201145224 鬌 4 六、發明說明： ’ 【發明所屬之技術領域】 本發明是有關於一種照明裝置，且特別是有關於一種具 有投影功能的照明裝置。 【先前技術】 請參閱圖1 ’圖1為一種習知設置在建築物内緊急逃生路 徑之指示燈的示意圖。201145224 鬌 4 VI. Description of the Invention: ” Technical Field of the Invention The present invention relates to a lighting device, and more particularly to a lighting device having a projection function. [Prior Art] Please refer to FIG. 1'. FIG. 1 is a schematic diagram of an indicator light that is conventionally disposed in an emergency escape path in a building.
如圖1所不，在大樓、飯店、旅館、公寓等建築物内通常 設有緊急逃生指讀3，以提供賴物㈣人貞於災難發生時 (例如：火災、地震或水災等），依照這些緊急逃生指示燈3所 指示的逃生路徑逃難。 d而由於這些緊急逃生指*燈3為固定在逃生路徑上(例 如·走廊、樓梯或Ππ等），因此若人貞沒有預先知悉此逃生 的it;兄下’於·發生時’這些緊急逃生指示燈3的逃生 心丁作用實際上疋非常低的，使得人貞欲_災難 亦跟著降低。 手 【發明内容】 +紅η促伢一種具有投影功能的照明装】 依據上叙目的，本發明提供—種具有投影功能⑴ ^包3 m收模組、儲存模組、投射模組以及; 。訊號接收模組用以接收-無線訊號;儲存4 ϋ存複數個電子料難4射池包含㈣單元、] 、及電11切換連接至投影單元與照明單元其中— 201145224 切換早兀’運异處理模組電性連接訊號接收模組、儲 模組與投射模組。其中，當切換單元電性切換連接至奸 早凡且訊雜收㈣接收鱗簡後，運算處理模組依據 無線訊號輸出對應此無線訊號的其中之_電子影像槽案的 -影像訊號，投影單元投射出此影像訊號的影像。田’、 運用本發明之功效在於：建築物業者能夠事先於建築物内 部建立緊急逃生系統。因此’當建築物内部有災難發生時，利 用緊急逃生系統發射出的無線訊號，以令人員能夠利用配合此 緊急逃生系統的具有投影功能的照明裝置接收此無線訊號 後，投射出相關的逃生資訊，進而大幅提升人員的逃難機率。 【實施方式】 為讓本發明之上述目的、特徵和特點能更明顯易懂，茲 配合圖式將本發明相關實施例詳細說明如下。 请參閱圖2與圖3，圖2為本發明一實施例具有投影 功能的照明裝置的立體圖；圖3為本發明圖2具有投影功 • 能的照明裝置之電路方塊圖。 具有投影功能的照明裝置1能夠被運用於大樓、飯店、 旅館、公寓等建築物内，所述建築物的業者能夠於建築物建立 一緊急逃生系統。因此，當建築物有災難發生時，緊急逃生系 統便發射無線訊號，使得具有投影功能的照明裝置1能夠依 據此無線訊號投射出逃生資訊。 具有投影功能的照明裝置1包含訊號接收模組1 〇、儲 存模組11、投射模組Π β及運算處理模組13。 201145224 % ’ 訊號接收模組ίο用以接收上述緊急逃生系統所發射的 ' 無線訊號S，此部份將於下文中作進一步說明。儲存模組 11用以儲存複數個電子影像檔案110，所述複數個電子影 像檔案110，例如：方向指示符號或地圖的影像檔案，但 不限定於此。 投射模組12包含投影單元120、照明單元121以及電 性切換連接至此投影單元120與照明單元121其中一者的 切換單元122,其中切換單元122包含一旋扭式開關122a。 • 所述旋扭式開關122a設有供切換單元122電性切換連 接至投影單元120與照明單元121其中一者的對應符號 Μ，例如：使用者能夠利用旋扭式開關122a將具有投影功 能的照明裝置1切換成使用投影單元120功能的投影模 式；或者，切換成使用照明單元121功能的照明模式。 運算處理模組13電性連接訊號接收模組10、儲存模 組11與投射模組12。進一步地，具有投影功能的照明裝 φ 置1更包含電源模組14與聲音模組15，所述電源模組14 電性連接運算處理模組13並用以提供電力，電源模組14 設置在具有投影功能的照明裝置1内部；聲音模組15電性 連接運算處理模組13並用以發出聲音，例如：蜂鳴聲響或 音樂等。 請同時參閱圖4A與圖2，圖4A為本發明圖2旋扭式 開關切換至一投影模式的示意圖。 如圖4A與圖2所示，當切換單元122利用旋扭式開 201145224 1 ' 關122a電性切換連接至投影單元12〇而進入一投影模式 ' 時，所述具有投影功能的照明裝置1利用訊號接收模組1〇 接收一無線訊號S後，運算處理模組13依據無線訊號s 輸出對應此無線訊號S的其中之一電子影像檔案110的影 像訊號’投影單元120投射出此影像訊號的影像P。 請同時參閱圖4B、圖4A與圖2，圖4B為圖4A投影 模式於災難發生時的運用示意圖。 舉例來說，當建築物内部發生災難時，建築物的一緊 • 急逃生系統便會發出無線訊號，所述緊急逃生系統包含設置於 建築物内部逃生路徑上的訊號發射器，當建築物内部發生災 難時，人員能夠直接手持具有投影功能的照明裝置1，並 預先利用切換單元122的旋扭式開關122a電性切換連接至 投影單元120以使用一投影模式，當人員手持具有投影功 能的照明裝置1經過訊號發射器20時’訊號接收模組10便 接收由該訊號發射器20所發射出的一無線訊號S20,此時聲 _ 音模組15能夠同時發出蜂鳴聲響，以提醒人員訊號接收模 組10接收到了無線訊號S20 ’之後，運算處理模組13依 據無線訊號S20輸出對應此無線訊號S20的其中之一電子 影像檔案11〇的影像訊號’投影單元120則投射出此影像 訊號的影像P1 ’例如：於圖4B中影像P1以第一方向指示 符號為例，如此以指示人貝逃生的方向。 承上述，當人員繼續經過逃生路徑的另一訊號發射器 21時，具有投影功能的照明裝置1的訊號接收模組1〇便接 201145224 ， 收由該訊號發射器21所發射出的一無線訊號s21，此時聲音 • 模組15能夠同時發出蜂鳴聲響，以提醒人員訊號接收模組 10接收到了無線訊號S21，之後，運算處理模組13依據無 線訊號S21輸出對應此無線訊號S21的其中之一電子影像 檔案110的影像訊號，投影單元120則投射出此影像訊號 的影像P2，例如：於圖4B中影像P2為第二方向指示符號 為例’如此以才曰不人貝逃離災難現場（例如.才曰引該名人貝 至一出口）。 • 由此可知，人員手持具有投影功能的照明裝置1並使 用投影模式後，具有投影功能的照明裝置1便能夠於接收 緊急逃生系統的訊號發射器所發射的無線訊號(例如：RFID訊 號)後，發射出對應的方向指示符號，如此能夠更快速的指 示人員逃離災難現場。 請同時參閱圖5A與圖2，圖5A為本發明圖2旋扭式 開關切換至另一投影模式的示意圖。 _ 如圖5A與圖2所示，當切換單元122利用旋扭式開 關122a電性切換連接至投影單元⑽而進人另一投影模式 時，所述具有投影功能的照明裝置1利用訊號接收模組1〇 接收-無線訊號s後’運算處理模組π依據無線訊號s 輸出對應此無線訊號s的其中之一電子影像樓案11〇的影 像訊5虎’投影單元12G投射出此影像訊號的影像p，。 请同時參閱圖5B、圖5A與圖2，圖5B為圖5a投影 模式所發射出之影像的示意圖。 201145224 ^ 承上述，當建築物内部發生災難時，建築物的緊急逃 ^ 生系統便會發出無線訊號S(例如:GPS無線訊號），當建築物内 部發生災難時，人員能夠直接手持具有投影功能的照明裝 置1，並預先利用切換單元122的旋扭式開關122a電性切 換連接至投影單元120以使用此投影模式，當人員手持具 有投影功能的照明裝置1並於訊號接收模組10接收緊急逃 生系統所發射出的無線訊號S後，運算處理模組13依據無 線訊號S輸出對應此無線訊號S的其中之一電子影像檔案 • 110的影像訊號，投影單元120則投射出此影像訊號S的 影像P’l，例如：於圖5B中影像P’l以地圖為例，如此以 令人員得知現在位置Η以及逃生的出口位置E。 請同時參閱圖6Α、圖6Β與圖6C，圖6Α為本發明圖 2旋扭式開關切換至一照明模式的示意圖；圖6Β為本發明 圖6Α —實施例照明單元的示意圖；圖6C為本發明圖6Α 利用照明單元投射出紫外光圖案影像的示意圖。 φ 照明單元121包含用以發射一紫外光U的一紫外光燈 123、第一發光件124以及控制紫外光燈123或第一發光件 124發光的第一控制開關125 ;投射模組12更包含一圖案 光感件126，其中圖案光感件126為可吸收特定光波波長 的光學透鏡元件。 因此，當切換單元122利用旋扭式開關122a電性切換 連接至照明單元121而進入照明模式時，利用此第一控制 開關125的切換控制，人員能夠選擇性的控制紫外光燈123 201145224 J 或第一發光件發光124的發亮與否。 * 當控制紫外光燈123發亮時，圖案光感件126可吸收 紫外光燈123所發射的紫外光U之能量，使紫外光U能夠 投射出一紫外光圖案影像U10，所述紫外光圖案影像U10 例如：建築物樓層的一平面地圖。 這樣的特點為：人員能夠於進入建築物的樓層時，利 用預先將該樓層之平面地圖配設在圖案光感件126内部， 人員便能夠利用紫外光U投射出該樓層的平面地圖，以使 • 人員於第一時間熟悉該樓層以及相關的緊急逃生路徑資 訊。當然，隨著場合需求之不同，所述圖案光感件126所 預設的圖案亦能夠為文字、符號或人物等圖案，並不限定 於上述所揭露之平面地圖。 且紫外光U於昏暗地方的能見度比白光更為明顯清 晰，使得紫外光圖案影像U10於昏暗場合有更卓越的顯示 效果。 φ 另外，當控制第一發光件124發亮時，所述第一發光 件124的光源（例如：白光）能夠穿透圖案光感件126，以作 為照明功能使用。 請參閱圖7,圖7為本發明圖另一實施例照明單元的 示意圖。 如圖7所示，照明單元121包含第二發光件127並設 有控制第二發光件127發光的第二控制開關128,投射模 組12更包含一液晶單元129，其中液晶單元129能夠利用 201145224 ^ 一外加電壓之控制以利用其液晶分子排列出一圖形，所述 • 外加電壓能夠由一開關（未繪示）來控制實現。因此，當切 換單元122利用旋扭式開關122a電性切換連接至照明單元 121而進入此照明模式時’人員利用此第二控制開關ία 控制第二發光件127發光，使第二發光件127所發射出的 一光源L穿過液晶單元129以投射出一圖形影像D，例如： 建築物樓層的一平面地圖。 這樣的特點為：人員能夠於進入建築物的樓層時，利 • 用第二發光件127的光源L穿過液晶單元129以投射出圖 形影像D，以使人員於第一時間熟悉該樓層以及相關的緊 急逃生路徑資訊。 當然，隨著場合需求之不同，所述液晶單元129於施 加外加電壓時，其所顯示的圖形亦能夠為文字、符號或人 物等圖案，以使第二發光件127的光源L穿過液晶單元129 而投射出對應的圖形影像，並不限定於上述所揭露之平面 • 地圖。 承上述，於液晶單元129未施加外加電屋時，其液晶 分子未顯示出圖形，使得第二發光件127的光源L穿過液 晶單元129而純粹作為照明功能使用。 請同時參閱圖8A、圖8B與圖3，圖8八為本發明一實 施例具有投影功能的照明裝置包含充電基座的示^圖；圖 8B為圖8A投影功能的照明裝置處於充電狀態的示意圖。 進一步地，如圖8A、圖8B與圖3所示，投射模組12 201145224As shown in Figure 1, there are usually emergency escape readings in buildings, restaurants, hotels, apartments, etc., to provide the goods (4) people in the event of a disaster (such as: fire, earthquake or flood), in accordance with The escape route indicated by these emergency escape lights 3 escapes. d, because these emergency escape refers to the light 3 is fixed on the escape route (such as corridors, stairs or Ππ, etc.), so if the person does not know the escape of this in advance; the brothers under the 'when the occurrence of these emergency escapes The escape effect of the indicator light 3 is actually very low, which makes people's desires and disasters decrease. Hand [Summary] + Red η promotes a lighting device with projection function. According to the above description, the present invention provides a projection function (1) ^ package 3 m receiving module, storage module, projection module and; The signal receiving module is configured to receive the - wireless signal; the storage 4 is stored in a plurality of electronic materials. The four-cell pool includes (4) units, ], and the power 11 is switched and connected to the projection unit and the lighting unit - 201145224 The module is electrically connected to the signal receiving module, the storage module and the projection module. Wherein, when the switching unit is electrically switched and connected to the smuggling and receiving (four) receiving scales, the arithmetic processing module outputs the image signal corresponding to the _ electronic image slot of the wireless signal according to the wireless signal, and the projection unit Project an image of this image signal. The effect of using the invention is that the building property owner can establish an emergency escape system in advance within the building. Therefore, when there is a disaster inside the building, the wireless signal transmitted by the emergency escape system is used to enable the person to receive the wireless signal by using the projection device with the emergency function of the emergency escape system, and then project the relevant escape information. , in turn, greatly increase the probability of people's escape. [Embodiment] The above described objects, features, and features of the present invention will become more apparent and understood. Referring to FIG. 2 and FIG. 3, FIG. 2 is a perspective view of a lighting device with a projection function according to an embodiment of the present invention; and FIG. 3 is a circuit block diagram of the lighting device with projection function of FIG. The lighting device 1 having a projection function can be applied to buildings such as buildings, restaurants, hotels, apartments, etc., and the builder of the building can establish an emergency escape system in the building. Therefore, when a disaster occurs in the building, the emergency escape system transmits a wireless signal, so that the lighting device 1 having the projection function can project the escape information according to the wireless signal. The illumination device 1 having a projection function includes a signal receiving module 1A, a storage module 11, a projection module Πβ, and an arithmetic processing module 13. 