M434033 五、新型說明： 【新型所屬之技術領域】 ' 本創作係有關-種漁㈣燈組，特別是指—種可廣泛 應用於船體、水中，甚至可加掛於定置網使用的⑽燈組。 【先前技術】 & ’藉W源來引誘魚集結成群而增加漁獲量，是译 • 1長久以來慣用的方式，其做法主要係漁船在出港捕魚 配合在船體上掛著多數的專業用燈，並利用在黑暗的 .仗間時開起這些燈具、藉由魚群的聚光性來吸引魚群靠 近’以方便進行捕撈作業。 早期漁船使用之傳統集魚燈，大都係採用鎢絲燈泡或 &素燈泡來作為發光光源。這類光源的發光波長範圍相當 廣二且大部分發光波長的波段在海水中的穿透力低，再加 上光源所發出的光線中一大部分的光線並未入射到海中。 #因此，需使賴大功率m方能達.賴應.有之集魚 於’所謂較大功率之集魚燈難將水銀燈具經玻璃 =形成一漁業用燈組，再將多個燈組裝置於漁船上及 中’用以聚魚及照明之用，而此-燈組耗電量高、 高紫外線及高壓啟動，“絲源浪費、破 壞漁業貧源及危害作業人員安全。 【新型内容】 M434033 有鑑於此，本創作即在提供一種可廣泛應用於船體、 水中，甚至可加掛於定置網使用，並藉以提高作業環境安 全的LED燈組，為其主要目的者。 為達上揭目的，本創作之漁業用LED燈組結構基本上 包括有：一導熱座、至少一LED模組、一内置型反光盃、至 少一防水膠環、至少一光學透鏡、一鎖附環、一外置型反 光盃、一冷卻底座、一控制模組、至少一保護感測器，以 及一控制電纜；其中，該導熱座具有一供收容LED模組之承 載部，於該承載部處設有一延伸至燈組外部的配線通道； 該至少一LED模組，設於該導熱座之承載部處；該内置型反 光盃，設於該導熱座之承載部上；該至少一防水膠環，設 於該導熱座之開口上；該光學透鏡設於該導熱座之開口 處，並壓合防水膠環將該導熱座之開口封閉；該鎖附環設 於該光學透鏡之上，並壓合光學透鏡裝置於導熱座之上以 封閉開口；該外置型反光盃設於該鎖附環之上，並將光學 透鏡·包圍；該冷卻底座設於導熱座之底部，用以形成一冷 卻通道；該至少一控制模組，與控制電纜連接，用以控制 LED模組；該至少一保護感測器，與控制模組連接，用以確 保冷卻功能之運作； 該控制電纜係與各LED模組電性連接，並經配線通道伸 出燈組預定長度；以及，該電纜上設有一將配線通道封閉 的防水端子。 俾獲致一種具有極佳防水功能，可以大幅降低電力耗 損及光害，並相對提高使用安全性的LED燈組，而得以可廣 泛應用於船體、水中，甚至可加掛於定置網使用，藉以提 M434033 高作業環境之安全。 具體而言，本創作之LED燈組係可以產生下列功效： 1. 使用LED光源，而具有高效率、節能.以及可調光等優 點。 2. 本創作之LED燈組驅動電壓低，相對提高作業環境之 安全。 ^ 3. 在光學透鏡及反光盃之作用下，可以獲致較佳的光 學機制。 4. 可利用冷卻通道連接散熱系統管路，加速整體燈組 之廢熱排放效率。 5. 具有較佳的防水性.，尤適合安裝於船體、水中，或 是加掛於定置網使用。 【實施方式】 本創作之特點，可參閱本案圖式及實施例之詳細說明 而獲得清楚地瞭解。 如第一圖本創作第一實施例之LED燈組外觀立體分解 圖、第二圖本創作第一實施例之LED燈組結構剖視圖所示， 本創作之漁業用LED燈組10結構基本上包括有：一導熱座 11、至少一LED模組12、一内置型反光盃13、至少一防水膠 環14、至少一光學透鏡15、一鎖附環16、一外置型反光盃 17、一冷卻底座18、至少一控制模組19、至少一保護感測 器20，以及一控制電纜21 ;其中： 該導熱座11具有一供收容LED模組12的承載部111，於 該承載部111處設有一延伸至燈組外部的配線通道112 該 M434033 導熱座11係可以由複合金屬或非金屬材料製成，並藉由車 工、模造、沖壓、研磨之工法形成預定的形體，主要用以 取得'需求之LED模組12導熱並達到保護LED模組12之目的。 該至少一LED模組12藉由接合介質121接合於該導熱座 11之承載111處，主要用以提供燈組光源及導熱之目的。 該内置型反光盃13係設於該導熱座11之承載部111之 上，主要用以達到所需之光學機制。 該防水膠環14係設於該導熱座11之開口處之上，主要 用以達到所需之防水機制。 該光學透鏡15係設於該導熱座11之承載部111開口 處，並壓合防水膠環14將該導熱座11之開口封閉；該光學 透鏡J 5可以由各種不同材質之玻璃材料或塑膠高分子材料 製成，並藉由車工、模造、研磨之工法形成需求之光學透 鏡，以及依使用需求於表面上，使用賤鍵、電鑛、噴砂、 塗裝、研磨之工法製做各種不同之皮膜，以達到所需之光 學機制' 該鎖附環16係設於該光學透鏡15之上，並壓合光學透 鏡15之外緣，裝置於導熱座11之上；主要用以達到所需之 防水機制、裝置光學透鏡15及外置型反光盃17。 該外置型反光盃17設於該鎖附環16之上，並將光學透 鏡15包圍，主要用以將LED模組12所發出之光與熱有效帶 出，並達到保護光學透鏡15之效用；該外置型反光盃17可 以由金屬或非金屬材料製成，並藉由車工、模造、沖壓、 研磨之工法形成需求之反光盃形體，以及依使用需求於反 射面上，使用濺鍍、電鍍、喷砂、塗裝、研磨之工法製做 M434033 各種不同之皮膜，以達到所需之光學及散熱機制。 該冷卻底座18設於該導熱座11之底部，主要用以形成 冷卻通道將導熱座11上之熱有效帶出，並達到保護導熱座 11之效用；該冷卻底座18可以由金屬或非金屬材料製成， 並藉由車工、模造、沖壓、研磨之工法形成需求之形體， 以達到所需之散熱機制。 該控制模組19，與保護感測器20及控制電纜21連接， 用以控制及保護光源；該控制模組19設置有遙控控制、調 光控制及程式點燈控制LED模組12之功能，並可經由保護感 測器20之回饋決定運作之方式，以達到所需之功能機制。 該控制電纜21係與各LED模組12及控制模組19電性連 接，並經導熱座11之配線通道112伸出燈組預定長度，該控 制電纜21上並設有一將配線通道112封閉的防水端子211， 主要利用控制電纜21構成LED模組12與控制模組19之電性 連接；以及，利用防水端子211固定電纜21並防止水氣)旻入 導熱座11内部。 如第三圖所示，本創作之LED燈組10實際使用時，係可 利用船體裝置型燈架31將LED燈組10安裝於船體30上，利用 水中裝置型燈架32及浮球感測器41將LED燈組10浸入水面 下預定深度使用，以及利用定置網裝置型燈架33及衛星浮 球裝置42將LED燈組10加掛於定置網50上使用。 其中，該船體裝置型燈架31係可以由金屬或非金屬材 料製成，並藉由車工、模造、沖壓、研磨之工法形成預定 之形體，以及依使用需求於製作若干調向裝置及定向裝 置，以達到裝置LED燈組10及調整LED燈組10照射角度之效 M434033 用，該水中裝置型燈架32係可以由金屬或非金屬材料製 成，並藉由車工、模造、沖壓、研磨之工法形成預定之形 體，.以及可依使用需求製作若干調向裝置及定向裝置，以 達到裝置LED燈組10及調整LED燈組1〇照射角度之效用；同 樣的，該定置網裝置型燈架33係可以由金屬或非 製成’並藉由車工、模造、沖壓、研磨之工法== 形體，以及可依使用需求製作若干調向裝置及定向裝置， 以達到裝置L E D燈組1 〇及調整l e D燈組10照射角度之效用。 上述，衛星浮球裝置42則可透過無線傳輸或程式控制 來控制點燈方式，用以輔助定置網50夜間聚魚之效用。 