M351334 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種可攜式太陽能冰箱，尤其是指一種能 增加太陽能晶片模組單元吸收光能之面積，且可延長在無電供 應的情形下的作動保溫時間之可攜式太陽能冰箱的結構創新 設計。 【先前技術】 自週休二日以來，人們常利用假日到野外郊遊、踏青，因 而開車到郊外旅遊的家庭逐漸增多。而在郊外旅遊時最二出現 的問題便是食物保存關題，例如：到料烤肉、野餐、或釣 魚，尤其釣魚所需之時間較長，因此在魚獲的保鮮上更為重要。 -般車用行動冰箱是彻—種熱電式致冷片，當施以直流 電流時則兩面會發生溫差，一面發熱另一面發冷，冷端的熱量 被移到熱端，導致冷端溫度降低麵降溫的效果。雖然已有市 售的車用小冰箱存在，不過因市售行動冰箱的電力來源來自於 車上的電’離開車子之後，此冰箱將因為沒有電力的供應，而 只剩下單純的保溫魏，冰箱⑽食品也會隨 溫並腐跄。 v 於疋便有人提出一種太陽能冰箱，此冰箱擁有胤，由太 =晶片、蓄電池、壓縮機和—些控制元件等所喊。藉由壓 2軸齡跳_曝，喝卿制溫度，達 相溫控目的。由於該冰積與_目當龐大，故主要應 M351334 用於山區的醫療用途，或軍事用途，當蓄電池電量有80%時， 可達三天續航力。但此冰箱卻不適合外出攜帶。M351334 V. New Description: [New Technology Field] This creation is about a portable solar refrigerator, especially one that can increase the area of solar chip module unit to absorb light energy, and can be extended in the absence of electricity supply. The innovative design of the portable solar refrigerator under the action of holding time. [Prior Art] Since the second day of the week, people often use the holiday to go out and go out in the wild, so the number of families driving to the suburbs is increasing. The second most common problem when traveling in the suburbs is the preservation of food. For example, it is more important to feed the barbecue, picnic, or fish, especially for fishing. Therefore, it is more important in the preservation of the fish. The general-purpose mobile refrigerator is a kind of thermoelectric cooling fin. When a direct current is applied, the temperature difference will occur on both sides. On the other side, the other side will be cold, and the heat at the cold end will be moved to the hot end, resulting in a lower temperature of the cold end. The effect of cooling. Although there is a commercially available small refrigerator for vehicles, the power source for the commercially available mobile refrigerator comes from the electricity on the car. After leaving the car, the refrigerator will have no insulation, and only the insulation will be left. The refrigerator (10) food will also rot with temperature. v Yu Yu has proposed a solar-powered refrigerator that has sputum, shouted by the DRAM, the battery, the compressor, and some control components. By pressing 2 shafts to jump _ exposure, drink the temperature of the Qing, to achieve the purpose of phase temperature control. Because the ice accumulation and _ are huge, it should be used for medical purposes in mountainous areas or military purposes. When the battery power is 80%, it can reach three days of endurance. However, this refrigerator is not suitable for carrying out.
另如我國於2007年5月11日所公告之第M311872號「攜 帶式太陽能冰箱結構」新型專利案，其具有一可熱交換製冷之 冰箱，該冰箱具有一太陽能晶片、一蓄電池和一供電電池。作 動方式是由太陽能晶片產生之電力輸入供電電池，而供電電池 再將電力輸入冰箱；其蓄電池之作用是接收供電電池供應冰箱 後多餘之電力。然而，此一冰箱所使用之太陽能板的面積僅限 於冰相上端面的面積，因此，該冰箱存在著太陽能板之面積太 小無法產生足夠的電能來推動致冷晶片之疑慮。 由於車用攜▼式太陽能冰||趨向於提供消費者旅遊外出 使用所以製作上必纖為輕巧，同時能夠令太陽能晶片之發 電量提高到足啡鱗箱巾的組件，因此，若驗肢冷晶 片’並增加太陽能“ _設_將可有效改善上述問題。 【新型内容】 θ 丨乍之主要目的，係提供一種可攜式太陽能冰箱，尤其 疋和種ι增加太陽能晶片模組單元吸收光能之面積 ，且可延 在無電供應的情形下的作動保溫_之可攜式太陽能冰箱。 述目的’本創作提供一種可攜式太陽能冰箱，其係 體早疋的上端面對應設置—太陽能晶片模組單 =域能晶片模組單元具有—第一太陽能板及位在該第一 月b反一側之一第二太陽能板，且該二第二太陽能板係可展 4 M351334 ^並由第-太陽能板的二端向外延伸’增加太陽能晶片模組 單元及收光月b之面積，且該二第二太陽能板可被收折並貼附在 冰箱主體單元的二側壁，形成一保溫架構，使該太陽能冰箱在 無電供應的情形下，能夠延長其冰冷溫度之時間。 另外’為了增加本創作之可攜式太陽能冰箱的行動性，於 該太陽能冰箱的線路迴路中加入蓄電瓶來儲存電力，以當在沒 有任何1力來㈣’ f魏可峨絲轉冰箱的運作，增加 鲁 行動冰箱的續航力。 再者’該蓄電瓶可藉由室内電源(1鹰)及車内之電源（12v) 對該蓄電瓶充電，或者於戶外時透過太陽能晶片模組單元所轉 換之電能充電，使整⑽、統更有利於提供相或晚上的冷藏能 力。 【實施方式】 為令本創狀結構城、目的及概能夠更清楚及完整的 籲 揭露，兹請一併參閱圖式及元件符號詳細說明如下。 • 町請參閱第—及二圖，本創狀「可攜式太陽能冰箱」 係包括-冰箱主體單元(1)、一致冷單元⑵、一太陽能晶片模 組單元(3)與一供電單元(4);其中： 該致冷單元⑵、太陽能晶片模組單元(3)與供電單元⑷ 係裝設在冰駐體單元⑴上，且該致冷單元⑵、太陽能晶片 模組單元(3)與供電單元⑷間形成一電子迴路，利用該太陽能 晶片模組單元(3)將所吸收之光線的光能轉換成電能，並存於 M351334 供電單元(4)中’再藉該供電單元(4)供給電力予該致冷單元 (2) ’令該致冷單元(2)進行製冷作業。$，該太陽能晶片模組 單元(3)具有-第-太陽能板(31)及位在該第一太陽能板⑻ 二側之二第二太陽能板(32)，該冰箱主體單元（丨）與該二第二 太陽能板(32)間各設置-支撐及收折裝置(33)，利用該支撐及 收折裝置⑽處於支撐狀態時，使該二第二太陽驗(32)能自 該第-太陽能板(31)的二端處向外展開、延伸，增加太陽能晶 • 4模組單元⑶吸收光能之面積【參第-圖】，當該支撲及收折 裝置⑽處於收折狀態時，該二第二太陽能板⑽可被收折並 貼附在冰箱主體單元⑴的二側壁砂第三圖所示般，形成一 保冷架構，使該太陽能冰箱在無電供應的情形下，能夠延長其 冷滅溫度之時間。 本創作之攜帶式太陽能冰箱因在外部的二側加裳第二太 陽能板(32)，因此即使太陽能晶片模組單元⑶發電量不足， 春但由於在财電源供應下及m陽能板(32)的遮蔽 .