201145224 % ’ signal receiving module ίο is used to receive the 'wireless signal S' transmitted by the emergency escape system. This part will be further explained below. The storage module 11 is configured to store a plurality of electronic image files 110, such as directional indicators or image files of a map, but is not limited thereto. The projection module 12 includes a projection unit 120, an illumination unit 121, and a switching unit 122 electrically connected to one of the projection unit 120 and the illumination unit 121. The switching unit 122 includes a twist switch 122a. The knob switch 122a is provided with a corresponding symbol 供 for the switching unit 122 to be electrically connected to one of the projection unit 120 and the illumination unit 121. For example, the user can use the twist switch 122a to have a projection function. The illumination device 1 is switched to a projection mode using the function of the projection unit 120; or, switched to an illumination mode using the function of the illumination unit 121. The arithmetic processing module 13 is electrically connected to the signal receiving module 10, the storage module 11 and the projection module 12. Further, the lighting device φ1 having a projection function further includes a power module 14 and a sound module 15, the power module 14 is electrically connected to the arithmetic processing module 13 and used to supply power, and the power module 14 is disposed The sound module 15 is electrically connected to the arithmetic processing module 13 and used to emit sound, such as buzzer sound or music. Please refer to FIG. 4A and FIG. 2 simultaneously. FIG. 4A is a schematic diagram of switching the twisted switch of FIG. 2 to a projection mode according to the present invention. As shown in FIG. 4A and FIG. 2, when the switching unit 122 is electrically connected to the projection unit 12 by using the twist-opening 201145224 1 'off 122a to enter a projection mode ', the illumination device 1 having the projection function utilizes After the signal receiving module 1 receives a wireless signal S, the arithmetic processing module 13 outputs an image signal corresponding to one of the electronic image files 110 of the wireless signal S according to the wireless signal s, and the projection unit 120 projects the image of the image signal. P. Please refer to FIG. 4B, FIG. 4A and FIG. 2 at the same time, and FIG. 4B is a schematic diagram of the operation of the projection mode of FIG. 4A in the event of a disaster. For example, when a disaster occurs inside a building, a tight emergency escape system emits a wireless signal, and the emergency escape system includes a signal transmitter disposed on the escape path inside the building, when the interior of the building In the event of a disaster, the person can directly hold the lighting device 1 having the projection function, and electrically switch to the projection unit 120 by using the twist switch 122a of the switching unit 122 in advance to use a projection mode when the person holds the illumination with the projection function. When the device 1 passes through the signal transmitter 20, the signal receiving module 10 receives a wireless signal S20 emitted by the signal transmitter 20. At this time, the sound module 15 can simultaneously beep to remind the personnel signal. After the receiving module 