M404594 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種溫室裝置，特別是指一種搭配電 冰箱並可供種植水耕蔬菜的溫室裝置。 【先前技術】 常見傳統的溫室，為了維持内部的溫度，總必須在溫 室内加入許多額外設備，例如利用燈泡發熱來提高溫室内 的溫度，或是風扇來排出熱量，溫室内水分的控制也必須 仰賴外界的供給，所以為了溫室内生物的生長，必須源源 不絕地供給所需的資源，造成不必要的浪費。 市面上的電冰箱為了維持冷藏室及冷凍庫的低溫，必 須排出其内部多餘的熱量，因此電冰箱在背面均具有用以 排放廢熱的散熱器，在啟動電冰箱的自動除霜功能時，電 冰箱利用其壓縮機的熱能來融化冷凍庫内的冰霜，並產生 廢水。一般而言，電冰箱運轉的過程中，廢熱及廢水之產 生是不可避免的，通常我們不會針對這些廢熱去做利用， 因此廢熱便透過散熱器散失到室内，同時，我們對廢水也 無額外的處理，使其自由地蒸發。 因不同植物之間對於光源的喜好有所不同，有些偏好 藍光'有些偏好紅光’因此針對不同波長的光源會導致植 物不同的成長程度，但傳統的溫室使用燈泡充當光源，此 種白熾光是由許多不同波長的可見光所組成，所以無法單 純提供最適合植物生長所需的特定光源（例如紅光、藍光） ，導致植物很難達到最佳化的生長β 3 如上所單獨的溫室必須仰賴外界提供資源才能維 料作，單獨的電冰箱也以運轉會產生㈣及廢水，顯 付相田不銥保除此之外，傳統溫室也無法提供適當的特 定光源，讓植物達到最佳的成長。 【新型内容】 因此’本新型之目的，即在提供能有效利用電冰箱的 廢‘、、、達到U碳並透過可調整的光源來促進植物生長的 溫室裝置。 於疋’本新型之搭配電冰箱的溫室裝置’包含-溫室 :體、-熱傳元件及一發光元件。該溫室本體設置於電冰 I目頁面ϋ包括一可種植水耕蔬菜的容室及複數與容室連 、的氣孔’ 6玄熱傳兀件與電冰箱連接並可導引電冰箱之廢 熱進入該溫室本體内，該發光元件連結於該溫室本體且能 產生特定光源用於照射水耕蔬菜。 +本新型之功效在於：藉由電冰箱@廢熱來提供溫室所 需的熱量，達到環保的功效，藉由發光元件所提供特定範 圍波長的光線，達到促使植物生長最佳化的功效。 【實施方式】 有關本新型之如述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 參閱圖1與圖2，本新型溫室裝置之較佳實施例是設置 於電冰粕7上，該電冰箱7於自動除霜時，會透過壓縮 機產生的熱量來溶解冰霜，並將冰霜溶解後產生的廢水導 弓丨入位於該電冰箱7底部的蒸發水盤71。 該溫室裝置包含一溫室本體〖、一熱傳元件2 '一發光 元件3、-水量控制件4' -光源調整器5及_溫度控制件 6 〇 該溫室本體1設置於該電冰箱7頂面，並包括一容室 Π及複數與該容室11連通的氣孔12,該容室丨丨可供種植 (例如豆苗等）簡單的水耕蔬菜。 該熱傳元件2連接該電冰箱7的散熱器（如圖3所示） ，用於導引該電冰箱7之廢熱進入該溫室本體丨内藉以 提供溫室所需的熱量來源，使水耕蔬菜能在—適合成長的 溫度下成長，該熱傳元件2的材質為（例如金屬等）良好 熱導體。該溫室本體1的底面可為與該熱傳元件2互相搭 配的網狀凹槽（如圖4所示），材質可以是（例如金屬等 良好熱導體，用以充分吸收該熱傳元件2所傳導的熱量。 該發光7L件3包括複數紅色發光二極體31、複數綠色 發光二極體32及複數藍色發光二極體33 ’在本實施例中， 該發光元件3為複數红色、綠色、藍色發光二極體3卜32 、33 ’然而亦可為一紅色、，亲色、藍色發光二極體（圖未 示）。 >該水量控制件4包括一設置於該溫室本冑丨上的水量 警:燈41 ' 一哀浦42及一連通該栗浦42與該溫室本體！ 之谷室11的導水管43。該泵浦42設置於該電冰箱7上用 乂抽取以發水盤71上的廢水’並具有__控制運作的開關 421。該水量警示燈41可警示溫室内的水量不在適合水耕 M404594 蔬菜生長的範圍内。 該光源調整器5裝設於該溫室本體1上，包括一紅光 旋鈕51、一綠光旋鈕52及一藍光旋鈕53，用以控制不同 顏色發光二極體3 1、32、33間的強度。 該溫度控制件6包括一設置於該溫室本體丨上的溫度 警示燈61、一控制單元62及一導冷管63。該控制單元62 具有一設置於該溫室本體丨上的旋轉開關621，及一穿設於 該導冷管63的氣閥622，該導冷管63 一端連接於該電冰箱 7的冷凍庫，另一端連接於該溫室本體丨内。該溫度警示燈 61可警示溫室内的溫度不在適合水耕蔬菜生長的範圍（25 度〜35度）内。 在種植水耕蔬菜時，該溫室本體丨之氣孔丨2功用在於 空氣流通’提供水耕蔬菜成長所必需的氧氣。 藉由該發光元件3中不同顏色之發光二極體31、32、 33所組成的光源，來照射水耕蔬菜，以提供水耕蔬菜成長 所必需的光線，因為每種植物都有其適合成長的光源有 些偏好藍光有些偏好紅光，因此透過該光源調整器5可合 成一最適水耕蔬菜成長的特定光源。 〇 該水量警示燈41之運作方法可為：於溫室内的水位上 限：水位下限處’分別設置-感應元#(圖未示）並與該 水里警示燈41電連接，在溫室水量過低時，觸動水位下限 處的感應it件，透過該水量警示燈41以閃爍方式反映。在 ':室水量過高時’觸動水位上限處的感應元件，透過該水 量警示燈41以㈣亮燈方式反應1此，#該水量警示燈 6 M404594 41顯示水量過低時，可打開該泵浦42上的開關421，以抽 取該電冰箱7之廢水進入該溫室本體1内來補充溫室内的 水分’以提供水耕蔬菜成長所必需的水分。本實施例中是 以该泵浦42與該導水管43的組合來補充溫室内的水分， 然而亦可直接利用一導水管（圖未示）連接該電冰箱7之 冷凍庫與該溫室本體1 ’藉由外熱溶解冷凍庫之冷霜來補充 水分。M404594 V. New description: [New technical field] The present invention relates to a greenhouse device, in particular to a greenhouse device equipped with a refrigerator and capable of growing hydroponic vegetables. [Prior Art] In the traditional greenhouse, in order to maintain the internal temperature, it is necessary to add a lot of extra equipment in the greenhouse, such as using the heat of the bulb to increase the temperature in the greenhouse, or the fan to discharge the heat, and the control of the moisture in the greenhouse must also Relying on the supply of the outside world, in order to grow the organisms in the greenhouse, it is necessary to supply the necessary resources endlessly, resulting in unnecessary waste. In order to maintain the low temperature of the refrigerator compartment and the freezer, the refrigerator in the market must discharge excess heat inside the refrigerator. Therefore, the refrigerator has a radiator for discharging waste heat on the back side, and when the automatic defrosting function