阅读说明：本技术 一种车辆解锁、闭锁时灯光律动方法 (Light rhythm method during unlocking and locking of vehicle ) 是由 张国清 周宏伟 李晓伟 张家如 王文学 何帅操 于 2020-04-26 设计创作，主要内容包括：本发明公开了一种车辆解锁、闭锁时灯光律动方法,涉及车辆灯光提醒领域,方法是在灯光控制系统中实现的,包括前后转向灯、近光灯、远光灯、前位置灯、前雾灯及后位置灯,均通过动态位置灯输入信号来控制；前位置灯为集成于左、右前车灯内的左、右流水灯组,其由外侧向车辆中心顺序布置的9颗LED灯构成,后位置灯包括位于后背门上的左、右流水灯组以及集成于左、右车尾灯内的左、右流水灯组,后背门上的左、右流水灯组均由外侧向车辆中心顺序布置的6组灯构成,车尾灯内的左、右流水灯组均由外侧向车辆中心顺序布置的3组灯构成,所有灯组在控制下,逐次点亮或者全部点亮。本发明对于传统解锁、闭锁单调的提示方案进行了优化,增加了车辆的科技性。(The invention discloses a light rhythm method during unlocking and locking of a vehicle, which relates to the field of vehicle light reminding and is realized in a light control system, and comprises a front steering lamp, a rear steering lamp, a dipped headlight, a high beam, a front position lamp, a front fog lamp and a rear position lamp which are controlled by dynamic position lamp input signals, wherein the front position lamp is a left running water lamp group and a right running water lamp group which are integrated in the left front lamp and the right front lamp and are formed by 9 ED (L ED) lamps which are sequentially arranged towards the center of the vehicle from the outer sides, the rear position lamp comprises a left running water lamp group and a right running water lamp group which are positioned on a back door and are integrated in the left tail lamp and the right tail lamp, the left running water lamp group and the right running water lamp group on the back door are formed by 6 groups of lamps which are sequentially arranged towards the center of the vehicle from the outer sides, the left running water lamp group and the right running water lamp group in the tail lamp are formed by 3 groups which are sequentially arranged towards the center of the vehicle from the outer sides, and all the lamp groups are sequentially lightened under the control.)

1. A light rhythm method during unlocking and locking of a vehicle is characterized in that the method is realized in a light control system, lamps in the light control system comprise a front steering lamp, a rear steering lamp, a dipped headlight, a high beam, a front position lamp, a front fog lamp and a rear position lamp, the front position lamp and the rear position lamp are controlled by dynamic position lamp input signals, the front position lamp is a left running water lamp group and a right running water lamp group which are integrated in a left front vehicle lamp and a right front vehicle lamp, the left running water lamp group and the right running water lamp group in the front vehicle lamp are respectively composed of 9 ED L EDs sequentially arranged from the outer side to the center of the vehicle, the rear position lamp comprises a left running water lamp group and a right running water lamp group which are positioned on a back door and a left running water lamp group and a right running water lamp group which are integrated in a left tail lamp and a right tail lamp, the left running water lamp group and the right running water lamp group on the back door are respectively composed of 6 lamps sequentially arranged from the outer side to the center of the vehicle, and the left running water lamp group and the right running:

① when receiving the unlocking/locking signal, the front and back turn lights flash twice, namely, light 400ms → light 1.35s, 2.15 s;

② when the turn light is turned on for the second time, the dynamic position light inputs signals, the left and right running water light sets in the front car light enter the flowing lighting mode, that is, the L ED light lights gradually from the outside to the center, then lights all in turn from the center to the outside, the left and right running water light sets in the tail car light sequentially according to the sequence from the outside to the center, then lights the left and right running water light sets on the back door sequentially, then lights all in turn the left and right running water light sets on the back door and the left and right running water light sets in the tail car light sequentially according to the sequence from the center to the outside, then lights the front and back position light for 1.2s continuously, finally lights the front and back position light gradually, the whole work cycle is 4.75 s;

③ when the front and rear position lamps are turned on from outside to center to the center position for 1.35s, the turn signal lamps are turned off, the dipped headlight, the high beam and the front fog lamp start to enter the rhythm lighting mode, wherein the dipped headlight is turned on for 300ms → the high beam and the low beam are turned off for 300ms → the front fog lamp is turned on for 300ms → the front fog lamp is turned off for 300ms → the high beam is turned on for 300ms → the dipped headlight is turned on for 300ms → the high beam and the low beam are turned off for 300 ms.

2. A method of light rhythm during unlocking and locking of a vehicle as claimed in claim 1, wherein: and in the running light process, PEK locking or unlocking is carried out again to carry out running light, and the light control system carries out running light again.

