a separate member, and is more cohesively coupled with the light-transmitting rod (10) or the power generating device (20) to reduce the assembled member, and Easy to repair and replace. The above is a detailed description of the present invention, and the present invention can be implemented in various combinations without departing from the gist of the present invention. Therefore, as long as the embodiment of the structure related to the present invention is used, Various equivalent change embodiments within the scope of the invention are intended to be within the scope of the present invention. 11 M346724 [Circular Simple Description] Figure 1 · A perspective view of the new portable solar illuminator. Fig. 2 is a cross-sectional view of Fig. 1. Figure 3: A perspective view of the present invention implemented in a gripping manner. Fig. 4 is a schematic view of the novel portable solar light-emitting device combined with a positioning member. FIG. 5 and FIG. 6 are schematic perspective views of the novel fixing member being implemented by a screw sleeve. FIG. 7 and FIG. 8 are schematic perspective views showing the elastic member of the present invention. [Description of main components] 1 Portable solar energy device 10 Translucent rod 11 Container space 12 Lens 13 Diamond surface 14 Film 15 Molding hole 16 Reflective sequin 17 Interlayer 20 Power generation unit 21 Universal shaft 22 Solar absorption plate 23 Battery 24 Control circuit 25 Light-emitting element 12 M346724 26 Switch 30 Positioning member 40 Solid light-transmissive body 41 Groove 50 Hollow light-transmissive body 60 Hollow body 61 Shaped port 70 Filler