Image recognition headlamp control system
Abstract
An image recognition headlight control system mainly adopts an image recognition system for automatic control, and can automatically turn on and off a vehicle headlight and a fog lamp, and the image recognition system comprises: an image capturing lens, an image identifier and a microprocessor, The image capture lens, such as CMOS, CCD2, etc., is placed in the car to identify the appropriate location of the external environment, such as the front bumper and the windshield. When the image recognition system is driving, the image capture lens automatically collects the image. The data is sent to the image recognizer for identification, which can identify night, rain, fog, tunnels and general traffic signs, and deliver the identification results to the microprocessor. The microprocessor uses the identification comparison result to turn the vehicle on or off. Headlights and fog lights can avoid accidents caused by the driver's negligence to forget to turn on the headlights, and increase the convenience and safety of driving.
Term
No projected expiry on record.
- Priority and filed
- Granted
- Today
4 claims: 1 independent, 3 dependent
- 1An image recognition headlight control system is provided with an image recognition system at a suitable place in the vehicle body, and the image recognition system comprises:an image capture lens image identifier and a microprocessor, wherein the image capture lens is disposed on the vehicle body Identifying the appropriate location of the external environment, the microprocessor connects the image recognizer, image capture lens, power supply, voltage regulator, headlight relay, direction light switch, headlight, left direction light, right direction light, and Vehicle electric door lock. 一種影像辨識頭燈控制系統，係於車體內適當處設有影像辨識系統，其影像辨識系統包含有：影像擷取鏡頭影像辨識器及微處理器，該影像擷取鏡頭設於車體上足以辨識外在環境之適當位置處，微處理器以線路連接影像辨識器、影像擷取鏡頭、電源、穩壓器、頭燈繼電器、方向燈開關、頭燈、左方向燈、右方向燈、及車輛電門鎖。 六、申請專利範圍： 101年05月18曰替換頁 =控制系統’係於車體内適當處設有影 ^識系統，其影像辨識系統包含有：影㈣取鏡頭影 I及微處理器，該影像擷取鏡頭設於車體上足以 =料環境之適當位置處，微處理^線路連接影像 盗、讀錄鏡頭、電源、觀器、頭燈繼電器、 鎖向燈開關、頭燈、左方向燈、右方向燈、及車輛電門 申料·圍第丨項所述之—種影像辨識頭燈控制 Z ’其t該影賴取鏡頭於車_以㈣夜晚、雨 少、多霧、闕及-般交通號棘像數據，回饋信號至 衫像辨麵進行賴，微處理^卩由_結果開啟頭燈 或關閉頭燈。 .依據申請專利範圍第丨項所述之一種影像辨識頭燈控制 系統’其中該影像擷取鏡頭可為監視攝影機。 .依據申請專利範圍第1項所述之一種影像辨識頭燈控制 系統，其中該微處理器與電源間設有微處理監控電路， °於微處理器異常時，回饋訊號錯誤時關閉其電源供 應，避免頭燈不正常開啟。 101年 四、指定代表圖： (一)本案指定代表圖為：第（一） ㈡本代表圖之元件符麵單說明： (20)車體 (30) 微處理器 (31) 線路 (33)穩壓器 (35)方向燈開關 (37)左方向燈 (39)影像擷取鏡頭 (41)微處理監控電路 (21)影像辨識系統 (301)影像辨識器 (32)電源 (34)頭燈繼電器 (36)頭燈 (38)右方向燈 (40)電門鎖
12 paragraphs, as filed
Image recognition headlight control system
The present invention provides an image recognition headlight control system, which utilizes an image capture lens of an image recognition system to automatically collect image data during driving to be identified by an image recognizer, and transmits the identification result to a microprocessor for automatic control opening and Turn off the headlights and fog lights of the vehicle, and capture images from various images.
According to the old traditional headlight automatic controller, the photosensitive light and the light intensity are used to detect the external light source as a feedback signal for opening and closing, and when the driver enters the tunnel and the underground parking lot, the light-filled place The traditional headlight automatic controller will not automatically turn on the headlights because it detects the lack of external light, or because the headlights are too strong when the carriage return is turned on, the headlight automatic controller misjudges and automatically turns off the headlights. It is easy to cause traffic accidents.
In view of this, the creator is well aware of the lack of use, and has been revised and improved. At the same time, in the spirit of seeking a good spirit, and through his many years of professional experience, and after many ingenuity, the test finally succeeded. This creation provides an image recognition headlight control system.
