TWM397567U - Multifunctional laser notation relative position r apparatus - Google Patents

Multifunctional laser notation relative position r apparatus Download PDF

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Publication number
TWM397567U
TWM397567U TW99212899U TW99212899U TWM397567U TW M397567 U TWM397567 U TW M397567U TW 99212899 U TW99212899 U TW 99212899U TW 99212899 U TW99212899 U TW 99212899U TW M397567 U TWM397567 U TW M397567U
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Taiwan
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laser
annotation
function
relative position
recording device
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TW99212899U
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Chinese (zh)
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Horgn-Wei Chen
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Horgn-Wei Chen
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Priority to TW99212899U priority Critical patent/TWM397567U/en
Publication of TWM397567U publication Critical patent/TWM397567U/en

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電源供應插槽14g 快速曝光修正開關14h GPS輪入端子他 五、新型說明: 【新型所屬之技術領域】 士創1係一種多功能雷射註記相對位置記錄裝置,可記錄行程所 _到影像,所拍攝之影像含有雷射光學註記及Gps定位信息,該 影像儲存在快閃記憶體MICRO SD記憶卡内,作為動態影像之相對 記錄,可使用於事故存證及定位儲存影像位置使用,本創作 ^有一雷射光學註記影像裝置,該光學影像裴置内含一雷射二極 体可發出特定雷射光束,一圖型濾光片可發出特定圖型之雷射 將動態環境加雷射光學註記含測距比對樣板的影像送到錄 ,裝t 一具有快速曝光修正之曰夜兩用攝影機内含高感度麥克 取動態環境之影像及聲音,該攝影機内建測距比對樣板, 可,動態環境加雷射光學註記的影像送到錄影裝置,在該攝影機 ί前二ί裝上允許特定波長通過的帶通濾鏡,以濾除雷射註記使 用之特疋雷射光以外的雜訊,雷射成像品質雜訊比可因此提昇; 一 GPS全球***接收輸入端子,可接收速度、經度、緯度等定 位信號;一影像處理裝置,將上述影像信號整合再送至錄影裝置; 一小型錄影裝置,該裝置板内含微電腦主控電路具有日期時間崁 入功^ ,可將影像處理裝置提供之影音訊號,儲存於小型之快閃 巧UJI£R〇SD記憶卡内;-賊理器裝置,單晶片微控制 理?’内含軟趙程式,可將雷射註記及測距比對樣板 等相對位置訊心,加予運算並做為防止追撞及自動敦車指令輪 使用’該訊號可同時控制防止追撞及自動煞車 Ιΐΐίίίΐΐ與外部電腦、電視連、结;一LED指示燈光線顯 π攝影機運作之狀態,一小型LCD模組内含操控按鍵可顯示及設 定崁入錄影畫面之日期時間;一快速曝光修正開關供影像修正 M397567 使用;一充電電池電源及外接電源電路,可提供雷射註記記錄裝 置電源;一固定器裝置,將該功能雷射註記相對位置記錄裝置固 ,於汽車本體上;藉由上述裝置可讓雷射註記,記錄裝置,將動態 聲音及影像錄影下來,藉由上述裝置可讓使用者記錄動態物體的 相對位置,同時具有防止追撞及自動煞車等主動行車安全的功能。 V. 【先前技術】 社會的進步繁榮,近年來,交通運輸工具已在社會上扮演著重要 拳的角色,交通安全問題越來越為現代人重視,如何確保現代人的 行車安全*未來行車動態記錄器將成為汽車配件業者重要業務, 但是一般動態記錄器,大都無有效之影像測距記錄裝置,在拍攝 時無法記錄動態物體的相對位置,例如兩車間之動態距離,一般 行車記錄器,只能看到車輛及景觀影像,無法記錄之本身之車速 及前方車輛之車速,一旦發生事故很難釐清真像,一般行車記錄 器僅將所看到景觀影像,儲存在SD卡内,作為影像記錄(事故存 •證)或旅行影像儲存,但只有影像沒有定位數據,如絲刻發生重 大事故這記錄器就無法有效舉證,一般行車記錄器並無防止追撞 及自動煞車功能,不具有主動行車安全的功能,由於以上缺點一 • 般行車記錄器無法普及。 【新型内容】 4 M397567 有鑑於此’本創作即針對記錄動態物體的相對位置所須之影像, 及所需記錄之時間、速度、經度、緯度,研發這一種多功能雷射 註記相對位置記錄裝置,於駕驶車輛時可記錄動態聲音影像,本 創作具有一雷射光學註記影像裝置,該裝置内含一雷射光模組及 圖塑濾光片,可發出特定圖型之雷射光請參考第一、二圖,可操 控本雷射記錄裝置所拍攝之影像含有雷射光學註記;一具有快速 .曝光修正配有日夜兩用濾光片之日夜兩用小型攝影機,請參考第 四圖,内含高感度麥克風,可擷取動態環境之影像及聲音,内建 測距比對樣板’請參考第二圖,可將動態環境加雷射光學註記含 測距比對樣板的影像送到錄影裝置;一 GPS全球***接收輸入 裝置,可定位現行位址’並可輸入速度、經度、緯度等定位信號; 一影像處理裝置,將上述影像信號整合再送至錄影裝置;GPS定位 w信息顯示於營幕之顯像處理,其原理示意圖請參考第七圖;一小 型錄影裝置請參考第四囷,該裝置板内含微電腦主控電路支援 MICRO SD記憶卡插槽,具有日期時間崁入功能,可將小型攝影機 提供之影音訊號’儲存於小型之快閃記憶體MICR0 SD記憶卡,錄 影裝置之微電腦主控電路内含高速壓縮晶片,影像處理反應速度 優質又快速,影像資料以SD卡儲存,可完全對抗車輛行進中之震 動,内建連續循環錄影當記憶卡錄滿,可設定是否自動覆蓋最早 檔案或更換記憶卡;一微處理器裝置請參考第四圖,内含晶片微 控制器及軟體程式,可依雷射註記相對位置訊息做為防止追撞及 自動煞車使用;一 USB/TV輸出端子可與外部電腦、電視連結;一 鲁 LED指示燈光線顯示位移偵測攝影機運作之狀態;一小型LCD模 組’内含操控按鍵,可顯示攝影機傳來含雷射光學註記之動態影 巧’内含GPS速度經度緯度等定位信號,及錄影日期時間整合之 影像信號;藉由上述裝置可讓雷射記錄裝置,將動態環境影像加 ' 雷射註記及GPS定位信號錄影下來,讓使用者可記錄動態物體的 相對位置;一快速曝光修正開關,供行雷射記錄裝置於強烈光源 下卞為影像修正使用;一功能切換開關可用來切換不同操作功 巧;一外充電電池電源及外接電源電路可經由外部電源供電,可 提供多功能雷射註記相對位置記錄裝置電源;一固定器裝置,將 該雷射註記裝置固定於汽車本體上·♦藉由上述裝置可讓使用者記 錄車輛的相對位置,同時具有防止追撞及自動煞車等主動行車安 全的功能’藉以確保,駕駛人員所須的安全保護。本創作之其他 創新特徵及功能,經配合下列圖式予以作進一步之說明後,貴審 5 M397567 查委員當有更詳細的瞭解。 【實施方式】 以下將以如何操作,多功能雷射註記相對位置記錄裝置,作為實 施本創作之詳細說明,如後附各圖所示,本創作之實施例如下: 一多功能雷射註記相對位置記錄裝置包含:多功能雷射註記相對 位置記錄裝置本體(1),該具多功能雷射註記相對位置記錄裝置為 長方型結構’該本體為長方型塑膠料所組成’内含有多功能雷射 註記相對位置記錄裝置之前端結構(11)該結構上具有攝影鏡頭 (11a)、雷射光學註記裝置(iib),多功能雷射註記相對位置 記錄裝置之後端結構(12)、測距比對樣板(12a)、雷射記錄裝置 錄影時間日期(12b)、GPS定位信息(12c)、功能切換開關(l2d)功 能指示燈(12e)、快閃記憶體MICRO SD記憶卡插槽開口(l2f)、 錄影指示燈(12g)、防止追撞及自動煞車指示燈(i2h)小型LCD模 組〇2i),其中多功能雷射註記相對位置記錄裝置之前端結構 (11) ’該結構上固定有一内含小型攝影機電路板(Ο之主控電路 板(14)内含小型錄影裝置(14a)、影像處理裝置(14b)、微處理 器裝置(14c),該微處理器可操控前述錄影裝置及防止追撞及自動 煞車裝置’該電路板另附有USB/TV輸出端子(I4d),一功能切換 開關(12d)可用來切換不同功能、一功能指示燈(i2e)以不同的燈 色來表示,該開關功能鍵定義與對應之功能指示燈請對照表一, M397567 一記憶卡插槽(14b)可將快閃記憶體MICRO SD記憶卡(14c),經由 ^ 快閃記憶體MICRO SD記憶卡插槽開口(I2f),裝入小型錄影裝 ; 置,快閃記憶體MICRO SD記憶卡(14e)可作為影像儲存,一防止 ‘ 追撞及自動煞車指示燈(14h)可提供駕駛人主動行車安全之功 能,一電源供應插槽(14g),可提供内含小型攝影機電路板(丨3)之 主控電路板(14)之電源,一快速曝光修正開關(14h)供影像修正使 用’ 一固定器裝置(15)配合固定座(15a),將該多功能雷射註記 # 相對位置記錄裝置,固定於汽車本體上;藉由上述裝置可讓多功 能雷射註記相對位置記錄裝置,將行車時的動態聲音及影像錄影 下。