TWM355846U - Multi-functional intelligent car lamp control module - Google Patents

Description

M355846 VIII. New description: 【New technology field】 This creation is about the type of vehicle light control module, especially the type of car that can improve the driving safety of the car and the workshop, and strengthen the active safety of the car. Functional smart car light control module. ~ [Prior technology]

In addition to being careful not to cause a car accident, you must pay attention to the road. In general, the driver is more worried about the sudden intention of others or the fault, as well as the condition of the car. It is necessary to set the front and rear _ position of the car to provide the driver with the manual mode switching operation of the high beam and the high beam. Applicable (10) The creator of the light, only for the front and rear taillights of the car used in the market: v knife, found that the above-mentioned custom settings will bring a lot of inconvenience:: two = hand-held manual Operation and ridicule affect the turn of the whole, so the first four, the driver's fatigue is new.] There is a need for improvement. The purpose of this creation is to provide a smart light control module that can not only interfere with his car, but also to strengthen the car in the active safety mode = driving safety with this workshop, and to achieve The above purpose is to create ~ its means is based on: plural passive 1 multi-function smart car light control module, 4 ports. The system is installed in the M355846 and the rear taillights in the front lights of the car. The car is equipped with front and rear direction lights; at least - the photosensitive finger located on the car, with the shouting light and the front direction a party of the lamp and its rear taillights; and a plurality of controls disposed in the front and rear taillights of the front lamp, and the light sensitive detector and the passive illuminators are connected, the light sensitive detector and the like Automatically control and control the passive illuminator of the front car to turn its opening and closing, switching and the distance of its light projection, or/and the passive illuminator in the rear taillight to open and close, switch The one-to-one. [Embodiment] The rest, together with the details of the map, detail the contents and details of this creation as follows: See the picture from the first to the seventh, the creation includes multiple passive illuminators 10' Set in the front and rear taillights 12 of the car 1i, the car 1 is provided with front and rear direction lights in, 121; at least - the light sensitive measurement 20' is set on the car cymbal for sensing The external light intensity and the brightness of the front light of the automobile 1 and the brightness of the rear tail light 12; and the plurality of control benefits 30 provided in the front and rear taillights 12 of the automobile, and the light sensitive sensor 20 and the like The passive illuminator 1 is electrically connected, and the light sensitive sensor 20 causes the controllers 3 to automatically determine and control the broken light in the front light u 1 1Q, its large inert shape S shouts, Na and its One of the far-reaching projections of the stage projection 'or/and the passive illuminator 1 in the rear taillight 12 启 turns on and off, switching one of them. In the embodiment, the passive illuminator 10 is a vehicle light bulb, but is not limited thereto. 6 M355846 The light sensitive sensor 20 is selected from a photoresistor and a light emitting diode, and is not limited thereto. In this embodiment, the light sensitive lightning resistance is measured.甘七 υ句—First breaks the electric north. The light sensitive sensor 20 can be selected from one of the shovel surfaces of the car, the inside of the car sill and the front sandal glass 14. : The controller 30 further includes at least - connection (four), the connector $ two-speed sensing device 4 - radar sensor 42, a function control button milk,

