TWM404563U - Variable illumination mode control device - Google Patents

Variable illumination mode control device Download PDF

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Publication number
TWM404563U
TWM404563U TW99223489U TW99223489U TWM404563U TW M404563 U TWM404563 U TW M404563U TW 99223489 U TW99223489 U TW 99223489U TW 99223489 U TW99223489 U TW 99223489U TW M404563 U TWM404563 U TW M404563U
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TW
Taiwan
Prior art keywords
unit
control
switch
lighting
time
Prior art date
Application number
TW99223489U
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Chinese (zh)
Inventor
Tsung-Chih Kao
Chun-Hsin Yang
Ching-Nan Yang
Original Assignee
Tsung-Chih Kao
Chun-Hsin Yang
Ching-Nan Yang
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by Tsung-Chih Kao, Chun-Hsin Yang, Ching-Nan Yang filed Critical Tsung-Chih Kao
Priority to TW99223489U priority Critical patent/TWM404563U/en
Publication of TWM404563U publication Critical patent/TWM404563U/en

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Description

獨 4563 五、新型說明: 【新型所屬之技術領域】 本創作為提供一種照明控制裝置,尤指一種透過一般照明開關即 可切換控制照明裝置作啟動或關閉自動照明模式的可變照明模式之控 制裝置。 、 【先前技術】 ,按’燈具朗非常廣迄’於夜間更是不可或缺的必備電子裝置, 2 =方t如室内、室外照明或廣告㈣等,都是於夜間提供人們能 的看清眼前的事物;經濟的起飛也造就燈具被大量的使用,隨 的反效果即是能源被慢慢的消耗掉,為了解決能源的 因此問世,亦有效節省了能源的消耗,但,對於 者來’就必須開啟燈具,讓夜間時也保持室内Ϊ 、防止竊賊進入,達到有效嚇阻竊賊之功效。 用時,為確實存在下列問題與缺失尚待改進: 時則達到嚇阻竊賊之功效,但若是到了白天 來看亦有約1^小時都^呈===限定於夜間時’而以白天的時間 燈具電力,i:也狀態,同等於浪費12小時的 是以,要如何解決上述進订替換’非常麻須。 與從事此行業之相關廢商所巫欲研究改善3向;斤U創作之創作人 【新型内容】 故’本創作之創作人有鑑 方評估及考量,並以從事 =失,乃搜集相關資料,經由多 修改,始設計出此種透過」明年經驗,經由不斷試作及 或關閉自動照日賴式的明巧=可切換控制照明裝置作啟動 本劍作之主要目^;制裝置新型專利者。 控制開關及與該照明開“力電性連接之照明開關、 觸職性連接之照明裝置所構成’而 M404563 模組係s·電以明裝置之控制模組,其中該控制 電性連接—開_測元:該供電單元及電 性連接一控制單元,又玆 _ α ί、,早7L及開關偵測單元係電 ,藉此,俾當使用者“ 單元係電性連接-啟動單元 模式,此時即透過的時間内時,則進入自動照明 時間方式進行作為啟動觸發士、摘測或移動感應丫貞測或預先設定 控制對象即是照明裝置,^對控制開關進行控制,其 供電單元所放電的時間及 切換照明開關的速度係慢於 般照明開闕-樣,單純對昭明所預設的時間外時,則與一 ^但若是到了白天時則非常到嚇阻竊賊之功 等於浪費12小時的燈具電力’ it都是呈現開啟電源狀態,同 點燈裝置則必須整組線路拆 乂U容易損壞,若要增加自動 ,當於夜間時嶋啟勤照明裝置啟軸雜 ,或是’當偵測到有物體移動時則開啟日=:則^閉照明裝置 先設定欲開啟照明裝置的時間,以予疋,使用者可預 得以具嚇阻竊賊,並有效節約能源,更1工置’不僅 ,其更重要之目的在於使用者裝置的壽命,再者 開關即可直接作控制照明開關‘, ^只需直接切換照明 動照明模式之實用進步性。 a雄方式選擇開啟或不開啟自 【實施方式】 請參閱第一圖所示,係=創能如下’俾利完全了解。 中可清楚看出本創作係由一與室内電力 4 M404563 1(為按麼開關)及與該照明開带 成’而照明開關1 1並電性連連接之照明裝置3〇所構 組2 0,其中該控制模制該照明裝置3 Q之控制^ t供Ϊ單μ 1 ·,—與該電力線i 該^ ί 1 ◦電性連接 偵測單元2 2,該開關偵測單元2 ^彳^:电早70^ 1笔性連接之開關 1於預定時間内是否連續作動之日有J於計數照明開關1 元2 1及開關債測單元2 2電性連接^丨;一與該供電單 元2 1及控制單元2 3電性連接之3 與該供電單 光線感應啟動單元、移料庫啟# ^702 4 ’雜動單元2 4為 者;,電力線1〇;心===;中之ί 1由上ι4之結構、組成設計,㉟ ^ 5。 下,請同時配合參㈣-圖及$ $之使用作動情形說明如 方塊示意圖及方塊流程圖,由圖中^ ^看=、為佳實施例之 則單7^2所預設二^ -二:ί:!動:月杈式當啟動單元2 4偵測到光線變暗(卽 n 3 2 5 裝置3 g :右啟動早το2 4偵測到光線變亮(即白天時)則傳 給控制單702 3以驅動控糊關2 5進行關照明裝置3 0,若去係 用者再次關閉照明開關1 1時,則即可_該自動照明 & 一般照明模式。 俛马 5月爷閱第二圖所示’係為本創作再—較佳實施例之方塊流程圖, 由圖中可清楚看a ’制者切触明開關i i的時間_慢於供 元21所放電的時間及於開關偵測單元2 2所預設的時間外時,則為 一般的照明模式,僅單純的手動亮與滅,倘若快速切換照明開關工I ,且切換的時間間隔快於供電單元2丄所放電的時間及於開關偵測單 5 iri^4563 為移動感應頁行,明模式,而當啟動單元2 4 ,’則傳遞訊义偵,效偵測範圍内有物體 裝置3 〇,若啟動單動控綱關2 5以點亮照明 則不啟動照明襄置3 ^ ^偵測到有效_範圍内有物體移動時, 可闕閉該自動昭ag f 4_、 :使用者再次關閉照明開關1 1時,即即 由可清楚看出,使用者切換 5 = 2方塊流裎圖, 元2 2所預設的時間内時,二:白2上:放電的時間及於開關偵測單 為時間設定啟動單元24時、吏 式,而當啟動單元2 4 的時間,啟動自動照明模式後先設定照明裝置3 0啟動 ^=亮燈的時間時,則傳遞訊號給吏用者 3驅動控制開關2 5以舰明裝 1早3:稭由控制單元2 者預設的時間時,則啟動單元2 4 冗,反之,若過了使用 藉由Γ單元23獎動控元23, 惟’以上所述僅為本創作之較月裝置3 0。 作之專利範圍,故舉凡運用本創作說明】 2因此即偏限本創 及等效結構變化,均應同理包含於本創^之所為之簡易修飾 故,請參閱全部附圖所示,本創作 士 =内,合予陳明。 實存在下列優點: $ ’與白用技術相較,著 一、改進普通照明裝置3 〇無法兼 動啟閉照明功能的缺失。 〃、月9或移動或時間設定為自 二岐-般錄綱暗細挪技 能之缺失。 …亡欺具普通照明功 三、 可直接替換舊有的照明裝置, 開關即可運作於普通照明或自動照明等模式> 壬何龟力線路及照明 四、 本創作纖咖珊,自__明裝置 6 M404563 ^ :若到了,天則自動關閉照明裝置3 Ο,或是,當偵測到有物 移動時則開啟照明裝置3 體 或是,使用者可預先設定欲開啟照明裝 3 0的時間丄以予該時間自動開啟照明裝置3 〇,不僅得以具^ .。禹、’ ’亚有效卸約能源,更能保護照明裝置3 〇的壽命之實用進步性 所述,本創作之可變照明模式之控繼置於使㈣,為確實保要件 &出中請,盼審委早日賜准本創作,以 二早。Λ之辛苦創作,倘若釣局審^有任何稽疑, 創作人定當竭力配合,實感德便 清不吝來函指 M404563 【圖式簡單說明】 第一圖係為本創作較佳實施例之方塊示意圖。 第二圖係為本創作較佳實施例之方塊流程圖。 第三圖係為本創作再一較佳實施例之方塊流程圖。 第四圖係為本創作又一較佳實施例之方塊流程圖。 【主要元件符號說明】 電力線·· · · •10 照明開關·· · •11 控制模組··· •20 供電單元··· •21 開關偵測單元· •22 時間計數單元· •221 控制單元··· •23 啟動單元·.