本裝置使用方式,係由使用者以手持該多功能雷射註記相對 位置記錄裝置之固定器裝置,取出固定座,將固定座固定於固定 器裝置上,再將上述裳置,固定於您想要的固定於汽車之位置, 調整好多功能雷射註記相對位置記錄裝置所欲拍攝的方向,將電 源供電電纜線插頭,電源供應插槽(14g),將快閃記憶體microsd 鲁記憶卡(14f) ’經由快閃記憶體MICR0SD記憶卡插槽開口(I2f), 裝入小型錄影裝置;打開功能切換開關(12d)上之電源開關開啟主 ‘ 機電源’開啟電源時電源指示燈恆亮狀態;打開功能切換開關(12d) . 上之錄影功能開關,此時功能指示燈會閃爍紅燈表示錄影功能功 能正常,此時便可在小型LCD模組顯示器上看到,含有雷射註記 圖型(12j)及GPS定位信息(12c)之影像,小型攝影機所拍攝之影 像錄影一段時間後,將快閃記憶體MICRO SD記憶卡(14f)由記憶 卡插槽開口(12f)拔出,與外部電腦讀卡機連結以顯示錄影之訊 7 M397567 號,此時便可在外部電腦、電視顯示器上看到,多功能雷射註記 相對位置記錄裝置内’小型攝影機所拍攝之影像;如不想拔出 MICRO SD記憶卡便可看到所錄下的内容,可以連接USB電纜線插 頭到***USB/TV輸出端子(i4d) ’便可將所錄下的内容輸出到電 腦、電視進行撥放;檢驗防止追撞及自動煞車指示燈(12h)功能是 • 否正常,經由上述操作便可確認,多功能雷射註記相對位置記錄 裝置’隨時可值行記錄任務。 功能鍵定義與對應之功能指示燈對照表:(表一) 紅燈:錄影時閃爍,SD卡滿時和沒插卡時紅燈長亮。 綠燈:電源指示燈。 黃燈:低電閃爍^i電長亮、充飽燈熄。_ 白燈:防^,自動煞車長亮。_ (表一) 【圖式簡單說明】 第一圖係本創作實施例之立體外觀圓; 第二圖係本創作其相關元件之立體外觀圖; 第二·圓係本創作雷射註記之光斑與距離相對大小圖; 8 M397567 第四圖係本創作之主控電路板及小型攝影機之立體圖; 第五圖係本創作之功能方塊圖; 第六圖係本創作之内建測距比對樣板瑩幕顯像處理原理示意圖; 第七圖係本創作之之GPS定位信息瑩幕顯像處理原理示意圖; 【主要元件符號說明】 多功能雷射註記相對位置記錄裝置本體1 多功能雷射註記相對位置記錄裝置之前端結構11 攝影鏡頭11a 雷射光學註記裝置lib 多功能雷射註記相對位置記錄裝置之後端結構12 測距比對樣板12a 雷射記錄裝置之錄影時間曰期12b GPS定位信息12c 功能切換開關12d 功能指示燈12e 快閃記憶體MICRO SD記憶卡插槽開口 12f 錄影指示燈12g 防止追撞及自動煞車指示燈12h 小型LCD模組12i 雷射註記圖型12j 小型攝影機電路板13 M397567 麥克風13a 鏡頭模組13b 主控電路板14 ^ 小型錄影裝置14a ^ 影像處理裝置14b 微處理器裝置14c USB/TV輸出端子Md φ 記憶卡插槽14e 快閃記憶體MICRO SD記憶卡14f 電源供應插槽14g 快速曝光修正開關14h GPS輸入端子I4i 固定器裝置15 固定座15a 六、申請專利範圍: 1· 一種多功能雷射註記相對位置記錄裝置,(以下簡稱雷射記錄 裝置)’該雷射記錄裝置内含;一雷射光學註記裝置,該裝置内含 一雷射光模組及圈型濾光片,可發出特定圖型之雷射光,可操控 士£射記錄裝置所拍攝之影像含有雷射光學註記;一具有快速曝 先G正,配有日夜兩用據光片之小型攝影機,内含高感度麥克風,Power supply slot 14g Fast exposure correction switch 14h GPS wheel input terminal 5. New description: [New technical field] Shichuang 1 series is a multi-function laser annotation relative position recording device that can record the travel _ to the image, The captured image contains laser optical annotation and Gps positioning information, which is stored in the flash memory MICRO SD memory card. As a relative record of the dynamic image, it can be used for accident storage and location storage image location. ^A laser optical annotation imaging device, the optical imaging device includes a laser diode for emitting a specific laser beam, and a pattern filter for emitting a specific pattern of lasers to add a dynamic environment to the laser Note: The image with the range comparison sample is sent to the record, and the day and night camera with fast exposure correction contains the image and sound of the high-sensitivity microphone to take the dynamic environment. The camera has a built-in range comparison model. The image of the dynamic environment plus the laser optical annotation is sent to the video recording device, and the bandpass filter that allows a specific wavelength to pass is installed on the camera to filter out The laser imaging quality noise ratio can be improved by using the noise other than the special laser light; a GPS global positioner receiving input terminal can receive positioning signals such as speed, longitude and latitude; an image processing device will The image signal is integrated and sent to the video recording device; a small video device, the device board containing the microcomputer main control circuit has a date and time input function, and the video signal provided by the image processing device can be stored in a small flashing UJI £ R〇SD memory card;-thief processor device, single-chip micro-controller?' contains a soft Zhao program, which can be used to prevent the relative position of the laser annotation and ranging comparison model, and to prevent Chasing and automatic driving command wheel use 'This signal can simultaneously control the collision avoidance and automatic braking Ιΐΐ ίίίΐΐ with external computer, TV connection, knot; an LED indicator light π camera operation state, a small LCD