- Rain _ should | Set 44, - Wiper control device 45 and "smoke sensitive connection. % 1 knows that the speed sensor has 41 keys placed on the axle 19 (four), (4) sensing the stop-shooter, __ 3Q makes the passive illuminator 10 0 encounter, and the near-lights. The radar sensor is placed in front of the car 1 to sense the distance from the preceding vehicle, so that the controller 3G adjusts the passive illumination boundary = 〇 to one of the remote lamp and the near lamp. The function control button 43 is electrically connected to the display device 43. The function control button 43 can be selected from the automobile 1 and the set. 〇 The front side of the endoscope 13 , the door panel 15 , the center console 16 and the steering wheel ^ are used to provide the driver with the sensitivity to adjust the lining light sensing and to record the sensitivity. / The raindrop sensing device 44 is installed in the car! Before the groove breaks the glass 14, it can automatically sense and turn on the car lights when it rains. The wiper control device 45 is disposed behind the steering wheel 17 of the car i. When the rain is encountered, the driver activates the wiper control device, and the daylights start and close the lights and the small and small lights. control. 7 M355846 • The smoke sensing device 46 is placed in front of the car 1 and is exposed to fog. The smoke senses the headlights and the rear taillights 12 of the front of the glass 14 before opening. M from (four) test 'and automatically display 50, can be selected from the set on the rut and a new correction _8 above the console 16 = 3 = the surface of the driver clearly see the delicate (four) secret number. The == key 18 itself is an LCD display screen. ^ By the combination of the above structures, please refer to the first to seventh figures. The creation system has the following functions: /, 1. Automatic start of the car lights Close: Light Sensitive Measurement 20 can automatically turn on and off the lights (including the front light u and the rear tail light 12, etc.) with the light in the environment where the car 1 is located. That is, the driver turns off the car power, the light sensitive sensor 2〇 can automatically turn off all the lights; on the contrary, after the driver turns on the power of the flying car, the light sensitive sensor 20 can automatically sense the ambient light of the car 1 and automatically turn on the lights. 2. The front lights are large, Small light switch: After driving the car power with the enemy, the light sensitive sensor 20 can be used with the car 1 The light in the environment automatically determines the headlights or small lights that turn on the front lights 11. 2. If the lights are far and near, the lights are switched: After driving the car, the light sensor 20 < with the car 1 The light in the environment automatically determines whether to turn on the high or low light of the front light 11. When the car is in use, the front light is large and the small light is switched: M355B46 When the two cars meet, the light sensitive sensor 20 can Automatically sense the light coming from the car' to make the car light 11 automatically change from the headlight to the small lamp state; when the car situation ends, the front lamp 11 will automatically return to the original headlight state. When the car is on the road, the lights from both sides of the car are likely to cause strong light to each other. With the light-sensitivity measurement of the car 20 of the creation, the front car light n will automatically adjust to change from the headlights to the small lights. Avoid strong light to illuminate the other party to the car; and after the end of the car situation, the front lamp 11 will automatically return to the original headlight state. 5. When the car is in the car, the front lamp is far and near the light switch: in the two car phase When the vehicle is in motion, the light sensitive detector 20 can automatically sense the light coming from the front of the car and make The front light 11 is automatically adjusted to change from the high light to the near light state; when the vehicle is over, the front light n will automatically return to the original high light state. The reason is that when the car is in the car, the two cars come to each other and easily cause each other. After the strong light is irradiated, the car with the light-sensitive test 20 will be automatically adjusted to change from the far-light to the near-light state, and the anti-tilt light (four) silk car after the sensing, and after the car service, The front light n will automatically return to the original high light state. 6. When the car is in use, the headlights of the front lights will change the intensity of the lights: When the two cars meet, the light of the double wires will be illuminated by each other. The light sensitive sensor 20 of the present invention can automatically sense the light coming from the front of the car and automatically adjust the light intensity of the headlights of the front light 11; when the lion bundle is in the car, the front light u will automatically return to the original large Lamp intensity status. When the car is in use, the front car lights are large and the small lights are switched: In the two cars, the two sides come to the car and the silk material costs the strong light. M355846 » 'The thunder detector 42 of this creation can be self-extinguishing When the car is turned, the front lamp 11 will automatically adjust to the state of the headlights; when the car is over, the front lamp π will automatically return to the original headlight state. 8. When the car is in the car, the front lamp is far away and the near lamp is switched: When the two cars meet, the radar sensor 42 of the creation can automatically sense the distance from the front, and the front car η will be self-contained. From the far-light to the near-light state, avoid the strong light to illuminate the silk car; when the car is mixed, the front light 11 will automatically return to the original high-light state. IX. When the car is in use, the headlights of the front lights change the intensity of the lights: When the two cars meet, the radar sensor 42 of the creation can automatically sense the distance from the front and automatically adjust the front lights 11 The light intensity of the headlights; when the car is over, the front lights 11 will automatically return to the original headlight intensity state. 10. When following the car, the front light and the small light switch: When following the car, the lights from the two cars are easy to cause strong light to each other. The light sensitive sensor 20 of the present invention can automatically sense the distance from the front. The front light η will be automatically adjusted to change from the headlight to the small light state; when the car situation ends, the front light U will automatically return to the original headlight state. XI. When following the car, the distance between the front lights and the near lights: When following the car, the light sensitive sensor 2本 of this creation can automatically sense the tail light of the front car, and the front light 11 is automatically adjusted to The far light becomes a near light, avoiding the strong light from illuminating the other car; when the following situation ends, the front light 11 will automatically return to the original high beam state. 10 M355846 12. When following the car, the headlights change the intensity of the headlights: When following the car, the lights are easy to produce strong light to illuminate the front car. The light sensitive sensor 20 of this creation can automatically sense the taillights of the front car. Light, the front light 丨丨 will automatically adjust the light intensity of the headlights; when the follow-up situation is over, the front light u will automatically return to the original headlight intensity state. Thirteen·When following the car, the front light and the small light switch:

