CN203219556U - Intelligent fog lamp and induction control system thereof - Google Patents
Intelligent fog lamp and induction control system thereof Download PDFInfo
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- CN203219556U CN203219556U CN2013201141347U CN201320114134U CN203219556U CN 203219556 U CN203219556 U CN 203219556U CN 2013201141347 U CN2013201141347 U CN 2013201141347U CN 201320114134 U CN201320114134 U CN 201320114134U CN 203219556 U CN203219556 U CN 203219556U
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The utility model discloses an intelligent fog lamp and an induction control system thereof. The intelligent fog lamp comprises a power supply module, a fog lamp processor, a communication module, a first memory module and a brightness and frequency control module, wherein the power supply module supplies power for the intelligent fog lamp, the communication module, the first memory module and the brightness and frequency control module are respectively connected with the fog lamp processor, and the brightness and frequency control module is used for changing brightness and frequency of lamp sets; and the brightness and frequency control module is respectively connected with lamp sets in three different colors. The control system comprises a PC host, a control extension set and the fog lamp. According to the utility model, the intelligent fog lamp is in data communication with the control extension set, and the intelligent fog lamp is equipped with the brightness and frequency control module capable of controlling the lamp sets in three colors and regulating brightness and flickering frequency according to control instruction, so that the intelligent fog lamp of the utility model, compared with existing fog lamps, can prompt drivers in a safer and more eye-catching manner, saves more energy, and is longer in service life. The induction control system of the intelligent fog lamp enables the intelligent fog lamp to be directly controlled by an operator, and the intelligent fog lamp can make automatic adjustment according to environmental change.
Description
Technical field
The utility model relates to the traffic management technology field, is specifically related to a kind of intelligent fog lamp and this intelligence fog lamp is induced control system.
Background technology
Along with The development in society and economy, mileage in highway open to traffic has also been obtained significant progress, traffic accident is also more and more, it is particularly important that traffic safety also just seems, in order to reduce the generation of accident, one of method is exactly at various Dangerous Areas, foggy area installs warning lamp additional, usually said brown flasher just, fog lamp, but the fog lamp on existing highway or the bridge all is single, work alone, the brightness of its flicker, frequency, color all is unmodifiable, also be uncontrolled, that is to say that it can only be according to single, fixing flashing mode and effect are independently worked, and its shortcoming is as follows:
1, the brightness of fog lamp is non-adjustable also uncontrollable, the variation that the brightness of fog lamp just can not adaptive environment brightness so, if fog lamp brightness designs too brightly, can produce dazzle night influences driver's safe driving, if fog lamp brightness designs too secretly, greasy weather or daytime then can not be brought into play due warning function;
2, human eye is more responsive to the object of flicker, responsive too to flicker frequency, if but work in the mode of fixing high flicker frequency, relatively darker at ambient brightness, as can to influence the driver when visibility is reasonable psychology and safe driving, if the mode with fixing low flicker frequency is worked, when, visibility brighter at ambient brightness was very poor, the driver is the existence of perception fog lamp well, did not also just have corresponding warning function;
3, when a plurality of fog lamps are installed in a highway section continuously, a plurality of fog lamps independently glimmer and cause whole structure to seem disorderly and unsystematic, and the driver can not judge trend and the profile of road ahead intuitively, fast;
When 4, fog lamp was used in Foggy Area,, visibility fine when weather is very high can not close fog lamp with energy savings, life-saving and protection environment when not needing fog lamp work;
5, can not regulate flicker frequency and the brightness of fog lamp according to vehicle flowrate;
6, when when traffic accident having taken place seal highway, can not show that red light is to show that no through traffic;
7, can not show the red, green, blue three color lamp during festivals or holidays, offer high-quality service;
8, can not form the place ahead has car, careful fog lamp prompting effect of driving;
9, intelligent fog lamp can not directly be accepted operator's control;
10, intelligent fog lamp itself can not be regulated brightness automatically according to environmental change.
The utility model content
The utility model embodiment provides a kind of intelligent fog lamp, can set up a good control system of inducing by this intelligence fog lamp, to address the above problem.
