CN113525266B

CN113525266B - Control method and device for intelligent space based on vehicle cabin

Info

Publication number: CN113525266B
Application number: CN202111013875.1A
Authority: CN
Inventors: 李诗恩; 林钟雄
Original assignee: Guangzhou Xiaopeng Smart Mobility Technology Co Ltd
Current assignee: Guangzhou Xiaopeng Smart Mobility Technology Co Ltd
Priority date: 2021-06-28
Filing date: 2021-08-31
Publication date: 2023-09-12
Anticipated expiration: 2041-08-31
Also published as: CN113525266A; CN113246885A

Abstract

The application provides an interaction method and device of intelligent space based on a vehicle cabin, wherein the method comprises the following steps: and receiving an interaction instruction of a user for accessing the intelligent space, triggering the front seats in the vehicle seat cabin to be simultaneously leveled, and displaying interaction guidance in the vehicle-mounted system after triggering the front seats in the vehicle seat cabin to be simultaneously leveled so as to guide the user that the front seats in the vehicle seat cabin are simultaneously leveled. According to the application, the guiding of the user in the process of simultaneously laying the front seats in the vehicle cabin is realized, and more convenient and smooth cabin use experience is provided for the user.

Description

Control method and device for intelligent space based on vehicle cabin

PRIORITY INFORMATION

The present application requests the priority and equity of the patent application No. 202110721887.3 filed on 28 th 6 th 2021 to the national intellectual property agency of china and is incorporated herein by reference in its entirety.

Technical Field

The application relates to the technical field of vehicle cabins, in particular to a control method and device for an intelligent space based on a vehicle cabin.

Background

In order to expand the user's active space in the vehicle, the user may adjust the vehicle cabin to the user's desired state by adjusting the seats in the vehicle cabin.

The current adjustment of the seats in the vehicle cabin can be independently adjusted for the main driving seat or the auxiliary driving seat, but if only the main driving seat or the auxiliary driving seat is adjusted, the space in the vehicle is still very small, and a user cannot perform activities requiring a spacious space in the vehicle, such as watching movies, sleeping and the like; in addition, the cabin control method for adjusting only the seat does not consider the requirements of privacy, safety, comfort and the like when the user views the images in the cabin, so that the user experiences poor when the user views the images in the adjusted cabin.

Disclosure of Invention

In view of the above, it is proposed to provide a method of controlling a vehicle cabin based smart space that overcomes or at least partially solves the above-mentioned problems, the method comprising:

responsive to a user operation, entering an intelligent space for viewing a movie; the entering the intelligent space for viewing the video comprises the following steps: and controlling the front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video.

In some embodiments, the executing multiple cabin function controls according to the preset requirements of the smart space for viewing movies includes:

Calling the multimedia equipment of the vehicle cabin;

the method for controlling the functions of the multiple cabins according to the preset requirements of the intelligent space for watching the video further comprises the following steps:

adjusting the media volume to a preset volume;

and/or adjusting the media sound field to a preset sound field;

and/or adjusting the air conditioner to a film-viewing air conditioning mode;

and/or closing the lamps of the vehicle to which the vehicle cabin belongs;

and/or closing a window shade in the vehicle cabin.

Therefore, through adjusting the function control of the multiple cabins, the intelligent space for sleeping can be enabled to obtain better sleeping feeling on light, temperature and comfort level, and user experience is improved.

In some embodiments, the invoking the multimedia device of the vehicle cabin comprises:

deploying a curtain of the vehicle cabin;

and acquiring the multimedia resource, and calling the projection equipment of the vehicle cabin and the audio equipment of the vehicle cabin to play the multimedia resource.

Therefore, after the user is ready for watching the video space, the video playing can be automatically started by expanding the curtain and playing the multimedia resources, so that the user can quickly enter a video watching activity, and the user experience is improved.

In some embodiments, before invoking the multimedia device of the vehicle cabin, the method further comprises:

and playing the guiding information for guiding the user to call the multimedia equipment.

Therefore, the guiding information can enable the user to know how to use the multimedia device, and the problem that the user cannot know about the first use or has difficulty in operation is avoided, so that the user experience is influenced.

and responding to the operation of a user, establishing communication connection between the projection equipment and the audio playing equipment of the vehicle cabin, and controlling the communication connection state of the communication connection to be displayed in an interactive interface for guiding the user to carry out the communication connection.

Thus, the user can clearly know the current communication connection state in the interactive interface for guiding the user to carry out communication connection, and corresponding operation is carried out through the communication connection state. The success rate of communication connection is improved to a certain extent.

