阅读说明：本技术 车辆用化妆镜的使用方法和系统 (Method and system for using cosmetic mirror for vehicle ) 是由 刘梦 于 2020-12-23 设计创作，主要内容包括：本发明提出一种车辆用化妆镜的使用方法和车辆用化妆镜系统,使用方法包括：获取声音信号或图像信号；若根据声音信号或图像信号判断需要调整化妆镜至记忆模式,则调整化妆镜至记忆模式,根据化妆镜的记忆模式调整化妆镜的关联物品的状态；若需要模拟目的地场景的灯光效果,则获取目的地信息,根据目的地信息模拟目的地场景的灯光效果。本发明提供的车辆用化妆镜的使用方法能够自动调节化妆镜灯的亮度和色温,使化妆镜具有记忆功能,满足乘客对化妆镜灯光自动调节并且具有自动记忆功能的要求。(The invention provides a using method of a vehicle cosmetic mirror and a vehicle cosmetic mirror system, wherein the using method comprises the following steps: acquiring a sound signal or an image signal; if the cosmetic mirror needs to be adjusted to the memory mode according to the sound signal or the image signal, adjusting the cosmetic mirror to the memory mode, and adjusting the state of the related articles of the cosmetic mirror according to the memory mode of the cosmetic mirror; and if the light effect of the destination scene needs to be simulated, obtaining destination information, and simulating the light effect of the destination scene according to the destination information. The application method of the vehicle cosmetic mirror provided by the invention can automatically adjust the brightness and the color temperature of the cosmetic mirror lamp, so that the cosmetic mirror has a memory function, and the requirements of passengers on the automatic adjustment of the lamp light of the cosmetic mirror and the automatic memory function are met.)

1. A method of using a cosmetic mirror for a vehicle, comprising:

acquiring a sound signal or an image signal;

if the cosmetic mirror needs to be adjusted to the memory mode according to the sound signal or the image signal, adjusting the cosmetic mirror to the memory mode, and adjusting the state of the related articles of the cosmetic mirror according to the memory mode of the cosmetic mirror;

and if the light effect of the destination scene needs to be simulated, obtaining destination information, and simulating the light effect of the destination scene according to the destination information.

2. The use method of the cosmetic mirror for vehicle according to claim 1,

an article associated with a cosmetic mirror includes: seats, sun visors and vanity mirror lights;

the status of the associated item includes: the position of the seat, the position of the sun shield and the light effect of the cosmetic mirror lamp.

3. The use method of the cosmetic mirror for vehicle according to claim 2,

the positions of the seats include: seat fore and aft travel, seat height, and/or seat back angle;

the positions of the sun visor include: sun visor tilt angle and/or mirror group displacement of the cosmetic mirror on the sun visor;

the light effect of the cosmetic mirror lamp comprises the following steps: brightness and/or color temperature.

4. The use method of the cosmetic mirror for vehicle according to claim 3,

acquiring a forward light value of external light, judging a light mode according to the forward light value, obtaining a brightness value and a color temperature value of the cosmetic mirror lamp according to the light mode, and adjusting the brightness and the color temperature of the cosmetic mirror lamp according to the brightness value and the color temperature value;

the light ray patterns include: night mode, dim mode, and light rich mode.

5. The use method of the cosmetic mirror for vehicle according to claim 1,

the destination information includes at least: location information and ray information of the destination.

6. The use method of the cosmetic mirror for vehicle according to claim 5,

the light effect of the simulated destination scene comprises: and if the specific scene is judged according to the position information, acquiring the color temperature value of the specific scene from the network, calculating the brightness value according to the light information, and adjusting the brightness and the color temperature of the cosmetic mirror lamp according to the brightness value and the color temperature value.

7. The use method of the cosmetic mirror for vehicle according to any one of claims 1 to 6,

if the cosmetic mirror does not need to be adjusted to the memory mode according to the sound signal or the image signal, the cosmetic mirror is adjusted to the default mode, and whether the sound signal or the image signal is stored or not is prompted.

8. A cosmetic mirror system for a vehicle employing the method for using a cosmetic mirror for a vehicle according to any one of claims 1 to 7, comprising:

the system comprises a sensor module, a voice module, a camera module, a vehicle machine signal module, a touch module, a signal storage and conversion module, an MCU (micro control unit) controller, a vanity mirror lamp, a sun shield provided with vanity mirrors and a seat;

the sensor module, the voice module, the camera module, the car machine signal module and the touch module transmit signals to the signal storage and conversion module, the signal storage and conversion module stores and converts the signals and then transmits the signals to the MCU controller, and the MCU controller transmits control instructions to the cosmetic mirror lamp, the sun shield and the seat after processing the signals.

