M277953 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種利用紅外波段光源干擾可見光影像感測器之# 構，特別是指一種利用紅外線光源透過凸透鏡，將紅外線光源面 積擴散，使攝影機之影像感測器，造成曝光現象，當該攝影機將 資料傳送到顯示器時，該顯示器無法顯示出具體之目標物體影 像，以達到反偷拍的目的。 【先前技術】 按’先前偷拍的技術而言，日㈣些公共或特定場所不論是 cr法政府單位『彳貞查犯罪』或不法歹徒『藉峨罪』 須作偷拍動鱗，都爾卿咖細_偽裝的監 、技術通⑦，這監視的技術包含下列幾種方式： 端的2種針孔攝影機，以無線的方式將攝影機所攝影傳送到遠 類的盖綠電接收器上，再經由顯示11顯示出來。目前市面上發這 之盖線電=號發射的頻較由早期的刪聰到現在的2.鎌 在公共或特定細前電視及報紙所報導，具不良企圖之歹徒 婦女『偷拍』，型無線電發射的針孔攝影機，針對 々 』错以達到偷窺的企圖。 攝影主要是從事夜間的隱密式 面上不易買到卜線攝域價格貴，屬管制的軍用規格產品，一般市 分別由紅外線 ★種為上述第二種紅外攝影機的取代用品 M277953 發光源及攝影機_裝備取代—個紅外線攝影基本裝備，這種裝 備基本上體積較大，但是價格較便宜。 另先别反制偷拍的技術而言，用於第一種針孔攝影機之反 制技術的方法有二點： -、拆除法’通妓—般人民常使用之方法，就是侧到該『無 線電瓶攝影機』所發射出來的無線電信號時，就依信號的來 源及信號強弱試圖找出發射來源，並將以拆除。 二、癱瘓法，通常是軍方制之方法，就是另外準備—具發射功 率_強大的無線電發射器，發射相同頻率更強的無線電波以 『盍住』或『干擾』該發射功率比較小的針孔攝影機之發射器， 使該針孔攝影機之發射器的發射工作癱瘓。 又，對於上述三種偷拍的技術，其中第二及第三種技術的反 制方法’目前市面上尚無適t的方法，㈣於提及反制技術有其 缺失，對於拆除法，使用該拆除法先決條件必縣找出該無線發 射源的正雜置’補由—套可以自_繼發射之無線電信號 的來源及健強弱之密㈣貴的脑，但是，如果發賴處於『關 機』狀態時’就無法制它的存在或位置。所以要先找到後才可 進行拆除功；對_毅，使職絲法纽餅必須先發射 -功率比較強大的進訊『雜訊』無線電電波，用『空中摘戴』x之 方式將目獅f彡像的無線電雜峨，並加以直接『頻率混合參 雜』使該對應的触機產生接收不良而造祕瘓，但是，這功率 比較強大的無線電電波通常會—併同時干擾附近的住戶或公共的 M277953 電器裝備’造成不必要的干擾。 本案創作人鑑於前述習用所衍生的各項缺點，乃積極構思改 良創新，經過多年苦心孤詣潛心研究後，終於成功研發完成本件 一種利用紅外波段光源干擾可見光影像感測器之結構。 【新型内容】 本創作之目的即在於提供一種利用紅外波段光源干擾可見光 影像感測之結構，使公共場所遭有心人士偷偷安裝針孔之類的攝 影機時，-般婦女可藉賴帶本產品而破賴攝影機之拍攝，使 針孔攝影機將影像傳送到顯示||時，該顯示器無法正常顯示該目 標物之影像，以達到反偷拍的功能。 一種利用紅外波段光源干擾可見光影像感測器之結構，係包 含有-電源、發光模組及凸透鏡所組合而成。該發光模組係為紅 外光元件，該紅外光元件可為紅外線發光二極體、齒素燈、雷射 紅外線發光管或驗之元件，用减生紅外紐，雜外光線之 波長介於560nm S 920nm，涵蓋可見光波段及紅外波段的近紅外光 線。此近紅外光線在進入攝影機之影像感測器時，該影像感測器 的每-個感應點元素可感應出該紅外光線的感應信號。當影像感 測器將每—個感應信號傳送到影像顯示器上時，顯示ϋ相對顯示 個對應的光點；當紅外光線透過凸透鏡時，該凸透鏡可將紅外 光線擴散’使該影像感測器產生多數感應點元素而相對感應出多 個白色光關聯集，使該聯餘—㈣多數個自點（紅外光的感應 b虎)在影像顯示器上顯示―大片白色的曝光影像，所以，該影像 M277953 感測器所攝取祕的目標物可見光之影像，被此自色的曝光影像 所干擾感應’破壞了目標物可歧影像以達軒擾破壞的目的。 藉此干擾破壞可㈣些顿當之場所安㈣攝影機，所正常攝取 到目標物體的影像傳送到影像顯示器時，因為干擾破壞的結果無 法顯示出該目標物體的影像，僅顯示出一大片白色曝光的影像， 以達到反偷拍的目的。 【實施方式】 »月參閱®所示’本創作係提供一種利用紅外波段光源干擾 可見光影像感測器之結構，該方法係由一電源3卜發光模組32及 凸透鏡4所組合喊，該發光触32具有紅外光元件該紅外光 元件可為紅外線發光二極體、_燈、紅外線發光管或氪燈 等用以產生紅外統，該紅外祕讀長介於·伽至92〇nm， 涵蓋可見級段及紅外波段的近科祕，有時，未了達到隱藏 偽裝的目的，可以使用7()()nm以上的紅外波段，讓人眼看不出這 個紅外光源發出的紅外光。當近紅外級透過凸透鏡4時，藉由 凸透鏡4賴近紅外猶繼，以產錄大面積。當娜機之鏡 頭51對準該結構時，攝影機5之影像感測器％接收來自攝影機 之鏡頭51影像資料，該雜_器％之感應點元素可感應出紅 外光線感應信號。當雜感測H 52縣—_應信號傳送到顯示 J 6上時，顯示器6相對顯示一個對應的光點；所以，當紅外光 線透過凸魏4時’該凸透鏡4可將紅外光線舰，使該影像感 、、J器52接收多數感應點元素，而相對感應出多個白色光點的聯 M277953 集，使該聯集在一起的多數個白點(紅外光的感應信號)在顯示器6 上顯示一大片白色的曝光現象，使該影像感測器52所攝取感應的 目標物1被此白色的曝光現象干擾感應，破壞了目標物〗可見光 影像，達到干擾破壞的目的。藉此干擾破壞可使某些不適當之場 所安置的攝影機5，在正常攝取到目標物丨之影像傳送到顯示器6 時，因為曝光現象破壞其結果，而無法顯示出該目標物丨之影像， 僅顯不出一大片白色曝光影像，以達到反偷拍的目的。 • 請參閱圖二及圖工⑷所示，該-種利用紅外波段光源干擾可 見光影像感測器之結構可穿戴或安裝於目標物i，當攝影機之鏡頭 51在拍攝目標物1時，該結構3之發光模組32將所產生紅外光線 透過凸透鏡4加以擴散’使該影像感測器％之感測裝置接收多數 感應點元素，而械感應出多個白色光點的聯集，使該聯集在一 起的多數個白點(紅外光的感應信號)在顯示器6上顯示一大片白色 的曝光現象’造成該影像制11 52觸取錢的目標物1被此白 色的曝光現象干擾感應，破壞了目標物丨可見光影像，達到干擾 破壞的目的。 本創作所提供-種顧紅外波段統谓可見絲像感測器 之、、、口構’利用凸透鏡將紅外光線擴散面積範圍，使在此擴散範圍 内的攝影機鏡頭拍攝時產生曝光現象，使目標物之影像無法清楚 成形，達到反偷拍的目的。 綜上所述’本案不但在空間型態上確屬靖，並能較習用物 品增進上❹項功效’應已充分符錢雛及進錄之法定發明 M277953 專利要件，_猶_，#術撕财利申請 案，以勵發明，至感德便。 【圖式簡單說明】 請參閱以下有關本創作—較佳實施例之詳細說明及其附圖， 將可進-辣解本_之技_容及其目的功效；有_實施例 之附圖為： 圖-為-種糊紅外波段光源干擾可見絲像❹損之結構方塊 圖； 圖二為一種利用紅外波段光源干擾可見光影像感測器之結構示意 圖； 圖二(A)為一種利用紅外波段光源干擾可見光影像感測器之結構 示意圖； 圖二為習知之偷拍攝影技術方塊圖； 圖二(A)為習知之偷拍攝影技術示意圖；以及 圖四為習知之無線偷拍攝影技術方塊圖。 