In some embodiments, the communication connection comprises a bluetooth connection, and the establishing a communication connection between the projection device of the vehicle cabin and the audio playing device of the vehicle cabin and controlling to display a communication connection state of the communication connection in an interactive interface for guiding a user to make the communication connection comprise:

Controlling the audio playing device to search Bluetooth device and controlling the Bluetooth searching state to be displayed in the interactive interface;

under the condition that the projection equipment is searched, bluetooth connection between the audio playing equipment and the projection equipment is automatically established, and/or the interaction interface is triggered to prompt a user to confirm Bluetooth pairing information, and Bluetooth connection between the audio playing equipment and the projection equipment is established in response to the operation of the user on an interface element for confirming the Bluetooth pairing information;

under the condition that the Bluetooth connection is successful, controlling to display a Bluetooth establishment success state in the interactive interface;

and under the condition that the Bluetooth connection fails, controlling to display a Bluetooth establishment failure state in the interactive interface.

Therefore, through the display of various Bluetooth connection states, a user can know the current Bluetooth connection condition, when the connection fails, the user can further operate according to the prompt and the control entry of the manual connection, and the convenience of the user operation is improved.

In some embodiments, the controlling the front row seats of the vehicle cabin to be positioned horizontally at the same time comprises:

and controlling the front row of seats to incline to a preset position at the same time.

Therefore, the main and auxiliary driving seats which are horizontally placed can be ensured to be flat to a certain extent, and users cannot feel uncomfortable due to inconsistent positions of the main and auxiliary driving seats when sleeping on the main and auxiliary driving seats.

detecting whether the vehicle cabin meets a preset entering condition or not;

when the vehicle cabin is in a preset entering condition, controlling the front row of seats to be horizontally placed at the same time;

wherein the preset entry conditions include any one or more of:

the parking gear, the rear seat has no foreign matter, the front seat headrest is taken, the quick charge mode is not started, and the residual working time exceeds the time threshold.

Therefore, by setting the preset entering condition, the danger that the user cannot normally use the vehicle cabin and even the air conditioner stops working to cause asphyxia of the user in the vehicle cabin can be avoided when the rest working time is lower than the time threshold and the sleep space is entered, the user is in a sleep state and the vehicle cabin cannot continue working because of electric quantity exhaustion. The safety of the sleeping space used by the user is ensured to a certain extent.

In some embodiments, after entering the smart space for viewing, the method further comprises:

collecting monitoring data, and carrying out early warning prompt and/or safety control according to the monitoring data;

and acquiring cabin data and controlling to display the cabin data in interface elements corresponding to the video viewing interactive interface of the intelligent space for video viewing, wherein the cabin data comprises air conditioning state information.

Therefore, the safety of the user after the user enters the sleep space can be ensured to a certain extent by collecting the monitoring data of the vehicle cabin and the environment in the cabin, and the user experience is improved. Meanwhile, cabin data are collected and displayed in interface elements of the video-watching interactive interface, so that a user can know current cabin data such as air-conditioning state information.

In some embodiments, the cabin data further includes a viewing alarm time, and the collecting cabin state data and controlling to display the cabin state data in the interface element corresponding to the interactive interface of the smart space for viewing comprises:

when entering the intelligent space for watching the video, acquiring the video watching alarm clock time and generating first vehicle endurance information according to the video watching alarm clock time;

Controlling to display the first vehicle endurance information in an alarm clock interface element of the interactive interface;

when entering an alarm clock setting interface for setting the video watching alarm clock time, responding to the operation of selecting time in the alarm clock setting interface by a user, generating second vehicle duration information corresponding to the selected time, and controlling the second vehicle duration information to be displayed in the alarm clock setting interface.

Therefore, corresponding vehicle endurance information is generated according to the video watching alarm clock time, the situation that a user may not easily know the vehicle endurance capacity of the user due to long-time use of the video watching space can be avoided, the user can know the vehicle endurance capacity after the video watching is finished in advance, and user experience is improved.

responding to the operation of a window opening control of a user in an interactive interface of the intelligent space, and detecting the window locking state of the vehicle cabin;

when the window locking state is inactive, opening the window in the vehicle cabin according to a preset window opening strategy, or closing the window in the vehicle cabin according to a preset window closing strategy;

And executing the window locking state prompt when the window locking state is activated.

Therefore, a user can perform one-key windowing or one-key windowing in the interactive interface of the video viewing space, and the windowing or windowing operation can be performed in response to the operation of the user, so that the user experience is improved.

The application also provides a control device of the intelligent space based on the vehicle cabin, which comprises:

the control module is used for responding to the operation of a user and entering an intelligent space for watching the video; the entering the intelligent space for viewing the video comprises the following steps: and controlling the front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video.

The application also provides a vehicle cabin, which comprises a processor, a memory and a computer program stored on the memory and capable of running on the processor, wherein the computer program is executed by the processor to realize the interaction method of the intelligent space based on the vehicle cabin.

The application also provides a computer readable storage medium, on which a computer program is stored, which when being executed by a processor implements the interaction method of any of the above-mentioned intelligent spaces based on a vehicle cabin.

The application has the following advantages:

in the application, responding to user operation, an intelligent space for watching the video is accessed; entering the smart space for viewing includes: and controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video. According to the application, when the main and auxiliary driving seats of the front row of the vehicle cabin are horizontally placed at the same time, the control of multiple cabin functions is executed according to the preset requirements, so that a spacious viewing space is provided in the vehicle cabin, and the requirements of users on privacy, comfort, safety and the like during viewing in the vehicle cabin are met.