值得一提的是，LED燈組1〇係可透過冷卻通道連接散熱 系統60管路，該散熱系統係包括至少一供水幫浦61、若干 之連接管62、若干之閥門開關63、若干之止逆閥μ、若干 之检鎖裝置65及若干之灑水裝置66 ;其中： 該供水幫浦61可依使用需求使用沉水式或非沉水式之 各種不同型態之供水幫浦，並装置於對應之控制模組19及 連接管62上，而當控制模組19提供信號至供水幫浦61時， 供水幫.浦61即將冷卻液送至連接管路62内，用以提供led燈 組10散熱及灑水裝置66喷灑之用。 上述連接管62係可依使用需求使用金屬或非金屬之各 種不同型態之軟式或硬式之連接管，亦可於連接管上裝置 有快速接頭而該連接管裝置於對應之供水幫浦61、栓鎖 裝置65及灑水裝置66上’用以形成冷卻液輸送之管道，以 達到散熱及灑水之效用》 上述閥門開關63則裝置於對應之控制模組19及連接管 f，j ^^ Π ^ Μ β3 ^ „ it i-J ^ , .., g C、’月洗、排液及麗水步晉fifi之啟用。 =:4:':置:對應之連接管62上，用：:二 及連接管62上，用3m'65歸置於對應之_燈組10 管道。 裝置上述兀件，以形成冷卻液輸送之 漁船之船體3〇i:t置⑽係連接於管路之末端，並裝置於 壤切：喷=，藉由管路所提供之高壓水，再經由 海面’用以形成類似小魚激起之水花， 用’其所使用LED光源不；呈二=或是加掛於定置網使 及可調光等優點，而且驅動電、節能、無紫外線以 ，全。尤其，在光學===對提高作業環境 力，=:廢=;卻通道連接散熱系統管路， 法提本創作提供—較佳可行之⑽燈組，妥依 揭示而作各：而热悉本ϊ技術之人士仍可能基於本創作之 本創：：=背 創作精神之替換及修飾。因此， 例所揭示者，而應包括各 所涵蓋。 之才、及修飾，並為以下之申請專利範圍 WJ4033 【圖式簡單說明】 第一圖係為本創作第一實施例之led燈組外觀立體圖。 第二圖係為本創作第一實施例之LED燈組結構剖視圖。 第三圖係為本創作之LED燈組使用配置參考圖。 【主要元件符號說明】 10 LED燈組 32 水中裝置型燈架 11 導熱座 33 定置網裝置型燈架 111 承載部 41 浮球感測器 112 配線通道 42 衛星浮球裝置 12 LED模組. . 50 定置網 121 接合介質 60 散熱系統 13 内置型反光盃 61 供水幫浦 14 防水膠環 62 連接管 15 光學透鏡 63 閥門開關 16 鎖附環......... 64 止逆閥 17 外置型反光盃 65 栓鎖裝置 J8 冷卻底座 66 灑水裝置 181 冷卻通道 19 控制模組 20 保護感測器 21 控制電纜 211 防水端子 30 船體 31 船體裝置型燈架M434033 V. New description: [New technical field] 'This creation is related to the type of fishing (four) lamp group, especially the type can be widely used in hull, water, and even can be added to the fixed net used (10) light group . [Prior Art] & 'Using the W source to lure the fish into groups and increase the catch is a method that has been used for a long time. It is mainly a fishing boat that is fishing in the outbound fishing and is attached to the hull. Use lights and use these lights in the darkness of the daytime to attract the fish by the concentrating nature of the fish to facilitate fishing. Most of the traditional fishing lights used by early fishing boats use tungsten filament bulbs or & bulbs as illuminating sources. Such light sources have a wide range of illuminating wavelengths and most of the wavelengths of the illuminating wavelengths have low penetration in seawater, and a large portion of the light from the source is not incident on the sea. # Therefore, it is necessary to make Lai Da Power m can reach. Lai Ying. There is a collection of fish in the so-called high-powered fish lamp. It is difficult to put mercury lamps through the glass = form a fishery lamp group, and then put multiple lamps in the assembly. The fishing boat is used for gathering fish and lighting. This is a high-power, high-ultraviolet and high-pressure start-up of the lamp group. “The waste of silk source destroys the poor source of fishery and harms the safety of workers. [New content] M434033 In view of this, this creation is to provide a LED light group that can be widely used in hulls, water, and even hanging on fixed nets, and to improve the safety of the working environment, as its main purpose. The LED light group structure of the fishery of the present invention basically comprises: a heat conducting seat, at least one LED module, a built-in reflector, at least one waterproof rubber ring, at least one optical lens, a lock ring, and an external reflective type. a