M441778 五、新型說明： 【新型所屬之技術領域】 本創作關於一種緊急照明燈，尤指一種安裝有聚光記號 投影模組以投影逃生方向的緊急照明燈。 【先前技術】 隨著城市中土地的高度開發，如何充分利用建築物内部 空間已成為一受高度探討的課題，在此背景下，建築物内部 通道的設計越趨複雜，為了避免人們在内部迷路，建築法規 籲中明定須在通道之牆面上張貼路線示意圖及指示逃生路 線，以便人們辨認方向以及記憶逃生路線。但在緊急事故 中，建築物發生停電狀況時’通道處僅剩下緊急照明燈微弱 的照明光線，人們在不易辨認逃生路線的狀況下，容易處於 慌亂的情緒，更不易冷靜地順著正確的逃生路線進行疏散， 導致人群發生推擠、碰撞等危險事故’因此設計一種在停電 時可明確地指示逃生路線，以輔助人們進行疏散的裝置實為 I業界努力的目標。 【新型内容】 有鑑於建築物在停電時，人們不易辨認逃生方向的問 題，本創作透過設計一種聚光記號投影模組及可投影逃生 路線之緊急照明燈，可達到於通道之牆面或地面上投影逃 生方向的指向光標為其創作目的。 。為達到上述的創作目的，本創作係設計有—種聚光記號 投影模組’其運用的技術手段包括有—模組外殼、—凸透鏡 及一指示燈具； 3 M441778 該模組外殼為一中空殼體； 該凸透鏡設置在該模組外殼的一端處； 該指示燈具設置在該模組外殼的另一端處，該指示燈 具上設有發光元件及一指向元件，該發光元件朝向於該 指向元件及該凸透鏡。 所述之聚光記號投影模組，其令發光元件為LED發光 元件，該指向元件為設置於該發光元件上的一箭型記號。 所述之聚光記號投影模組，其中指示燈具為LED發光 模組，該指向元件為一薄膜，薄膜上成形有一箭形記號， 該指向.元件係設置於發光元件前方。 所述之聚光記號投影模組’其中指示燈具為led發光 模組，該指向元件為一薄膜，薄膜上成形有一箭形記號， 該指向元件係貼覆於發光元件表面。 所述之聚光記號投影模組’其中該模組外殼中進一步 設有一固定座’該固定座上設有一夾座，該指示燈具為一 LED發光模組且可拆卸地設置在夾座上。 所述之聚光s己號投影模組’其中該模組外殼一端設有 一環形抵壁’該模組外殼内壁面上設有内螺紋；該凸透鏡 外緣形成有一卡緣；該固定座為一圓管狀體，其一端形成 有一抵頂緣，其外壁面上設有外螺紋，該外螺紋與模組外 殼之内螺紋相互結合，該抵頂緣及環形抵壁分別位於凸透 鏡之卡緣兩侧。 本創作又設計有一種可投影逃生路線之緊急照明燈， 其包括有一壁掛主體、一照明基座及上述之聚光記號投影 模組；該壁掛主體内部設有一蓄電池及一電路板，該蓄電 M441778 池及電路板相互電連接；該,㈣基座—側連接該壁掛主 體，該照明基座之另-側設有一照明燈具，該照明燈且盘 該電路板電連接；該聚光記號投影模組具有指示燈且的二 端設置在該照明基座上，該指示燈具與該電路板電連接。 所述之可投影逃生路線之緊急照明燈，其t該壁掛主 體上設有一樞接座，該照明基座樞設在該樞接座上。 所述之可投影逃生路線之緊急照明燈，其中該照明燈具 為一 LED發光模組。 _ 户斤述之可投影逃生路線之緊急照明燈，其中該插頭之電 源接腳可相對壁掛主體轉動。 藉上述技術手段的運用，於建築物之各通道處分別設置 聚光記號投影模組，該聚光記號投影模組之指示燈具發出之 光線可依序透過指向元件及凸透鏡投影出一指示逃生方向 的指向光標至地面或牆面上，在通道處僅具有微弱照明光線 的情形下，指向光標相當的明顯且容易辨認，人們可直接依 據指向光標朝向正確的逃生方向移動疏散，即可順利的移動 鲁至安全處。 本創作進一步設計之緊急照明燈，其結合了緊急照明燈 及聚光記號投影模組可指示逃生方向的特性，在建築物供電 狀況處於正常狀態時，該照明燈具及指示燈具皆不會亮起， 以市電對蓄電池進行充電，在建築物處於停電狀態時，該照 明燈具及指示燈具即自動亮起，該照明燈具可朝向預定的方 向進行照明，該聚光記號投影模組可投影出指向光標，輔助 建築物中人們依循正確方向安全地疏散，相較於現有技術之 緊急照明燈在停電時僅能提供之照明功能，本創作所設計的 5 可投影逃生路線 【實施方式】 燈確實具有更佳的實用性。 j所亍，复=種可投影逃生路線之緊急照明燈，請參閱圖 二=:壁㈣1。、-照一及-聚光 請配合參閱圖]及圖2所示，該壁掛 =係由1蓋”及一後蓋12所組成，該後為蓋二 外Z犬出形成有-環壁120,該前蓋η及後蓋12上設有 “座15/該樞接座15包括有一突出部15〇及形成於前 及後蓋12的一樞接孔151 ’該突出部150上設有與樞 一 =151相對應的另—樞接孔，於該壁掛主體10内部設有 蓄電池13及—電路板14，該蓄電池13及電路板Ί4相互 電連接於5玄後蓋12上設有一插頭16,該插頭16與電路 4及蓄電池13電連接，該插頭16之電源接腳16〇可轉 動收折於環壁120中，請配合參閱圖8所示，該插頭16亦 可相對後蓋12旋轉。 ^ …、月基座20為一殼體，殼體兩側分別突出形成有一 樞接塊21，該兩樞接塊21分別可轉動地穿設於該壁掛主體 10之樞接座15的樞接孔151及樞接孔中，於該照明基座 上认有一照明燈具22，該照明燈具22為内嵌在照明基 座2〇中的一 LED發光模組，該照明燈具22與該電路板14 電連接。 明配合參閱圖1、圖3及圖4所示，該聚光記號投影模 組3〇包括有一模組外殼31、一凸透鏡32、一固定座33及 一指示燈具34 ; M441778 *該模組外殼31呈圓柱狀中空殼體，其兩端皆為開放 端，其中一端之内側緣上突設有一環形抵壁31〇,其另一端 的内側壁面上設有内螺紋311 ; 該凸透鏡32設置在該模組外殼31的内部，該凸透鏡 之外周緣形成有-卡緣320，該卡緣32Q —側抵靠在該 環形抵壁31 〇的内侧； 該固定座33為-圓管體，f體―料緣形成—抵頂緣 =3,管體外壁面上設有外螺紋33〇,管體另一端外壁面上 設有扣塊331,請配合參閱圖7所示，該固定座33之另一 端處設有-夾座332,該爽座332具有兩間隔之夹片，該固 定座33以外螺紋33Q與該模組外殼31之㈣紋311相互 結合，以該抵頂緣333抵靠在該凸透鏡32之卡緣32〇,使 該凸透鏡32被抵頂緣333及環形抵壁31Q共同爽持固定； 該指示燈具34為- LED發光模组，其可拆卸地設置在 該固定座33之夾座332中，且被夾座332之兩夾片夾持固 定’其可拆卸的設計可提供指示燈具34 #壞時更換新品 用，該指示燈具34上設有—發光元件34Q，於該指示燈具 34上設有一指向元件341，該指向元件341為該發光元件 340表面印刷之一箭形記號；在另—種實施方式中，指向元 件341可為一薄膜’薄膜上成形—箭形記號，再將薄膜設置 於發光元件340前方或貼覆發光元件34〇表面； 該聚光記號投影模組30具有指示燈具34的一端以扣 塊331結合在該照明基座20上，該指示燈具34與該電路 板14電連接，該指示燈具34朝向於該凸透鏡& 請參閱圖5及圖6所示’本創作之緊急照明燈的壁掛主 7 M441778 體1〇可安裝在一建築物的牆面上並以插頭托旋轉至與市 插座相對應的方向’再以其電源接腳160與市電插座相連 接’另-實施方式可安裝在建築物之天花板上的市電插座， 該照明基座20可轉動調整至朝向下方，由於凸透鏡32折射 出來的影像為倒立的放大實像，因此該指向元件341的指向 方向須調整至與逃生方向相反，使該發光元件州發出之 線:透過相向元件341及凸透鏡32的折射，形成有一指向 正確之逃生方向的指向光標51 ; 在建築物處於平常狀態時，該照明燈具22及指示燈且 =皆不會亮起’以市電對蓄電池13進行充電；在建築物處 广電狀態時’該照明燈具22及指示燈具34即自動亮起， 。亥』明燈具22可朝向預定的方向進行照明，請參閱圖3及 :7:不：該指示燈具34之發光元件34〇發出之光線依序 過才曰向το件341及凸透鏡32將箭型記號投影到—投影壁 面50上’該投影壁面5〇可為通道處之地面上，投影壁面 上即形成有指向光標51，以便於人們觀看並依循指向光 知51進行逃生。 當該聚光記號投影模組30朝向於下方設置，令該投影 =面50為通道處之地面時，藉由轉動該模組外殼可調 整凸透鏡32及發光元件34〇之間的間距，進而調整…巨， 以適用於不同S築物之天花板及地板的距離。 以上所述僅是本創作的較佳實施例而已，並非對本創作 ㈣何形式上的限制，雖然本創作已以較佳實施例揭露如 。，然而並非用以限定本創作，任何熟悉本專業的技術人 貝在不脫離本創作技術方案的範圍内，當可利用上述揭示 M441778 的技術内容作出些許更動或修飾為等 u跫化的等致眘^ ’但凡是未脫離本創作技術方案的内衮， 私 &媒本創作％ 4 實質斜以t眘益你丨张你66 /tH ^fer雜52 ^ 例 W课本創作^j & 術實質對以上實施例所作的任何簡單佟 、技 /又、等同變化虫修 飾’均仍屬於本創作技術方案的範圍内。 ” 【圖式簡單說明】 圖1為本創作的立體外觀圖。 圖2為本創作的元件分解圖。 圖3 圖4為 圖5 為本創作之聚光記號投影模組的M441778 V. New description: [New technical field] This creation is about an emergency lighting, especially an emergency lighting equipped with a concentrating marker projection module to project the direction of escape. [Prior Art] With the high development of land in the city, how to make full use of the interior space of the building has become a highly explored subject. In this context, the design of the internal passage of the building becomes more complicated, in order to avoid people getting lost inside. The building regulations call for the route map and the escape route to be posted on the wall of the passage so that people can identify the direction and remember the escape route. However, in an emergency, when there is a power outage in the building, only the illuminating light of the emergency lighting is left in the passage. People are prone to panic when it is difficult to identify the escape route, and it is not easy to calmly follow the correct Evacuation routes are evacuated, causing crowds to cause dangerous accidents such as pushing and colliding. Therefore, designing a device that can clearly indicate the escape route during power outages to assist people in evacuation is the goal of the I industry. [New content] In view of the fact that when the building is in power outage, people are not easy to identify the direction of escape. This design can be achieved on the wall or ground of the channel by designing a spotlight projection module and emergency lighting that can project the escape route. The pointing cursor on the upper projection direction is the purpose of its creation. . In order to achieve the above-mentioned creative purpose, the creative department has designed a kind of concentrating mark projection module's technical means including: module casing, convex lens and an indicator light; 3 M441778 The convex lens is disposed at one end of the module housing; the indicator light is disposed at the other end of the module housing, the indicator light is provided with a light emitting component and a pointing component, and the light emitting component faces the pointing component And the convex lens. The illuminating symbol projection module is such that the illuminating element is an LED illuminating element, and the directional element is an arrow type symbol disposed on the illuminating element. The illuminating mark projection module, wherein the indicator light is an LED light-emitting module, the pointing component is a film, and the film is formed with an arrow mark, and the pointing component is disposed in front of the light-emitting component. The illuminating mark projection module ‘the indicator light is a led light emitting module, and the pointing component is a film, and the film is formed with an arrow mark, and the pointing component is attached to the surface of the light emitting component. The illuminating symbol projection module ‘the module housing further includes a fixing seat. The fixing seat is provided with a clamping seat. The indicator light is an LED lighting module and is detachably disposed on the clamping seat. The illuminating s-projection module 'in which one end of the module housing is provided with an annular abutting wall' is provided with an internal thread on the inner wall surface of the module housing; the outer edge of the convex lens is formed with a card edge; the fixing seat is a circle The tubular body has an abutting edge formed at one end thereof, and an outer thread is provided on the outer wall surface thereof, and the external thread is coupled with the internal thread