Additional aspects and advantages of embodiments of the application will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the application.

Drawings

The foregoing and/or additional aspects and advantages of the present application will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a flow chart of the steps of a method of controlling a smart space based on a vehicle cabin of the present application;

FIG. 2a is a flow chart of the steps of another vehicle cabin based smart space control method of the present application;

FIG. 2b is an exemplary diagram of another vehicle cabin based smart space control method of the present application;

FIG. 2c is an exemplary diagram of another vehicle cabin based smart space control method of the present application;

FIG. 2d is an exemplary diagram of another vehicle cabin based smart space control method of the present application;

FIG. 2e is an exemplary diagram of another vehicle cabin based smart space control method of the present application;

FIG. 3 is a flow chart of the steps of another vehicle cabin based smart space control method of the present application;

FIG. 4 is a flow chart of the steps of another vehicle cabin based smart space control method of the present application;

fig. 5 is a block diagram of a control device for a vehicle cabin according to the present application.

Detailed Description

In order that the above-recited objects, features and advantages of the present application will become more readily apparent, a more particular description of the application will be rendered by reference to the appended drawings and appended detailed description. It will be apparent that the described embodiments are some, but not all, embodiments of the application. All other embodiments, which can be made by those skilled in the art based on the embodiments of the application without making any inventive effort, are intended to be within the scope of the application.

Referring to fig. 1, there is shown a flow chart of steps of a control method of a vehicle cabin-based smart space, which is an intelligent improvement of a vehicle cabin space, for servicing a user together by software, hardware of the vehicle itself and a kit required for the smart space. The intelligent space comprises a viewing space, and the viewing space comprises a software function, a hardware function and a matched viewing suite function, so that a user can perform activities such as entertainment viewing in the vehicle space. After the user finishes the corresponding preparation work and enters the viewing space, the user can obtain better experience of watching video and audio entertainment.

Specifically, the method comprises the following steps:

step 101, responding to user operation, and entering an intelligent space for watching the video; entering the smart space for viewing includes: and controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video.

The vehicle cabin comprises a cabin where a driver and passengers in the vehicle are active, a front row of seats and a rear row of seats are arranged in the vehicle cabin, and the front row of seats comprise a main driving seat and a secondary driving seat.

Cabin functions include control functions provided in the vehicle cabin, including turning on or off lights, turning on or off shades, adjusting air conditioning temperature or mode, adjusting media volume and media sound field, and the like.

The vehicle lamp comprises a vehicle headlight and a vehicle tail lamp which are arranged outside a vehicle cabin, the window shade comprises a curtain which is arranged at a window of the vehicle cabin and used for shielding external light from shining into the cabin and preventing people outside the cabin from peeping into the cabin, and the media volume and the sound field comprise the volume and the sound field of audio playing equipment in the vehicle cabin.

The intelligent space comprises comprehensive functions based on the combination of software and hardware of the vehicle cabin and supporting facilities, and comprises a video watching space for watching videos, a sleeping space for sleeping and the like, and the intelligent space is switched randomly according to the requirements of users in the vehicle cabin.

When a user needs to enter the viewing space, a voice instruction for accessing the viewing space is spoken in a voice mode, or interactive operation is directly executed on an in-cabin display screen in the vehicle cabin, so that the instruction for entering the viewing space is initiated to the vehicle cabin. Responding to the user operation of the voice instruction, the vehicle cabin controls the front-row main and auxiliary driving seats so as to control the front-row main and auxiliary driving seats to be horizontally placed at the same time; controlling the front seats, and simultaneously controlling a plurality of cabin functions according to the preset requirement of the video watching space, wherein the functions comprise adjusting the media volume to the preset volume, adjusting an air conditioner to a video watching air conditioning mode and the like; the preset requirements are set according to the use of the smart space, for example: the preset requirement of the viewing space is set based on the requirement of being capable of realizing comfortable and safe viewing of the user, and the application is not limited to this.

Furthermore, when the user performs the operation of putting the flat seat to a certain angle, the intelligent space is automatically accessed, or the user is inquired whether to access the intelligent space for viewing the video, and under the condition of confirmation of the user, the intelligent space for viewing the video is accessed.

When the user finishes watching the video and needs to exit the video watching space, executing the user operation again; in response to the re-executed user operation, control of restoration of the front-row main and sub-driver seat and the multiple cabin functions includes restoration of the main and sub-driver seat from a special state of horizontal placement to a normal state of seating, restoration of the media volume to the volume before adjustment.

In some embodiments, a preset exit condition is preset, wherein the exit condition comprises a parking gear and/or a rear seat without foreign matters; and when the vehicle cabin meets the preset exit condition, the vehicle cabin exits the viewing space.