cup, a cooling base, a control module, at least one protection sensor, and a control cable; wherein the heat conduction seat has a bearing portion for receiving the LED module, and the bearing portion is provided with an extension to the lamp group external a wiring channel; the at least one LED module is disposed at a bearing portion of the heat conducting seat; the built-in type reflective cup is disposed on the bearing portion of the heat conducting seat; the at least one waterproof rubber ring is disposed at the opening of the heat conducting seat The optical lens is disposed at the opening of the heat conducting seat, and presses the waterproof rubber ring to close the opening of the heat conducting seat; the locking ring is disposed on the optical lens, and presses the optical lens device on the heat conducting seat The upper type of reflector is disposed on the locking ring and surrounds the optical lens; the cooling base is disposed at the bottom of the heat conducting seat to form a cooling passage; the at least one control module, Connected to the control cable for controlling the LED module; the at least one protection sensor is connected to the control module to ensure the operation of the cooling function; the control cable is electrically connected to each LED module and is wired The passage extends a predetermined length of the lamp set; and the cable is provided with a waterproof terminal that closes the wiring passage. The seizure has an excellent waterproof function, which can greatly reduce power consumption and light damage, and relatively improve the use. The full-featured LED lamp set can be widely used in hull, water, and even can be used in fixed nets to improve the safety of M434033 high working environment. Specifically, the LED lamp set of this creation can produce the following effects. : 1. Using LED light source, it has the advantages of high efficiency, energy saving, and dimming. 2. The LED lamp group of this creation has low driving voltage and relatively improves the safety of the working environment. ^ 3. In optical lens and reflector Under the action, a better optical mechanism can be obtained. 4. The cooling channel can be connected to the cooling system to accelerate the waste heat discharge efficiency of the overall lamp group. 5. It has better waterproofness. It is especially suitable for installation in hull and water. Or use it in the fixed network. [Embodiment] The characteristics of this creation can be clearly understood by referring to the detailed description of the drawings and the examples. As shown in the first figure, the three-dimensional exploded view of the LED lamp set of the first embodiment of the present invention, and the second view of the LED lamp set of the first embodiment of the present invention, the structure of the LED lamp set 10 for fishery of the present invention basically includes There is: a thermal conductive seat 11, at least one LED module 12, a built-in reflector 13, at least one waterproof rubber ring 14, at least one optical lens 15, a locking ring 16, an external reflector 17, a cooling base 18, at least one