10 receives the wireless signal S20', the arithmetic processing module 13 outputs an image signal corresponding to one of the electronic image files 11 of the wireless signal S20 according to the wireless signal S20, and the projection unit 120 projects the image signal. The image P1 'for example: in the image P1 in FIG. 4B, the first direction indicator is taken as an example, so as to indicate that the person escapes. Direction. In the above, when the person continues to pass the other signal transmitter 21 of the escape route, the signal receiving module 1 of the lighting device 1 having the projection function is connected to 201145224 to receive a wireless signal transmitted by the signal transmitter 21. S21, at this time, the sound module 15 can simultaneously emit a beep to remind the personnel that the signal receiving module 10 receives the wireless signal S21. Then, the arithmetic processing module 13 outputs the corresponding wireless signal S21 according to the wireless signal S21. The image signal of the electronic image file 110, the projection unit 120 projects the image P2 of the image signal, for example, in the image P2 in FIG. 4B, the second direction indicator symbol is taken as an example, so that the person escapes from the disaster scene. For example, the celebrity is quoted as an exit. • It can be seen that after the person holds the illumination device 1 with the projection function and uses the projection mode, the illumination device 1 with the projection function can receive the wireless signal (for example, the RFID signal) transmitted by the signal transmitter of the emergency escape system. , the corresponding direction indicator is emitted, which can more quickly indicate that the person fled the disaster scene. Please refer to FIG. 5A and FIG. 2 simultaneously. FIG. 5A is a schematic diagram of switching the twisted switch of FIG. 2 to another projection mode according to the present invention. As shown in FIG. 5A and FIG. 2, when the switching unit 122 is electrically connected to the projection unit (10) by using the twist switch 122a to enter another projection mode, the illumination device 1 having the projection function utilizes the signal receiving mode. After the group 1 receives the wireless signal s, the operation processing module π outputs an image corresponding to one of the wireless image s of the wireless signal s according to the wireless signal s. 5 Tiger's projection unit 12G projects the image signal. Image p,. Please refer to FIG. 5B, FIG. 5A and FIG. 2 at the same time, and FIG. 5B is a schematic diagram of the image emitted by the projection mode of FIG. 5a. 201145224 ^ In view of the above, when a disaster occurs inside a building, the emergency escape system of the building will emit a wireless signal S (for example: GPS wireless signal). When a disaster occurs inside the building, the person can directly hold the projection function. The lighting device 1 is electrically connected to the projection unit 120 by using the twist switch 122a of the switching unit 122 in advance to use the projection mode, and when the person holds the illumination device 1 having the projection function and receives the emergency in the signal receiving module 10 After the wireless signal S is transmitted by the escape system, the arithmetic processing module 13 outputs an image signal corresponding to one of the electronic image files 110 of the wireless signal S according to the wireless signal S, and the projection unit 120 projects the image signal S. For example, in the image P'l in FIG. 5B, the map is taken as an example, so that the person can know the current position and the exit position E of the escape. Please refer to FIG. 6A, FIG. 6A and FIG. 6C. FIG. 6 is a schematic diagram of switching the rotary switch of FIG. 2 to