9. The cosmetic mirror system for vehicle according to claim 8,

the sensor module comprises a sun shield inclination angle sensor, a lens group displacement sensor, a seating sensor and a light sensor;

the touch module comprises a cosmetic mirror surface touch and/or a cosmetic mirror control software interface.

10. The cosmetic mirror system for vehicle according to claim 9,

the cosmetic mirror control software interface provides at least brightness adjustment and color temperature adjustment.

Technical Field

The invention relates to the field of vehicles, in particular to a using method and a using system of a cosmetic mirror for a vehicle.

Background

The light of sunshading board vanity mirror is single among the prior art, and under most circumstances, sunshading board vanity mirror light is not enough, and the passenger need open the map lamp when using and carry out the light filling, brings inconvenience for the passenger.

Disclosure of Invention

Based on the prior art, the invention provides a using method and a using system of a vehicle cosmetic mirror, which can automatically adjust the brightness and the color temperature of a cosmetic mirror lamp, so that the cosmetic mirror has a memory function, and the requirements of passengers on the automatic adjustment of the lamp light of the cosmetic mirror and the automatic memory function are met.

The invention provides a using method of a cosmetic mirror for a vehicle, which comprises the following steps:

acquiring a sound signal or an image signal;

if the cosmetic mirror needs to be adjusted to the memory mode according to the sound signal or the image signal, adjusting the cosmetic mirror to the memory mode, and adjusting the state of the related articles of the cosmetic mirror according to the memory mode of the cosmetic mirror;

and if the light effect of the destination scene needs to be simulated, obtaining destination information, and simulating the light effect of the destination scene according to the destination information.

Further, the associated article of the cosmetic mirror includes: seats, sun visors and vanity mirror lights;

the status of the associated item includes: the position of the seat, the position of the sun shield and the light effect of the cosmetic mirror lamp.

Further, the position of the seat includes: seat fore and aft travel, seat height, and/or seat back angle;

the positions of the sun visor include: sun visor tilt angle and/or mirror group displacement of the cosmetic mirror on the sun visor;

the light effect of the cosmetic mirror lamp comprises the following steps: brightness and/or color temperature.

In addition, a forward light value of external light is obtained, a light mode is judged according to the forward light value, a brightness value and a color temperature value of the cosmetic mirror lamp are obtained according to the light mode, and the brightness and the color temperature of the cosmetic mirror lamp are adjusted according to the brightness value and the color temperature value;

the light ray patterns include: night mode, dim mode, and light rich mode.

Further, the destination information includes at least: location information and ray information of the destination.

Further, the light effects simulating the destination scene include: and if the specific scene is judged according to the position information, acquiring the color temperature value of the specific scene from the network, calculating the brightness value according to the light information, and adjusting the brightness and the color temperature of the cosmetic mirror lamp according to the brightness value and the color temperature value.

In addition, if the cosmetic mirror does not need to be adjusted to the memory mode according to the sound signal or the image signal, the cosmetic mirror is adjusted to the default mode, and whether the sound signal or the image signal is stored or not is prompted.

The present invention also provides a vehicle cosmetic mirror system using the method for using a vehicle cosmetic mirror according to any one of the above aspects, comprising:

the system comprises a sensor module, a voice module, a camera module, a vehicle machine signal module, a touch module, a signal storage and conversion module, an MCU (micro control unit) controller, a vanity mirror lamp, a sun shield provided with vanity mirrors and a seat;

the sensor module, the voice module, the camera module, the car machine signal module and the touch module transmit signals to the signal storage and conversion module, the signal storage and conversion module stores and converts the signals and then transmits the signals to the MCU controller, and the MCU controller transmits control instructions to the cosmetic mirror lamp, the sun shield and the seat after processing the signals.

In addition, the sensor module comprises a sun shield inclination angle sensor, a lens group displacement sensor, a seating sensor and a light sensor;

the touch module comprises a cosmetic mirror surface touch and/or a cosmetic mirror control software interface.

In addition, the vanity mirror control software interface provides at least brightness adjustment and color temperature adjustment.