The intelligent fog lamp that the utility model embodiment provides, comprise: be used to the power module of intelligent fog lamp power supply, fog lamp processor and the communication module that links to each other with the fog lamp processor respectively, first memory module, be used for the luminance frequency control module of change lamp group brightness and frequency; Be connected with the lamp group of red, yellow, green three kinds of colors on the luminance frequency control module respectively.
Preferably, described luminance frequency control module comprises red light luminance frequency control unit, amber light luminance frequency control unit and green light luminance frequency control unit; Red light luminance frequency control unit, amber light luminance frequency control unit and green light luminance frequency control unit comprise respectively: power input VCC, PWM constant-flow driver and current sampling resistor; Power input VCC connects lamp group input by current sampling resistor, the output of lamp group connects the switch input terminal SW of PWM constant-flow driver, the pwm signal input DIM of PWM constant-flow driver connects the fog lamp processor, and the current detecting end CS of PWM constant-flow driver connects lamp group input.
Preferably, red light luminance frequency control unit, amber light luminance frequency control unit and green light luminance frequency control unit also comprise respectively: an inductance and a diode, inductance is serially connected between the switch input terminal SW of lamp group output and PWM constant-flow driver, the negative electrode of diode connects power input VCC, and the anode of diode connects the switch input terminal SW of PWM constant-flow driver.
Preferably, also be connected with a photoinduction module for detection of ambient brightness on the fog lamp processor.
Preferably, also be connected with one on the fog lamp processor and be used for infrared detection module or the ultrasound examination module that detecting vehicle flows.
Based on above-mentioned intelligent fog lamp, the utility model embodiment also provide a kind of should the intelligence fog lamp induce control system, comprise: the PC main frame, control extension set and aforesaid right require any described intelligent fog lamp in 1 to 4, connect at least one control extension set on the PC main frame, connect at least one intelligent fog lamp on the control extension set; Described control extension set comprises the supply module that is used to the power supply of control extension set, extension set processor and the uplink communication module that links to each other with the extension set processor respectively, downgoing communication module, second memory module and address dial-up module; Described uplink communication module is connected to the PC main frame, and described downgoing communication module connects the communication module of intelligent fog lamp.
Preferably, comprise that also one is used for providing the main control system of data transaction, described main control system is connected between control extension set and the PC main frame.
Preferably, also comprise key-press module and a display module that links to each other with the extension set processor on the described control extension set.
Preferably, the intelligence fog lamp is installed in the road side, at least one intelligent fog lamp constitutes an intelligent fog lamp group, each intelligent fog lamp group comprises that also one is used for infrared detection module or the ultrasound examination module that detecting vehicle flows, and infrared detection module or ultrasound examination module connect the fog lamp processor of one of them the intelligent fog lamp in the intelligent fog lamp group.
Preferably, the intelligence fog lamp is installed in the road side, at least one intelligent fog lamp constitutes an intelligent fog lamp group, each intelligent fog lamp group comprises that also a fog lamp group controller and is used for infrared detection module or the ultrasound examination module that detecting vehicle flows, each intelligent fog lamp of intelligence fog lamp group connects the fog lamp group controller respectively, and infrared detection module or ultrasound examination module are connected in the fog lamp group controller.
Technique scheme as can be seen, because the utility model embodiment adopts the intelligent fog lamp that can carry out data communication with the control extension set, the intelligence fog lamp is equipped with the luminance frequency control module that can control the tri coloured lantern group, carry out the adjusting of colour switching, brightness regulation and flicker frequency according to control command, and all intelligent fog lamps can also glimmer synchronously, can observably point out the driver more safely than existing fog lamp, and product is more energy-conservation, longer service life is of a specified duration.The intelligence fog lamp induces control system not only can make intelligent fog lamp directly accept operator's control, and intelligent fog lamp itself can also be regulated automatically according to environmental change, install additional and can also form unique the place ahead behind infrared or the supersonic vehicle checkout equipment and car is arranged, careful fog lamp prompting effect of driving.