of the module casing, and the abutting edge and the annular abutting wall are respectively located at two sides of the card edge of the convex lens. The present invention is also designed with an emergency lighting capable of projecting an escape route, comprising a wall hanging body, an illumination base and the above-mentioned concentrated light projection module; the wall body is internally provided with a battery and a circuit board, and the power storage M441778 The pool and the circuit board are electrically connected to each other; (4) the pedestal-side is connected to the wall-mounted main body, and the other side of the illuminating base is provided with a lighting fixture, and the illuminating lamp and the circuit board are electrically connected; the concentrating mark projection mode The group has an indicator light and the two ends are disposed on the lighting base, and the indicator light is electrically connected to the circuit board. The emergency lighting of the escape route can be projected, wherein the wall-mounted main body is provided with a pivoting seat, and the lighting base is pivotally mounted on the pivoting seat. The emergency lighting can be projected as an escape route, wherein the lighting fixture is an LED lighting module. _ The user can project an emergency light for the escape route, wherein the power pin of the plug can be rotated relative to the wall-mounted body. By means of the above-mentioned technical means, a concentrating mark projection module is respectively arranged at each channel of the building, and the light emitted by the indicator light of the concentrating mark projection module can be sequentially projected through the pointing element and the convex lens to indicate an escape direction. Pointing the cursor to the ground or the wall, in the case of only weak illumination light at the channel, the pointing cursor is quite obvious and easily identifiable, and people can directly move according to the pointing cursor to move toward the correct escape direction, and then move smoothly. Lu to the security office. The emergency lighting further designed by the present invention combines the emergency lighting and the concentrated light projection module to indicate the characteristics of the escape direction. When the power supply condition of the building is normal, the lighting and the indicator light will not light up. The battery is charged by the utility power, and the lighting fixture and the indicator light are automatically illuminated when the building is in a power outage state, and the lighting fixture can be illuminated toward a predetermined direction, and the concentrated light projection module can project the pointing cursor In the auxiliary building, people can safely evacuate in the correct direction. Compared with the prior art, the emergency lighting can only provide the lighting function during the power outage. The 5 projectable escape route designed by this creation [implementation] The lamp does have more Good practicality. j 亍 复, complex = kind of emergency lighting that can project the escape route, please refer to Figure 2 =: wall (four) 1. , as shown in Figure 2 and as shown in Figure 2, the wall mount = consists of a 1 cover" and a rear cover 12, and the rear cover is formed by the outer cover of the Z-dog. The front cover η and the rear cover 12 are provided with a “seat 15/the pivotal seat 15 including a protruding portion 15” and a pivot hole 151 formed on the front and rear covers 12. The other pivotal hole corresponding to the pivotal one is 151. The battery 13 and the circuit board 14 are disposed inside the wall-mounted main body 10. The battery 