Through adopting above-mentioned technical scheme, have following beneficial effect:

the application method of the vehicle cosmetic mirror provided by the invention can automatically adjust the brightness and the color temperature of the cosmetic mirror lamp, so that the cosmetic mirror has a memory function, and the requirements of passengers on the automatic adjustment of the lamp light of the cosmetic mirror and the automatic memory function are met.

Drawings

FIG. 1 is a flow chart of a method of using a vehicle vanity mirror according to one embodiment of the present invention;

FIG. 2 is a flow chart of a method of using a vehicle vanity mirror according to one embodiment of the present invention;

FIG. 3 is a flow chart of a method of using a vehicle vanity mirror according to one embodiment of the present invention;

FIG. 4 is a flow chart of a method of using a vehicle vanity mirror according to one embodiment of the present invention;

FIG. 5 is a flow chart of a method of using a vehicle vanity mirror according to one embodiment of the present invention;

fig. 6 is a block diagram of a vehicle vanity mirror system according to a method of using a vehicle vanity mirror according to an embodiment of the present invention.

Detailed Description

The present invention is described in further detail below with reference to specific embodiments and the attached drawings. It is intended that the present invention not be limited to the particular embodiments disclosed, but that the present invention be limited only by the appended claims.

Referring to fig. 1, the present invention provides a method for using a cosmetic mirror for a vehicle, including:

step S001, acquiring a sound signal or an image signal;

step S002, if the cosmetic mirror needs to be adjusted to the memory mode according to the sound signal or the image signal, the cosmetic mirror is adjusted to the memory mode, and the state of the related articles of the cosmetic mirror is adjusted according to the memory mode of the cosmetic mirror;

and S003, if the lighting effect of the destination scene needs to be simulated, acquiring destination information, and simulating the lighting effect of the destination scene according to the destination information.

When a passenger uses the cosmetic mirror arranged on the sun shield on the vehicle, the effect of looking up the makeup by the passenger is influenced and the passenger is dissatisfied because the light of the lamp of the cosmetic mirror can not be adjusted and the light ray of the light is too bright or too dark; and when the passenger often uses a light effect to make up, because make-up mirror does not have the memory function, cause the passenger to all need to adjust light at every turn, wasted passenger's time, reduced passenger's use and experienced.

Compared with a cosmetic mirror on a sun visor in the prior art, the application method of the cosmetic mirror for the vehicle can automatically adjust the brightness and the color temperature of the lamp of the cosmetic mirror, so that the cosmetic mirror has a memory function, and the requirements of passengers on the automatic adjustment of the lamp of the cosmetic mirror and the automatic memory function are met.

In this embodiment, the sound signal or the image signal is first acquired, and the acquisition of the sound signal or the image signal of the passenger is to confirm whether data is stored in the voiceprint library or the image library, and if data is stored, the cosmetic mirror can be adjusted to the memory mode, and the state of the related articles of the cosmetic mirror can be adjusted according to the memory mode of the cosmetic mirror.

The memory mode of the cosmetic mirror is as follows: the cosmetic mirror lamp is adjusted to the light effect of the cosmetic mirror lamp frequently used by passengers, and particularly the brightness and the color temperature of the cosmetic mirror lamp are adjusted.

Associated items such as seats for vehicles, sun visors and vanity mirror lights. The status of the associated item includes: the front-back stroke of the seat, the height of the seat and the backrest angle of the seat can be adjusted, for example, the tilt angle of the sun visor and the displacement of the mirror group of the cosmetic mirror lamp on the sun visor can also be adjusted, for example, the brightness and the color temperature of the cosmetic mirror lamp can also be adjusted.

Adjusting the state of the related articles of the cosmetic mirror according to the memory mode of the cosmetic mirror as follows: for example, when a passenger applies makeup in a memory mode of the makeup mirror, the height of the seat can be automatically adjusted according to the memory mode, so that the makeup mirror and the passenger are at a relatively proper height, and the passenger is prevented from manually adjusting. Optionally, the position of the sun visor is automatically adjusted according to the memory mode, so that the head of the passenger and the sun visor are at a proper angle, and the head of the passenger cannot be raised by too much angle, which causes discomfort.

Specifically, when the vehicle was static, seat, sunshading board, vanity mirror lamp all can be adjusted, when the vehicle was gone, in order to guarantee normally to go, only sunshading board, vanity mirror lamp can be adjusted, and the displacement of the group of mirror of vanity mirror is not allowed to be adjusted this moment, and the seat position can be adjusted through the mode of pronunciation, screen touch-control and entity button this moment.