module contains The control button can display and set the date and time of entering the video screen; a quick exposure correction switch is used for image correction M397567; a rechargeable battery power supply and The power circuit can provide a laser annotation recording device power supply; a fixture device that fixes the function laser annotation relative position recording device on the automobile body; by the device, the laser annotation, the recording device, and the dynamic sound And the video recording, the above device allows the user to record the relative position of the dynamic object, and has the function of preventing the active driving safety such as collision and automatic braking. V. [Prior Art] Social progress and prosperity. In recent years, transportation tools have played an important role in society. Traffic safety issues are increasingly valued by modern people. How to ensure the safety of modern people* Driving in the future The recorder will become an important business for the auto parts industry. However, most of the dynamic recorders do not have an effective image ranging recording device. The relative position of the dynamic objects cannot be recorded during shooting, such as the dynamic distance between the two workshops, the general driving recorder, only Can see the vehicle and landscape image, can not record the speed of the vehicle itself and the speed of the vehicle in front. It is difficult to clarify the true image in the event of an accident. The general traffic recorder only stores the seen landscape image in the SD card as the image record. (accident deposit certificate) or travel image storage, but only the image does not have positioning data. If the wire accident has a major accident, the recorder cannot be effectively proved. The general traffic recorder does not have the function of preventing collision and automatic braking, and does not have active driving. The safety function, due to the above shortcomings, is not universal. [New content] 4 M397567 In view of the fact that this creation is aimed at recording the relative position of the dynamic object, and the time, speed, longitude and latitude of the required recording, this multifunctional laser annotation relative position recording device is developed. The dynamic sound image can be recorded when driving the vehicle. The creation has a laser optical annotation imaging device, which comprises a laser light module and a plastic filter, and can emit a specific pattern of laser light. The second picture can control the image captured by the laser recording device to contain laser optical annotation; a small day and night small camera with fast and exposure correction and day and night filter, please refer to the fourth picture, including High-sensitivity microphone for capturing images and sounds in a dynamic environment. Built-in ranging comparison template 'Please refer to the second figure. The dynamic environment plus laser optical annotation can be sent to the recording device with the image of the ranging comparison template; a GPS global positioner receiving input device can locate the current address 'and can input speed, longitude, latitude and the like positioning signals; an image processing device, the above The image signal is integrated and sent to the video device; the GPS positioning w information is displayed in the image processing of the camp. For the schematic diagram, please refer to the seventh picture. For a small video device, please refer to the fourth page. The device board contains the microcomputer main control circuit support. MICRO SD memory card slot with date and time input function, can store the video signal provided by the small camera in the small flash memory MICR0 SD memory card, the microcomputer main control circuit of the video device contains high-speed compression chip, image The processing speed is high and fast, and the image data is stored by SD card, which can completely resist the vibration of the vehicle. The