13 and the circuit board 4 are electrically connected to each other. The plug 16 is electrically connected to the circuit 4 and the battery 13. The power pin 16 of the plug 16 can be rotated and folded into the ring wall 120. Referring to FIG. 8 , the plug 16 can also rotate relative to the rear cover 12 . . The pedestal 20 is a housing, and a pivoting block 21 is formed on each of the two sides of the housing. The two pivoting blocks 21 are rotatably respectively pivotally connected to the pivoting base 15 of the wall-mounted main body 10. In the hole 151 and the pivot hole, a lighting fixture 22 is defined on the lighting base. The lighting fixture 22 is an LED lighting module embedded in the lighting base 2, and the lighting fixture 22 and the circuit board 14 Electrical connection. As shown in FIG. 1 , FIG. 3 and FIG. 4 , the concentrating projection module 3 〇 includes a module housing 31 , a convex lens 32 , a fixing base 33 and an indicator light 34 ; M441778 * The module housing 31 is a cylindrical hollow shell, the two ends of which are open ends, wherein an inner end of one end protrudes with an annular abutting wall 31〇, and an inner side wall surface of the other end is provided with an internal thread 311; the convex lens 32 is disposed at The inner periphery of the module housing 31 is formed with a card edge 320 on the outer periphery of the convex lens. The card edge 32Q is abutted against the inner side of the annular abutment wall 31. The fixing base 33 is a round tube body. ―Material edge formation—Abutting edge=3, external thread 33〇 is provided on the outer wall surface of the pipe, and a buckle block 331 is provided on the outer wall surface of the other end of the pipe body. Please refer to FIG. 7 for the other end of the fixing seat 33. There is a clip holder 332 having two spaced apart clips. The external thread 33Q of the fixing base 33 and the (four) pattern 311 of the module housing 31 are coupled to each other, and the abutting edge 333 abuts against the convex lens. 32 of the card edge 32 〇, so that the convex lens 32 is held together by the top edge 333 and the annular abutting wall 31Q; the indicator light 34 is - The LED light-emitting module is detachably disposed in the holder 332 of the fixing base 33, and is clamped and fixed by the two clips of the clamping seat 332. The detachable design can provide the indicator light 34. The indicator light 34 is provided with a light-emitting element 34Q. The indicator light 34 is provided with a pointing element 341. The pointing element 341 is an arrow mark printed on the surface of the light-emitting element 340. In another embodiment, The pointing element 341 can be a film formed on the film - an arrow mark, and then the film is disposed in front of the light emitting element 340 or attached to the surface of the light emitting element 34; the concentrated light projection module 30 has one end of the indicator light 34 The block 331 is coupled to the illuminating base 20, and the indicator light 34 is electrically connected to the circuit board 14. The indicator light 34 is oriented toward the convex lens & see FIG. 5 and FIG. 6 for the emergency lighting of the present invention. The wall-mounted main 7 M441778 body 1 can be installed on the wall of a building and rotated by the plug holder to the direction corresponding to the city outlet. Then the power pin 160 is connected to the mains socket. In the building The mains socket on the ceiling, the illumination base 20 is rotatably adjusted to face downward, and since the image refracted by the convex lens 32 is an inverted real image, the pointing direction of the pointing element 341 has to be