Specifically, the adjustment of the sun visor can be manually adjusted, further, a passenger can adjust the brightness and the color temperature of a cosmetic mirror lamp through voice, a DA touch screen, mirror surface touch control and the like, adjust the inclination angle of the sun visor, the mirror group displacement of the cosmetic mirror and the like, can control the seat position through voice, the DA touch screen, a physical key and the like, and when the passenger requires to record the state through voice, the DA touch screen, the mirror surface touch control and the like, the personal information of the passenger and the information of the seat position, the sun visor position, the light effect of the cosmetic mirror lamp and the like are recorded to form memory data.

When a passenger closes the cosmetic mirror through voice, DA touch screen, mirror surface touch and other modes, the cosmetic mirror lamp is automatically closed, at the moment, if the vehicle is static, the mirror group of the cosmetic mirror is restored to the original position, the sun shield is retracted to the ceiling, and the seat is restored to the previous state; if the vehicle is running, the sun visor retracts to the ceiling, and the seat does not move.

In some cases, such as when a passenger needs to attend an evening, a party, or the like, a good makeup is required, and the passenger needs to know the lighting environment of the field to select the makeup type, for example, the light may be divided into cool light, natural light, and warm light. At the moment, destination information needs to be obtained in advance, and the light effect of the destination scene is simulated according to the destination information, so that a proper makeup is selected. By simulating the lighting effect of the destination scene according to the destination information, the passengers can select the makeup suitable for the activity site.

Optionally, the passenger requests the cosmetic mirror light to simulate a specific scene through voice, DA touch screen, mirror touch, and the like.

This embodiment has the memory function through making the vanity mirror, satisfies the passenger and to vanity mirror light automatically regulated and have the requirement of automatic memory function, goes the state of the associated article of adjustment vanity mirror according to the memory mode of vanity mirror to make the passenger not need the one-by-one regulation, saved passenger's time, improved and used experience, satisfied the demand that different height crowds used the vanity mirror at the most comfortable state.

In one embodiment thereof, the associated article of the vanity mirror comprises: seats, sun visors and vanity mirror lights;

the status of the associated item includes: the position of the seat, the position of the sun shield and the light effect of the cosmetic mirror lamp.

Associated items such as seats for vehicles, sun visors and vanity mirror lights. Through the position of the automatic adjustment seat, the position of the sun shield and the light effect of the cosmetic mirror lamp, the passengers do not need to manually adjust one by one, the time of the passengers is saved, and the use satisfaction of the passengers is improved.

In one embodiment thereof, the position of the seat comprises: seat fore and aft travel, seat height, and/or seat back angle;

the positions of the sun visor include: sun visor tilt angle and/or mirror group displacement of the cosmetic mirror on the sun visor;

the light effect of the cosmetic mirror lamp comprises the following steps: brightness and/or color temperature.

The status of the associated item includes: the front-back stroke of the seat, the height of the seat and the backrest angle of the seat can be adjusted, for example, the tilt angle of the sun visor and the displacement of the mirror group of the cosmetic mirror lamp on the sun visor can also be adjusted, for example, the brightness and the color temperature of the cosmetic mirror lamp can also be adjusted. By automatically adjusting the state of the associated articles, passengers do not need to manually adjust one by one, so that the time of the passengers is saved, and the using satisfaction of the passengers is improved.

In one embodiment, a forward light value of external light is acquired, a light mode is judged according to the forward light value, a brightness value and a color temperature value of a cosmetic mirror lamp are obtained according to the light mode, and the brightness and the color temperature of the cosmetic mirror lamp are adjusted according to the brightness value and the color temperature value;

the light ray patterns include: night mode, dim mode, and light rich mode.

Acquiring information of a light sensor to obtain forward light (FW) information, if the FW is less than or equal to F1, determining that the outside is in a night mode at the moment, and obtaining a brightness value and a color temperature value according to a one-to-one correspondence relationship; if FW is more than F1 and less than or equal to F2, the light mode is considered to be in the dark mode at the moment, and the brightness value and the color temperature value are obtained according to the one-to-one correspondence relationship; if FW > F2, the external light is considered to be sufficient at this time, and is in a sufficient light mode, and the brightness value and the color temperature value are obtained according to a one-to-one correspondence relationship, wherein F1 and F2 are preset threshold values. And adjusting the brightness and the color temperature of the cosmetic mirror lamp according to the brightness value and the color temperature value so as to meet the requirement of passengers on the current light.