Description of drawings
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is embodiment more of the present utility model, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the structural representation of intelligent fog lamp among the utility model embodiment 1;
Fig. 2 is the circuit theory diagrams of the red light luminance frequency control unit of luminance frequency control module among the utility model embodiment 1;
Fig. 3 is the circuit theory diagrams of the amber light luminance frequency control unit of luminance frequency control module among the utility model embodiment 1;
Fig. 4 is the circuit theory diagrams of the green light luminance frequency control unit of luminance frequency control module among the utility model embodiment 1;
Fig. 5 is the circuit theory diagrams of photoinduction module among the utility model embodiment 1;
Fig. 6 is the structural representation that intelligent fog lamp is induced control system among the utility model embodiment 3;
Fig. 7 is the structural representation of control extension set among the utility model embodiment 3;
Fig. 8 is the structural representation that intelligent fog lamp is induced control system among the utility model embodiment 4.
Embodiment
Below in conjunction with the accompanying drawing among the utility model embodiment, the technical scheme among the utility model embodiment is clearly and completely described, obviously, described embodiment only is a part of embodiment of the present utility model, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making all other embodiment that obtain under the creative work prerequisite, all belong to the scope of the utility model protection.
Embodiment 1:
The utility model embodiment provides a kind of intelligent fog lamp, extremely shown in Figure 5 as Fig. 1, comprise: be used to the power module of intelligent fog lamp power supply, be used for the luminance frequency control module of controlling the fog lamp processor of whole intelligent fog lamp and the communication module that links to each other with the fog lamp processor respectively, first memory module, being used for changing lamp group brightness and frequency; Be connected with the lamp group of red, yellow, green three kinds of colors on the luminance frequency control module respectively, be red light group, amber light group and green light group, each lamp group is made up of the bulb of a plurality of same colors, the bulb of red light group, amber light group and green light group all adopts the LED lamp among the utility model embodiment, has the characteristics of low-power consumption, low cost, high brightness.Be understandable that, the luminance frequency control module can adopt the existing control module that is exclusively used in control LED brightness and frequency among the utility model embodiment, the lamp group of three kinds of colors directly is connected on this control module, but it is unsatisfactory for the stabilizing effect of the amplitude of LED brilliance control and FREQUENCY CONTROL in this control mode in traffic street lamp control technology field, therefore, luminance frequency control module among the utility model embodiment adopts three kinds of modes that color lamp group is independently controlled, and namely described luminance frequency control module comprises red light luminance frequency control unit, amber light luminance frequency control unit and green light luminance frequency control unit; Red light luminance frequency control unit, amber light luminance frequency control unit and green light luminance frequency control unit comprise respectively: power input VCC, PWM constant-flow driver and current sampling resistor; Power input VCC connects lamp group input by current sampling resistor, the output of lamp group connects the switch input terminal SW of PWM constant-flow driver, the pwm signal input DIM of PWM constant-flow driver connects the fog lamp processor, and the current detecting end CS of PWM constant-flow driver connects lamp group input.
Power module comprises storage battery, accumulator protecting module and the power supply output module that links to each other successively among the utility model embodiment; wherein storage battery can adopt lead acid accumulator; power supply can be solar energy or 220V civil power; the accumulator protecting module can adopt the existing storage battery protection module; the power supply output module has a plurality of voltage output interfaces, thus the requirement that can be implemented as lamp group power supply and power for operating circuit.
Particularly, as shown in Figure 2, red light luminance frequency control unit comprises: power input VCC, PWM constant-flow driver U1 and current sampling resistor R1; Power input VCC connects lamp group input (anode of LED1 among the figure) by current sampling resistor R1, the output of lamp group (negative electrode of LED3 among the figure) connects the switch input terminal SW of PWM constant-flow driver U1, the pwm signal input DIM of PWM constant-flow driver U1 connects fog lamp processor U4, and the current detecting end CS of PWM constant-flow driver U1 connects lamp group input.The lamp group is unified among the utility model embodiment adopts three LED lamps to be composed in series, certainly according to actual needs, the LED lamp quantity of connecting in the lamp group can suitably increase or reduce, the LED lamp group that also can add three series connection of group in addition again is in parallel with it, thereby the quantity of expansion lamp increases the brightness of fog lamp.Power input VCC is lamp group LED1 through current sampling resistor R1, LED2, the LED3 power supply, because the negative electrode (being the output of lamp group) of LED3 is connected to the switch input terminal SW of PWM constant-flow driver U1, therefore, when the pwm signal that receives the fog lamp processor when the pwm signal input of PWM constant-flow driver U1 is the high level input, switch input terminal SW and earth terminal GND connect, lamp group place current circuit is switched on, LED lamp in the lamp group is lighted, on the contrary, when pwm signal is low level, LED lamp in the lamp group extinguishes, therefore the fog lamp processor can pass through the brightness of the pulse width control lamp group of pwm signal, as long as the light modulating frequency of PWM is more than 120HZ, human eye just be can't see the flicker of LED lamp; By control pwm signal input DIM input pwm signal (pulse width signal that high-low level changes) and low level time span with control flicker frequency on the lamp group macroscopic view blanking time.