In the application, after receiving user operation, responding to the user operation, and entering an intelligent space for watching the video; the intelligent space for viewing the video includes: and controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video. According to the application, when the main and auxiliary driving seats of the front row of the vehicle cabin are horizontally placed at the same time, the control of multiple cabin functions is executed according to the preset requirements, so that a spacious film watching space is provided for a user in the vehicle cabin, and the requirements of the user on privacy, comfort, safety and the like during film watching in the vehicle cabin are met.

Referring to fig. 2a, there is shown a flow chart of steps of another method for controlling a smart space based on a vehicle cabin according to the present application, which may specifically include the steps of:

step 201, responding to user operation, and detecting whether a vehicle cabin meets a preset entering condition;

the preset entry conditions may include any one or more of the following: the parking gear, the rear seat has no foreign matter, the front seat headrest is taken, the quick charge mode is not started, and the residual working time exceeds the time threshold.

The parking gear may refer to a P gear of the vehicle; the rear-row seat has no foreign matter, which means that no person sits on the rear-row seat and no other articles are placed on the rear-row seat, and whether the rear-row seat has the foreign matter can be detected and determined by a sensor which is arranged in the rear-row seat in advance; the front seat headrest being taken may refer to the headrest on the front seat having been taken off, whether the front seat headrest has been taken may be determined by detection of a sensor pre-deployed at the front seat headrest; disabling the fast charge mode may refer to the vehicle not being charged using the fast charge mode; the remaining working time length can be estimated according to the remaining electric quantity of the vehicle, and the vehicle cabin can continue to work.

When the vehicle cabin is in certain states, it may not be possible to safely and normally access the viewing space, for example: if the front row seat is horizontally placed when the vehicle is in a gear position capable of driving such as S gear and D gear, the horizontally placed front row seat may influence a driver to drive the vehicle; when foreign matter exists in the rear seats, the rear seats may be crushed by the front seats which are horizontally placed; when the headrest of the front row seat is not removed, the headrest can be crushed; when the vehicle is in the fast charge mode, if entering the viewing space, the battery of the vehicle may be damaged; when the remaining working time is lower than the time threshold, the user enters the viewing space, and the user is in a viewing state and the vehicle cabin cannot continue working because of electric quantity exhaustion, so that the user cannot normally use the vehicle cabin, and even the air conditioner is possibly triggered to stop working, so that the user in the vehicle cabin is choked.

In order to ensure that the video watching space can be safely and normally accessed, a preset access condition can be set; then, when the user operation is detected, it may be detected whether the vehicle cabin satisfies a preset entry condition, for example, in response to the user operation: judging whether the gear of the vehicle is a parking gear or not, judging whether a rear seat is occupied or not, judging whether a front seat headrest is taken down or not, judging whether the vehicle is charged in a quick charging mode or not, and judging whether the residual working time exceeds a time threshold value or not; when it is to be noted, whether the vehicle cabin satisfies the preset entry condition may be determined by determining whether the vehicle cabin satisfies any one or more of the above, which is not limited by the present application.

And 202, when the vehicle cabin is in a preset entering condition, controlling the front seats to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video.

When the vehicle cabin is detected to be in a preset entering condition, the vehicle cabin can safely and normally enter a video watching space, and the front-row main and auxiliary driving seats can be controlled to be horizontally placed at the same time; and when the front seats are controlled, the functions of a plurality of cabins can be controlled according to the preset requirements of the video watching space.

If it is detected that the vehicle cabin does not meet the preset entry condition, a prompt may be given to the user to guide the user to adjust the vehicle cabin to the preset entry condition, for example: the method comprises the steps of prompting a user to put a gear of a vehicle into a parking gear, prompting the user to pull out a headrest of a front seat, prompting the user to leave a rear seat, prompting the user to leave a quick charging mode, prompting the user to charge first and then enter a viewing space, and the like. Specifically, the voice prompt mode can be used for prompting the user, and the information can be displayed on the popup window of the display screen in the cabin.

The front row seats can be controlled to be horizontally placed at the same time by the following steps:

Controlling the front row seats to incline to the preset positions at the same time.

In order to ensure comfortable watching of the user on the horizontally placed front-row seats, the front-row main and auxiliary driving seats can be controlled to incline at the same time, and the inclined positions of the main and auxiliary driving seats are ensured to be identical, so that the horizontally placed main and auxiliary driving seats are ensured to be flat, and the user can not feel uncomfortable due to inconsistent positions of the main and auxiliary driving seats when lying on the horizontally placed front-row seats for watching.

In controlling the horizontal placement of the front seat, a situation may occur in which it is necessary to stop the horizontal placement of the front seat, for example: the user needs to take things from the vehicle cabin; in order to ensure that the front row of seats can be stopped in time when the situation that the front row of seats need to be stopped horizontally occurs, the front row of seats can be stopped horizontally, and the method further comprises the following steps:

in the process of horizontally placing the front seats of the vehicle cabin at the same time, whether the vehicle cabin meets the preset stopping condition can be detected; when the vehicle cabin is in a preset stop condition, the horizontal placement of the front row seats is stopped.