Referring to fig. 2, passengers require cosmetic mirror lighting to be combined with external environment to provide lighting through voice, DA touch screen, mirror touch and other modes; the MCU acquires light sensor information; the MCU judges forward light ray (FW) information, if FW is less than or equal to F1, the exterior is considered to be in a night mode at the moment, and a brightness value and a color temperature value are obtained according to a one-to-one correspondence relationship; if FW is more than F1 and less than or equal to F2, the light mode is considered to be in the dark mode at the moment, and the brightness value and the color temperature value are obtained according to the one-to-one correspondence relationship; if FW > F2, then it is considered that the light is in sufficient mode, and the brightness value and color temperature value are obtained according to the one-to-one correspondence relationship. Where f1, f2 and f3 are the corresponding functions of color temperature and FW in different modes, respectively, and f4 is the functional relationship between FW and brightness value L.

In one embodiment, the destination information includes at least: location information and ray information of the destination. And acquiring the position information of the destination through a navigation system, and acquiring the light ray information through cloud data. By predicting the light information of the destination in advance, the light effect of the destination can be simulated in the vehicle.

In one embodiment, simulating the light effect of the destination scene comprises: and if the specific scene is judged according to the position information, acquiring the color temperature value of the specific scene from the network, calculating the brightness value according to the light information, and adjusting the brightness and the color temperature of the cosmetic mirror lamp according to the brightness value and the color temperature value.

The position of the destination and whether the destination is a specific scene are judged according to the navigation information of the vehicle, if the destination is the specific scene, the vehicle transmits the information of the specific scene to the cloud, and the cloud acquires the color temperature of the light commonly used in the scene according to the big data and transmits the information to the vehicle.

As shown in fig. 3, the passenger requests the cosmetic mirror lamp to simulate a specific scene through voice, DA touch screen, mirror touch, and other modes; the MCU controller acquires light sensor information and navigation information; the MCU controller judges the navigation information, judges whether the navigation information is in a specific scene, and if not, the MCU controller performs voice interaction with a passenger to obtain a detailed scene and then judges; if the scene is a specific scene, transmitting the scene information to the cloud; the cloud acquires the color temperature of the lamp light commonly used in the specific scene according to the big data, and transmits the color temperature to the MCU controller; the MCU controller obtains color temperature data C, obtains the luminance value L of one-to-one correspondence according to outside light simultaneously, and the color temperature of the vanity mirror lamp, luminance are transferred to the corresponding value respectively, simulate the light effect of specific scene promptly. The brightness value L is f4(FW), where FW is the forward ray value and f4 is a functional relationship.

In one embodiment, if it is determined that the cosmetic mirror does not need to be adjusted to the memory mode according to the audio signal or the image signal, the cosmetic mirror is adjusted to the default mode, and whether the audio signal or the image signal is stored is prompted. If the voice or the image of the speaker is not in the voiceprint library or the image library, the voice signal or the image signal is stored, and meanwhile, the MCU controller adjusts the cosmetic mirror to be in a default state. Optionally, if the voice or image of the speaker is not in the voiceprint library or the image library, the voice signal or the image signal is saved under the consent of the speaker, and the MCU controller adjusts the cosmetic mirror to the default state. By storing the voice signal or the image signal, the data such as the adjustment of the light of the cosmetic mirror, the position of the seat and the like of the passenger are stored to form the memory data.

Referring to fig. 4, in one embodiment thereof, a flow of a method of using a cosmetic mirror for a vehicle is provided:

the passenger inputs a voice signal and requests to open the memory mode of the cosmetic mirror;

the voice module receives the voice signal, carries out semantic recognition, judges whether the voice signal is an effective voice signal or not, if the voice signal is the effective voice signal, carries out the next step, and if the voice signal is not the effective signal, ends the process;

judging a plurality of speakers by utilizing a voiceprint separation and identification technology, separating the speakers, finally matching according to the voices in a voiceprint library to obtain a separation result and corresponding contents of the speakers, and comparing the separation result with the voiceprints stored in the car machine to obtain which speaker is specific; the MCU controller acquires vehicle speed information;