The main purpose of the present invention is to provide an image recognition headlight control system, the image recognition system comprising: an image capture lens, an image recognizer and a microprocessor, and an image capture system for the image recognition system, which automatically collects when driving. The image data is identified by the image recognizer, and the identification result is sent to the microprocessor to automatically control the turning on and off of the vehicle headlights and fog lights.
The above-mentioned image capturing lens is disposed on the vehicle to identify the appropriate position of the external environment, such as the front bumper and the windshield. The image recognition system automatically collects image data for identification during driving, and can recognize night, rain, and Multi-fog, tunnel and general traffic signs, and send identification results to the microprocessor, the microprocessor uses the identification comparison results to turn on or off the vehicle headlights and fog lights, to avoid the driver's negligence to forget to turn on the headlights And anecdote, increase the convenience and safety of driving.
The microprocessor and the power supply are provided with a micro-processing monitoring circuit, which can turn off the power supply when the signal is incorrect when the microprocessor is abnormal, so as to prevent the headlight from being abnormally turned on, and thus it is impossible to control the power shortage caused by the power shortage of the automobile.
Please refer to the first to second figures. As shown in the figure, an image recognition headlight control system is provided with an image recognition system (21) at an appropriate position in the vehicle body (20), and its image recognition system (21) The image capture lens (39), the image recognizer (301) and the microprocessor (30) are included, and the microprocessor (30) Connect the image capture lens (39) with the line (31), and the power supply (32), voltage regulator (33), headlight relay (34), direction light switch (35), headlight (36), left direction light (37), the right direction lamp (38) and the vehicle door lock (40), and a microprocessor monitoring circuit (41) is provided between the microprocessor (30) and the power source (32), which can be used when the microprocessor (30) is abnormal. When the feedback signal is wrong, the power supply (32) is turned off to prevent the headlight from being turned on abnormally, so that the power consumption of the vehicle power supply (32) cannot be controlled. The image capturing lens (39) can be replaced by the surveillance camera; when the driver turns on After the electric door lock (40) starts the vehicle, the microprocessor (30) starts to operate and controls the vehicle headlights (36) to be turned on and off after receiving the start signal, and the image capturing lens (39) collects night, rain, fog, and the vehicle while the vehicle is running. The tunnel and general traffic signal image data, the feedback signal is recognized by the image recognizer (301), and the identification result is sent to the microprocessor (30), and the microprocessor (30) turns on the headlight (36) or closes the head. The lamp (36); the microprocessor monitoring circuit (41) can turn off the power supply (32) when the microprocessor (30) is abnormal, and when the feedback signal is wrong, avoid Lamp (36) is not normally turned on, and therefore can not control the car battery power consumption caused by a power supply (32) is less troubled.
In view of the above, the preferred embodiments of the present invention are not intended to limit the scope of the patents of the present invention, and all equivalent replacements and modifications made with reference to the scope of the present invention are covered by the novel creation.
<p>(20)Car body</p><p>(21)Image Identification System</p><p>(30)Microprocessor</p><p>(301)Image Recognizer</p><p>(31) lines</p><p>(32)Power supply</p><p>(33) Regulator</p><p>(34) headlight relay</p><p>(35)Directory light switch</p><p>(36) headlights</p><p>(37)Left lights</p><p>(38)right direction lights</p><p>(39) Image capture lens</p><p>(40)Electric door lock</p><p>(41)Microprocessing Supervisory Circuit</p>
The first picture is a block diagram of the microprocessor circuit configuration.
The second picture is a schematic diagram of the image of the created image taken on the vehicle body.
2 sheets
Sheet 1 Sheet 2
Every citation, both ways
| Document | Relation | Office | Cited during |
|---|---|---|---|
| US10037597B2 | Cited by | United States of America | Applicant |
2 priority claims, no other members on record
Priority claims2
| Document | Office | Kind | Date |
|---|---|---|---|
| 101203657 | Taiwan Province of China | U | |
| TW20120203657U | – | – | – |
Numbers
- Publication
- M436598
- Publication, DOCDB
- M436598
- Publication, EPODOC
- TWM436598U
- Application
- 101203657
- Application, DOCDB
- 101203657
- Application, EPODOC
- TW20120203657U
Titles2
- English
- Image recognition headlamp control system
- Chinese
- ??????????