【主要元件符號說明】 1 一目標物 2—紅外線裝置 21 —電源 22-紅外線光源 23 —可見光 3 —凸透鏡 M277953 31 一電源 32—發光模組 4 一攝影機 5 —顯示器 51 —影像曝光畫面 52 —完整影像晝面M277953 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a structure that uses infrared light sources to interfere with visible light image sensors, and particularly refers to a method that uses an infrared light source to diffuse the area of the infrared light source through a convex lens, so that the camera The image sensor causes an exposure phenomenon. When the camera transmits data to a display, the display cannot display a specific image of the target object to achieve the purpose of anti-sneaking. [Previous technology] According to the technology of "previous sneak shots", some public or specific places in Japan, whether they are "Crime Investigation Crimes" or illegal criminals "Crime Evil", must be used for sneak shots. Fine _ camouflage surveillance and technical know-how, this surveillance technology includes the following methods: 2 kinds of pinhole cameras at the end, which wirelessly transmit the pictures taken by the camera to the remote green cover receiver, and then display the 11 is displayed. At present, the frequency of this cover line electricity = No. transmission is from the early era of Satoshi to the present 2. As reported by the public or specific TV and newspapers, gangster women with unscrupulous attempts to "sneak shot" the radio The launch of the pinhole camera was aimed at the attempt to get peeped. The photography is mainly engaged in the hidden surface at night, which is not easy to buy. The line of photography is expensive and is a regulated military specification product. Generally, the infrared light is used as a substitute for the above-mentioned second infrared camera. M277953 light source and camera. _Equipment Replacement—A basic infrared photography equipment. This equipment is basically larger but cheaper. In addition to the anti-candid technology, there are two methods for the counter-technology of the first pinhole camera: When the radio signal emitted by the "bottle camera" is used, it tries to find out the source of the transmission according to the source of the signal and the strength of the signal, and it will be dismantled. Second, the paralysis method, usually the military method, is to prepare separately-with a transmitting power_ powerful radio transmitter, transmitting stronger radio waves of the same frequency to "hold" or "interfere" the transmitting power is relatively small The launcher of the pinhole camera paralyzes the launching of the launcher of the pinhole camera. In addition, for the above three candid techniques, the countermeasures of the second and third techniques, 'there is currently no suitable method on the market. I mention that the countermeasures have their shortcomings. For the demolition method, use the demolition method. The prerequisites of the law will be to find out whether the wireless transmission source is miscellaneous. The source of the radio signal and the strong and weak brain that can be transmitted by itself can be found. However, if the transmitter is in the "off" state, Shi 'cannot control its existence or location. So you must find it before you can perform the dismantling work. To _ Yi, the soldiers must first transmit-a relatively powerful radio signal of "noisy" radio waves. The fuzziness of the radio and its direct "frequency mixing" cause the corresponding trigger to have poor reception and cause paralysis. However, this relatively powerful radio wave usually-and at the same time, interferes with nearby residents or The public M277953 electrical equipment 'causes unnecessary interference. In view of the various shortcomings derived from the above-mentioned custom, the creator of this case actively conceived improvements and innovations. After years of painstaking research, he finally successfully completed the development of a structure that uses infrared light sources to interfere with visible image sensors. [New content] The purpose of this creation is to provide a structure that uses infrared light sources to interfere with visible light image sensing, so that people in public