· •24 控制開關··· •25 照明裝置·· · • 3 0Unique 4563 5, new description: [New technical field] This creation provides a lighting control device, especially a variable lighting mode that can be switched to control the lighting device to activate or deactivate the automatic lighting mode through a general lighting switch. Device. [Previous technology], according to the 'lights are very broad enough' at night is an indispensable electronic device, 2 = square t such as indoor, outdoor lighting or advertising (four), etc., all provide people with the ability to see at night The things in front of the economy; the take-off of the economy also causes the lamps to be used in large quantities. The counter-effect is that the energy is slowly consumed. In order to solve the energy, it is also effective in saving energy consumption. It is necessary to turn on the luminaire so that it can stay indoors at night and prevent thieves from entering, effectively achieving the effect of deterring thieves. When it is used, there are still some problems and defects that need to be improved: When it reaches the effect of deterring the thief, if it is in the daytime, it will take about 1 hour to be ^============================================= Time lighting power, i: also state, the same as wasting 12 hours, how to solve the above-mentioned order replacement 'very numb. With the relevant waste business in this industry, the research is to improve the three directions; the creator of the creation of the U [new content] Therefore, the creator of this creation has the appraisal and consideration of the prescription, and is engaged in the calculation of the relevant information. Through multiple revisions, we have designed this kind of experience through next year, through continuous trials and or closes the automatic photo-clearing mode = switchable control lighting device as the main target for starting this sword; . The control switch and the lighting device that is connected to the "electrically connected lighting switch and the contact connection" and the M404563 module is a control module of the electric device, wherein the control is electrically connected. _ Measured element: The power supply unit and the electrical connection to a control unit, and _α ί,, 7L early and the switch detection unit are electrically connected, thereby, when the user "unit is electrically connected - the start unit mode, At this time, that is, the time passed through, the automatic lighting time mode is entered as the starting trigger, the sampling or the mobile sensing, or the preset control object is the lighting device, and the control switch is controlled, and the power supply unit is controlled. The time of discharge and the speed of switching the lighting switch are slower than that of the general lighting. When it is outside the time preset by Zhaoming, it is a ^^ but if it is in the daytime, it is very scary to stop the thief. The lighting power of the hour is always in the state of turning on the power. The same lighting device must be damaged by the whole set of lines. If you want to increase the automatic, when you are at night, start the lighting device. Or 'When an object is detected to move, the day is turned on =: Then the closed lighting device first sets the time to turn on the lighting device, so that the user can pre-empt the thief and save energy. 1Working 'not only, its more important purpose is the life of the user device, and the switch can be directly used to control the lighting switch', ^ only need to directly switch the practical progress of the lighting mode. A male mode is selected to be on or off. [Embodiment] Please refer to the first figure, the system = Genesis can be as follows. It can be clearly seen that the creation is composed of a lighting device 3 that is electrically connected to the indoor electric power 4 M404563 1 (for the switch) and the lighting switch 1 and the lighting switch 1 1 is electrically connected. The control module modulates the illumination device 3 Q to provide a single μ 1 ·, and the power line i is electrically connected to the detection unit 2 2 , the switch detection unit 2 ^ 彳 ^ :Electric early 70^ 1 The pen-connected switch 1 has a continuous operation on the day of the predetermined time. There are J in the count lighting switch 1 yuan 2 1 and the switch debt measuring unit 2 2 electrical connection ^ 1; and the power supply unit 2 1 and the control unit 2 3 electrically connected to the 3 and the power supply single light sensing start unit, the transfer library start # ^ 702 4 'the hybrid unit 2 4 is;; the power line 1 〇; heart ===; 1 Designed by the structure and composition of ι4, 35 ^ 5. Next, please also use the reference to the (4)-picture and the use of the action. For example, the block diagram and the block flow