When following the car, avoiding the strong light to illuminate the other party, the radar sensor 42 of the present invention can sense the distance of the preceding vehicle and make the front lamp 丨丨 automatically adjust to become a small lamp from the headlights. After the car situation is over, the front lamp 丨丨# automatically returns to the headlight status of the wire. 14. When following the car, the distance between the front lights and the near lights: When you follow f, 'avoid strong light from illuminating the other car, the radar sensor 42 I of this creation will turn the car with the sense and turn the front lights. u automatic hybrid turns from a high beam to a near light; After the car ^,, 'after the σ beam', the car light n will automatically return to the original high light state. Fifteen. When following the car, the light of the front headlights" light intensity conversion: (10) in the tree with the 'lights of the car' to create a car, the strong light, the creation of the radar sense of stealing 42: Ming _ turn, and make the front lights Η Η 整 整 = = = = = = = = = = = = = = = = = = = = = = = = = = 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当 当The illuminating light of the car, the photosensitive sensor 20 will be 9 degrees from the car's light, so that the front light 11 will automatically shift horizontally downward; when the 11 M355846 • the car will end, the front light π will automatically recover to The original normal angle state. 17. When the car is followed, the front lamp is shifted downwards: In the car, the light sensor 2〇 will automatically sense the tail light of the car in front, so that the front lamp 11 automatically shifts horizontally downward; After the car situation is over, the front lamp η will automatically return to the original normal angle state. 18. When the car is in the car, the front car light is shifted downwards: In the S car π car: k 11 is easy to cause the front car glare, the radar sensor • 41 will automatically sense the distance of the car in front, so that the car The lamp 11 is automatically offset horizontally downwards; after the rafter 1 Ά, after the mouth bundle, the 'month ij headlight U will automatically return to the original normal angle state. 19. When the car is followed, the front lamp is shifted downwards: On the following day, the radar sensor 42 will automatically sense the distance from the front, and the front lamp 11 will automatically shift downwards horizontally; In the case of the car, the front light 11 will automatically return to the original normal angle state. "

10. On the rainy day, the car lights (including the front lights 11 and the rear tail lights 12, etc.) are automatically opened and closed: J (A) When driving on a sunny day, (4) the people turn on the headlights. In the case of raining of the car, the raindrop sensing device can automatically sense, and the headlights and the rear taillights of the front light 11 are automatically turned on 12:) When the raindrop feels 44, the light rain state is automatically turned on. , after the small lights. When the raindrops are sensed by the raindrops, the headlights of the front, 12 M3 55 846 will be automatically turned on. (B3) When the raindrop sensing device senses the rainstorm condition, the front and rear headlights and the double flashing warning light are automatically turned on. 10. When it rains, the car lights (including the front lights 11 points) are automatically opened and closed: (A) When driving on a sunny day, the driver does not turn on the headlights.

