M277072 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種太陽能光電標示裝置，尤指一種藉太 陽光能轉換成電能，進而提供標示體所需電源，使其明意 設計者。 ”冗之 【先前技術】M277072 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a solar photovoltaic signage device, especially a type of solar energy that can be converted into electrical energy, thereby providing the power required by the signage body to make it a designer. "Redundant [prior art]
按，登山踏青是一項很好的健身活動，由於登山路徑眾 多，為防止登山者迷失，皆會在分叉路口上暨立指標牌ϋ 引正確方向。惟4，由於高地或山路架設⑽不且會破 整個％境生態，故大多數的山路是沒有電源的，為此，登山路 標也就無法取㈣電，僅心―般沒有顏的標轉作指標 如此-來，天黑或能見度不佳時往往會錯過路標而導致: 路，冰彳5廷是很多喜好登山的朋友經常遇到的事令人心生 惶恐，甚至發生不幸的山難事故。 -人按，除了前述在高山有路標問題，其實在平地之公 園、步道……等，亦有相同之問題。 按，由於太陽能的科技曰益成熟，且高亮度發光二極 T m D)的品質也漸漸穩定，為此，如何結合太陽光能轉換成 所需電能，並賤光方式使指標於天黑或能見度不佳 〜提供且山者正確貝訊㈤如：路標、溫度、時間及警告.··· #)，為本創作所欲解決之課題。 【新型内容】 目的，係在提供一種太陽能光電標 緣是，本創作之主要 M277072 示裝置，藉太陽光能轉換成電能，進而使以LED為發光源之 標示體明亮，俾達在高地或山路中，於天黑或能見度不佳時， 亦能提登山者正確資訊，以增進其安全者。 本創作之再一目的，則在提供一種太陽能光電標示裝置， 其亦能提供登山者當地之溫度或時間，以作為行程及各項準 備工作之判斷。 本創作之又一目的，乃在提供一種太陽能光電標示裝置， 其係運用天然資源，且不會破壞環境生態，為一種能源充分 展現利用及增進整體美觀之功效。 本創作之另一目的，係在提供一種太陽能光電標示裝置， 其除了高山適用外，平地之公園、步道……等亦可使用，以達 節省能源，充分提供標示之功效者。 為達上述目的，本創作之技術内容包含： 一底座，固定於地面； 一柱體，固設在該底座之上， 一蓄電裝置，容置於該柱體内，用以儲存電能並能提供 電流； 一太陽能板，其設於該柱體頂端，用以吸收太陽光能，並 將該太陽光能轉換成電能儲存於該蓄電裝置；以及 至少一個標示體，係固設於該柱體上，其包括一設有文 字或圖案之透光板，及設於透光板侧邊之複數個發光二極體 (LED),該發光二極體係容置在一框條内，且其發光方向係朝 向該透光板，並且電連接於該蓄電裝置，用以接收從該蓄電 裝置送出之電流而發光。 M277072 【實施方式】 首先，請參閱第一圖所示，本創作較佳實施例包含有： 一底座（10)，係固定於地面； 一柱體（20)，係固定於該底座（10)之上，其可為圓型、方 型或其他任一幾何圖型，本例以圓型作說明，但不限定於此， 且該柱體（20)可為單節或多節所銜接而成，且底部可稍大。 一太陽能板（40)，其設於柱體（20)頂端，用以吸收太陽光 能，並將太陽光能轉換成電能，藉由一電線（41)儲於該蓄電 裝置（30); 一蓄電裝置（30)，容置於柱體（20)内，用以儲存電能，並 能提供電流； 至少一個標示體（50)，係固設於該柱體（20)上，如第四、 五圖所示，其包括一透光板（51)及設於透光板（51)側邊之複 數個發光二極體（53)，該發光二極體（53)係容置在一框條（52) 内，且其發光方向係朝向該透光板（51)，並且電連接於蓄電 裝置（30)所接出之電線（31)，用以接收從該蓄電裝置（30)所 送出之電流而發光。 前揭標示體（50)之透光板（51)上刻有預定之文字（511) 或圖案，作為標明方向及距離等。而發光二極體（53)係固設 於一嵌套在框條（52)内之電路板（54)上，如此，該發光二極體 (53)可預先焊接在電路板（54)，然後再嵌入框條（52)預先成 型之溝槽（521)，以達方便定位及組裝之功效。 至於，該框條（52)及透光板（51)係可藉由一鉚釘或螺絲 將其固定，容不贅述。 M277072 於是，請回到第一圖所示，該太陽能板（40)將所吸收之 太陽光能轉成電能藉電線（41)而儲於該蓄電裝置（30)，再供 給LED電源，所述蓄電裝置（30)主要係以一蓄電池為主，當 然可在包括一控制電路板（32)，當蓄電池充滿時，控制太陽 能板（40)的電直接轉至發光二極體（53)上，以免蓄電裝置（30) 一直充電而易發生故障。 是以，該標示體（50)能獲得儲存於該蓄電裝置（30)的電 能供給而顯示出亮度，達到清楚標示之目的。再者，該 LED(53)與一般燈泡不同，其係非常省電，故所耗電能不多， 因此，太陽能板（40)所吸收之光能轉成電能，已足供給其所 電源，故無能源匱乏之虞。 請再參閱第二圖所示，本創作除了前揭標示體（50)外， 其更可包括裝設一由多數發光二極體（LED)所構成之顯示 板（60)，該顯示板（60)亦由蓄電裝置（30)供給電能，而可顯示 出路標所在地之當時溫度數值（61 )，使登山者能充分掌握當 地氣候。再者，該顯示板（60)亦可如第三圖所示，顯示出時間 數值（62)，且該溫度數值（61)及時間數值（62)係可於同一顯 示板（60)上相互變換交替。 請再參閱第四圖所示，本創作之標示體（50)係藉由一連 接件（70)而定位該柱體（20)的側邊，所述的連接件（70)得以 任一型體所構成，本例係使用L型連接片來鎖定，但不限定 於此，諸如框條、鋁條、鋁擠型管體……等皆可運用，容不贅 述。 第五圖係本創作之標示體（50)第一可行實施例，其透光 板（51)在上邊及下邊，甚至側邊的任一邊皆設有框條（52)及 M277072 發光二極體（53)，且該透光板（51)係設成前、後兩片，並於中 間夾設一背板（512)，如此其具有前、後兩面皆可顯示路標之 功能，但不限定於此。 此外，第六圖係本創作之標示體（50)第二可行實施例， 其僅在上邊框條（52)内部設有發光二極體（53)，而下邊之框 條（52’）則僅作為邊框定位之用，而沒有發光二極體（53)。 又，第七圖係本創作之標示體（50)第三可行實施例，其 僅在透光板（51)上邊設有框條（52)及發光二極體（53)，下邊 則無，惟可在底面設有一反光層（513)，使光源反射增加亮 度。 再者，第八圖係本創作之標示體（50)第四可行實施例， 其透光板（51)僅有一片，並於背面及底面設有反光層（513)， 如此則可單面發光。是故，該框條（52)及發光二極體（53)，可 依需求設在透光板（51)之上邊、底邊或側邊，或其兩邊、三 邊等。 以上雖以四種實施例說明該標示體（5 0)之可行結構，但 不限定於此，事實上利用上揭實施例及技術手段，仍有諸多 等效變化，容不贅述。 第九圖所示，係揭示一種標示體（50)是圓的，當然，其他 任一幾何圓型皆可，且該標示體（50)除了作路標指示外，亦 可如本例所示，其透光板（51)上之文字或圖案（511)可作為 廣告標示使用。 本創作之主要精神，係運用透光板（51)組合發光二極體 (53)所構成之標示體（50)，進一步與太陽能蓄電裝置（30)結 合，使在高地、山路等偏遠區域，以及公園、步道等沒有市電 M277072 供應之處，依然能提供明亮的路標指示，造福成千上萬喜好 登山運動者，其充分運用天然資源，具有增進安全之功效。