M328628 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種防盜偵測裝置改良結構，尤指一種偵測範圍 廣’且可防止不當誤報，使偵測更為確實之防盜偵測裝置。 【先前技術】 按；一般之防盜器的偵測裝置，除了磁簧、超音波等元件外，尚 有一種紅外線元件，該紅外線偵測裝置係以不可見光束構成偵彡則範 圍，當其光束被遮斷時，得以啟動防盜主機達到警報作用，惟習知 之紅外線偵測裝置僅由對稱之發射、接收元件所組成，因此，不佝 其偵測範圍無法達到全面性，而存在有死角，使竊賊有機可乘，且 當小動物或飛鳥等較小物體於遮斷光束時，即造成誤報，使警衛人 員因誤動之警報而疲於奔命，相對降低了防盜器之準確性與實用 性，而若將該紅外線元件設為多組，則牽涉到介面及調整之作業， 實為現有紅外線偵測防盜裝置待改善之課題。申請人有鐘於此， 秉持從事該項業務多年經驗，經不斷研究、實驗，遂萌生改良，折 使紅外線偵測裝置得以達到全面性之廣範圍偵測，以防止不當誤報 及提1¾ 4貞測之準確!性。 【新型内容】 5 M328628 ， 本創作之主要目的，即在提供—種防盜細裝置改良結構，使摘 . 測裝置之_範圍廣，且可防止不#誤報，使侧更為確實之防盜 。偵測裝置。 -別述之防盗偵測裝置改良結構，係包含對稱之兩機體及一連接於 該兩機體之_，其中，該兩機體_分別置人電路板，於電路板 又以間隔排列之紅外線二極體，該域關設有-由單晶微處理器 _ 及"己隐體、發射、接收電路所組成之控制電路，俾將該兩機體裝設 ;陽口、圍牆、金庫牆壁等場所之兩侧，藉由單晶微處理器 及戏體的對冑、，使間隔排列之紅外線二極體構成乡道柵攔狀之不 可見光束’於竊賊入侵時，得以因光束被鑛以啟動警報裝置，達 ΘΡΚ㈣’且因多道栅攔狀之光束，以防止小動物或飛鳥等較 小物體於遮斷較少光束時造成誤報。 鲁 引述之防益偵測裝置改良結構，其中該兩機體之電路板係設有不 同顏色之發光二極體，使單晶微處理器及記憶體於對焦後，得以點 亮該等發光二極體以構成顯示。 【實施方式】 /敬明同時參閱第i及第二圖，並配合第三圖及第四圖所示， 彡、為本⑷作之立體®及立體分解圖及組裝實;if刷圖以及主機控制 電路方塊圖。摘作主要越含賴之喊體1以及〜連接於該 6 M328628 兩機體1之主機2，其中，該兩機體1表面係設有一可透光之視 窗11，機體1内係分別置入有電路板12，於該等電路板1 2 設以間隔排列之紅外線二極體1 3，電路板下方則設有不同彥貝色 之發光二極體1 4、1 5，使該等紅外線二極體1 3及發光二極 體14、15對應於該視窗11; 該主機2内係設有一控制電路3，該控制電路3係包含一單晶微 處理器3 1、一連接於該單晶微處理器3 記憶體3 2，以及連 接於該單晶微處理器3 1之發射電路3 3、接收電路3 4，使紅外 線二極體13分別連接於該發射電路3 3及接收電路3 4; 藉由前述構件的組合，以構成防盜偵測裝置改良結構，俾將該兩 機體1裝設於Η窗、陽台、圍牆、金庫牆壁等場所之兩侧，並將兩 機體1之電路板12連接於主機2 ’藉由主機2控制電路3的對 焦’使兩機體1間隔排列之紅外線二極體i 3構成兩道以上之多道 柵攔狀何見絲’於綱人侵時，得明光賴鑛啟動警報裝 置’達到防盜之目的’且因多道柵攔狀之光束’以防止小動物或飛 鳥等較小物體於遮斷較少光束時造成誤報。 前述之本創作’其中該發光二極體i 4、i 5係可設為紅、綠兩 種顏色’俾當組裝時，將兩機體1以相對方向排列，再將其中之紅 外線二極體丨3對焦，於鑛機體k校正過程中齡該單晶微 处理器3 1所雜式及記憶體3 2之記憶’構成該等紅外線二極體 M328628 、 之對焦’當紅外線二極體1 3於對準時，其中之發光二極體i 4 (綠 • 色）被點亮，以顯示對焦完成，此時，使用者將主機2關閉重新啟 動於主機重新開啟後該發光二極體14、15被點亮（綠色、紅 色）’顯示對焦正確，已可供偵測使用，使整個偵測裝置之組裝更為 方便、快捷。 • 敬請參閱第五圖，係為本創作之使用實施例圖，並配合第三圖及 Φ 第四圖所示。如圖所示，本創作於實際使用時，係將該兩機體1裝 設於門窗、陽台、嶋、金庫牆壁㈣監控防盜場所之兩側，並將 兩機體1之電路板12連接於主機2，使兩機體1以相對方向排 列，再將其中之紅外線二極體i 3相互對焦，從而使兩機體1間隔 排列之紅外線二極體13構成兩道以上之多道柵欄狀不可見光束， 俾當有竊賊入侵時，得以因光束被遮斷經由主機2啟動警報裝置， 以達到防盜之目的，且由於多道栅攔狀之光束，當小動物或飛鳥等 ® 較小物體於遮斷較少光束時，該主機2内之控制電路3所設單晶微 處理器31將依據該等紅外線二極體13所遮斷之訊號，將該較微 弱之訊號予以排除，以防止誤報之產生，造成警衛人員不必要之奔 波。 結上所述’本創作以設有排列紅外線二極體之機體，配合設有控 制電路之主機，構成防盜偵測裝置，使偵測裝置之偵測範圍更廣， 且可防止不當誤報，使偵測更為確實，為一實用之設計，誠屬一俱 M328628 新穎性之創作，爰依法提出專利申請，祈鈞局予以審查，早日賜准 專利，至感德便。 M328628 【圖式簡單說明】 第一圖係本創作之立體圖。 第二圖係本創作之立體分解圖。 第三圖係本創作之組裝實施例圖。 第四圖係本創作之主機控制電路方塊圖。 第五圖係本創作之使用實施例圖。 【主要元件符號說明】 1 ·機體 1 1 ·視窗 1 1 3 ·紅外線二極體 1 4·發光二極體 1 2 ·主機 3 ·控制電路 3 2 ·電路板 5 ·發光二極體 1 ·單晶微處理器 3 2 ·記憶體 3 3·發射電路 3 4·接收電路M328628 VIII. New Description: [New Technology Area] This is an improved structure of anti-theft detection device, especially an anti-theft detection device with wide detection range and preventing false positives and making detection more accurate. . [Prior Art] According to the general detection device of the anti-theft device, in addition to the components such as the magnetic spring and the ultrasonic wave, there is an infrared component, which is composed of an invisible light beam to form a detection range. When it is interrupted, the anti-theft host can be activated to achieve the alarm function. However, the conventional infrared detecting device is composed only of symmetrical transmitting and receiving components. Therefore, the detection range cannot be comprehensive, and there is a dead angle. The thief can take advantage of it, and when a small object such as a small animal or a bird breaks the light beam, it will cause a false alarm, which will make the security personnel fatigue due to the alarm of the false alarm, which will reduce the accuracy and practicability of the anti-theft device. When the infrared element is set to a plurality of