control module 19, at least one protection sensor 20, and a control cable 21; wherein: the heat conduction seat 11 has a bearing portion 111 for receiving the LED module 12, and a bearing portion 111 is disposed at the bearing portion 111. The wiring channel 112 extending to the outside of the lamp group The M434033 heat conducting seat 11 can be made of a composite metal or a non-metal material, and is formed into a predetermined shape by a lathe, molding, stamping, and grinding process, mainly for obtaining a demand. The LED module 12 conducts heat and achieves the purpose of protecting the LED module 12. The at least one LED module 12 is bonded to the carrier 111 of the thermal conductive seat 11 by the bonding medium 121, and is mainly used for providing the light source and the heat conduction. The built-in reflector 13 is disposed on the carrying portion 111 of the heat conducting base 11 to achieve the desired optical mechanism. The waterproof rubber ring 14 is disposed above the opening of the heat conducting seat 11 to mainly achieve the required waterproof mechanism. The optical lens 15 is disposed at the opening of the bearing portion 111 of the heat conducting base 11 and is press-fitted with the waterproof rubber ring 14 to close the opening of the heat conducting seat 11; the optical lens J 5 can be made of glass materials or plastics of various materials. Molecular materials are made, and the optical lens is formed by the method of turning, molding, and grinding, and the surface is used according to the needs of use. The use of 贱 key, electric ore, sand blasting, painting, and grinding is different. The film is applied to achieve the desired optical mechanism. The locking ring 16 is disposed on the optical lens 15 and presses the outer edge of the optical lens 15 to be disposed on the heat conducting seat 11; Waterproof mechanism, device optical lens 15 and external reflective cup 17. The external reflector 17 is disposed on the locking ring 16 and surrounds the optical lens 15. The optical lens 15 is mainly used to effectively carry out the light and heat emitted by the LED module 12, and the effect of protecting the optical lens 15 is achieved. The external reflector 17 can be made of metal or non-metal materials, and forms a reflective cup shape by a lathe, molding, stamping, grinding process, and sputtering, plating according to the needs of the use. , sandblasting, painting, grinding method to make M434033 different film to achieve the required optical and heat dissipation mechanism. The cooling base 18 is disposed at the bottom of the heat conducting base 11 and is mainly used for forming a cooling passage to effectively carry out the heat on the heat conducting seat 11 and to protect the heat conducting seat 11; the cooling base 18 can be made of metal or non-metal material. It is made and formed into a demand form by the method of turning, molding, stamping and grinding to achieve the required heat dissipation mechanism. The control module 19 is connected to the protection sensor 20 and the control cable 21 for controlling and protecting the light source. The