(B) When the driver encounters rain, the driver must start the wiper control device, and the start and stop of the start-up lights and the control of the big and small lights can be started on the same day: Tashixia J rainy day, the driver Intermittent wiper actuation will be activated (ie the wiper is adjusted to the 杈 speed position) and the front and rear small lights will be automatically turned on. When it is too rainy, the driver will turn on the continuous fast wiper (ie the wiper is adjusted to the fast position), and the front and rear headlights will be automatically turned on. (B3) When the current rainstorm occurs, the driver will turn on the continuous fastest wiper (ie wiper)

And the rear taillights 12 and so on are adjusted to the fast position), and the front and rear headlights and the double flashing lights are automatically turned on (in the double flashing warning light, the driver can select the on or off mode). XI. Starting from the day, the car lights (including the front lights η and the rear tail lights 12, etc.) are automatically opened and closed: (a) When the machine is in the middle, the driver does not turn on the headlights. (8) The light truck encounters the situation of fogging. 'The smoke measuring device 46 can automatically sense, and the headlights and the rear taillights of the front headlights 11 are automatically turned on. 12: (Β1) The situation of driving the small fog is 'smoke device It can automatically sense and automatically turn on the front and rear small lights. 13 M355846 (B2) When the smoke __ 46 sense _ large state, the headlights will be automatically turned on. (10) When the smoke sensor t is set to 46 sense _ dense fog state, the headlights and double flashing warning lights will be automatically turned on. Twenty-three. Design position of the light sensitive measuring device: The light sensitive measuring device 20 of the present invention can be designed and fixed in (1) the vehicle interior mirror 13

The rear, (2) inside the lamp, (3) the front channel glass 14 and (4) the HUD head up display crying (not shown). ° -14, the function of the wire sensing H is controlled by the key: This creation is for the light sensitive sensor 20, with a function control button 43 that allows the driver to adjust and set the sensitivity of light sensing and memory storage. The function control button 43 can be designed to be fixed on (1) the vehicle interior mirror 13, (2) the door panel 15, (3) the steering wheel 17 quick dial button and (4) the center console μ. 15. Design position of the parameter display of the light sensitive measuring device: This creation is for the light sensitive measuring device 2〇, and has a display 5〇 which can make the driver clearly see the adjustment and set the light sensing parameter, which can be designed It is fixed on (1) car interior mirror 13LED/LCD display screen, (2) new 〇Lm) function key (not shown) and (3) center console 16 screen. Twenty-six. Automatic function opening and closing: This creation is provided with a button 60 or a knob 70 in the center console 16 of the car 1 for providing the driver to switch the automatic function to be turned on and off, so as to facilitate various functions by manual operation. Enter automatic operation. M3 5 5 846 In summary, the creation and the structure of the front and rear taillights of the conventional vehicle are compared with the use of a light sensitive detector and a controller to enable the passive illuminator to enhance the safety of the vehicle and the workshop. And it is not a special feature of the car to enhance the active safety of the car. It is a more effective effect, and it has not been seen in the publication or public use. It is a very good creation, and it is suitable for the application of new patents. , 提出 file an application for a new type of patent. [Simple description of the map]

The first figure is a circuit block diagram of an embodiment of the present invention. The second figure is a schematic cross-sectional view of the structure of the present invention. The second figure is a schematic view of the car of the present embodiment. The fourth figure is a schematic view of the interior of the automobile of the present embodiment. The fifth figure is a front view of the interior mirror of the present embodiment. Fig. 6 is a schematic view of the rear side of the vehicle interior mirror of the present embodiment. The seventh figure is a schematic view of the door panel of the present embodiment. [Main component symbol description] 1 car 11 front light 12 rear tail light 13 car interior mirror 15 door panel 17 steering wheel 19 axle 10 passive illuminator 111 front direction light 121 rear direction light 14 front glass 16 center console 18 new function key 20 Light sensitive detector 15 M355846 l » 30 controller 41 vehicle speed sensing device 43 function control button 45 wiper control device 50 display 70 knob 40 connector 42 radar sensor 44 raindrop sensing device 46 smoke sensing device 60 button