built-in continuous loop recording can record whether the old file is automatically overwritten or the memory card is replaced when the memory card is full. Please refer to the fourth figure for the device, including the chip microcontroller and software program, which can be used to prevent collision and automatic braking according to the laser annotation relative position information; a USB/TV output terminal can be connected with an external computer or TV; Lu LED indicator light shows the status of the motion detection camera; a small LCD module contains control buttons, Displaying the dynamic image of the laser optical annotation contained in the camera, including the positioning signal such as GPS speed and longitude latitude, and the image signal integrated in the recording date and time; by means of the above device, the laser recording device can be added to the dynamic environment image. The laser annotation and GPS positioning signal are recorded, so that the user can record the relative position of the dynamic object; a fast exposure correction switch is provided for the laser recording device to be used for image correction under a strong light source; a function switching switch can be used for switching Different operation functions; an external rechargeable battery power supply and an external power supply circuit can be powered by an external power supply, and can provide a multi-function laser annotation relative position recording device power supply; a fixture device that fixes the laser annotation device to the automobile body. ♦ The above device allows the user to record the relative position of the vehicle, and has the function of preventing the safety of active driving such as collision and automatic braking, which ensures the safety protection of the driver. The other innovative features and functions of this creation will be further explained after coping with the following drawings. [Embodiment] In the following, how to operate, the multi-function laser annotation relative position recording device is described as a detailed description of the implementation of the present invention. As shown in the attached drawings, the implementation of the creation is as follows: A multi-function laser annotation is relatively The position recording device comprises: a multi-function laser annotation relative position recording device body (1), wherein the multi-function laser annotation relative position recording device has a rectangular structure, and the body is composed of a rectangular plastic material. Functional laser annotation relative position recording device front end structure (11) having a photographic lens (11a), a laser optical annotation device (iib), a multi-function laser annotation relative position recording device rear end structure (12), measurement Distance comparison template (12a), laser recording device recording time and date (12b), GPS positioning information (12c), function switching switch (l2d) function indicator (12e), flash memory MICRO SD memory card slot opening (l2f), video indicator light (12g), anti-collision and automatic braking indicator (i2h) small LCD module 〇 2i), wherein the multi-function laser annotation relative position recording device front end structure (11) 'The structure is fixed with a small camera circuit board (the main control circuit board (14) includes a small video device (14a), an image processing device (14b), and a microprocessor device (14c). The microprocessor can control the aforementioned video device and prevent collision and automatic braking device. The circuit board is additionally provided with a USB/TV output terminal (I4d), and a function switching switch (12d) can be used to switch different functions and a function indicator light ( I2e) is represented by different light colors. For the function key definition of the switch and the corresponding function indicator, please refer to Table 1. M397567 A memory card slot (14b) can use the flash memory MICRO SD memory