an illumination mode according to the present invention; FIG. 6 is a schematic diagram of the illumination unit of the embodiment of the present invention; FIG. Invention FIG. 6A Schematic diagram of projecting an ultraviolet light pattern image using a lighting unit. The φ illumination unit 121 includes an ultraviolet light 123 for emitting an ultraviolet light U, a first illuminating member 124, and a first control switch 125 for controlling the illuminating light 123 or the first illuminating member 124. The projection module 12 further includes A pattern light sensing member 126, wherein the pattern light sensing member 126 is an optical lens element that absorbs a specific wavelength of light. Therefore, when the switching unit 122 is electrically connected to the illumination unit 121 by using the twist switch 122a to enter the illumination mode, with the switching control of the first control switch 125, the person can selectively control the ultraviolet light 123 201145224 J or Whether the first illuminating element illuminates 124 is illuminated or not. * When the control ultraviolet light 123 is illuminated, the pattern light sensing member 126 can absorb the energy of the ultraviolet light U emitted by the ultraviolet light 123, so that the ultraviolet light U can project an ultraviolet light pattern image U10, the ultraviolet light pattern Image U10 For example: a flat map of a building floor. The feature is that when a person enters the floor of the building, the plane map of the floor is pre-configured inside the pattern light sensing member 126, and the person can use the ultraviolet light U to project a plane map of the floor, so that • Personnel are familiar with the floor and related emergency escape route information as soon as possible. Of course, the pattern preset by the pattern light sensing member 126 can also be a pattern of characters, symbols, or characters, and is not limited to the above-described planar map. Moreover, the visibility of the ultraviolet light U in the dark place is more clear than that of the white light, so that the ultraviolet light pattern image U10 has a more excellent display effect in the dark place. φ In addition, when controlling the first illuminating member 124 to illuminate, the light source (e.g., white light) of the first illuminating member 124 can penetrate the pattern light sensing member 126 for use as a lighting function. Please refer to FIG. 7. FIG. 7 is a schematic diagram of a lighting unit according to another embodiment of the present invention. As shown in FIG. 7 , the illumination unit 121 includes a second illuminating member 127 and a second control switch 128 for controlling the illuminating of the second illuminating member 127 . The projection module 12 further includes a liquid crystal unit 129 , wherein the liquid crystal unit 129 can utilize 201145224 ^ An applied voltage is controlled to align a pattern with its liquid crystal molecules, and the applied voltage can be controlled by a switch (not shown). Therefore, when the switching unit 122 is electrically connected to the illumination unit 121 by using the twist switch 122a to enter the illumination mode, the person controls the second illumination member 127 to emit light by using the second control switch ία, so that the second illumination member 127 is A emitted light source L passes through the liquid crystal unit 129 to project a graphic image D, such as: a flat map of a building floor. The feature is that when the person enters the floor of the building, the light source L of the second illuminating member 127 passes through the liquid crystal unit 129 to project the graphic image D, so that the person is familiar with the floor and related at the first time. Emergency escape route information. Of course, when the applied voltage is