五、新型說明： 【新型所屬之技術領域】 本創作係關於-種農業驅蟲燈，尤指一種利用光源之 波長或色溫及閃爍頻率，進行驅趕害蟲之農業驅蟲燈。 【先前技術】 按，農民在種植作物時’作物在成長過程會有蟲害產 生’虽辰民發現作物有蟲害現象發生時，此時農民會調配 農藥，將調配好的農藥裝入一農藥喷灑器内，再以該農藥 噴漢器對作物進行-喷灑農藥動作，藉由農藥將害蟲驅 除，以使作物可以不被害蟲給吃光。 惟，農民以農藥來驅除害蟲，農藥將會殘留在作物上 及對土壤造成傷害，當人們將有殘離農藥之作物，吃入體 内，長期下來會對人體的健康造成影響外，土壤在長期喷 麗農藥之情形下，會改變土壤的酸驗值’而土壤的酸驗值 改變後，亟有可能使土壤不適合再種植作物，倘若種植作 物’亦有可能使作物在生長過程，發生不如預期的生長， 在有不如預期的生長，將使農民受到損失，因此，如何改 善作物在種植時’不使用農藥方式以進行驅除害蟲，亟待 業界解決之課題。 【新型内容】 本創作之目的即在提供一種農業驅蟲燈，係在一殼體 之一端設有一散熱座，將至少一第一發光單元環設在該散 熱座上，產生一光源，該散熱座之一端設置有一第一承載 座，其一端設置有太陽能板，接收一太陽光，以轉換成一 1098769 電能，再將一第二承載座設置在該太陽能板一端之中心部 位，且將一另一散熱座設置在該第二承載座之一端，及至 少一第一發光早元環設在該另一散熱座上，產生一另一光 源’藉以達到利用光源之波長或色溫及閃爍頻率，進行驅 趕害蟲之目的。 為達成上述目的之技術手段在於：一殼體；一設置在 該殼體一端之散熱座；至少一第一發光單元，環設在該散 熱座上，以產生一光源；一設置在該散熱座一端之第一承 載座；一設置在該第一承載座一端之太陽能板，以接收一 太陽光’並將該太陽光轉換成一電能；一設置在該太陽能 板一端中心部位之第二承載座；一設置在該第二承載板座 一端之另一散熱座；至少一第二發光單元，環設在該另一 散熱座上’以產生一另一光源。 【實施方式】 為便於貴審查委員能對本創作之技術手段及運作過葶 有更進一步之認識與瞭解，茲舉實施例配合圖式，詳細說明 _ 如下。 請同時參閱第1圖及第2圖所示，本創作所提供之農業 驅蟲燈，係由一殼體10、一散熱座11、至少一第一發光單 元12、一第一承載座13、一太陽能板14、一第二承載座 15、一另一散熱座16及至少一第二發光單元17所組成。其 中，該殼體10之另一端具有一尖銳部101，用以使該農業驅 蟲燈1插入一土壤中，而該散熱座Π係設置在該殼體1〇之一 端。 4 M398769 該等第一發光單元12係環設在該散熱座η上，以產生 一光源。 該第一承載座13係設置在該散熱座之一端。 該太陽能板14係設置在該第一承載座13之一端，以接 收一太陽光’並將該太陽光轉換成一電能。 該第二承載座15係設置在該太陽能板14一端之中心部 位。 該另一散熱座16係設置在該第二承載板座15之一端， 且為一尖椎體，用以防止鳥類。 該等第二發光早元17係環設在該另一散熱座16上，以 產生一另一光源。 在本實施例中’該農業驅蟲燈1復包括一控制單元18係 設置在該殼體10内，且與該等第一發光單元12、該太陽能 板14及該等第二發光單元π電性連接，依據該太陽能光產 生一蓄電控制訊號。 在本實施例中，該農業驅蟲燈1又復包括一蓄電單元19 係設置在該殼體10内，且接收該蓄電控制訊號，進行一蓄 電動作，儲存該電能，以提供該等第一發光單元丨2及該等 第〜發光單元17 ’產生該光源及該另一光源所需之電力。 在本實施例中，該農業驅蟲燈1更復包括一透鏡燈罩20 及〜另一透鏡燈罩21，係分別套設在該等第一發光單元12 及該等第二發光單元17之外圍，以使該光源及該另一光源 在'*展射時’能夠更加集中，避免該光源及該另一光源進行 ‘照射過程中，光源散射在空中，造成光害。 5 在本實施例t，該透鏡燈罩20及該另一透鏡燈罩21係 為一非球面透鏡燈罩。 在本實施例中，該尖銳部101為一尖椎體，且由一金屬 材質製作而成。 在本實施例中，該殼體1〇係為一柱狀體。 在本實施例中，該另一散熱座16係為一尖椎體。 當該農業驅蟲燈1透過由該金屬材質（如：銅）製作而 成之尖銳部101插入有種植作物之土壤時，藉由該太陽能板 14接收該太陽光，並將該太陽光轉換成該電能，傳送至該 控制單itl8產生該蓄電控制訊號（如第2圖所示） ，以令該 蓄電單元19進行該蓄電動作’以儲存該電能。 β亥蓄電單元19在儲存該電能後，同時提供該等第一發 光單元12及料第二發光單切，分職生該光源及該另 光源所需之電力（如第2圖所示），而該等第一發光單元 12及該等第三發光單元17，所產生之光源及另 一光源之波 長約為38G_65Qnm，或色溫約為議㈤通，並以0.3 至100赫錄（Hz)頻率進行閃塘，且閃煉時間在〇 〇5秒至 0.5心之間’此波長㈣、或色溫範圍及_頻率為害蟲所 π®之光頻率’且4透過非球面之透鏡燈罩⑼及該另一 透鏡燈罩21，將該光源及該另—光源在照射時，能夠更加 集中’避免該統及抑—光源進行騎難巾，光源散 射在空中，造成光害。 ,奸而在本實把例t ’辑第—發光單心及該等第二發 光單疋17’為選自—發光二極體（LED)，作為本實施例發 M398769 光之光源 產生^二該等第—發光單元12在進行該光源照射時，所 座u進ΓιΓ—金屬材f (如：銅）製作而成之散熱 行j 作，同樣地，該等第二發光單元17在進 ㈣另—光源照射時，所產生之減，則由—金V. New type description: [New technical field] This is a kind of agricultural insect repellent lamp, especially an agricultural insect repellent lamp that uses the wavelength or color temperature and flicker frequency of the light source to drive away pests. [Prior Art] According to the farmers, when the crops are planted, the crops will have pests during the growth process. Although the people found that the crops have pests, the farmers will mix the pesticides and put the prepared pesticides into a pesticide spray. In the device, the pesticide is sprayed on the crop to spray the pesticide, and the pest is driven out by the pesticide so that the crop can be eaten without being infected by the pest. However, farmers use pesticides to remove pests. Pesticides will remain on crops and cause damage to the soil. When people will have crops that have been left with pesticides and eat into the body, the long-term impact on human health will be affected. In the case of long-term sprayed pesticides, it will change the acid value of the soil' and the acidity of the soil will change. It may make the soil unsuitable for replanting the crop. If the crop is planted, it may also cause the crop to grow. The expected growth, in the case of unsatisfactory growth, will cause farmers to suffer losses. Therefore, how to improve the crop's use of pesticides to eliminate