card (14c). ^ Flash memory MICRO SD memory card slot opening (I2f), into a small video package; set, flash memory MICRO SD memory card (14e) can be used as image storage, a prevent 'chasing and automatic brake lights (14h) Provides the driver's initiative to drive safety. A power supply slot (14g) provides power for the main control board (14) with a small camera board (丨3), a quick exposure correction switch. (14h) for image correction use' The fixing device (15) cooperates with the fixing seat (15a), and fixes the multifunctional laser annotation # relative position recording device on the automobile body; by the above device, the multifunctional laser annotation relative position recording device can drive In the case of dynamic sound and video recording, the device is used by the user to hold the fixing device of the multi-function laser annotation relative position recording device, take out the fixing seat, and fix the fixing seat on the fixing device, and then Fix the above-mentioned skirt to the position you want to fix in the car, adjust the direction of the multi-function laser annotation relative to the position recording device, and connect the power supply cable plug to the power supply slot (14g). Flash memory microsd Lu memory card (14f) 'Load the mini video device via the flash memory MICR0SD memory card slot opening (I2f); turn on the power switch on the function switch (12d) to turn on the main 'machine power' When the power is on, the power indicator is steady on; turn on the function switch (12d). On the video function switch, the function indicator will flash red light. The video function is normal. At this time, it can be seen on the display of the small LCD module. It contains the image of the laser annotation pattern (12j) and the GPS positioning information (12c). After the video recorded by the small camera is recorded for a while, it will be The flash memory MICRO SD memory card (14f) is pulled out from the memory card slot opening (12f) and connected to an external computer card reader to display the video message 7 M397567, which can be displayed on an external computer or TV monitor. See, multi-function laser annotation relative to the image recorded by the small camera in the position recording device; if you do not want to pull out the MICRO SD memory card, you can see the recorded content, you can connect the USB cable plug to plug in USB/TV The output terminal (i4d) ' can output the recorded content to the computer and TV for playback; check the anti-collision and automatic brake indicator (12h) function is normal or not, can be confirmed through the above operation, multi-function The laser annotation relative position recording device is capable of recording tasks at any time. The function key definition and the corresponding function indicator table: (Table 1) Red light: flashes during recording, the red light is on when the SD card is full and when there is no card. Green light: Power indicator. Yellow light: low power flashing ^i long light, full light off. _ White light: Anti-^, automatic brakes are long. _ (Table 1) [Simple description of the drawings] The first figure is the three-dimensional appearance circle of the present creation embodiment; the second picture is the three-dimensional appearance of the related components of the creation; The second picture is the spot of the laser note The relative size of the distance map; 8 M397567 The fourth picture is the perspective view of the main control circuit board and the small camera of the creation; the fifth picture is the functional block diagram of the creation; the sixth picture is the built-in ranging comparison model of the creation. Schematic diagram of the principle of screen image processing; The seventh picture is the schematic diagram of the principle of screen positioning of GPS positioning information; [Main component symbol description] Multi-function laser annotation relative position recording device body 1 Multi-function laser annotation relative