The preset stop conditions may include any one or more of the following: the front seats are provided with a person, a stop instruction and a person for adjusting the seats.

Wherein, the front seat can mean that the front seat has a user sitting on the seat, and whether the front seat has a person can be detected and determined by a sensor which is arranged in the front seat in advance; the stopping instruction can be an instruction sent by a user through voice or an instruction generated on a display screen in the cabin through touch operation; manually adjusting the seat may refer to a user's manipulation of hard keys for seat adjustment.

Detecting the vehicle cabin in the process of horizontally placing the front row of main and auxiliary driving seats at the same time so as to detect whether the vehicle cabin meets the preset stopping condition; when the vehicle cabin is detected to meet the preset stopping condition, the condition that the front row seats need to be horizontally placed is indicated; at this time, the horizontal placement of the front row seats may be stopped.

When it is detected that the vehicle cabin satisfies the preset stop condition of "front seat is occupied", the horizontal placement of the front seat may be stopped first and a prompt may be given to the user, for example: a voice or text prompt that the user on the front seat notices safety can be performed; when the confirmation operation of the user for prompting is detected, the front row seat is horizontally placed again.

When the vehicle cabin is detected to meet a preset stop instruction of a stop instruction, the horizontal placement of the front seat can be stopped first, and then whether the operation of continuing to horizontally place the front seat, which is executed by a user, is received or not is detected; when receiving the operation of continuing to horizontally place the front row seat, which is performed by the user, the front row seat can be continuously horizontally placed; or when receiving the operation of exiting the horizontal front row seat, which is performed by the user, the front row main and auxiliary seats can be restored from the special state of horizontal placement to the normal state for sitting, and the cabin function which is adjusted can be restored to the state before entering the viewing space.

When it is detected that the vehicle cabin satisfies a preset stop instruction for manually adjusting the seats, the horizontal placement of the front seats may be stopped first, and a prompt may be given to the user to inform the user that the process of horizontally placing the front seats has been stopped, for example: the voice or text prompt of 'the front seat is suspended for horizontal placement due to manual adjustment' can be carried out; when receiving the operation of continuing to horizontally place the front row seat, which is performed by the user, the front row seat can be continuously horizontally placed; or when receiving the operation of exiting the horizontal front row seat, which is performed by the user, the front row main and auxiliary seats can be restored from the special state of horizontal placement to the normal state for sitting, and the cabin function which is adjusted can be restored to the state before entering the viewing space.

In the process of horizontally placing the front-row main and auxiliary seats at the same time, whether the vehicle cabin meets the preset entering condition can be continuously judged; when the vehicle cabin no longer meets the preset entry conditions, the horizontal placement of the front seats may also be stopped.

Performing multiple cabin function controls according to preset requirements of the viewing space may include the sub-steps of:

a substep 11, calling multimedia equipment of a vehicle cabin;

In order for a user to view a video in the viewing space, the multimedia device of the vehicle cabin may be invoked to play the multimedia asset.

Specifically, the multimedia device may be invoked by:

unfolding a curtain of a vehicle cabin; and acquiring the multimedia resource, and calling the projection equipment of the vehicle cabin and the audio equipment of the vehicle cabin to play the multimedia resource.

Wherein the curtain and the projection device may be matched with each other, and the curtain and the projection device may be pre-installed in the vehicle cabin.

When receiving a user operation for entering a film watching space, the curtain can be unfolded first; then, acquiring a multimedia resource required to be watched by a user; the multimedia resource may be selected by the user via a mobile terminal connected to the projection device or may be selected by the user directly on an in-cabin display.

After the multimedia resource is obtained, the projection device and the audio device of the vehicle cabin can be called to play the multimedia resource, so that a user can watch the multimedia resource in the viewing space.

Executing the plurality of cabin function controls according to the preset requirements of the viewing space may further comprise the sub-steps of:

step 21, adjusting the media volume to a preset volume;

In order to create immersive viewing experience, the media volume can be adjusted to a preset volume, and the preset volume can be set according to actual conditions; of course, the preset volume corresponding to the different types of multimedia resources can be set, which is not limited by the present application.

A sub-step 22 of adjusting the media sound field to a preset sound field;

in order to create immersive viewing experience, the media sound field can be adjusted to a preset sound field, and the preset sound field can be set according to actual conditions; of course, the corresponding preset sound field may be set for different types of multimedia resources, which is not limited by the present application.

Step 23, adjusting the air conditioner to a film watching air conditioning mode;

in order to ensure that the temperature in the vehicle cabin is proper when a user views a video, the air conditioner can be adjusted to a video viewing air conditioning mode; of course, the air conditioner may be adjusted to an automatic mode, or to a preset temperature, which is not limited in the present application.

Step 24, turning off the lamps of the vehicle to which the vehicle cabin belongs;

the user does not need to use the lamps of the vehicle in the vehicle cabin when watching the video in the cabin, so that the lamps of the vehicle in the vehicle cabin can be turned off in order to reduce the waste of resources.