In order further to guarantee stability and the useful life of lamp group, the luminance frequency control unit of each lamp group correspondence has also increased an inductance and diode among the utility model embodiment, particularly, in red light luminance frequency control unit, inductance L 1 is serially connected between the switch input terminal SW of lamp group output and PWM constant-flow driver U1, the negative electrode of diode D1 connects power input VCC, and the anode of diode D1 connects the switch input terminal SW of PWM constant-flow driver U1.Therefore, the circuit of the PWM constant-flow driver U1 that connects as the LED1 in the red light group, LED2, LED3 is switched on or when disconnecting, because inductance L 1 has perfectly straight stream every exchanging and energy storage characteristic, the electric energy sudden change can't take place when therefore circuit is switched on or switched off, electric energy stored also can be discharged into current sampling resistor R1 through diode D1 on the inductance when circuit disconnects, therefore the voltage stable variation gently on LED1, LED2, the LED3, thus stability and useful life increased.
Particularly, as shown in Figure 3, amber light luminance frequency control unit has identical circuit structure with red light luminance frequency control unit, and amber light luminance frequency control unit comprises: power input VCC, PWM constant-flow driver U2, current sampling resistor R2, diode D2 and inductance L 2; Power input VCC connects lamp group input (anode of LED4 among the figure) by current sampling resistor R2, the output of lamp group (negative electrode of LED6 among the figure) connects the switch input terminal SW of PWM constant-flow driver U2, the pwm signal input DIM of PWM constant-flow driver U2 connects fog lamp processor U4, and the current detecting end CS of PWM constant-flow driver U2 connects lamp group input.Inductance L 2 is serially connected between the switch input terminal SW of lamp group output and PWM constant-flow driver U2, and the negative electrode of diode D2 connects power input VCC, and the anode of diode D2 connects the switch input terminal SW of PWM constant-flow driver U2.
Particularly, as shown in Figure 4, green light luminance frequency control unit has identical circuit structure with red light luminance frequency control unit, and green light luminance frequency control unit comprises: power input VCC, PWM constant-flow driver U3, current sampling resistor R3, diode D3 and inductance L 3; Power input VCC connects lamp group input (anode of LED7 among the figure) by current sampling resistor R3, the output of lamp group (negative electrode of LED9 among the figure) connects the switch input terminal SW of PWM constant-flow driver U3, the pwm signal input DIM of PWM constant-flow driver U3 connects fog lamp processor U4, and the current detecting end CS of PWM constant-flow driver U3 connects lamp group input.Inductance L 3 is serially connected between the switch input terminal SW of lamp group output and PWM constant-flow driver U3, and the negative electrode of diode D3 connects power input VCC, and the anode of diode D3 connects the switch input terminal SW of PWM constant-flow driver U3.