applied, the liquid crystal unit 129 can display a pattern of characters, symbols, or characters, so that the light source L of the second illuminating member 127 passes through the liquid crystal unit. 129 and the corresponding graphic image is projected, and is not limited to the above-mentioned flat surface map. As described above, when the liquid crystal cell 129 is not applied with an electric house, the liquid crystal molecules thereof do not show a pattern, so that the light source L of the second light-emitting member 127 passes through the liquid crystal unit 129 and is used purely as an illumination function. Please refer to FIG. 8A, FIG. 8B and FIG. 3 simultaneously. FIG. 8 is a diagram of a lighting device with a projection function including a charging base according to an embodiment of the present invention; FIG. 8B is a charging device of the projection function of FIG. schematic diagram. Further, as shown in FIG. 8A, FIG. 8B and FIG. 3, the projection module 12 201145224
V ‘ 包含一投射罩c，具有投影功能的照明裝置1更包含供電 • 源模組14充電的充電基座16，所述充電基座16的電源能 夠由外接電源提供。電源模組14設有電性連接充電基座 16的導電件140,導電件140設置在投射罩C的罩緣C1(例 如圖8A中的内罩緣）。 充電基座16包含一發光元件160(例如LED燈或燈泡) 以及圍繞此發光元件160的充電透光罩161，充電透光罩 161的罩頂162用以承接導電件140。因此當罩緣C1結合 • 在對應的罩頂162時，其外觀如圖8B所示，使得電源模組 14利用導電件140而得以充電。其中罩緣C1與罩頂162 能夠為對應的結構，例如：罩緣C1為凹陷結構，罩頂162 為凸出結構；或者，罩緣C1為凸出結構，罩頂162為凹陷 結構，如此以穩固地相互電性結合。 另外，所述充電基座16更包含時間顯示器163、時間 調整開關164、燈源控制開關165與總電源開關166。當具 φ 有投影功能的照明裝置1處於充電狀態時，充電基座16亦 能夠作為室内燈具，例如床頭燈或檯燈。 人員能夠利用時間調整開關164設定時間顯示器163 所顯示的時間，例如：標準時間或充電時間，並於時間到 達設定值時，具有投影功能的照明裝置1的聲音模組15發 出蜂鳴聲響或音樂等聲音，以提醒人員現在時間或供電源 模組14充電完成等訊息。 並且，當具有投影功能的照明裝置1處於充電狀態 201145224 ' 時，利用燈源控制開關165能夠控制發光元件160的發光 - 與否，當控制發光元件160發光時，發光元件160的光源 射出充電透光罩161的外部，以作為床頭燈或檯燈等室内 燈具使用；更甚者，若未使用發光元件160發光時，人員 亦可利用切換單元122控制照明單元121發光，而同樣具 有室内燈具的效果。 請同時參閱圖9與圖3，圖9為本發明另一實施例切 換單元包含推拉式開關的示意圖。 • 如圖9與圖3所示，投射模組12的切換單元122包含 一推拉式開關122b，所述推拉式開關122b設有供切換單 元122電性切換連接至投影單元120與照明單元121其中 一者的對應符號M，例如：使用者能夠利用推拉式開關122b 將具有投影功能的照明裝置1切換成使用投影單元120功 能的投影模式；或者，切換成使用照明單元121功能的照 明模式，此部份原理與上述同，為了簡明起見，於此不加 φ 贅述。 由此可知，具有投影功能的照明裝置1能夠廣泛運用 於各種場合，並非限定在上述建築物於災難時所顯示的各 種逃生資訊，也就是說，儲存模組11所儲存的電子影像檔 案110能夠為各種圖形或符號，因此於訊號接收模組10接 收特定場合系統的一無線訊號後，利用投影單元120能夠 投射出對應這些電子影像檔案110的影像，以滿足特定的 需求。 12 201145224 ' 由上述可知，本發明所述具有投影功能的照明裝置具有 - 下列之特點： 1. 當建築物内部有災難發生時，利用建築物緊急逃生系統所發 射出的無線訊號，令具有投影功能的照明裝置投射出相關 的逃生資訊，因此利用這樣手持式的直接指引，人員能夠更 快速逃離災難現場。 2. 利用照明模式，具有投影功能的照明裝置除了具有照明功 能外，亦能投射出紫外光圖案影像或圖形影像，使得人 • 員能夠於第一時間熟悉建築物樓層以及相關的緊急逃生 路徑資訊。 3. 具有投影功能的照明裝置處於充電狀態時，能夠作為室 内燈具，例如床頭燈或檯燈。 综上所述，乃僅記載本發明為呈現解決問題所採用的 技術手段之較佳實施方式或實施例而已，並非用來限定本 發明專利實施之範圍。即凡與本發明專利申請範圍文義相 φ 符，或依本發明專利範圍所做的均等變化與修飾，皆為本 發明專利範圍所涵蓋。 【圖式簡單說明】 圖1為一種習知設置在建築物内緊急逃生路徑之指示燈的示 意圖； 圖2為本發明一實施例具有投影功能的照明裝置的立體 圖， 圖3為本發明圖2具有投影功能的照明裝置之電路方塊圖； 13 201145224 / 圖4A為本發明圖2旋扭式開關切換至一投影模式的示意 * 圖； 圖4B為圖4A投影模式於災難發生時的運用示意圖； 圖5A為本發明圖2旋扭式開關切換至另一投影模式的示 意圖； 圖5B為圖5A投影模式所發射出之影像的示意圖； 圖6A為本發明圖2旋扭式開關切換至一照明模式的示意 圖， • 圖6B為本發明圖6A —實施例照明單元的示意圖； 圖6C為本發明圖6A利用照明單元投射出紫外光圖案影像 的不意圖， 圖7為本發明圖另一實施例照明單元的示意圖； 圖8A為本發明一實施例具有投影功能的照明裝置包含充 電基座的不意圖， 圖8B為圖8A投影功能的照明裝置處於充電狀態的示意 $ 圖；以及 圖9為本發明另一實施例切換單元包含推拉式開關的示意 圖。 【主要元件符號說明】 1 具有投影功能的照明裝置 10 訊號接收模組 11 儲存模組 110 電子影像檔案 14 201145224V ‘ includes a projection cover c, and the illumination device 1 having a projection function further includes a charging base 16 for supplying power to the source module 14 , and the power supply of the charging base 16 can be supplied by an external power source. The power module 14 is provided with a conductive member 140 electrically connected to the charging base 16, and the conductive member 140 is disposed on the cover edge C1 of the projection cover C (for example, the inner cover edge in Fig. 8A). The charging base 16 includes a light-emitting element 160 (such as an LED lamp or a light bulb) and a charging translucent cover 161 surrounding the light-emitting element 160. The cover top 162 of the charging translucent cover 161 is used to receive the conductive member 140. Therefore, when