pests during planting is a problem that needs to be solved by the industry. [New content] The purpose of the present invention is to provide an agricultural insect repellent lamp, which is provided with a heat sink at one end of a casing, and at least one first light emitting unit ring is arranged on the heat sink to generate a light source. One end of the seat is provided with a first carrier, one end of which is provided with a solar panel, receives a sunlight to convert into a 1098769 power, and then sets a second carrier at a central portion of one end of the solar panel, and another one The heat sink is disposed at one end of the second carrier, and at least one first light emitting element ring is disposed on the other heat sink, and generates another light source to thereby drive away by using a wavelength or color temperature and a flicker frequency of the light source. The purpose of pests. The technical means for achieving the above object is: a housing; a heat sink disposed at one end of the housing; at least one first lighting unit, the ring is disposed on the heat sink to generate a light source; and the heat sink is disposed on the heat sink a first carrier at one end; a solar panel disposed at one end of the first carrier to receive a sunlight' and convert the sunlight into an electrical energy; a second carrier disposed at a central portion of one end of the solar panel; An other heat sink disposed at one end of the second carrier block; at least one second light emitting unit is disposed on the other heat sink to generate a further light source. [Embodiment] In order to facilitate the review committee to have a better understanding and understanding of the technical means and operation of this creation, the embodiment is combined with the diagram, and the detailed description is as follows. Please refer to FIG. 1 and FIG. 2 simultaneously. The agricultural insect repellent lamp provided by the present invention comprises a casing 10, a heat sink 11, at least one first lighting unit 12, and a first carrier 13, A solar panel 14, a second carrier 15, a further heat sink 16 and at least one second light emitting unit 17 are formed. The other end of the housing 10 has a sharp portion 101 for inserting the agricultural insect-repellent lamp 1 into a soil, and the heat-dissipating socket is disposed at one end of the housing. 4 M398769 The first light emitting units 12 are looped on the heat sink n to generate a light source. The first carrier 13 is disposed at one end of the heat sink. The solar panel 14 is disposed at one end of the first carrier 13 to receive a sunlight' and convert the sunlight into an electrical energy. The second carrier 15 is disposed at a central portion of one end of the solar panel 14. The other heat sink 16 is disposed at one end of the second carrier seat 15 and is a pointed vertebral body for preventing birds. The second light-emitting elements 17 are looped on the other heat sink 16 to produce a further light source. In the present embodiment, the agricultural insect repellent lamp 1 includes a control unit 18 disposed in the casing 10, and is electrically connected to the first lighting unit 12, the solar panel 14, and the second lighting units. The sexual connection generates a power storage control signal according to the solar light. In this embodiment, the agricultural insect repellent lamp 1 further includes a power storage unit 19 disposed in the casing 10, and receiving the power storage control signal, performing a power storage operation, and storing the power to provide the first The light-emitting unit 丨2 and the first-to-light-emitting units 