3. A method of light rhythm during unlocking and locking of a vehicle as claimed in claim 1, wherein: in the lighting process of the water-flowing lamps which are unlocked/locked, time superposition of 50ms is adopted among the water-flowing lamps, namely when the previous water-flowing lamp is lighted for 150ms, the next water-flowing lamp starts to be lighted, and after two lamps are simultaneously lighted for 50ms, the previous group of lamps are extinguished.

4. The method of claim 1, wherein the number of 6 sets of lamps in the left and right running water lamp sets on the back door is 4, 3 sets of L ED lamps in the left and right running water lamp sets on the tail lamp, and the number of L ED lamps in the 3 sets of lamps from outside to inside is 3, 5, and 6 respectively.

Technical Field

The invention relates to the field of vehicle light reminding, in particular to a light rhythm method during unlocking and locking of a vehicle, which is suitable for improving the scientific and technological quality of the vehicle and realizes that the front light and the rear light are changed according to a certain lighting-extinguishing rule during unlocking and locking of the vehicle.

Background

With the development of automobile science and technology, automobile lamps and lanterns and lamplight have been used as one of media for embodying automobile science and technology bright spots, and the requirements of consumer groups on various functions of the automobile lamps and lanterns do not meet basic requirements any more, but are required to give more choices and user experience. When the traditional vehicle is unlocked and locked, the steering lamp flickers to prompt a user of the vehicle state. The user lacks the enjoyment of driving during the use of the car, produces aesthetic fatigue to the vehicle. Therefore, in order to solve this problem, it is necessary to improve the existing light reminding scheme.

Disclosure of Invention

The invention provides a light rhythm method during unlocking and locking of a vehicle, aiming at solving the problem of monotonous light reminding mode during unlocking and locking of the vehicle.

The invention is realized by the following technical scheme that the light rhythm method during unlocking and locking of a vehicle is realized in a light control system, lamps in the light control system comprise a front steering lamp, a rear steering lamp, a dipped headlight, a high beam, a front position lamp, a front fog lamp and a rear position lamp, the front position lamp and the rear position lamp are controlled by dynamic position lamp input signals, the front position lamp comprises a left running water lamp group and a right running water lamp group which are integrated in the left front vehicle lamp and the right front vehicle lamp, the left running water lamp group and the right running water lamp group in the front vehicle lamp are respectively formed by 9L ED lamps which are sequentially arranged from the outer side to the center of the vehicle, the rear position lamp comprises a left running water lamp group and a right running water lamp group which are positioned on a back door and a left running water lamp group and a right running water lamp group which are integrated in the left tail lamp and the right tail lamp group, the left running water lamp group and the right running water lamp group on the back door are respectively formed by 6 groups which are sequentially arranged from the outer side to the center of the vehicle, and the left running water lamp group and:

① when receiving the unlocking/locking signal, the front and back turn lights flash twice, namely, light 400ms → light 1.35s, 2.15 s;

② when the turn light is turned on for the second time, the dynamic position light inputs signals, the left and right running water light sets in the front car light enter the flowing lighting mode, that is, the L ED light lights gradually from the outside to the center, then lights all in turn from the center to the outside, the left and right running water light sets in the tail car light sequentially according to the sequence from the outside to the center, then lights the left and right running water light sets on the back door sequentially, then lights all in turn the left and right running water light sets on the back door and the left and right running water light sets in the tail car light sequentially according to the sequence from the center to the outside, then lights the front and back position light for 1.2s continuously, finally lights the front and back position light gradually, the whole work cycle is 4.75 s;

③ when the front and rear position lamps are turned on from outside to center to the center position for 1.35s, the turn signal lamps are turned off, the dipped headlight, the high beam and the front fog lamp start to enter the rhythm lighting mode, wherein the dipped headlight is turned on for 300ms → the high beam and the low beam are turned off for 300ms → the front fog lamp is turned on for 300ms → the front fog lamp is turned off for 300ms → the high beam is turned on for 300ms → the dipped headlight is turned on for 300ms → the high beam and the low beam are turned off for 300 ms.

The invention mainly aims at the problem that the vehicle unlocking and locking light reminding is monotonous, and mainly adds a running water lamp type front position lamp and a rear position lamp when vehicle lamps are integrated, wherein the rear position lamp is added with a running water lamp group at the position of a tail lamp, a backdoor lamp is added on a backdoor, and the running water lamp type light reminding is carried out during the unlocking process of the front position lamp and the rear position lamp, so that the vehicle unlocking is not monotonous any more, when an unlocking/locking signal is received, the original flashing of a steering lamp is kept, the running water lighting is also added, the running water lighting is embodied in the running water lamp groups in the front position lamp and the rear position lamp, the front position lamp is a left running water lamp group and a right running water lamp group integrated in a left front right front vehicle lamp, 9L lamps sequentially arranged from the outer side to the center of the vehicle are lightened by running water, when the running water lamps are lightened, the running water lamps are lightened one by one from the outer side to the center, all the running water lamps are lightened from the center to the outer side one by one, the left running water lamp group and the right running water lamp group, all the running water lamp group are lightened from the outer side to the outer side of the left running water lamp group integrated in the right running water lamp group integrated in the left rear lamp group, all the rear lamp group positioned on the rear door, all the rear door group are arranged from the rear door, all the rear door group positioned on the rear door, all the rear door group positioned on the rear door.