chart are shown in the figure. ^ ^ see =, for the better example, the single 7^2 preset two ^ - two : ί:! Move: Moonlight type When the start unit 2 4 detects that the light is dimmed (卽n 3 2 5 device 3 g: right start early το2 4 detects that the light is bright (ie during the day) is passed to the control The single 702 3 is turned off by the drive control switch 2 5 to turn off the illumination device 3 0. If the user turns off the illumination switch 1 1 again, then the automatic illumination & general illumination mode can be used. 2 is a block diagram of the preferred embodiment of the preferred embodiment. It can be clearly seen from the figure that the time of the 'cutting switch ii' is slower than the time discharged by the supply unit 21 and the switch When the detection unit 2 2 is outside the preset time, it is a general illumination mode, and only the manual illumination is turned on and off. If the illumination switch I is quickly switched, and the switching time interval is faster than the discharge of the power supply unit 2丄Time and switch detection list 5 iri^4563 for mobile sensing page line, clear mode, and when starting unit 2 4, 'transfer There is an object device within the range of detection and effect detection. If the single-action control is turned off, the illumination device is not activated. 3 ^ ^ When the detection is valid, the object can be closed when the object moves. The automatic display ag f 4_, : when the user turns off the illumination switch 1 1 again, it can be clearly seen that the user switches 5 = 2 block flow map, when the time is 2 2 preset, two: White 2: The time of discharge and the switch detection list is the time setting start unit 24, 吏, and when the unit 24 is activated, the automatic illumination mode is activated, then the illumination device is set to start. At the time of the time, the signal is transmitted to the user 3 to drive the control switch 2 to the time when the ship is installed 1 early 3: when the straw is controlled by the control unit 2, the start unit 24 is redundant, and if it is used, Since the unit 23 awards the control unit 23, only the above description is only the monthly device of the present creation 30. The scope of the patent is used, so the use of this creation description] 2 therefore the partial limit and the equivalent structural change All should be included in the simple modification of this creation, please refer to all the figures, Creativity = inside, combined with Chen Ming. There are the following advantages: $ 'Compared with white technology, the first one, improve the general lighting device 3 〇 can not move the lack of opening and closing lighting function. 〃, month 9 or mobile or The time is set to the lack of skills from the second-level record. ... The general lighting function of the deceitful bully can directly replace the old lighting device, and the switch can operate in the mode of general lighting or automatic lighting. He Guili Line and Lighting IV. The creation of the fiber coffee, from the __ Ming device 6 M404563 ^: If it is, the day will automatically turn off the lighting device 3 Ο, or when the object is detected to move the lighting device 3 Or, the user can pre-set the time to turn on the lighting device 30 to automatically turn on the lighting device 3 at that time, not only to obtain the device.禹, ' 'Asian effective discharge energy, more able to protect the life of the lighting device 3 实用 practical progress, the control of the variable lighting mode of this creation is placed in the fourth (four), for the assurance of the essentials & I hope that the trial committee will grant this creation as soon as possible. The hard work of Λ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The second drawing is a block flow diagram of a preferred embodiment of the present invention. The third figure is a block flow diagram of still another preferred embodiment of the present invention. The fourth figure is a block flow diagram of still another preferred embodiment of the present invention. [Description of main component symbols] Power line ·· · · •10 Illumination switch ·· · •11 Control module··· •20 Power supply unit··· •21 Switch detection unit · •22 Time counting unit · •221 Control unit ··· •23 Starter unit··· •24 Control switch··· •25 Illumination device·· · • 3 0