Of course, in order to remind other users that there is a vehicle to avoid collision of other vehicles with the vehicle, the warning light can be turned on, and other lamps except the warning light can be turned off, which is not limited by the application.

Substep 25, closing the window shades in the vehicle cabin.

In order to avoid that the outside user steals the inside of the vehicle and to avoid that the outside light influences the viewing of the inside user, the window shade in the cabin of the vehicle can be closed.

It should be noted that, when executing the step of executing the plurality of cabin function controls according to the preset requirement of the viewing space, any of the sub-steps 21 to 25 may be executed, for example, the sub-steps 21 and 22 may be executed; in addition, when any of the sub-steps 21-25 are performed, the order between the sub-steps is also arbitrary, as the application is not limited in this regard.

In addition, the curtain and projection device may also need to be manually installed into the vehicle cabin by the user after entering the viewing space; accordingly, upon entering the viewing space, only the front seats may be controlled to be placed horizontally at the same time, and any of the sub-steps 21-25 may be performed.

The guidance information for guiding the user to call the multimedia device may then be played before the multimedia device of the vehicle cabin is called.

The guiding information can be pre-stored text guiding information or video guiding information; the user can watch the guide information, install the curtain and the projection device according to the prompt of the guide information, and establish connection between the projection device and the audio playing device of the vehicle cabin according to the guide information, for example, establish Bluetooth connection between the projection device and the audio playing device of the vehicle cabin.

After the connection is established, the user can continue to call the curtain, the projection device and the audio playing device to play the selected multimedia resources according to the guiding information.

In order to enhance the user's audio experience in the viewing space, the method further comprises, prior to invoking the multimedia device of the vehicle cabin:

and establishing communication connection between the projection equipment and the audio playing equipment of the vehicle cabin, and controlling to display the communication connection state of the communication connection in an interactive interface for guiding a user to carry out the communication connection. The communication connection includes, but is not limited to, bluetooth connection, lan connection, wired connection, and other communication connection modes.

In one example, the establishment of the communication connection between the projection device and the audio playback device of the vehicle cabin is automatically initiated during a phase of guiding the user to the communication connection. For example, when entering an interface for a communication connection, the audio playback device controlling the vehicle cabin automatically initiates a bluetooth search and establishes a bluetooth connection with the projector.

In another example, a user operation may be received and in response to the user operation, a communication connection between a projection device of a vehicle cabin and an audio playback device may be established, and a communication connection state of the communication connection may be controlled to be displayed in an interactive interface for directing the user to make the communication connection. The user's operation includes installing the projection equipment for watching the video according to the guiding information by the user in the process of playing the guiding information, and when the video watching equipment is started when the communication connection guiding is entered, establishing the communication connection between the projection equipment of the vehicle cabin and the audio playing equipment when the video watching equipment initiates the communication connection request.

Meanwhile, in the process of establishing the communication connection, the communication connection state of the communication connection is controlled to be displayed in an interactive interface for guiding a user to perform the communication connection. The user can clearly know the current state of the communication connection, such as the state of searching currently, the successful communication connection or the failure communication connection, and the like, in the interactive interface for guiding the user to perform the communication connection.

Preferably, the communication connection includes a bluetooth connection, and establishing a communication connection between the projection device of the vehicle cabin and the audio playback device of the vehicle cabin and controlling a communication connection state for displaying the communication connection in an interactive interface for guiding the user to make the communication connection include:

under the condition that the projection equipment is searched, bluetooth connection between the audio playing equipment and the projection equipment is automatically established, and/or Bluetooth pairing information is prompted to be confirmed by a user in an interactive interface, and Bluetooth connection between the audio playing equipment and the projection equipment is established in response to the operation of the user on an interface element for confirming the Bluetooth pairing information;

under the condition that the Bluetooth connection is successful, controlling to display the successful Bluetooth establishment state in the interactive interface;

Specifically, a projection device and an audio playing device are installed in a vehicle cabin, and under the condition that a user opens the projection device with a Bluetooth module, the audio playing device is controlled to search for the Bluetooth device, and meanwhile, the Bluetooth searching state is displayed in an interactive interface for guiding the user to carry out communication connection. For example, referring to fig. 2b, "bluetooth is automatically connected …" is displayed in the interactive interface "connect projector bluetooth".

When the projection device is searched, if the Bluetooth connection is established with the projection device before, the Bluetooth connection between the audio playing device and the projection device can be automatically established. If the projection equipment is searched for the first time, the method can trigger to prompt the user to confirm the Bluetooth pairing information in the interactive interface and prompt the user to confirm the Bluetooth pairing information on the projection equipment. For example, referring to FIG. 2c, the user interface prompts "please confirm pairing on projector". When a user clicks a confirmation control of the interactive interface of the projection device to confirm the Bluetooth pairing information, bluetooth connection between the audio playing device and the projection device is established, and the Bluetooth connection is successful. For example, referring to fig. 2d, the interactive interface displays "connected: (projection device name) "to feed back to the user that the current bluetooth connection has been successfully connected.