places can secretly install cameras such as pinholes in public places. When the camera is shot by the pinhole camera, when the pinhole camera transmits the image to the display ||, the display cannot display the image of the target normally, so as to achieve the function of anti-sneaking. A structure that interferes with a visible light image sensor using an infrared band light source, and comprises a combination of a power source, a light emitting module, and a convex lens. The light-emitting module is an infrared light element. The infrared light element can be an infrared light-emitting diode, a toothed lamp, a laser infrared light-emitting tube, or a test element. The infrared light is reduced by using infrared rays, and the wavelength of miscellaneous external light is between 560 nm. S 920nm, covering the near-infrared rays in the visible and infrared bands. When the near-infrared light enters the image sensor of the camera, each sensing point element of the image sensor can sense the sensing signal of the infrared light. When the image sensor transmits each of the sensing signals to the image display, a corresponding light spot is displayed on the display; when the infrared light passes through the convex lens, the convex lens can diffuse the infrared light to make the image sensor produce Most of the sensing point elements relatively induce multiple white light correlation sets, so that the coexistence-most of the self-points (infrared light sensing b tiger) will display on the image display-a large white exposure image, so this image M277953 The visible light image of the secret target captured by the sensor is disturbed and sensed by this self-colored exposure image, which destroys the distractable image of the target to achieve the purpose of disturbing destruction. This can damage the camera in some places. When the image of the target object that is normally captured is transmitted to the image display, the image of the target object cannot be displayed because of the interference destruction result, only a large white exposure is displayed. To achieve the purpose of anti-candid shooting. [Embodiment] "See the reference" shown in this article, 'This creative system provides a structure that interferes with visible light image sensors by using an infrared light source. The method is a combination of a power source 3, a light emitting module 32, and a convex lens 4. The contact 32 has an infrared light element. The infrared light element can be an infrared light emitting diode, a lamp, an infrared light emitting tube or a chirped light to generate an infrared system. The infrared secret reading length is from · Gamma to 9200 nm, covering the visible level. In the near-secret of the infrared band and the infrared band, sometimes, the purpose of hiding the camouflage is not achieved, and the infrared band above 7 () () nm can be used, so that the infrared light emitted by this infrared light source cannot be seen by the human eye. When the near-infrared level passes through the convex lens 4, the convex lens 4 relies on the near-infrared beam to produce a large area. When the lens 51 of the camera is aligned with the structure, the image sensor of the camera 5 receives the image data from the lens 51 of the camera, and the sensor point element of the camera can sense the infrared light sensing signal. When the miscellaneous sensing H 52 county _ response signal is transmitted to the display J 6, the display 6 relatively displays a corresponding light spot; therefore, when the infrared light passes through the convex lens 4, the convex lens 4 can transform the