Position recording device front end structure 11 Photographic lens 11a Laser optical annotation device lib Multifunctional laser annotation relative position recording device Rear end structure 12 Ranging comparison template 12a Laser recording device recording time period 12b GPS positioning information 12c Function Toggle switch 12d function indicator 12e flash memory MICRO SD memory card slot opening 12f video indicator 12g anti-collision and automatic brake indicator 12h small LCD module 12i laser annotation pattern 12j small camera circuit board 13 M397567 microphone 13a lens module 13b main control board 14 ^ small video device 14a ^ image processing device 14b microprocessor device 14c USB/TV output terminal Md φ Memory card slot 14e Flash memory MICRO SD memory card 14f Power supply slot 14g Fast exposure correction switch 14h GPS input terminal I4i Fixer device 15 Fixing seat 15a VI. Patent application scope: 1· A multi-function laser annotation a position recording device (hereinafter referred to as a laser recording device) is included in the laser recording device; a laser optical annotation device comprising a laser light module and a ring filter for emitting a specific pattern Laser light, the image taken by the controllable recording device contains laser optical annotation; a small camera with a fast exposure G positive, equipped with a day and night dual-use light film, containing a high-sensitivity microphone,

Claims (1)

M397567 麥克風13a 鏡頭模組13b 主控電路板14 ^ 小型錄影裝置14a ^ 影像處理裝置14b 微處理器裝置14c USB/TV輸出端子Md φ 記憶卡插槽14e 快閃記憶體MICRO SD記憶卡14f 電源供應插槽14g 快速曝光修正開關14h GPS輸入端子I4i 固定器裝置15 固定座15a 六、申請專利範圍: 1· 一種多功能雷射註記相對位置記錄裝置,(以下簡稱雷射記錄 裝置)’該雷射記錄裝置内含;一雷射光學註記裝置,該裝置内含 一雷射光模組及圈型濾光片,可發出特定圖型之雷射光,可操控 士£射記錄裝置所拍攝之影像含有雷射光學註記;一具有快速曝 先G正,配有日夜兩用據光片之小型攝影機,内含高感度麥克風, M397567 可擷取動態環境之影像及聲音,内建測距比對樣板,可將動態環 境加雷射光學註記含測距比對樣板的影像,送到錄影及微處理器 裝置;一 GPS全球***接收輪入裝置,可接收速度、經度、緯 度等定位信號;一影像處理裝置將上述影像信號整合,再送至錄 影裝置;一小型錄影裝置,該裝置内含微電腦主控電路,支援 MICRO SD記憶卡插槽,具有日期時間崁入功能,可將小型攝影 機提供之影音訊號,儲存於小型之快閃記憶體MICR0 憶卡, 内建連續循環錄影’當記憶卡錄滿,可設定是否自動覆蓋最早檔 案或更換記憶卡;一 USB/TV輸出端子可與外部電腦、電視連結; 一微處理器裝置,内含晶片微控制器及軟體程式,可將雷射註記 相對位置訊息運算後’做為防止追撞及自動煞車等功能使用;一 小型LCD模組内含操控按鍵’可顯示攝影機傳來含雷射光學註記 之動態影像,以及GPS傳來之速度、經度、緯度等定位信號,同 時也可顯示錄影日期時間之整合影像信號;一快速曝光修正開 關可供影像修正使用;藉由上述裝置可讓雷射記錄裝置,將動態 環境影像加雷射註記及GPS定位信號錄影下來,讓使用者可記錄 動態物體的相對位置,同時具有防止追撞及自動煞車,等主動行 車安全的功能。 2、 如申請專利範圍第1項所述之多功能雷射註記相對位置記錄裝 置,該雷射記錄裝置内含雷射光學註記裝置,該雷射註記之雷射 光模組’其光源的雷射光二極想(LASER LED)係可發出波長620nm 至635咖之紅光雷射光二極體(LASER LED)者。 3、 如申請專利範圍第1項所述之多功能雷射該記相對位置記錄裝 置,該雷射記錄裝置内含雷射光學註記裝置,該雷射註記之雷射 光模組,其光源的雷射光二極體(LASER LED)係可發出波長920nm 至940咖之紅外光雷射光二極體(LASER LED)者。 4、 如申請專利範圍第1項所述之多功能雷射註記相對位置記錄裝 置,該雷射記錄裝置内含雷射光學註記裝置,該雷射註記之雷射 M397567 光模組,其光源的雷射光二極體(LASER LED)係可發出波長515至 535咖之綠光雷射光二極體(LASER LE:D)者。 5、如申請專利範圍第1項所述之多功能雷射註記相對位置記錄裝 置,該雷射光學註記裝置,其雷射註記光轴與鏡頭光轴為平行光 軸設計者。 ' 6、如申請專利範圍第1項所述之多功能雷射註記相對位置記錄展 置’該小型攝影機,其影像感測器為高感度CMOS' CCD感測器者。 # 7、如申請專利範圍第1項所述之多功能雷射註記相對位置記錄裝 置’其t之攝影機鏡頭内加裝上允許特定波長通過的帶通濾鏡, 以渡除雷射註記使用之特定雷射光以外的雜訊,可令雷射訊號雜 訊比提高者。 8、如申請專利範圍第1項所述之多功能雷射註記相對位置記錄裝 置,其中之小型攝影機,其小型攝影機之鏡頭為四片式廣角玻璃 鏡頭者。 _ 9、如申請專利範圍第丨項所述之多功能雷射註記相對位置記錄襄 置,其申之小型攝影機,其小型攝影機之鏡頭為兩片式廣角塑移 * 鏡頭者。 1G、如中料利範圍第1項所述之多功能雷射註記相對位置記錄 裝置’其中之小型攝影機,其電路為内含具有日期時間嵌入功 能,及内建快速曝光修正之電路者。 U、如申請專利範圍第!項所述之多功能雷射註記相對位置記錄 裝置’其中之小型攝影機,為具有内建測距比對樣板之_機者。 M397567 12、如申請專利範圍第1項所述之多功能雷射註記相對位置記錄 裝置’其中具有GPS輸入端子,可接收速度、經度、緯度等定位 信號者。 . 13、如申請專利範圍第1項所述之多功能雷射註記相對位置記錄 裝置’其中之影像處理裝置,可將GPS全球***接收裝置輸入 之速度、經度、緯度、等定位信號顯示於瑩幕上。 14、 如申請專利範圍第1項所述之多功能雷射註記相對位置記錄 •裝置’其中之小型錄影裝置,是以檔案格式儲存於512M-32G快閃 記憶體MICRO SD記憶卡之記憶體内者。 15、 如申請專利範圍第1項所述之多功能雷射註記相對位置記錄 裝置’其中之小型錄影裝置,具有位移偵測錄影功能,可減少儲 存裝置空間,内建連續循環錄影及電池低電壓時自動存檔關機功 能者。 16、 如申請專利範圍第1項所述之多功能雷射註記相對位置記錄 ♦裝置,其中之微處理器裝置,可依雷射註記及測距比對樣板等相 對位置訊息經運算後,做為防止追撞及自動煞車等主動行車安全 * 的功能者。 .17、如申請專利範圍第1項所述之多功能雷射註記相對位置記錄 裝置’其中之小型LCD模組,可顯示雷射註記及測距比對樣板等 訊息’讓駕駛人依LCD顯示之雷射註記及測距比對樣板等訊息, 做為保持行車安全間距的功能者。 Μ如申請專利範圍第1項所述之多功能雷射註記相對位置記錄 13 M397567 裝置,内含一 USB輸出端子可與外部電腦連結。 19、如申請專利範圍第1項所述之多功能雷射註記相對位置記錄 裝置,内含一 TV輸出端子可與外部電梘連結。