of the refrigerator is started, the refrigerator The heat of the compressor is used to melt the frost in the freezer and produce waste water. Generally speaking, during the operation of the refrigerator, the generation of waste heat and waste water is inevitable. Usually, we do not use the waste heat to make use of it. Therefore, the waste heat is lost to the room through the radiator. At the same time, we have no extra waste water. The treatment allows it to evaporate freely. Because different plants have different preferences for light sources, some prefer blue light 'some prefer red light'. Therefore, different wavelengths of light source will lead to different growth levels of plants, but traditional greenhouses use light bulbs as light sources. It consists of many different wavelengths of visible light, so it is not possible to simply provide the specific light source (such as red light and blue light) that is most suitable for plant growth, which makes it difficult for plants to achieve optimal growth. β 3 The greenhouse alone must rely on the outside world. Providing resources to maintain the materials, separate refrigerators will also produce (4) and waste water, and the traditional greenhouses will not be able to provide appropriate specific light sources to allow plants to achieve optimal growth. [New content] Therefore, the object of the present invention is to provide a greenhouse device capable of effectively utilizing the waste of a refrigerator, to achieve U carbon, and to promote plant growth through an adjustable light source. Yu 疋 'This new type of greenhouse device with a refrigerator' includes a greenhouse: a body, a heat transfer element, and a light-emitting element. The greenhouse body is arranged on the electric ice I mesh page, and includes a chamber for planting hydroponic vegetables and a plurality of pores connected with the chamber, and the hollow heat transfer member is connected with the refrigerator and can guide the waste heat of the refrigerator to enter. In the greenhouse body, the light-emitting element is coupled to the greenhouse body and is capable of generating a specific light source for illuminating the hydroponic vegetable. The effect of the new model is to provide the heat required by the greenhouse by using the refrigerator @ waste heat to achieve the environmental protection effect, and to optimize the growth of the plant by the light of a specific range of wavelengths provided by the light-emitting element. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description of the preferred embodiments of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to FIG. 1 and FIG. 2, a preferred embodiment of the present invention is disposed on an electric ice raft 7, which, when automatically defrosting, dissolves the frost through the heat generated by the compressor and dissolves the frost. The resulting waste water guide bows into the evaporating water pan 71 located at the bottom of the refrigerator 7. The greenhouse device comprises a greenhouse body, a heat transfer element 2, a light-emitting element 3, a water quantity control unit 4', a light source adjuster 5, and a temperature control unit. The greenhouse body 1 is disposed on the top surface of the refrigerator 7. And including a chamber Π and a plurality of vents 12 communicating with the chamber 11, the chamber 丨丨 being capable of planting (for example, bean sprouts, etc.) simple hydroponic vegetables. The