infrared light ship, so that The image sensor 52 receives most of the sensing point elements, and the M277953 set that relatively senses multiple white light points, so that the white points (infrared light sensing signals) of the set are displayed on the display 6 A large white exposure phenomenon causes the target 1 captured and sensed by the image sensor 52 to be disturbed by the white exposure phenomenon, destroying the visible image of the target, and achieving the purpose of interference destruction. This interference and destruction can cause the camera 5 in some inappropriate places to normally display the image of the target object when the image of the target object 丨 is transmitted to the display 6 because the exposure phenomenon destroys the result. Only a large white exposure image is not displayed to achieve the purpose of anti-candid photography. • Please refer to Figure 2 and Figure 2. This structure that uses infrared light sources to interfere with the visible image sensor can be worn or mounted on the target i. When the lens 51 of the camera is shooting the target 1, the structure The light emitting module 32 of 3 diffuses the generated infrared light through the convex lens 4 so that the sensing device of the image sensor% receives most of the sensing point elements, and mechanically senses a combination of multiple white light points, so that the combination The multiple white dots (induction signals of infrared light) gathered on the display 6 show a large white exposure phenomenon 'causing the image system 11 52 to touch the money target 1 is disturbed and destroyed by this white exposure phenomenon The target object 丨 visible light image, to achieve the purpose of interference destruction. The type provided by this creation-a kind of infrared light band that is collectively referred to as a visible silk image sensor, uses a convex lens to diffuse infrared light over an area range, so that the camera lens in this diffusion range has an exposure phenomenon when shooting, making the target The image of the object cannot be clearly formed to achieve the purpose of anti-candid photography. To sum up, 'This case is not only a jing in space type, but also can improve the efficacy of the above item compared with conventional articles'. It should have fully met the requirements of the patent and the statutory invention M277953 patents recorded, _Ju _ ， # 术 泪The application for profit is to inspire invention, and it is a matter of virtue. [Brief description of the drawings] Please refer to the following detailed description of the creation-preferred embodiment and the accompanying drawings, which can be used to explain the techniques and contents of the book and its effects; : Figure-is a block diagram of the structure of a kind of infrared infrared band light source that interferes with visible silk image damage; Figure two is a schematic diagram of a structure that uses infrared band light source to interfere with visible light image sensor; Figure two (A) is an infrared band light source Schematic diagram of the interference visible light image sensor; Figure 2 is a block diagram of the conventional candid photography technology; Figure 2 (A) is a schematic diagram of the conventional candid photography technology; and Figure 4 is a block diagram of the conventional wireless candid photography technology. [Description of main component symbols] 1 Target 2—Infrared device 21—Power source 22—Infrared light source 23—Visible light 3—Convex lens M277953 31—Power source 32—Light emitting module 4—Camera 5—Monitor 51—Image exposure screen 52—Complete Image day