control module 19 is provided with functions of remote control, dimming control and program lighting control LED module 12. The way of operation can be determined by the feedback of the protection sensor 20 to achieve the desired functional mechanism. The control cable 21 is electrically connected to each of the LED modules 12 and the control module 19, and extends through the wiring passage 112 of the heat conducting base 11 to extend the predetermined length of the light group. The control cable 21 is provided with a wiring channel 112. The waterproof terminal 211 mainly uses the control cable 21 to form an electrical connection between the LED module 12 and the control module 19; and the waterproof terminal 211 is used to fix the cable 21 and prevent moisture from entering the heat conducting seat 11. As shown in the third figure, when the LED lamp set 10 of the present invention is actually used, the LED light unit 10 can be mounted on the hull 30 by using the hull type lamp holder 31, and the underwater device type lamp holder 32 and the floating ball are used. The sensor 41 immerses the LED lamp group 10 under a predetermined depth of the water surface, and uses the fixed-mesh device type lamp holder 33 and the satellite float device 42 to attach the LED lamp group 10 to the fixed net 50 for use. Wherein, the hull device type lamp holder 31 can be made of metal or non-metal materials, and forms a predetermined shape by the method of turning, molding, stamping and grinding, and fabricating a plurality of adjusting devices according to the use requirements. Orienting device for achieving the device LED lamp group 10 and adjusting the illumination angle of the LED lamp group 10, M434033, the underwater device type lamp holder 32 can be made of metal or non-metal material, and by lathe, molding, stamping The grinding method forms a predetermined shape, and a plurality of adjusting devices and orientation devices can be made according to the use requirements to achieve the utility of the device LED lamp group 10 and adjusting the illumination angle of the LED lamp group; similarly, the fixed network device type The lamp holder 33 can be made of metal or non-made by the method of turning, molding, stamping and grinding == shape, and a plurality of adjusting devices and orientation devices can be made according to the use requirements to reach the device LED lamp group 1 〇 and adjust the effect of the illumination angle of the LED lamp set 10. In the above, the satellite float device 42 can control the lighting mode through wireless transmission or program control to assist the utility of the fixed network 50 at night. It is worth mentioning that the LED lamp set 1 can be connected to the heat dissipation system 60 through a cooling passage, and the heat dissipation system includes at least one water supply pump 61, a plurality of connecting pipes 62, a plurality of valve switches 63, and a plurality of a reverse valve μ, a plurality of check devices 65 and a plurality of sprinklers 66; wherein: the water supply pump 61 can use various types of submerged or non-submersible water supply pumps according to the use requirements, and the device On the corresponding control module 19 and the connecting pipe 62, when the control module 19 supplies a signal to the water supply pump 61, the water supply pump 61 sends the cooling liquid to the connecting pipe 62 for providing the LED light group. 