作用下，其作動保溫時間勢必可延長。請併參閱第四圖所示， 其即是將市售車則、冰箱及本_之可攜式太陽能冰箱停止 電源供應後，在日曬及溫度的影響下冰箱内部的溫度變化之曲 在相同條件的對比下’更可顯示出本創作可攜式太陽能 冰箱在不使用電源下可延長其作動冷凝之溫度。 另外，為了增加本創作之可攜式太陽能冰箱的行動性，於 該太陽能冰箱的線路迴路中加入蓄電瓶⑸來儲存電力【請參 6 M351334 第五圖】以當在沒有任何電力來 維持冰箱娜，物㈣編⑸了以放電來 再者’該蓄魏⑸可藉由室内電源【窗】⑹及車内電 ，【明⑺對該蓄输⑸充電，或者於戶外時透過太陽能 晶片模組單元⑶所轉換之魏充電，使整⑽統 供車用雜味冷絲力。 ^In addition, as disclosed in the new patent No. M311872 "Portable Solar Refrigerator Structure" announced by China on May 11, 2007, it has a heat exchange refrigeration refrigerator having a solar wafer, a battery and a power supply battery. . The action is that the power generated by the solar chip is input into the power supply battery, and the power supply battery then inputs the power into the refrigerator; the function of the battery is to receive the excess power after the power supply battery is supplied to the refrigerator. However, the area of the solar panel used in this refrigerator is limited to the area of the upper end surface of the ice phase. Therefore, the refrigerator has a problem that the area of the solar panel is too small to generate sufficient electric energy to push the cooling wafer. Because the car uses the type of solar ice || tends to provide consumer travel out of the use, so the production must be lightweight, and at the same time can increase the power generation of solar chips to the components of the foot-carcass towel, so if the limbs are cold The chip 'and increase solar energy' will be able to effectively improve the above problems. [New content] The main purpose of θ 丨乍 is to provide a portable solar refrigerator, especially 疋 and ι increase solar chip module unit to absorb light energy The area of the portable refrigerator can be extended in the case of no electricity supply. The purpose of the present invention is to provide a portable solar refrigerator, the upper end of which is set up in the early stage - the solar wafer mold The group single=domain energy chip module unit has a first solar panel and a second solar panel located on the opposite side of the first month b, and the second solar panel is capable of exhibiting 4 M351334 ^ and by the first The two ends of the solar panel extend outward to increase the area of the solar wafer module unit and the light-receiving month b, and the two second solar panels can be folded and attached to the refrigerator main unit The wall forms a thermal insulation structure, which enables the solar refrigerator to extend its ice-cold temperature in the absence of electricity supply. In addition, 'in order to increase the mobility of the portable solar refrigerator of the present invention, in the circuit loop of the solar refrigerator Add storage batteries to store electricity, so that when there is no 1 force (four) 'f Wei Kesi silk to the operation of the refrigerator, increase the endurance of the Lu mobile refrigerator. In addition, the storage battery can be powered by indoor power (1 eagle) and in the car The power supply (12v) charges the battery or charges it through the energy converted by the solar chip module unit when it is outdoors, so that the whole (10) system is more conducive to providing phase or night refrigeration capacity. [Embodiment] For details, please refer to the drawings and component symbols for details. • Please refer to the first and second figures for the creation of a portable solar refrigerator. The utility model comprises a refrigerator main unit (1), a uniform cold unit (2), a solar chip module unit (3) and a power supply unit (4); wherein: the refrigeration unit (2), too The chip module unit (3) and the power supply unit (4) are mounted on the ice station unit (1), and an electronic circuit is formed between the cooling unit (2), the solar chip module unit (3) and the power supply unit (4). The solar chip module unit (3) converts the light energy of the absorbed light into electrical energy, and stores it in the M351334 power supply unit (4), and then supplies power to the cooling unit (2) by