In one example, a bluetooth pairing confirmation may also be initiated each time the projection device is searched.

Referring to fig. 2e, when the projection device is not searched, a "bluetooth auto-connect failure" may be displayed in an interactive interface for guiding the user to make a communication connection, and at the same time, a manual connection bluetooth portal may be provided in the interactive interface to guide the user to manually connect bluetooth.

It should be noted that, the connection manner and the interactive interface in the above embodiment take bluetooth connection as an example to perform communication connection, and when the connection manner is other communication connection manners, the connection is performed automatically according to the corresponding communication establishing flow, and meanwhile, the corresponding interactive interface is displayed so that the user can acquire the current communication connection state information.

In order to further improve the comfort of the user when watching the video in the video watching space, a fragrance device can be configured in the vehicle cabin in advance, and the fragrance device can be used for providing fragrance services. Accordingly, the method may comprise the steps of:

the fragrance equipment of the vehicle cabin is controlled in response to the fragrance control operation.

When the user needs to use the fragrance service, a fragrance control operation can be performed; the fragrance device can be controlled, for example turned on or off, in response to a fragrance control operation.

In the application, whether a vehicle cabin meets a preset entering condition is detected in response to user operation; when the vehicle cabin is in a preset entering condition, the front seats are controlled to be horizontally placed at the same time, and a plurality of cabin function controls are executed according to preset requirements of an intelligent space for watching the video. By the method and the device, whether the vehicle cabin meets the preset conditions or not is detected before the vehicle cabin enters the video watching space, and the functions of the front seat and the multiple cabins are controlled when the preset conditions are met, so that the safety of the process of entering the video watching space is ensured.

And the multimedia resources are played by calling the peripheral projection equipment and the audio playing equipment of the vehicle cabin, so that the playing effect of the played multimedia resources is ensured.

In addition, the fragrance function is provided in the vehicle cabin, so that the comfort and the practicability of the viewing space are further improved.

Referring to fig. 3, a flowchart illustrating steps of yet another control method for a smart space based on a vehicle cabin according to the present application may specifically include the following steps:

step 301, responding to user operation, and detecting whether a vehicle cabin meets a preset entering condition;

in order to ensure that the video watching space can be safely and normally accessed, a preset access condition can be set; then, after detecting the user operation, it may be detected first whether the vehicle cabin satisfies a preset entry condition in response to the user operation.

Step 302, when the vehicle cabin is in a preset entering condition, controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to preset requirements of an intelligent space of the vehicle cabin for watching the video;

when the vehicle cabin is detected to be in a preset entering condition, the vehicle cabin can safely and normally enter a video watching space, and the front-row main and auxiliary driving seats can be controlled to be horizontally placed at the same time; the control of the front seats can also control the functions of multiple cabins according to the preset requirements of the viewing space.

Step 303, after entering an intelligent space for film viewing, collecting monitoring data and carrying out early warning prompt and/or safety control according to the monitoring data;

wherein the monitoring data may be indicative of data collected for the vehicle cabin itself and the interior and exterior environment of the cabin, such as: the residual working time, air quality monitoring data, temperature monitoring data, video data outside the vehicle and the like.

The air quality monitoring data can refer to monitoring data obtained by monitoring air (such as carbon monoxide concentration, carbon dioxide concentration, fine particles and the like) inside and outside a vehicle cabin; the temperature monitoring data can be used for indicating monitoring data obtained by monitoring the temperature inside and outside the vehicle cabin; the video data outside the vehicle can refer to video data acquired by an outside camera aiming at people or objects outside the vehicle.

When a user watches the video, the observation of the vehicle cabin and the conditions inside and outside the cabin can be reduced; in order to ensure the safety of a user during watching in a watching space, monitoring data can be collected for the vehicle cabin and the inside and outside environment after entering the watching space.

Corresponding early warning prompts and/or safety control can be preset aiming at different monitoring data; after entering the film watching space, corresponding early warning prompt and/or corresponding safety control can be performed according to the collected monitoring data, for example: and (5) carrying out early warning prompt, starting air external circulation and the like on a display screen in the cabin.

Step 303 may include the sub-steps of:

and a sub-step 31 of carrying out early warning prompt aiming at the sustainable duration of the film watching space according to the residual working duration.

In order to avoid that the electric quantity of the vehicle is exhausted when the user views the video, so that the user views the video, and the vehicle cabin and the vehicle to which the vehicle belongs are used later, the relation between the residual working time length and another time length threshold value can be judged first, and the other time length threshold value can be set according to the actual situation; when the remaining working time is lower than another time threshold, the remaining electric quantity of the vehicle is low, and the vehicle needs to be charged as soon as possible; at this time, an early warning prompt for the sustainable duration of the viewing space can be performed to remind the user to charge the vehicle as soon as possible, for example, the "the sustainable duration of the viewing space is too low and please charge as soon as possible" can be displayed on the display screen in the cabin.