the cover edge C1 is combined with the corresponding cover top 162, its appearance is as shown in Fig. 8B, so that the power module 14 is charged by the conductive member 140. The cover edge C1 and the cover top 162 can be corresponding structures, for example, the cover edge C1 is a concave structure, and the cover top 162 is a convex structure; or, the cover edge C1 is a convex structure, and the cover top 162 is a concave structure, so that Firmly and electrically combined with each other. In addition, the charging base 16 further includes a time display 163, a time adjustment switch 164, a light source control switch 165, and a total power switch 166. When the illuminating device 1 having the projection function of φ is in a charging state, the charging base 16 can also function as an indoor luminaire such as a bedside lamp or a desk lamp. The person can use the time adjustment switch 164 to set the time displayed by the time display 163, for example, standard time or charging time, and when the time reaches the set value, the sound module 15 of the lighting device 1 having the projection function emits a beep or music. Wait for the sound to remind the staff of the current time or the power module 14 to complete the charging and other information. Moreover, when the illumination device 1 having the projection function is in the state of charge 201145224', the light source control switch 165 can control whether the light-emitting element 160 emits light or not. When the control light-emitting element 160 emits light, the light source of the light-emitting element 160 emits a charge. The outside of the reticle 161 is used as an indoor luminaire such as a bedside lamp or a desk lamp; moreover, if the illuminating element 160 is not used for illumination, the person can also control the illumination unit 121 to emit light by using the switching unit 122, and also has an indoor luminaire. effect. Please refer to FIG. 9 and FIG. 3 simultaneously. FIG. 9 is a schematic diagram of a switching unit including a push-pull switch according to another embodiment of the present invention. As shown in FIG. 9 and FIG. 3, the switching unit 122 of the projection module 12 includes a push-pull switch 122b, and the push-pull switch 122b is provided with a switching unit 122 electrically connected to the projection unit 120 and the illumination unit 121. A corresponding symbol M of one, for example, the user can switch the illumination device 1 having the projection function to the projection mode using the function of the projection unit 120 by using the push-pull switch 122b; or switch to the illumination mode using the function of the illumination unit 121, Some of the principles are the same as above, and for the sake of brevity, no φ is described here. Therefore, it can be seen that the illumination device 1 having the projection function can be widely used in various occasions, and is not limited to various escape information displayed by the building in the event of a disaster, that is, the electronic image file 110 stored in the storage module 11 can For the various graphics or symbols, after the signal receiving module 10 receives a wireless signal of the system in a specific occasion, the projection unit 120 can project images corresponding to the electronic image files 110 to meet specific needs. 12 201145224 ' As can be seen from the above, the illumination device with projection function according to the present invention has the following characteristics: 1. When a disaster occurs inside the building, the wireless signal transmitted by the emergency escape system of the building is used to have a projection. Functional lighting illuminates relevant escape information, so with this hand-held direct guidance, personnel can escape from the disaster scene more quickly. 