10 heat dissipation and sprinkler device 66 for spraying. The connecting pipe 62 can be a soft or rigid connecting pipe of various types of metal or non-metal according to the use requirement, or a quick joint can be arranged on the connecting pipe, and the connecting pipe is disposed on the corresponding water supply pump 61. The latching device 65 and the sprinkling device 66 are used to form a conduit for cooling liquid delivery to achieve the effect of heat dissipation and watering. The valve switch 63 is disposed in the corresponding control module 19 and the connecting pipe f, j ^^ Π ^ Μ β3 ^ „ it iJ ^ , .., g C, 'month wash, drain and Lishui step Jin fifi enable. =:4:': Set: corresponding to the connection tube 62, with :: 2 The connection pipe 62 is placed on the corresponding _lamp group 10 pipe by 3m'65. The hull of the fishing boat which is used to form the coolant conveying device 3〇i:t (10) is connected to the end of the pipeline, And the device is cut in the soil: spray =, through the high-pressure water provided by the pipeline, and then through the sea surface to form a water flower similar to the small fish, using 'the LED light source used is not; presenting two = or hanging In the fixed network and dimming advantages, but also drive electricity, energy saving, no UV, all. Especially, in optics ===To improve the working environment force, =: waste =; but the channel is connected to the cooling system pipeline, and the Fatih creation provides a better (10) light group, which is based on the disclosure: The person may still be based on the creation of this creation::=Replacement and modification of the creative spirit. Therefore, the examples disclosed should include the various aspects, the genius, and the modification, and the following patent application scope WJ4033 BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of the LED lamp set of the first embodiment of the present invention. The second figure is a cross-sectional view of the LED lamp set of the first embodiment of the present invention. The third figure is the LED lamp set of the present invention. Use the configuration reference diagram. [Main component symbol description] 10 LED light group 32 Underwater device type lamp holder 11 Thermal conduction seat 33 Fixed net device type lamp holder 111 Bearing portion 41 Float sensor 112 Distribution channel 42 Satellite float device 12 LED module Group . 50 Stationing net 121 Bonding medium 60 Cooling system 13 Built-in reflector 61 Water supply pump 14 Waterproof rubber ring 62 Connecting tube 15 Optical lens 63 Valve switch 16 Locking ring......... 64 Check valve 17 external Reflector 65 Locking device J8 Cooling base 66 Sprinkler 181 Cooling channel 19 Control module 20 Protection sensor 21 Control cable 211 Waterproof terminal 30 Hull 31 Hull unit