heat transfer element 2 is connected to the heat sink of the refrigerator 7 (as shown in FIG. 3) for guiding the waste heat of the refrigerator 7 into the greenhouse body to provide a heat source for the greenhouse, so that the hydroponic vegetable It can grow at a temperature suitable for growth, and the material of the heat transfer element 2 is a good thermal conductor (for example, metal). The bottom surface of the greenhouse body 1 may be a mesh groove (shown in FIG. 4 ) that is matched with the heat transfer element 2 . The material may be a good thermal conductor such as metal to fully absorb the heat transfer element 2 . The light-emitting 7L member 3 includes a plurality of red light-emitting diodes 31, a plurality of green light-emitting diodes 32, and a plurality of blue light-emitting diodes 33'. In this embodiment, the light-emitting elements 3 are plural red and green. The blue light-emitting diode 3b 32, 33' can also be a red, color-friendly, blue light-emitting diode (not shown). The water quantity control member 4 includes a set in the greenhouse. The water meter on the raft: the light 41 'a mourning 42 and a water conduit 43 connecting the Lipu 42 and the greenhouse body! The chamber 42 is disposed on the refrigerator 7 for extraction The waste water on the water tray 71 has a switch 421 for controlling operation. The water warning light 41 can warn that the amount of water in the greenhouse is not within the range suitable for the growth of the vegetable of the hydroponic M404594. The light source adjuster 5 is installed in the greenhouse body 1 includes a red light knob 51, a green light knob 52 and a blue The knob 53 is configured to control the intensity between the different color LEDs 3, 32, and 33. The temperature control member 6 includes a temperature warning lamp 61 disposed on the greenhouse body, a control unit 62, and a cold guide. The control unit 62 has a rotary switch 621 disposed on the greenhouse body ,, and a gas valve 622 disposed through the cold guide tube 63. One end of the cold guide tube 63 is connected to the freezer of the refrigerator 7. The other end is connected to the greenhouse body. The temperature warning lamp 61 can warn that the temperature in the greenhouse is not within the range suitable for the growth of hydroponic vegetables (25 degrees to 35 degrees). When planting hydroponic vegetables, the greenhouse body The function of the vent 2 is to provide the oxygen necessary for the growth of the hydroponic vegetable. The irrigating vegetable is irradiated by the light source composed of the light-emitting diodes 31, 32, 33 of the different colors of the illuminating element 3, Provides the light necessary for the growth of hydroponic vegetables, because each plant has its own light source suitable for growth. Some prefer blue light and some prefer red light. Therefore, through the light source adjuster 5, a specific growth of the most suitable hydroponic vegetable can be synthesized. The operation method of the water warning light 41 can be: the upper limit of the water level in the greenhouse: the lower limit of the water level is set separately - the sensor element # (not shown) and is electrically connected with the warning light 41 in the water, the amount of water in the greenhouse When the temperature is too low, the sensing element at the lower limit of the water level is touched by the water amount warning light 41. When the ': room water volume is