Compared with the prior art, the invention has the following beneficial effects: the light rhythm method during unlocking and locking of the vehicle optimizes the traditional prompt scheme of monotonous unlocking and locking, increases participation of other lamps, programs regular light change, increases the science and technology of the vehicle, and has joy for driving customers.

Drawings

Fig. 1 is a timing chart of lighting of the rear position lamp according to the present invention.

Fig. 2 is a schematic diagram of the lighting timing control of all the lamps according to the present invention, in which: in ms, the open circle represents power on, the solid circle represents power off, A-front and rear turn signal lights, B-dipped headlight, C-high beam light, D-front position light, E-front fog light, F-rear position light, G-dynamic position light input signals.

FIG. 3 is a schematic view of a lighting sequence of the lighting device for eliminating visual discontinuity caused by lighting between two modules according to the present invention.

Detailed Description

The present invention is further illustrated by the following specific examples.

A light rhythm method during unlocking and locking of a vehicle is realized in a light control system, lamps in the light control system comprise a front steering lamp, a rear steering lamp, a dipped headlight, a high beam, a front position lamp, a front fog lamp and a rear position lamp, the front position lamp and the rear position lamp are controlled by dynamic position lamp input signals, the front position lamp is a left running water lamp group and a right running water lamp group which are integrated in a left front lamp and a right front lamp, the left running water lamp group and the right running water lamp group in the front lamp are respectively composed of 9L ED lamps which are sequentially arranged from the outer side to the center of the vehicle, the rear position lamp comprises a left running water lamp group and a right running water lamp group which are positioned on a back door and a left running water lamp group and a right running water lamp group which are integrated in a left tail lamp and a right tail lamp, the left running water lamp group and the right running water lamp group on the back door are respectively composed of 6 groups of lamps which are sequentially arranged from the outer side to the center of the vehicle, and the left running water.

In the embodiment, 6 groups of lamps in the left and right running water lamp groups on the back door are provided with 4L ED lamps, 3 groups of lamps in the left and right running water lamp groups in the tail door are provided, the number of L ED lamps in the 3 groups of lamps from outside to inside is respectively 3, 5 and 6, PEK locking or unlocking is performed again to light running water in the running water lighting process, the light control system performs running water lighting again, 50ms time superposition is adopted among the running water lamps in the lighting process of the unlocking/locking running water lamps, namely when the previous running water lamp is lighted for 150ms, the next running water lamp starts to light, and when the two lamps are simultaneously lighted for 50ms, the previous group of lamps are extinguished, and the operation is to avoid visual discontinuity caused by sequential lighting between the two modules.

The light rhythm control method of the embodiment comprises the following steps:

① when receiving the unlocking/locking signal, the front and back turn lights flash twice, namely, light 400ms → light 1.35s, 2.15 s;

② when the turn light is turned on for the second time, the dynamic position light inputs signals, the left and right running water light sets in the front car light enter the flowing lighting mode, that is, the L ED light lights gradually from the outside to the center, then lights all in turn from the center to the outside, the left and right running water light sets in the tail car light sequentially according to the sequence from the outside to the center, then lights the left and right running water light sets on the back door sequentially, then lights all in turn the left and right running water light sets on the back door and the left and right running water light sets in the tail car light sequentially according to the sequence from the center to the outside, then lights the front and back position light for 1.2s continuously, finally lights the front and back position light gradually, the whole work cycle is 4.75 s;

③ when the front and rear position lamps are turned on from outside to center to the center position for 1.35s, the turn signal lamps are turned off, the dipped headlight, the high beam and the front fog lamp start to enter the rhythm lighting mode, wherein the dipped headlight is turned on for 300ms → the high beam and the low beam are turned off for 300ms → the front fog lamp is turned on for 300ms → the front fog lamp is turned off for 300ms → the high beam is turned on for 300ms → the dipped headlight is turned on for 300ms → the high beam and the low beam are turned off for 300 ms.

The scope of the invention is not limited to the above embodiments, and various modifications and changes may be made by those skilled in the art, and any modifications, improvements and equivalents within the spirit and principle of the invention should be included in the scope of the invention.