Claims (1)

六、申請專利範圍: -、一種可變照明模式之控 明開關及與該照明開關二,-與室内電力電性連接 並電性連接-用於控制置所構成,而照關 紅括有: ’,,'以置之控制模組’其中該控制模^ ::2ί2電性連接之供電單元; —與該供電單元及_ {貞 1之開_測單元; —與該供電單元及控制單元電制單元; 單元電性連接之控及 開二㈣模式之控制裝置,其中該 、續作動之日鋼計數單ί。植糾_於職日_内是否連 4 項所述之可變照明模式之控制裝置,直中节 動ΐ元以=單元、麵應啟動單元或時間設定: 、以:ΐ=Γ述之可變照明模式之控制裝置,其中該Sixth, the scope of application for patents: -, a variable lighting mode of the control switch and the lighting switch two, - and the indoor electrical and electrical connection - for the control of the composition, and the red cover includes: ',, 'Set the control module', wherein the control module ^: 2 2 2 electrically connected power supply unit; - and the power supply unit and _ { 贞 1 open _ test unit; - and the power supply unit and control unit The electric unit; the control unit for the electrical connection and the control device for the second (four) mode, wherein the continuation of the daily steel counting unit.植纠_In the service day _ whether there is a control device for the variable lighting mode mentioned in the 4th item, the straight middle joint unit is set to the unit, the surface should be activated by the unit or the time: Variable lighting mode control device, wherein
TW99223489U 2010-12-03 2010-12-03 Variable illumination mode control device TWM404563U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102891482A (en) * 2011-07-22 2013-01-23 中兴保全股份有限公司 AC power supply control device
TWI477042B (en) * 2012-08-09 2015-03-11 Quanta Comp Inc Power adaptor system
TWI497859B (en) * 2012-08-09 2015-08-21 Electronic apparatus and power management method thereof
TWI589187B (en) * 2016-01-28 2017-06-21 中興保全股份有限公司 Energy-saving lighting control board

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102891482A (en) * 2011-07-22 2013-01-23 中兴保全股份有限公司 AC power supply control device
CN102891482B (en) * 2011-07-22 2015-04-08 中兴保全股份有限公司 AC power supply control device
TWI477042B (en) * 2012-08-09 2015-03-11 Quanta Comp Inc Power adaptor system
TWI497859B (en) * 2012-08-09 2015-08-21 Electronic apparatus and power management method thereof
TWI589187B (en) * 2016-01-28 2017-06-21 中興保全股份有限公司 Energy-saving lighting control board

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