if the voiceprint of the speaker is in the voiceprint library of the car machine, and the car machine stores the data of the speaker using the cosmetic mirror, the MCU controller adjusts the cosmetic mirror to a memory mode, wherein the memory mode is as follows: when the vehicle is static, the seat position (comprising the front and back travel of the seat, the height of the seat, the angle of a backrest and the like), the position of a sun visor (the inclination angle of the sun visor, the displacement of a mirror group of a cosmetic mirror and the like) and the light effect (brightness, color temperature and the like) of a cosmetic mirror are all adjusted to a memory mode; in the driving process of a vehicle, only the inclination angle of the sun shield and the light effect (brightness, color temperature and the like) of the cosmetic mirror lamp are adjusted to a memory mode, the displacement locking of the mirror group is not adjustable, and the position of the seat can be controlled by voice, a DA touch screen, an entity key and the like; optionally, the cosmetic mirror lamp employs an LED lamp.

If the voiceprint of the speaker is in the voiceprint library of the car machine, but the car machine does not store the data of the speaker using the cosmetic mirror, the MCU controller adjusts the cosmetic mirror to a default mode, namely when the car is static, the seat position (comprising the front and back travel of the seat, the height of the seat, the angle of a backrest and the like), the position of a sun shield (the inclination angle of the sun shield, the displacement of a mirror group of the cosmetic mirror and the like) and the light effect (the brightness, the color temperature and the like) of a lamp of the cosmetic mirror are all adjusted to the default mode; in the driving process of a vehicle, only the inclination angle of the sun shield and the light effect (brightness, color temperature and the like) of the cosmetic mirror lamp are adjusted to a default mode, the displacement locking of the mirror group is not adjustable, and the position of the seat can be controlled by voice, a DA touch screen, an entity key and the like; optionally, the cosmetic mirror lamp employs an LED lamp.

If the voiceprint of the speaker is not in the voiceprint library of the vehicle, after the consent of the speaker is obtained, the voiceprint is stored in the voiceprint library of the vehicle, and meanwhile, the MCU controller adjusts the cosmetic mirror to a default state, namely when the vehicle is static, the seat position (comprising the front and back stroke of the seat, the height of the seat, the angle of a backrest and the like), the position of a sun visor (the inclination angle of the sun visor, the displacement of a lens group and the like) and the light effect (brightness, color temperature and the like) of a cosmetic mirror lamp are all adjusted to the default state; in the driving process of a vehicle, only the inclination angle of the sun shield and the light effect (brightness, color temperature and the like) of the cosmetic mirror lamp are adjusted to be in a default state, the displacement locking of the mirror group is not adjustable, and the position of the seat can be controlled by voice, a DA touch screen, an entity key and the like; optionally, the cosmetic mirror lamp employs an LED lamp.

Optionally, the passenger may adjust the brightness, the color temperature, the inclination angle of the sun visor, the displacement of the mirror group, and the like of the vanity mirror lamp in a gear or stepless manner by means of voice, DA touch screen, mirror touch, and the like, and may control the seat position by means of voice, DA touch screen, physical key, and the like, and when the passenger requires to record the state by means of voice, DA touch screen, mirror touch, and the like, the passenger may record the personal information of the passenger and the information of the seat position, the position of the sun visor, the light effect of the vanity mirror lamp.

When a passenger closes the cosmetic mirror through voice, DA touch screen, mirror surface touch and the like, the cosmetic mirror lamp is closed, when the vehicle is static, the mirror group of the cosmetic mirror is restored to the original position, the sun shield is retracted to the ceiling, and the seat is restored to the previous state; when the vehicle runs, the sun visor retracts to the ceiling, and the seat does not move.

The embodiment has solved among the prior art vanity mirror all needs the passenger to adjust at every turn, the technical problem that can not remember, adopt the application method of vanity mirror for the vehicle that this embodiment provided, satisfy the passenger to vanity mirror light automatically regulated and have the requirement of automatic memory function, the state of the associated article of adjustment vanity mirror is removed according to the memory mode of vanity mirror, thereby make the passenger not need the one-by-one regulation, passenger's time has been saved, use experience has been improved, the demand that different height crowds used vanity mirror in the most comfortable state has been satisfied.