groups, the interface and the adjustment work are involved, which is a problem to be improved by the existing infrared detection anti-theft device. The applicant has this in the past, and has been engaged in the business for many years of experience. After continuous research and experimentation, he has improved the infrared detection device to achieve comprehensive and comprehensive detection to prevent improper false positives and mentions. Measured accurately! Sex. [New content] 5 M328628, the main purpose of this creation is to provide an improved structure for the anti-theft device, so that the range of the measuring device is wide, and it can prevent the false alarm from being made, so that the side is more secure. Detection device. - The improved structure of the anti-theft detecting device includes a symmetrical two body and a _ connected to the two bodies, wherein the two bodies are respectively placed on the circuit board, and the infrared ray is arranged at intervals on the circuit board. Body, the domain is closed - a control circuit consisting of a single crystal microprocessor _ and " hidden body, transmitting and receiving circuits, 装 the two bodies are installed; Yangkou, fence, treasury wall and other places On both sides, by the confrontation of the single crystal microprocessor and the theater, the infrared diodes arranged at intervals form an invisible beam of the gates of the township gate. When the thief invades, the beam can be used to activate the alarm. The device, Daban (four)' and due to multiple barrier-shaped beams, to prevent small objects such as small animals or birds from causing false alarms when blocking fewer beams. The improved structure of the anti-sense detection device cited by Lu, wherein the circuit boards of the two bodies are provided with light-emitting diodes of different colors, so that the single-crystal microprocessor and the memory are illuminated to illuminate the light-emitting diodes. Body to constitute the display. [Embodiment] / Jingming also refers to the i and second figures, and with the third and fourth figures, 彡, (, (3) for the stereo® and exploded view and assembly; if brush and host control Circuit block diagram. The main body of the two bodies 1 is connected to the main body 2 of the 6 M328628. The surface of the two bodies 1 is provided with a light-transmissive window 11, and the inside of the body 1 is respectively provided with a circuit. The board 12 is provided with the infrared diodes 13 arranged at intervals on the circuit board 12, and the light-emitting diodes 14 and 15 of different Yanbei colors are arranged under the circuit board to make the infrared diodes 1 3 and the light-emitting diodes 14, 15 correspond to the window 11; the host 2 is provided with a control circuit 3, the control circuit 3 includes a single crystal microprocessor 31, and is connected to the single crystal micro-processing The memory 3 is connected to the transmitting circuit 3 3 and the receiving circuit 34 of the single crystal microprocessor 31, and the infrared diode 13 is connected to the transmitting circuit 3 3 and the receiving circuit 34 respectively; The combination of the foregoing members constitutes an improved structure of the anti-theft detecting device, and the two bodies 1 are installed on both sides of a window, a balcony, a wall, a wall of a vault, and the like, and the circuit board 12 of the two bodies 1 is connected to The host 2 'the focus of the host 2 control circuit 3' causes the two bodies 1 to be arranged in