17' generate power required by the light source and the other light source. In the present embodiment, the agricultural insect repellent lamp 1 further includes a lens cover 20 and a further lens cover 21 disposed on the periphery of the first light-emitting unit 12 and the second light-emitting units 17, respectively. In this way, the light source and the other light source can be more concentrated when '*expanding', and the light source and the other light source are prevented from being scattered during the irradiation process, and the light source is scattered in the air, causing light damage. In the present embodiment t, the lens cover 20 and the other lens cover 21 are an aspherical lens cover. In this embodiment, the sharp portion 101 is a sharp vertebral body and is made of a metal material. In this embodiment, the housing 1 is a columnar body. In this embodiment, the other heat sink 16 is a sharp cone. When the agricultural insect repellent lamp 1 is inserted into the soil of the crop plant through the sharp portion 101 made of the metal material (for example, copper), the solar panel 14 receives the sunlight and converts the sunlight into The electric energy is transmitted to the control unit itl8 to generate the power storage control signal (as shown in FIG. 2), so that the power storage unit 19 performs the power storage operation to store the electric energy. After storing the electric energy, the β-th power storage unit 19 simultaneously supplies the first light-emitting unit 12 and the second light-emitting single cut, and divides the power required by the light source and the other light source (as shown in FIG. 2). The first light-emitting unit 12 and the third light-emitting units 17 generate a light source and another light source having a wavelength of about 38 G_65 Qnm, or a color temperature of about (5), and a frequency of 0.3 to 100 Hz (Hz). Perform a flash pond with a flash time between 〇〇5 seconds and 0.5 hearts 'this wavelength (four), or color temperature range and _frequency is the optical frequency of the pest π®' and 4 through the aspherical lens shade (9) and the other A lens cover 21, when the light source and the other light source are illuminated, can be more concentrated to 'avoid the system and the light source to carry the riding towel, and the light source is scattered in the air, causing light damage. In the present case, the light-emitting single core and the second light-emitting single-strip 17' are selected from the light-emitting diode (LED), and the light source of the M398769 light is generated as the light source of the present embodiment. When the light source is irradiated, the light-emitting unit 12 is made of a heat-dissipating line made of a metal material f (for example, copper), and similarly, the second light-emitting unit 17 is in the fourth (four) Another - when the light source is illuminated, the resulting reduction is caused by - gold
作如將二製予作而成之另—散熱座16進行-另-散熱動 二散熱’以使該等第—發光單元12及該等 第一發先早7017運作時，不會因職，進而導致燒燦。 又，該等第一發光單元12及該等第二發光單元17所產 f之閃爍頻率，則可針對被驅趕之昆蟲種類進行調整，為 透過該控鮮元18罐_趕之㈣所錢之_頻率， 使該第-發光單元12及料第二發料元17可針對被驅趕 之昆蟲種類不同’產生不同之閃爍頻率。 該等第-發光單元12及該等第二發光單元17所產生之For example, if the second system is made, the heat sink 16 performs - another heat dissipation and heat dissipation, so that the first light-emitting unit 12 and the first light-first operation 7017 are not in use. This leads to burning. Moreover, the flicker frequencies of the first light-emitting unit 12 and the second light-emitting units 17 can be adjusted for the type of insects to be driven, and the money can be transmitted through the control tank. The frequency of the first light-emitting unit 12 and the second material element 17 can be different for different types of insects being driven. The first light-emitting unit 12 and the second light-emitting unit 17 are