M397567 Microphone 13a Lens module 13b Main control board 14 ^ Small video device 14a ^ Image processing device 14b Microprocessor device 14c USB/TV output terminal Md φ Memory card slot 14e Flash memory MICRO SD memory card 14f Power supply Slot 14g Rapid exposure correction switch 14h GPS input terminal I4i Fixer device 15 Fixing seat 15a VI. Patent application scope: 1. A multi-function laser annotation relative position recording device (hereinafter referred to as laser recording device) 'The laser The recording device comprises: a laser optical annotation device, wherein the device comprises a laser light module and a ring filter, which can emit laser light of a specific pattern, and the image captured by the control device includes a mine Optical optical annotation; a small camera with fast exposure G-positive, equipped with day and night dual-use light film, containing high-sensitivity microphone, M397567 can capture the image and sound of dynamic environment, built-in range comparison model, The dynamic environment plus laser optical annotation includes the image of the ranging comparison template to the video and microprocessor device; a GPS global positioner receives the wheeling device, Receiving positioning signals such as speed, longitude and latitude; an image processing device integrates the image signals and sends them to the video device; a small video device, which includes a microcomputer main control circuit, supports the MICRO SD memory card slot, and has a date and time Intrusion function, can store the video signal provided by the small camera in the small flash memory MICR0 memory card, built-in continuous loop recording 'When the memory card is full, you can set whether to automatically overwrite the oldest file or replace the memory card; The USB/TV output terminal can be connected to an external computer or a TV; a microprocessor device including a chip microcontroller and a software program can perform the function of preventing the collision and automatic braking after the laser annotation is calculated relative to the position information. Use; a small LCD module with control buttons can display dynamic images containing laser optical annotations from the camera, as well as positioning signals such as speed, longitude and latitude transmitted by GPS, and also display integrated images of recording date and time. Signal; a fast exposure correction switch for image correction; by means of the above device, the laser can be recorded Means plus dynamic environment image annotation laser and GPS positioning signal is video-taped, so that the user can record the relative position of the moving object, while preventing rear-ended and the automatic braking, and other active safety features carriageway. 2. The multi-function laser annotation relative position recording device according to claim 1, wherein the laser recording device comprises a laser optical annotation device, and the laser beam of the laser beam of the laser annotation The LASER LED is a red light laser diode (LASER LED) with a wavelength of 620 nm to 635 café. 3. The multi-function laser relative position recording device according to claim 1, wherein the laser recording device comprises a laser optical annotation device, the laser imaging laser light source, and the light source of the laser The LASER LEDs emit infrared light-emitting diodes (LASER LEDs) with wavelengths from 920 nm to 940 coffee. 4. The multi-function laser annotation relative position recording device according to claim 1, wherein the laser recording device comprises a laser optical annotation device, the laser annotation laser M397567 optical module, and the light source thereof The laser light diode (LASER LED) is a green light laser diode (LASER LE: D) with a wavelength of 515 to 535 coffee. 5. The multi-function laser annotation relative position recording device according to claim 1, wherein the laser optical annotation device has a laser imaging optical axis and a lens optical axis as a parallel optical axis designer. 