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Claims (1)

M3 5 5 846 . « Nine, the scope of application for patents: 1. A multi-functional smart car light control module, comprising: a plurality of passive illuminators, which are respectively arranged in the front and rear tail lights of a car, the car is provided Front and rear direction lights; At least - set the light sensitivity measurement on the m car, Xiao calls the external light intensity and the brightness of the front light and the rear tail light of the car; and the plural π is in the (8) inside and after the taillight The control device is connected to the optical sensor and the passive light-emitting device, and the light-sensitive detector enables the controller to automatically determine and control the passive illumination of the D-car, and the opening and closing of the filament. , switching, and the approach of the light projection, or / and the one of the backlights in the rear taillights that are turned on and off, switching one of them. Among them, according to the application for the special "Gu Yu η can smart car difficult to make modules, 5 Hai and other passive illuminator system car bulbs. 3 stomach patent supplement * 1 two township function smart car lights control group, Α中, /Haixian money detector is selected from - the photoresistor and the light-emitting diode - the multi-function sensor described in the item i can be selected from the car, before On the mirror glass - the endoscope moon surface, the car light and 5: according to the scope of the patent application, the multi-function controller further includes: at least: the car group, wherein, the field surface device , - Exterior light and darkness sensing device, fascinating raindrop sensing device, - Liyue t^L·made button, one rain 'clothing device and one smoke sensing device. 27 M355846 6 . The multi-functional smart lamp control module of the fifth aspect, wherein the position of the vehicle speed sensing device is at an axle position for sensing one of the advance and retreat of the car and stopping the controller, and the controller is Let the passive illuminator automatically adjust the opening and closing, switching and ray projection of its size lamp state According to the multi-function smart lamp control module described in the fifth paragraph of the patent scope, the side radar sensor device is arranged in front of the car to sense the distance from the preceding vehicle. Instigation «Hai control benefits the passive illuminator to automatically adjust its size and light state of the opening and closing, the ten-knife and its light projection is one of the far-reaching. 8 according to the claimed patent|The multi-functional smart lamp control module mentioned in item 5, in the middle, the external light and darkness sensing device can respectively sense the intensity of the light source above and in the front of the car, The controller is configured to enable the passive illuminator to automatically adjust the opening and closing, switching, and ray projection of its size lamp state. 9. The multifunctional smart light control module according to claim 5, wherein the function control button is electrically connected to the display, and the function control button is optionally disposed on the front of the rut of the automobile. On the upper, the stern, the center console, the direction of the ^ ^ by the at least - touch screen to provide the selected model - m mesh 1 dip + Λ "The use of the edge for the horse to adjust and 5 first Sensing sensitivity and parameters for storing the sensitivity. i 0. According to the _, _ 9th marital versatile wisdom, the display can be selected from the front of the car mirror mounted on the front of the car and - located in the control panel above the new function keys - to locate Medium and set domain parameters. (4) Providing the occupants to clearly see the adjustments thereof. 11. According to the patent application scope, the multi-function smart lamp control module returned by the mussels, M355846 « The new function key itself is an LCD display. 2 · According to the multi-functional wisdom light continent module described in the patent application scope f 5, wherein the rain_county residue is placed below the front of the car. 1 According to the application for the full-time item, the Wei Wei Intelligent Light Control Module is set in the rear of the steering wheel of the car. 1 The multi-function smart car light control module: 'The turn_ device is placed above the __ of the Wei car. The multifunctional intelligent headlight control module described in item 1 of Zhongli Range. The A car includes a center console, and the center console has an automatic opening and closing function that can be switched by an enemy. Its: key or knob to provide 19