In order to make intelligent fog lamp can regulate the brightness of itself according to ambient brightness automatically, also be connected with a photoinduction module for detection of ambient brightness among the utility model embodiment on the fog lamp processor.Be understandable that, this photoinduction module can directly adopt existing optical inductor product, and adopted a simple in structure among the utility model embodiment, the photoinduction module that cost is low, as shown in Figure 5, this photoinduction module comprises power input VCC, photosensitive resistor rp 1, capacitor C 2, resistance R 11 and resistance R 12, resistance R 11 and resistance R 12 are connected in series between power input VCC and the earth terminal GND, power input VCC is connected to by photosensitive resistor rp 1 on the series connection node of resistance R 11 and resistance R 12, and earth terminal GND is connected on the series connection node of resistance R 11 and resistance R 12 through capacitor C 2.When ambient brightness changes, the resistance of photosensitive resistor rp 1 changes, therefore the electric current that flows through photosensitive resistor rp 1 also changes, thereby the electric current that flows through resistance R 12 is changed, resistance R 11 is connected to fog lamp processor U4 with the series connection node of resistance R 12, so the electric current on the resistance R 12 is when changing, and the received feedback voltage of fog lamp processor U4 also changes thereupon, thereby detect the variation of ambient brightness in real time, further control the lamplight brightness of lamp group.
Embodiment 2:
Intelligent fog lamp among the utility model embodiment is made improvement based on the intelligent fog lamp in above-described embodiment 1, namely increases by one and is used for the infrared detection module that detecting vehicle flows, and this infrared detection module is connected on the fog lamp processor.Vehicle is arranged through out-of-date on road, the infrared detection module produces a feedback signal to the fog lamp processor, and expression has the vehicle process, at this moment, the relevant lamp group of can controlling the fog lamp processor strengthens brightness and/or accelerates flicker, and the driver of prompting vehicle back notices that there is car in the place ahead, maintains safe distance.
Be understandable that the infrared detection module also can adopt the ultrasound examination module to substitute in a further embodiment, realizes the effect of vehicular movement detecting equally.
The lamp group of three kinds of colors is integrated on the same fog lamp lamp panel among the utility model embodiment.
Other structures and principle for intelligent fog lamp in the present embodiment can not given unnecessary details with reference to the specific descriptions in above-described embodiment 1 herein one by one.
Embodiment 3:
Based on the intelligent fog lamp in above-described embodiment 1, the utility model embodiment is supporting to provide a kind of intelligent fog lamp to induce control system, as Figure 6 and Figure 7, comprise: PC main frame 100, intelligent fog lamp 102 described in control extension set 101 and above-described embodiment 1, in small area, can only connect a control extension set on the PC main frame, also can only connect an intelligent fog lamp on the control extension set, and the utility model embodiment has more representativeness with the big regional extent of real road as example, therefore, the PC main frame is connected with many control extension sets in the utility model embodiment, be connected with a plurality of intelligent fog lamps on every control extension set again, described control extension set comprises the supply module that is used to the power supply of control extension set, extension set processor and the uplink communication module that links to each other with the extension set processor respectively, the downgoing communication module, second memory module and address dial-up module; Described uplink communication module is connected to the PC main frame, and described downgoing communication module connects the communication module of intelligent fog lamp.Because a PC main frame connects many control extension sets, therefore dial-up module in address can make the control extension set of the different addresses of PC host computer control herein, each intelligent fog lamp also has different addresses among the utility model embodiment, intelligence fog lamp address is stored in its first memory module, and the control extension set can be distinguished each intelligent fog lamp of control according to different intelligent fog lamp addresses.
Because native system is applied in road traffic control aspect, therefore fail safe and stability all need to be protected, also comprise a key-press module that links to each other with the extension set processor on the control extension set among the utility model embodiment, key-press module is input control order manually, preventing breaks down or communicate by letter at the PC main frame breaks down and can't send control command the time, can adopt the key-press module input control order that intelligent fog lamp is controlled.A display module that is used for display operation instruction and running status can also be set on the control extension set certainly, and display module connects the running status of the timely display operation instruction of extension set processor and control extension set and intelligent fog lamp.