adjusted to be opposite to the escape direction, so that The line emitted by the state of the light-emitting element: through the refraction of the opposing element 341 and the convex lens 32, a pointing cursor 51 pointing to the correct escape direction is formed; when the building is in a normal state, the lighting fixture 22 and the indicator light are not bright. The battery 13 is charged by the utility power; when the building is in the radio and television state, the lighting fixture 22 and the indicator light 34 are automatically illuminated. The illuminator 22 can be illuminated in a predetermined direction, please refer to FIG. 3 and: 7: No: the light emitted by the illuminating element 34 of the indicator light 34 is sequentially passed to the τ 341 and the convex lens 32. The mark is projected onto the projection wall 50. The projection wall surface 5〇 can be the ground on the channel, and the pointing wall 51 is formed on the projection wall surface so that people can watch and follow the pointing light to escape. When the illuminating mark projection module 30 is disposed downward, when the projection=face 50 is the ground at the channel, the spacing between the convex lens 32 and the illuminating element 34〇 can be adjusted by rotating the module housing, thereby adjusting ... huge, to suit the distance between the ceiling and the floor of different S buildings. The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, although the present invention has been disclosed in the preferred embodiment. However, it is not intended to limit the creation of the present invention. Anyone skilled in the art can make some changes or modifications to the technical content of the above-mentioned disclosure M441778 without departing from the scope of the present technical solution. Caution ^ 'But any guilt that has not deviated from the creative technical scheme, private & media creation% 4 Substantially inclined to t caution you arrogant you 66 / tH ^fer miscellaneous 52 ^ Case W textbook creation ^j & Any simple modifications, techniques, and equivalent changes to the above embodiments are still within the scope of the present technical solution. Fig. 1 is a three-dimensional appearance of the creation. Fig. 2 is an exploded view of the composition of the creation. Fig. 3 Fig. 4 is a schematic view of the concentrating projection module of the present invention.
J几件分解圖 “本創作之聚光記號投影模組的与 』面示意圖 為本創作的安裝示意圖。 圖6為本創作的使用示意圖 圖7為本創作投影一指向光標的示意圖。 圖8為本創作之另一使用示意圖。 【主要元件符號說明】J several pieces of exploded view "The singularity of the concentrating mark projection module of this creation" is a schematic diagram of the installation of the creation. Fig. 6 is a schematic diagram of the use of the creation. Fig. 7 is a schematic diagram of a pointing cursor of the creation projection. Another use diagram of this creation. [Main component symbol description]
10壁掛主體 12後蓋 1 3蓄電池 1 5極接座 1 51極接扎 160電源接腳 21樞接塊 11前蓋 1 20環壁 14電路板 1 50突出部 1 6插頭 20照明基座 22照明燈具 3 0聚光記號投影模組 31模組外殼 31 0環形抵壁 311内螺紋 32凸透鏡 9 M441778 320卡緣 330外螺紋 332夾座 34指示燈具 341指向元件 50投影壁面 33固定座 3 31扣塊 3 3 3抵頂緣 340 LED發光元件 51指向光標 1010 wall hanging body 12 back cover 1 3 battery 1 5 pole socket 1 51 pole connection 160 power pin 21 pivot block 11 front cover 1 20 ring wall 14 circuit board 1 50 protrusion 1 6 plug 20 lighting base 22 lighting Lamp 30 0 concentrating mark projection module 31 module housing 31 0 ring-shaped resisting wall 311 internal thread 32 convex lens 9 M441778 320 card edge 330 external thread 332 clamping seat 34 indicator light 341 pointing element 50 projection wall 33 fixing seat 3 31 buckle 3 3 3 to the top edge 340 LED light-emitting element 51 pointing to the cursor 10