6. The multi-function laser annotation relative position recording display as described in claim 1 of the patent application. The small-sized camera whose image sensor is a high-sensitivity CMOS' CCD sensor. #7. The multi-function laser annotation relative position recording device described in claim 1 of the patent application is provided with a band pass filter for allowing a specific wavelength to pass through the camera lens to remove the laser annotation. Noise other than specific laser light can improve the radar signal noise ratio. 8. The multi-function laser annotation relative position recording device according to claim 1, wherein the small camera has a small-sized camera lens of a four-piece wide-angle glass lens. _ 9. According to the multi-function laser annotation relative position recording device described in the scope of the patent application, the small camera of the small camera has a two-piece wide-angle plastic shift * lens. 1G, such as the multi-function laser annotation relative position recording device described in item 1 of the material range, wherein the small camera has a circuit including a date-time embedding function and a built-in rapid exposure correction circuit. U, such as the scope of patent application! The multi-function laser annotation relative position recording device described in the item is a small camera having a built-in ranging comparison template. M397567 12. The multi-function laser annotation relative position recording device as described in claim 1 has a GPS input terminal for receiving positioning signals such as speed, longitude, and latitude. 13. The image processing device of the multi-function laser annotation relative position recording device of claim 1, wherein the GPS global positioner receiving device inputs speed, longitude, latitude, and the like are displayed on the positioning signal. On the screen. 14. The multi-function laser annotation relative position recording device as described in item 1 of the patent application scope is a small video recording device stored in a memory format of a 512M-32G flash memory MICRO SD memory card. By. 15. The multi-function laser annotation relative position recording device described in claim 1 of the patent application has a small video recording device with a displacement detection recording function, which can reduce the storage device space, and has built-in continuous loop recording and battery low voltage. Automatically archive the shutdown function. 16. The multi-function laser annotation relative position recording device according to claim 1 of the patent application scope, wherein the microprocessor device can perform the operation of the relative position information such as the laser annotation and the ranging ratio sample. In order to prevent the function of active driving safety* such as chasing and automatic braking. .17. The multi-function laser annotation relative position recording device according to the first application of the patent application, wherein the small LCD module can display the laser annotation and the ranging comparison template and the like, so that the driver can display the LCD according to the LCD. The laser annotation and ranging are compared to the sample and other information, as a function to maintain safe driving distance. For example, the multi-function laser annotation relative position record described in item 1 of the patent application scope 13 M397567 device, which includes a USB output terminal for connection with an external computer. 19. The multi-function laser annotation relative position recording device according to claim 1, wherein the TV output terminal is connected to an external power supply.
TW99212899U 2010-07-07 2010-07-07 Multifunctional laser notation relative position r apparatus TWM397567U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI507047B (en) * 2010-08-24 2015-11-01 Hon Hai Prec Ind Co Ltd Microphone controlling system and method

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI507047B (en) * 2010-08-24 2015-11-01 Hon Hai Prec Ind Co Ltd Microphone controlling system and method

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