Intelligent fog lamp is installed in the road side among the utility model embodiment, at least one intelligent fog lamp constitutes an intelligent fog lamp group, namely an intelligent fog lamp group may include only an intelligent fog lamp, also may comprise a plurality of intelligent fog lamps, for example an intelligent fog lamp group can include only an intelligent road-lamp and can meet the demands on forthright, and intelligent fog lamp group needs then to comprise that 3,4 or more intelligent fog lamp just can meet the demands at the turning; In order to realize that vehicle mobility status on the road is detected, in order to more observably point out the driver, each intelligent fog lamp group comprises that also one is used for the infrared detection module 103 that detecting vehicle flows, and the infrared detection module connects the fog lamp processor of one of them the intelligent fog lamp in the intelligent fog lamp group.When infrared detection module 103 has detected vehicle through out-of-date, can give the fog lamp processor by detection signal of feedback, the fog lamp processor is sent to control extension set 101 with this detection signal by communication module, control extension set 101 sends control command automatically and allows all intelligent fog lamps of this intelligence fog lamp group strengthen brightness simultaneously and/or accelerate flicker, thus the driver of back can by eye-catching prompting to: there is car in the place ahead! A careful driving! This shows that all intelligent fog lamps of an intelligent fog lamp group only need share an infrared detection module and get final product among the utility model embodiment, realize information sharing, reduced the cost of product.
Be understandable that the infrared detection module can adopt the ultrasound examination module to substitute, can realize the effect that detecting vehicle flows equally.
The function of PC main frame 100 is to induce control system for intelligent fog lamp man machine operation interface is provided among the utility model embodiment, each intelligent fog lamp can both correspondingly show on the operation interface of PC main frame 100, operation can be passed through the control button of the man machine operation interface on the PC main frame to control extension set sending controling instruction, then by the control extension set intelligent fog lamp group that sending to of control command correspondence is corresponding, thereby control all intelligent fog lamps of this intelligence fog lamp group.
The intelligent fog lamp that the utility model embodiment provides induces control system not only can make intelligent fog lamp directly accept operator's control, and intelligent fog lamp itself can also carry out the adjusting of brightness and frequency automatically according to environmental change, makes indicating effect safer, eye-catching.
Embodiment 4:
As shown in Figure 8, there are two place's differences in the utility model embodiment with respect to 3 of above-described embodiments:
1. between PC main frame 100 and control extension set 101, increase a main control system 105 that is used for data transaction; Main control system 105 provides data transmission channel for controlling extension set 101 and PC main frame 100, and the interface of main control system 105 can be modes such as serial ports, network interface, RS485 interface and wireless transmission interface.
2. intelligent fog lamp is installed in the road side, at least one intelligent fog lamp constitutes an intelligent fog lamp group, each intelligent fog lamp group comprises that also a fog lamp group controller 104 and is used for the infrared detection module 103 that detecting vehicle flows, each intelligent fog lamp of intelligence fog lamp group is connected respectively to fog lamp group controller 104, and infrared detection module 103 is connected in fog lamp group controller 104.Be understandable that the communication unit that is provided with control chip in the fog lamp group controller and links to each other with control chip, can communicate also and can communicate by letter with all the intelligent fog lamps in the intelligent fog lamp group with the control extension set by this communication unit fog lamp group controller; Than embodiment 3, in each intelligent fog lamp group, increased a fog lamp group controller among the utility model embodiment, be used for sharing the data command processing pressure of control extension set, when infrared detection module has detected vehicle through out-of-date, produce a detection signal to the fog lamp group controller, the fog lamp group controller then generates all intelligent fog lamps that a control signal is given this intelligence fog lamp group according to detection signal, and the fog lamp processor of each intelligent fog lamp strengthens brightness and/or accelerates flicker according to the lamp group of this control signal control relevant colors.On the other hand, the fog lamp group controller only needs this detection signal is fed back to the control extension set, sends to the PC main frame by the control extension set through main control system then, has the operation display interface on the PC main frame, can in time show the operating state of corresponding intelligent fog lamp, be convenient to the operator and monitor in real time.Therefore control extension set for the vehicular movement Signal Processing work then finished by the fog lamp group controller, alleviated the data processing pressure.
Induce other structures of control system and principle not to give unnecessary details one by one with reference to the introduction in above-described embodiment 3 herein for intelligent fog lamp among the utility model embodiment.
More than a kind of intelligent fog lamp that the utility model embodiment is provided and induce control system to be described in detail, used specific case herein principle of the present utility model and execution mode are set forth, the explanation of above embodiment just is used for helping to understand method of the present utility model and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present utility model, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as restriction of the present utility model.