波長或色溫，収以更換料第—發光單元12及該等第二 發光單元Π ’使料第-發光單元12及料第二發光單元 Π可針對被驅趕之昆蟲種類不同，產生不同之波長或色 溫，以進行驅蟲。 β而該第纟载座13及該第二承载座15為用以隔絕該太 陽此板14 ’與該散熱座η及該另—散熱座π直接接觸，以 防止該太陽能板14與由該金屬材f (如：銅）製作而成之 邊散熱座11及該另-散熱座16接觸後，造成損毀。 此外’ s亥農業驅蟲燈1透過由該金屬材質（如··銅）製 作而成之钱人有種植作物之土壤，、錢入方式亦 7 X人工方式或空投方式播入土壤内，在插入時，為透過 該尖銳部101之金屬材質（如：銅）的重量及重力加速度， 使該農業驅蟲燈1插入土壤内。 而該另一散熱座16之頂端係凸出於該另一透鏡燈罩 21 ’透過該頂以防止鳥_立停留。 藉此可知，本創作農業驅蟲燈1係在該殼體10之一端設 置有该散熱座1卜將料發光單元12環設該散熱座u 上’產生該光源’該散熱座11之-端設置有該第-承載座 13 ’其—端設置有該太陽能板14，接收該太陽光 ，以轉換 成該電能，再㈣第二承載座15設置在該太陽能板14-端 =中心部位’且將該另_散熱座16設置在該第二承載座15The wavelength or color temperature, and the replacement of the light-emitting unit 12 and the second light-emitting unit Π 'the first-light-emitting unit 12 and the second light-emitting unit Π can be different for different types of insects to be driven, or different wavelengths or Color temperature for deworming. And the second carrier 13 and the second carrier 15 are used to isolate the solar panel 14' from direct contact with the heat sink η and the other heat sink π to prevent the solar panel 14 from being The heat sink 11 made of the material f (for example, copper) and the heat sink 16 are in contact with each other, causing damage. In addition, the 'Shai Agricultural Deworming Lamp 1 is made of the material made of the metal material (such as ··Copper), and the money is also planted into the soil by 7 X artificial or aerial means. At the time of insertion, the agricultural insect repellent lamp 1 is inserted into the soil for the weight of the metal material (for example, copper) passing through the sharp portion 101 and the acceleration of gravity. The top end of the other heat sink 16 protrudes from the other lens cover 21' through the top to prevent the bird from standing. It can be seen that the artificial agricultural insect-repellent lamp 1 is provided at one end of the casing 10 with the heat-dissipating seat 1 and the light-emitting unit 12 is disposed on the heat-dissipating block u to generate the light source. The first carrier 14 is disposed at the end thereof, the solar panel 14 is disposed to receive the sunlight to be converted into the electrical energy, and (4) the second carrier 15 is disposed at the 14-end=center portion of the solar panel and The other heat sink 16 is disposed on the second carrier 15
7及轉第—發光單元17環設在該另—散熱座W 及^_ U光源’藉以制彻辆、之波長或色溫， 及閃爍頻率’進行驅趕害蟲之目的。 上列詳細說明係針對本創作之一可行f f b 1 明，枪兮杳A,j仃貫施例之具體說 _實施例並_以關本創作之專 離本創作技藝精神所為之等效實未脫 案之專利範财。 Μ更’均應包含於本 【圖式簡單說明】 以 及第1圖為本發明農業驅蟲燈之立體局部剖視示意圖 Ρ圖為本發明農業驅祕之電路方仙。 【主要疋件符號說明】 農業驅蟲燈 8 M398769 10 殼體 101 尖銳部 11 散熱座 12 第一發光單元 13 第一承載座 14 太陽能板 15 第二承載座 16 尖柱散熱座 17 第二發光單元 18 控制單元 19 蓄電單元 20 透鏡燈罩 21 另一透鏡燈罩7 and the illuminating unit 17 is disposed on the other side of the heat sink seat W and the _ U light source to make the vehicle, the wavelength or color temperature, and the flicker frequency 'to drive the pests. The above detailed description is feasible for one of the creations of the ffb 1 ming, the specifics of the 施 , , , , 施 _ _ _ _ _ 实施 实施 实施 实施 实施 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作 创作The patent for the case. Μ ’ ’ ’ 均 均 均 均 ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ ’ 农业 农业 农业 农业 农业 农业 农业 农业 农业 农业[Main component symbol description] Agricultural insect-repellent lamp 8 M398769 10 Housing 101 Sharp part 11 Heat sink 12 First light-emitting unit 13 First carrier 14 Solar panel 15 Second carrier 16 Tip heat sink 17 Second light-emitting unit 18 Control unit 19 Power storage unit 20 Lens lamp cover 21 Another lens lamp cover