Referring to fig. 5, in one embodiment thereof, a flow of a method of using a cosmetic mirror for a vehicle is provided:

the sitting sensor monitors a sitting signal, transmits the sitting signal to the MCU controller, the MCU controller judges the information and opens the camera module, the camera module can be a camera, the camera collects and processes images, the images are compared with images recorded by the vehicle machine, if the images are objects, the process is finished, and if the images are passengers, the next step is carried out; optionally, the passenger starts a memory mode of the cosmetic mirror through modes such as voice, DA touch screen, mirror surface touch and the like, and judges passenger information through a camera;

the MCU controller acquires vehicle speed information;

if the image of the passenger is in the image library of the vehicle machine, and the vehicle machine stores the data of the use of the cosmetic mirror by the passenger, the MCU controller adjusts the cosmetic mirror to a memory mode, namely when the vehicle is static, the seat position (comprising the front and back travel of the seat, the height of the seat, the angle of a backrest and the like), the position of a sun visor (the inclination angle of the sun visor, the displacement of a lens group and the like), and the light effect (brightness, color temperature and the like) of the cosmetic mirror are all adjusted to the memory mode; in the driving process of a vehicle, only the inclination angle of the sun shield and the light effect (brightness, color temperature and the like) of the cosmetic mirror lamp are adjusted to a memory mode, the displacement locking of the mirror group is not adjustable, and the position of the seat can be controlled by voice, a DA touch screen, an entity key and the like; optionally, the cosmetic mirror lamp employs an LED lamp.

If the image of the passenger is in the car-mounted image library, but the car-mounted image library does not store the data of the cosmetic mirror used by the passenger, the MCU controller adjusts the cosmetic mirror to a default mode, namely when the car is static, the seat position (comprising the front-back travel of the seat, the height of the seat, the angle of a backrest and the like), the position of a sun shield (the inclination angle of the sun shield, the displacement of a lens group and the like), and the light effect (brightness, color temperature and the like) of the cosmetic mirror light are all adjusted to; in the driving process of a vehicle, only the inclination angle of the sun shield and the light effect (brightness, color temperature and the like) of the cosmetic mirror lamp are adjusted to a default mode, the displacement locking of the mirror group is not adjustable, and the position of the seat can be controlled by voice, a DA touch screen, an entity key and the like; optionally, the cosmetic mirror lamp employs an LED lamp.

If the image of the passenger is not in the vehicle-mounted image library, after the consent of the passenger is obtained, the image is stored in the vehicle-mounted image library, and meanwhile, the MCU controller adjusts the cosmetic mirror to a default mode, namely when the vehicle is static, the seat position (comprising the front and back travel of the seat, the height of the seat, the angle of a backrest and the like), the position of a sun shield (the inclination angle of the sun shield, the displacement of a lens group and the like), and the light effect (brightness, color temperature and the like) of the cosmetic mirror lamp are all adjusted to the default mode; in the driving process of a vehicle, only the inclination angle of the sun shield and the light effect (brightness, color temperature and the like) of the cosmetic mirror lamp are adjusted to a default mode, the displacement locking of the mirror group is not adjustable, and the position of the seat can be controlled by voice, a DA touch screen, an entity key and the like; optionally, the cosmetic mirror lamp employs an LED lamp.

Optionally, the passenger may adjust the brightness, color temperature, sun visor inclination angle, mirror displacement, etc. of the vanity mirror lamp in a manner of gear or stepless adjustment through voice, DA touch screen, mirror touch, etc., and may control the seat position through voice, DA touch screen, physical key, etc., and when the passenger requires to record this state through voice, DA touch screen, mirror touch, etc., the passenger may record the personal information of the passenger, the seat position, the sun visor position, the light effect of the vanity mirror lamp, etc.;

when a passenger closes the cosmetic mirror through voice, DA touch screen, mirror surface touch and the like, the cosmetic mirror lamp is closed, when the vehicle is static, the mirror group is restored to the original position, the sun shield is retracted to the ceiling, and the seat is restored to the previous state; when the vehicle runs, the sun visor retracts to the ceiling, and the seat does not move.

The embodiment combines the camera image and the like to identify the identity of the passenger, adjusts the state of the cosmetic mirror and the cosmetic mirror related parts (a seat, a sun shield, a cosmetic mirror lamp and the like), and reduces the passenger operation; the light effect of the cosmetic mirror lamp is automatically adjusted by connecting the navigation information with the external light information; and connecting the control system with the vehicle connection system, and opening a channel for interaction of the physical layer and the communication layer.