Claims (10)
1. intelligent fog lamp is characterized in that, comprising: be used to the power module of intelligent fog lamp power supply, fog lamp processor and the communication module that links to each other with the fog lamp processor respectively, first memory module, be used for the luminance frequency control module of change lamp group brightness and frequency; Be connected with the lamp group of red, yellow, green three kinds of colors on the luminance frequency control module respectively.
2. intelligent fog lamp as claimed in claim 1 is characterized in that, described luminance frequency control module comprises red light luminance frequency control unit, amber light luminance frequency control unit and green light luminance frequency control unit; Red light luminance frequency control unit, amber light luminance frequency control unit and green light luminance frequency control unit comprise respectively: power input VCC, PWM constant-flow driver and current sampling resistor; Power input VCC connects lamp group input by current sampling resistor, the output of lamp group is connected to the switch input terminal SW of PWM constant-flow driver, the pwm signal input DIM of PWM constant-flow driver connects the fog lamp processor, and the current detecting end CS of PWM constant-flow driver connects lamp group input.
3. intelligent fog lamp as claimed in claim 2, it is characterized in that, red light luminance frequency control unit, amber light luminance frequency control unit and green light luminance frequency control unit also comprise respectively: an inductance and a diode, inductance is serially connected between the switch input terminal SW of lamp group output and PWM constant-flow driver, the negative electrode of diode connects power input VCC, and the anode of diode connects the switch input terminal SW of PWM constant-flow driver.
4. intelligent fog lamp as claimed in claim 1 is characterized in that, also is connected with a photoinduction module for detection of ambient brightness on the fog lamp processor.
5. intelligent fog lamp as claimed in claim 1 is characterized in that, also is connected with one on the fog lamp processor and is used for infrared detection module or the ultrasound examination module that detecting vehicle flows.
6. intelligent fog lamp is induced control system, it is characterized in that, comprising: the PC main frame, and control extension set and aforesaid right require any described intelligent fog lamp in 1 to 4, connect at least one control extension set on the PC main frame, connect at least one intelligent fog lamp on the control extension set; Described control extension set comprises the supply module that is used to the power supply of control extension set, extension set processor and the uplink communication module that links to each other with the extension set processor respectively, downgoing communication module, second memory module and address dial-up module; Described uplink communication module is connected to the PC main frame, and described downgoing communication module connects the communication module of intelligent fog lamp.
7. intelligent fog lamp as claimed in claim 6 is induced control system, it is characterized in that, comprises that also one is used for providing the main control system of data transaction, and described main control system is connected between control extension set and the PC main frame.
8. intelligent fog lamp as claimed in claim 6 is induced control system, it is characterized in that, also comprises key-press module and a display module that links to each other with the extension set processor on the described control extension set.
9. induce control system as claim 6 or 7 or 8 described intelligent fog lamps, it is characterized in that: intelligent fog lamp is installed in the road side, at least one intelligent fog lamp constitutes an intelligent fog lamp group, each intelligent fog lamp group comprises that also one is used for infrared detection module or the ultrasound examination module that detecting vehicle flows, and infrared detection module or ultrasound examination module connect the fog lamp processor of one of them the intelligent fog lamp in the intelligent fog lamp group.
10. induce control system as claim 6 or 7 or 8 described intelligent fog lamps, it is characterized in that: intelligent fog lamp is installed in the road side, at least one intelligent fog lamp constitutes an intelligent fog lamp group, each intelligent fog lamp group comprises that also a fog lamp group controller and is used for infrared detection module or the ultrasound examination module that detecting vehicle flows, each intelligent fog lamp of intelligence fog lamp group connects the fog lamp group controller respectively, and infrared detection module or ultrasound examination module are connected in the fog lamp group controller.
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| CN2013201141347U CN203219556U (en) | 2013-03-13 | 2013-03-13 | Intelligent fog lamp and induction control system thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103260306A (en) * | 2013-03-13 | 2013-08-21 | 深圳力电世纪科技有限公司 | Intelligent fog lamp and induction control system thereof |
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Cited By (1)
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| CN103260306A (en) * | 2013-03-13 | 2013-08-21 | 深圳力电世纪科技有限公司 | Intelligent fog lamp and induction control system thereof |
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