再 者，所附加的LED指示板（60)又可提供登者及時正確的資 訊；此外，如電力允許，該柱體（20)亦可裝設LED燈泡（圖未 示），又兼具照明功能，確具實用性。 綜上所述，本創作所揭示之構造，為昔所無，且確能達到 預期之功效，並具可供產業利用性，完全符合新型專利要件， 祈請貴審查委員核賜專利，以勵創新，無任德感。 惟，上述所揭露之圖式、說明，僅為本創作之較佳實施例， 大凡熟悉此項技藝人士，依本案精神範疇所作之修飾或等效 變化，仍應包括在本案申請專利範圍内。 -10- M277072 【圖式簡單說明】 第一圖係本創作較佳實施例之剖示圖。 第二圖係本創作另一實施例之示意圖。 第三圖係本創係又一實施例之示意圖。 第四圖係本創作之標示體與柱體結合之示意圖。 第五圖係本創作之標示體第一實施例剖示圖。 第六圖係本創作之標示體第二實施例剖示圖。 第七圖係本創作之標示體第三實施例剖示圖。 第八圖係本創作之標示體第四實施例剖示圖。 * 第九圖係本創作再一實施例之示意圖。 【主要元件符號說明】 (10)底座 (20)柱體 (30) 蓄電裝置 (31) 電線 - (40)太陽能板 φ (41)電線 (50) 標示體 (51) 透光板 (511) 文字或圖案 (512) 背板 (513) 反光層 (52) 、（52’)框條 (521)溝槽 -11 - M277072 (53) 發光二極體 (54) 電路板 (60) 顯示板 (61) 溫度數值 (62) 時間數 (70)連接件Pressing, climbing is a good fitness activity. Because there are many climbing paths, in order to prevent climbers from getting lost, they will set up index signs at the forks to guide them in the right direction. However, because the erection of highlands or mountain roads will not break the entire ecological environment, most mountain roads have no power supply. Therefore, mountaineering road signs cannot be powered by electricity, and only the heart-like shameless logo is transferred. The indicators are so-come, road signs are often missed when it is dark or visibility is not good: road, ice ridge 5 court is a lot of things that friends who like mountain climbing are often frightened, and even unfortunate mountain accidents occur. -People press, in addition to the aforementioned road sign problems in high mountains, in fact, in the parks, trails, etc. of flat land, there are also the same problems. As the technology of solar energy matures, and the quality of high-brightness light-emitting diodes (TmD) is gradually stable, for this reason, how to combine solar energy into the required electrical energy, and use low-light methods to make the indicators in the dark or Poor visibility ~ Provided and correct information from the mountain (such as: road signs, temperature, time, and warnings .....), this is the problem that this creation wants to solve. [New content] The purpose is to provide a solar photovoltaic standard. The main M277072 display device in this creation uses solar energy to convert electricity into electricity, so that the sign body with LED as the light source is bright, and it reaches the high ground or mountain road. In the dark, or when visibility is poor, it can also provide climbers with correct information to improve their safety. Another purpose of this creation is to provide a solar photovoltaic signage device, which can also provide the local temperature or time of the climber as a judgement of itinerary and various preparations. Another purpose of this creation is to provide a solar photovoltaic labeling device, which uses natural resources without destroying the environment and ecology, and fully demonstrates the use of an energy source and enhances the overall aesthetic effect. Another purpose of this creation is to provide a solar photovoltaic signage device. In addition to being suitable for high mountains, parks, trails, etc. on flat ground can also be used to save energy and fully provide the signifying effect. To achieve the above purpose, the technical content of this creation includes: a base fixed to the ground; a pillar fixed on the base; and