an infrared dipole Body i 3 constitutes more than two channels of gates. When it comes to the invaders, the Mingguang Lai mine activates the alarm device to achieve the purpose of theft prevention and is blocked by a multi-channel beam to prevent small animals or Small objects such as birds cause false alarms when blocking fewer beams. In the above-mentioned creation, the light-emitting diodes i 4 and i 5 can be set to be red and green. When assembled, the two bodies 1 are arranged in opposite directions, and the infrared diodes are placed therein. 3 focus, in the process of calibration of the body k, the memory of the single crystal microprocessor 3 1 and the memory of the memory 3 2 constitute the infrared dipole M328628, the focus 'when the infrared diode 1 3 When aligning, the light-emitting diode i 4 (green color) is illuminated to indicate that the focus is completed. At this time, the user turns off the host 2 and restarts after the host is turned back on. The light-emitting diodes 14, 15 are Lighting (green, red) 'display focus is correct, has been available for detection, making the assembly of the entire detection device more convenient and fast. • Please refer to the fifth figure, which is a diagram of the use of the creation of this creation, together with the third figure and the fourth figure of Φ. As shown in the figure, in the actual use, the two bodies 1 are installed on the doors, windows, balconies, walls, and treasury walls (4) to monitor both sides of the anti-theft site, and the circuit boards 12 of the two bodies 1 are connected to the host 2 The two bodies 1 are arranged in opposite directions, and the infrared diodes i 3 are in focus with each other, so that the infrared diodes 13 arranged at intervals of the two bodies 1 constitute two or more fence-shaped invisible beams, 俾When a thief invades, the light beam is blocked to activate the alarm device via the host 2 to achieve the purpose of theft prevention, and because of the multi-channel barrier beam, small objects such as small animals or birds can block less light beams. The single crystal microprocessor 31 provided in the control circuit 3 of the host 2 will exclude the weak signal according to the signal interrupted by the infrared diodes 13 to prevent false alarms and cause guards. People do not have to travel. In conclusion, the present invention is provided with a body arranged with an infrared diode, and a host having a control circuit, which constitutes an anti-theft detection device, so that the detection device has a wider detection range and can prevent improper false alarms. The detection is more accurate, and it is a practical design. It is a creation of M328628 novelty. It is a patent application in accordance with the law, and the Bureau of Prayers will review it and grant patents as soon as possible. M328628 [Simple description of the diagram] The first picture is a perspective view of the creation. The second picture is a three-dimensional exploded view of the creation. The third figure is a diagram of an assembly embodiment of the present creation. The fourth picture is a block diagram of the host control circuit of the present creation. The fifth figure is a diagram showing the use of the present creation. [Description of main component symbols] 1 · Body 1 1 · Window 1 1 3 · Infrared diode 1 4 · Light-emitting diode 1 2 · Host 3 · Control circuit 3 2 · Circuit board 5 · Light-emitting diode 1 · Single Crystal microprocessor 3 2 · memory 3 3 · transmitting circuit 3 4 · receiving circuit