the power supply unit (4) The refrigeration unit (2) performs a cooling operation. $, the solar chip module unit (3) has a -th solar panel (31) and two second solar panels (32) on the two sides of the first solar panel (8), the refrigerator main unit (丨) and the Between the second solar panels (32), the support and the folding device (33) are configured to enable the second solar detector (32) to be self-powered by the support and the folding device (10). The two ends of the plate (31) are outwardly extended and extended to increase the area of the solar crystal 4 module unit (3) absorbing light energy [refer to the figure], when the baffle and the folding device (10) are in a folded state, The second solar panel (10) can be folded and attached to the two side wall sands of the refrigerator main unit (1) to form a cold storage structure, so that the solar refrigerator can extend the cold without power supply. The time to extinguish the temperature. The portable solar refrigerator of the present invention has a second solar panel (32) on the two sides of the outside, so even if the solar wafer module unit (3) generates insufficient power, the spring is due to the power supply and the m-yang board (32). Under the action of shielding, its holding time will be prolonged. Please refer to the fourth figure, which is the same as the temperature change inside the refrigerator under the influence of sun exposure and temperature after the commercial vehicle, the refrigerator and the portable solar refrigerator are powered off. Under the conditional comparison, it can be shown that the portable solar refrigerator can extend the temperature of its active condensation without using a power source. In addition, in order to increase the mobility of the portable solar refrigerator of the present invention, a storage battery (5) is added to the circuit loop of the solar refrigerator to store electric power [please refer to Fig. 6 M351334 fifth figure] to maintain the refrigerator in the absence of any electric power. , (4) edited (5) to discharge again, 'the storage of Wei (5) can be charged by the indoor power supply [window] (6) and the interior of the car, [ Ming (7) charging the storage (5), or through the solar chip module unit (3) The converted Wei charge, so that the whole (10) system is used for the car with a miscellaneous cold wire force. ^
綜上所述，本創作實施例確能達到所預期之使用功效，又 其所揭露之具體構造’不僅未曾見諸於同類產品中，亦未曾公 開於申請前’誠已完全符合專利法之規定與要求，爰依法提出 新型專利之申請，懇請惠予審查，並賜准專利，則實感德便。 M351334 【圖式簡單說明】 第一圖：本創作可攜式太陽能冰箱外觀暨二第二太陽能板 呈展開狀態示意圖 第二圖：本創作可攜式太陽能冰箱線路架構方塊圖 第三圖：本_可氣太陽能冰狀二第二太陽能板呈收 折狀態示意圖 第四圖：摘射赋續能冰舰財售顧冰箱在相 同條件及未供給電源下内部溫度之曲線圖 第五圖可攜式太陽能冰箱另_實施规路架構方 【主要元件符號說明】 (1) (3) (32) • (4) . (6) 冰箱主體單元 太陽能晶片模組單元 第一太陽能板 供電單元 室内電源 (2) 致冷單元 (31)第一太陽能板 (33)支撐及收折裝置 ⑸蓄電瓶 (7) 車内電溽In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed is not only not seen in similar products, but also not disclosed before the application. Cheng has fully complied with the provisions of the Patent Law. And the request, the application for a new type of patent in accordance with the law, please forgive the review, and grant the patent, it is really sensible. M351334 [Simple description of the diagram] The first picture: the appearance of the portable solar-powered refrigerator and the second solar panel in the state of the expansion. The second picture: the third diagram of the creative portable solar refrigerator circuit architecture diagram: The second solar panel of the gas-fired solar ice-shaped second solar panel is in a state of collapse. The fourth picture: the graph of the internal temperature of the refrigerator under the same conditions and the unpowered power supply. Refrigerator _ implementation of the road structure side [main components symbol description] (1) (3) (32) • (4) . (6) refrigerator main unit solar chip module unit first solar panel power supply unit indoor power supply (2) Cooling unit (31) First solar panel (33) support and folding device (5) Storage battery (7) In-car battery