a power storage device housed in the pillar to store electrical energy and provide Electric current; a solar panel provided at the top of the pillar for absorbing solar energy and converting the solar energy into electrical energy to be stored in the power storage device; and at least one indicator body fixed on the pillar It includes a light-transmitting plate provided with text or patterns, and a plurality of light-emitting diodes (LEDs) provided on the side of the light-transmitting plate. The light-emitting diode system is housed in a frame and the direction of light emission The light source is oriented toward the light-transmitting plate and is electrically connected to the power storage device, and is configured to receive a current sent from the power storage device and emit light. M277072 [Embodiment] First, please refer to the first figure, the preferred embodiment of this creation includes: a base (10), which is fixed to the ground; a cylinder (20), which is fixed to the base (10) Above, it can be round, square, or any other geometric pattern. The round shape is used in this example, but it is not limited to this, and the cylinder (20) can be connected by a single or multiple sections. And the bottom can be slightly larger. A solar panel (40), which is provided at the top of the pillar (20), is used to absorb solar energy and convert the solar energy into electrical energy, and is stored in the power storage device (30) through a wire (41); The power storage device (30) is housed in a post (20) for storing electric energy and capable of providing current; at least one indicator (50) is fixed on the post (20), such as the fourth, As shown in the five figures, it includes a light-transmitting plate (51) and a plurality of light-emitting diodes (53) provided on the side of the light-transmitting plate (51). The light-emitting diodes (53) are housed in a frame Inside the strip (52), and its light emitting direction is toward the light-transmitting plate (51), and is electrically connected to the electric wire (31) connected to the power storage device (30), for receiving the power sent from the power storage device (30) The current flows. A predetermined text (511) or pattern is engraved on the light-transmitting plate (51) of the front-revealing indicator body (50) as a direction and distance indication. The light emitting diode (53) is fixed on a circuit board (54) nested in a frame bar (52). In this way, the light emitting diode (53) can be soldered to the circuit board (54) in advance. Then insert the pre-formed grooves (521) of the frame strip (52) to facilitate the positioning and assembly. As for the frame strip (52) and the light-transmitting plate (51), they can be fixed by a rivet or a screw, which will not be described in detail. M277072 Therefore, please return to the first figure, the solar panel (40) converts the absorbed solar energy into electrical energy and stores it in the power storage device (30) by the electric wire (41), and then supplies the LED power. The power storage device (30) is mainly a battery. Of course, it can include a control circuit board (32). When the battery is full, the electricity controlling the solar panel (40) is directly transferred to the light emitting diode (53). This prevents the power storage device (30) from charging all the time and is prone to malfunction. Therefore, the indicator body (50) can obtain the power supply stored in the power storage device (30) and display brightness to achieve the purpose of clear labeling. In addition, the LED (53) is different from ordinary light bulbs in that it is very power-saving, so it consumes little electricity. Therefore, the light energy absorbed by the solar panel (40) is converted into electricity, which is sufficient to supply its power. Therefore, there is no risk of energy shortage. Please refer to the second figure again. In addition to the front display indicator (50), this creation may further include a display panel (60) composed of a plurality of light emitting diodes (LEDs). The display panel ( 60) Electricity is also supplied by the power storage device (30), and the current temperature value (61) at the location of the road sign can be displayed, so that the climber can fully grasp the local climate. Moreover, the display panel (60) can also display the time value (62) as shown in the third figure, and the temperature value (61) and the time value (62) can be mutually displayed on the same display panel (60). Change alternately. Please refer to the fourth figure again. The marker body (50) of this creation is positioned by a connector (70) on the side of the pillar (20). The connector (70) can be any type. This example uses an L-shaped connecting piece to lock, but it is not limited to this, such as frame bars, aluminum bars, aluminum extruded pipe bodies, etc. can be used, so I won't go into details. The fifth figure is the first feasible embodiment of the marker body (50) of this creation. The light transmitting plate (51) is provided with frame bars (52) and M277072 light-emitting diodes on the upper and lower sides, and even on either side. (53), and the light-transmitting plate (51) is provided as two front and rear plates, and a back plate (512) is sandwiched in the middle, so that it has the function of displaying road signs on both front and rear sides, but it is not limited herein. In addition, the sixth figure is the second feasible embodiment of the marker body (50) of this creation. It only has a light-emitting diode (53) inside the upper frame bar (52), and the lower frame bar (52 ') is It is only used for frame positioning, and there is no light-emitting diode (53). In addition, the seventh figure is the third feasible embodiment of the marking body (50) of this creation, which is provided with a frame strip (52) and a light emitting diode (53) only on the light transmitting plate (51), and no on the lower side. However, a reflective layer (513) can be provided on the bottom surface to make the light source reflect and increase the brightness. Furthermore, the eighth figure is the fourth feasible embodiment of the marker body (50) of this creation. The light-transmitting plate (51) has only one sheet, and a reflective layer (513) is provided on the back surface and the bottom surface. Glow. Therefore, the frame strip (52) and the light-emitting diode (53) can be provided on the upper side, the lower side or the side of the light-transmitting plate (51), or the two sides, the three sides, etc., as