too high', the sensing element at the upper limit of the water level is touched, and the water amount warning light 41 is illuminated by (4) Lamp mode reaction 1 this, #水量警灯6 M404594 41 shows that when the water volume is too low, the switch 421 on the pump 42 can be opened to extract the waste water of the refrigerator 7 into the greenhouse body 1 to supplement the greenhouse Moisture' provides the moisture necessary for the growth of hydroponic vegetables. In this embodiment, the water in the greenhouse is supplemented by the combination of the pump 42 and the water conduit 43. However, a water conduit (not shown) may be directly connected to the freezer of the refrigerator 7 and the greenhouse body 1 ' The cold water is dissolved by the external heat to dissolve the cold storage.
該溫度警示燈61之運作方法可為：透過一控制元件（ 圖未示）與一電子溫度計（圖未示）電連接來偵測溫度範 圍並以閃爍燈光表示溫度3 5度以上 '持續亮光表示溫度 低於25度。當該溫度警示燈61警示溫度超過35度時，可 調正該控制單元62的$疋轉開關621，藉以控制該導冷管63 上的乳闊622 ’帛w讓該電冰帛7冷柬庫内的冷氣能進入該 μ至本體1内，進而降低該溫室本體1内的溫度使水耕 蔬菜能在一合適的溫度下成長。The temperature warning lamp 61 can be operated by electrically connecting a control component (not shown) to an electronic thermometer (not shown) to detect the temperature range and flashing the light to indicate that the temperature is more than 35 degrees. The temperature is below 25 degrees. When the temperature warning light 61 warns that the temperature exceeds 35 degrees, the $turn switch 621 of the control unit 62 can be adjusted to control the milk width 622 '帛w on the cold guide tube 63 to make the electric ice 帛 7 cold The cold air in the reservoir can enter the μ into the body 1, thereby lowering the temperature in the greenhouse body 1 so that the hydroponic vegetable can grow at a suitable temperature.
綜上所述，本新型溫室裝置可藉由該熱傳元件2導引 該電冰箱7的廢熱、該水量控制件4導引該電冰箱7的廢 水以提供溫室之所需’進而達到省能環保的功效，除此乂 外過該光源調整器5的調整，能使該發光元件3產生 特疋乾圍波長的光源’針對不同的水耕蔬菜，能得到最佳 的成長，故確實能達成本新型之目的。 、惟以上所述者，僅為本新型之較佳實施例而已， 能以此限定本新a , PA凡依本新型申請專利 巳及新里說明内容所作之簡單的等效變化與修錦，皆仍 7 M404594 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是-立體分解圖’說明本新型溫 I*他例； 罝之—較佳 圖2是一正視圖， 合關係； 說明該較佳實施例與_電冰箱的組 圖3疋一局部剖視圖，說明該較佳實施例之—熱傳元 件與該電冰箱的組合關係；及 圖4是一底視圖，說明該較佳實施例之一溫室本體的 底部與該熱傳元件相互配合。In summary, the novel greenhouse device can guide the waste heat of the refrigerator 7 by the heat transfer element 2, and the water quantity control member 4 guides the waste water of the refrigerator 7 to provide the needs of the greenhouse, thereby achieving energy saving. The environmental protection effect, in addition to the adjustment of the light source adjuster 5, enables the light-emitting element 3 to generate a light source with a special dry wavelength. 'For different hydroponic vegetables, the best growth can be achieved, so it can be achieved. The purpose of this new type. However, the above-mentioned ones are only preferred embodiments of the present invention, and can be used to limit the simple equivalent changes and repairs made by the new patents and the contents of the new patents. All still 7 M404594 is covered by this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view illustrating the present invention; FIG. 1 is a front view showing a preferred embodiment of the present invention; Figure 3 is a partial cross-sectional view showing the combination of the heat transfer element and the refrigerator in the preferred embodiment; and Figure 4 is a bottom view showing the bottom of the greenhouse body and the heat transfer of the preferred embodiment The components cooperate with each other.