Referring to fig. 6, the present invention also provides a vehicle vanity mirror system using the method of using the vehicle vanity mirror according to any one of the above methods, including:

the system comprises a sensor module, a voice module, a camera module, a vehicle machine signal module, a touch module, a signal storage and conversion module, an MCU (micro control unit) controller, a vanity mirror lamp, a sun shield provided with vanity mirrors and a seat;

the sensor module, the voice module, the camera module, the car machine signal module and the touch module transmit signals to the signal storage and conversion module, the signal storage and conversion module stores and converts the signals and then transmits the signals to the MCU controller, and the MCU controller transmits control instructions to the cosmetic mirror lamp, the sun shield and the seat after processing the signals.

This embodiment has the memory function through making the vanity mirror, satisfies the passenger and to vanity mirror light automatically regulated and have the requirement of automatic memory function, goes the state of the associated article of adjustment vanity mirror according to the memory mode of vanity mirror to make the passenger not need the one-by-one regulation, saved passenger's time, improved and used experience, satisfied the demand that different height crowds used the vanity mirror at the most comfortable state.

In one embodiment, the sensor module comprises a sun visor tilt sensor, a lens group displacement sensor, a seating sensor and a light sensor;

the touch module comprises a cosmetic mirror surface touch and/or a cosmetic mirror control software interface.

Optionally, the sun visor tilt sensor is disposed inside the sun visor and used for acquiring tilt angle information of the sun visor relative to a vertical state, the default angle is Am, the default angle is obtained by obtaining angle series data according to investigation and obtaining an average value.

Optionally, the lens group displacement sensor is disposed inside the sun visor and is used for collecting the pull-down distance of the lens group (including a mirror frame, a mirror, an annular cosmetic mirror lamp, an MCU controller, etc.), the minimum distance is D1 ═ 0, the maximum distance is D2, and the intermediate distance is Dm ═ D2/2.

Optionally, the seating sensor is disposed inside the seat for collecting and determining whether a person or object is present above the seat.

Optionally, a light sensor is placed on the front windshield side of the interior rearview mirror for monitoring exterior light, the forward light has two thresholds, the lower threshold is F1, the upper threshold is F2, the recordable minimum value of the forward light is FW1 ═ 0, and the maximum value is FW 2.

Alternatively, the cameras may be arranged according to the vehicle camera, may be placed at a location near the a-pillar, the map light, near the interior rearview mirror, the steering wheel, etc., for capturing and processing the primary/secondary driver/passenger images.

Optionally, the seat motor comprises three motors for controlling the forward/backward movement of the seat, the up/down movement of the seat, and the inclination of the backrest, respectively.

Optionally, the motor of the sun visor comprises two motors, and the two motors respectively control the sun visor to open and close, and the cosmetic mirror group to pull down and move up.

Optionally, the external light corresponds to information: FW1 corresponds to C1, F1 corresponds to C11, F2 corresponds to C21, FW2 corresponds to C2, color temperatures in all forward light stages are in one-to-one correspondence, FW1 corresponds to L1, FW2 corresponds to L2, and brightness in the range is in one-to-one correspondence.

In one embodiment, the vanity mirror control software interface provides at least brightness adjustment and color temperature adjustment.

Alternatively, the mirror touch may be located at a set position in the mirror, and the brightness (shift/stepless), the color temperature (shift/stepless), the usage mode, ON/OFF, and the like may be adjusted by touch.

Optionally, the DA screen touches: and a control interface of the cosmetic mirror is added, and the brightness (gear/stepless), the color temperature (gear/stepless), the use mode, ON/OFF and the like can be adjusted by touch control.

Brightness value: minimum value L1, maximum value L2, intermediate value Lm ═ L1+ L2)/2.

Color temperature value: minimum value C1 (yellow light), maximum value C2 (white light), median value Cm ═ C1+ C2)/2, yellow light range C1-C11, yellow-white light range C11-C21, white light range C21-C2.

The embodiment satisfies the passenger to vanity mirror light automatically regulated and have the requirement of automatic memory function, removes the state of adjusting the associated article of vanity mirror according to the memory mode of vanity mirror to make the passenger not need the one-by-one regulation, saved passenger's time, improved and used experience, satisfied the demand that different height crowds used vanity mirror at the most comfortable state.

The foregoing is considered as illustrative only of the principles and preferred embodiments of the invention. It should be noted that, for those skilled in the art, several other modifications can be made on the basis of the principle of the present invention, and the protection scope of the present invention should be regarded.