required. Although the feasible structure of the indicator body (50) has been described above with four embodiments, it is not limited to this. In fact, there are still many equivalent changes using the disclosed embodiments and technical means, which will not be described in detail. As shown in the ninth figure, a kind of marking body (50) is disclosed. Of course, any other geometric circular shape can be used, and the marking body (50) can also be shown in this example in addition to the road sign instructions. The text or pattern (511) on the light-transmitting plate (51) can be used as an advertising sign. The main spirit of this creation is to use a light-transmitting plate (51) combined with a light-emitting diode (53) to form a marking body (50), which is further combined with the solar energy storage device (30), so that in remote areas such as highlands and mountain roads And parks, trails, and other places where there is no mains M277072 supply, can still provide bright road signs to benefit thousands of mountain climbers, which fully utilize natural resources and improve safety. In addition, the attached LED indicating board (60) can provide timely and accurate information for the boarder; in addition, if the electricity allows, the column (20) can also be equipped with LED bulbs (not shown), and also has lighting Function is indeed practical. In summary, the structure revealed in this creation is unprecedented, and it can indeed achieve the expected effect, and it can be used by the industry, and fully meets the requirements for new patents. I ask your reviewers to approve patents to encourage Innovation, no sense of virtue. However, the figures and descriptions disclosed above are only the preferred embodiments of this creation. Modifications or equivalent changes made by those skilled in the art in accordance with the spirit of this case should still be included in the scope of patent application in this case. -10- M277072 [Brief Description of the Drawings] The first drawing is a cross-sectional view of a preferred embodiment of this creation. The second diagram is a schematic diagram of another embodiment of this creation. The third diagram is a schematic diagram of another embodiment of the present invention. The fourth figure is a schematic diagram of the combination of the marker body and the column in this creation. The fifth figure is a cross-sectional view of the first embodiment of the marker body of this creation. The sixth figure is a cross-sectional view of the second embodiment of the marker body of this creation. The seventh diagram is a cross-sectional view of the third embodiment of the marker body of this creation. The eighth figure is a sectional view of the fourth embodiment of the marker body of this creation. * The ninth picture is a schematic diagram of another embodiment of this creation. [Description of main component symbols] (10) Base (20) Cylinder (30) Power storage device (31) Electric wire-(40) Solar panel φ (41) Electric wire (50) Marker (51) Light transmitting plate (511) Text Or pattern (512) back plate (513) reflective layer (52), (52 ') frame strip (521) groove-11-M277072 (53) light emitting diode (54) circuit board (60) display board (61 ) Temperature value (62) Time (70)