2. With the illumination mode, the illumination device with projection function can not only display the ultraviolet light pattern image or graphic image, but also enable the staff to familiarize themselves with the building floor and related emergency escape route information. . 3. When the lighting device with projection function is in the charging state, it can be used as an indoor lighting device, such as a bedside lamp or a desk lamp. In view of the foregoing, it is merely described that the present invention is a preferred embodiment or embodiment of the technical means for solving the problem, and is not intended to limit the scope of the invention. That is, the equivalent changes and modifications made in accordance with the scope of the patent application of the present invention or the scope of the invention are covered by the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of an indicator light that is conventionally disposed in an emergency escape route in a building; FIG. 2 is a perspective view of a lighting device having a projection function according to an embodiment of the present invention, and FIG. Circuit block diagram of a lighting device with projection function; 13 201145224 / FIG. 4A is a schematic diagram of switching the toroidal switch of FIG. 2 to a projection mode according to the present invention; FIG. 4B is a schematic diagram of the operation of the projection mode of FIG. 4A in the event of a disaster; 5A is a schematic view showing the switching of the rotary switch of FIG. 2 to another projection mode; FIG. 5B is a schematic view of the image emitted by the projection mode of FIG. 5A; FIG. 6A is a schematic diagram of the rotary switch of FIG. FIG. 6B is a schematic view of the illumination unit of FIG. 6A according to the present invention; FIG. 6C is a schematic diagram of the invention for projecting an ultraviolet light pattern image by using the illumination unit of FIG. 6A, FIG. 7 is another embodiment of the present invention. FIG. 8A is a schematic diagram of a lighting device having a projection function including a charging base according to an embodiment of the present invention, and FIG. 8B is a lighting device of the projection function of FIG. 8A. $ A schematic view of a charging state; and Fig. 9 a further embodiment of the present invention, a schematic view of the switching unit comprises a push-pull switch. [Main component symbol description] 1 Lighting device with projection function 10 Signal receiving module 11 Storage module 110 Electronic image file 14 201145224
12 投射模組 120 投影單元 121 照明單元 122 切換單元 122a 旋扭式開關 122b 推拉式開關 123 紫外光燈 124 第一發光件 125 第一控制開關 126 圖案光感件 127 第二發光件 128 第二控制開關 129 液晶早元 13 運算處理模組 14 電源核組 140 導電件 15 聲音模組 16 充電基座 160 發光元件 161 充電透光罩 162 罩頂 163 時間顯示器 164 時間調整開關 15 201145224 16512 Projection module 120 Projection unit 121 Lighting unit 122 Switching unit 122a Rotary switch 122b Push-pull switch 123 Ultraviolet light 124 First light-emitting member 125 First control switch 126 Pattern light-sensitive member 127 Second light-emitting member 128 Second control Switch 129 LCD Early Element 13 Operation Processing Module 14 Power Core Set 140 Conductor 15 Sound Module 16 Charging Base 160 Light-emitting Element 161 Charging Transmissive Cover 162 Cover Top 163 Time Display 164 Time Adjustment Switch 15 201145224 165
- 166 20，21 3 C Cl D E- 166 20,21 3 C Cl D E
• H• H
LL
MM
P，P卜 P2，P， S ， S20 ， S21 U U10 燈源控制開關 總電源開關 訊號發射器 緊急逃生指示燈 投射罩 罩緣 圖形影像 出口位置 現在位置 光源 對應符號 ΡΊ 影像 無線訊號 紫外光 紫外光圖案影像P, P Bu P2, P, S, S20, S21 U U10 Light source control switch Total power switch Signal transmitter Emergency escape indicator Projection cover Cover pattern Graphic image exit position Current position light source corresponding symbol 影像 Image wireless signal UV light Pattern image
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