In addition, the remaining working time length can be determined and displayed when the user enters the film watching space, so that the user can plan the film watching ending time in advance according to the remaining working time length, and the application is not limited to the method.

Step 303 may include the sub-steps of:

step 41, performing early warning prompt on the air quality inside and outside the vehicle cabin according to the air quality monitoring data;

in order to avoid the influence of the deterioration of the air quality inside and outside the cabin on the viewing of the user, even endanger the physical health of the user viewing the image inside the cabin, the air quality monitoring data can be identified, and when the abnormality of the air quality monitoring data is identified, an early warning prompt is carried out for the air quality inside the cabin of the vehicle or the air quality outside the cabin of the vehicle, for example: the voice prompt of 'out-cabin (in-cabin) with too high carbon monoxide concentration and please notice' can be played; of course, the "please note-! The application is not limited to popup window cues for which the carbon monoxide concentration is too high outside (inside) the cabin.

And a substep 42, starting the air external circulation of the vehicle cabin according to the air quality monitoring data.

In addition, when the abnormality of the air quality monitoring data is identified, the air external circulation is started; for example: when the carbon dioxide concentration in the cabin is detected to exceed the threshold value, the air external circulation may be started.

It should be noted that, whether to perform early warning prompt or start air external circulation according to air quality monitoring data may be set according to actual conditions, for example: when the concentration of carbon monoxide in the cabin exceeds a concentration threshold, the early warning prompt can be directly carried out at the moment because the carbon monoxide has certain toxicity; when the carbon dioxide concentration in the cabin is detected to exceed the concentration threshold value, the carbon dioxide is not toxic, and only the air external circulation can be started to reduce the concentration of the carbon dioxide in the cabin, so that the application is not limited.

Step 303 may further comprise the sub-steps of:

and a sub-step 51 of carrying out early warning prompt on the internal and external temperatures of the vehicle cabin according to the temperature monitoring data.

When the temperature inside and outside the cabin changes drastically, the safety of the user may be compromised, for example: when the temperature in the cabin is too low, the user watching the cabin can be ill, and when the temperature outside the cabin is too high, the fire disaster outside the cabin can be indicated, and the safety of the user watching the cabin can be seriously endangered; the user can concentrate on the played multimedia resources when watching the video in the video watching space, so that the observation of the temperature inside and outside the cabin is reduced; in order to ensure the safety of the user, the early warning prompt for the temperature in the vehicle cabin or the early warning prompt for the temperature outside the vehicle cabin can be performed according to the temperature monitoring data, for example: when the temperature in the cabin is identified to be lower than the temperature threshold value according to the temperature monitoring data, a voice prompt of low temperature in the cabin can be broadcasted so as to prompt a user in the movie observation to adjust the air conditioner; when the outdoor temperature is identified to be higher than the temperature threshold value according to the temperature monitoring data, a voice prompt of 'please notice that the outdoor fire possibly occurs' can be broadcasted, and the application is not limited to the voice prompt.

Step 303 may further comprise the sub-steps of:

and step 61, carrying out early warning prompt aiming at the safety outside the vehicle according to the video data outside the vehicle.

When the vehicle of the vehicle cabin is parked in the public parking lot and other environments, other people may approach and conduct the actions of damaging the vehicle and the vehicle user, and the user can reduce the observation of the external condition of the vehicle during the video observation, so that the situation that other people approach the vehicle is difficult to find, and other vehicles approach the vehicle and prepare to try to harm the behavior of the vehicle and the vehicle user; in order to protect the safety of a user, early warning prompt aiming at the safety outside the vehicle can be carried out according to the video data outside the vehicle.

Specifically, the image recognition can be performed on the video data outside the vehicle, and early warning prompt is performed when a person is recognized to approach the vehicle or the approaching person is ready to perform the dangerous behavior, for example: the voice prompt of 'please notice, people approaching' can be broadcasted.

And 304, acquiring cabin data and controlling to display the cabin data in interface elements corresponding to a video viewing interactive interface of the intelligent space for video viewing, wherein the cabin data comprises air conditioning state information.

Specifically, the air conditioning status information includes, but is not limited to, air conditioning temperature, a/C status, AUTO/cooling/heating status, internal and external circulation status, and the like. And acquiring the current air-conditioning state in real time, and displaying the air-conditioning state information in the interface element corresponding to the video-viewing interactive interface of the intelligent space for video-viewing.

The cabin data further comprises a viewing alarm time, step 305 may further comprise the sub-steps of:

when entering a video watching interaction interface, obtaining video watching alarm clock time and generating first vehicle endurance information according to the video watching alarm clock time;

the video watching alarm clock time is an alarm clock which can be set by a user for avoiding the safety problem caused by long-time video watching when the user performs video watching activities in the video watching space. When entering an interactive interface of a video watching space, if the current default setting or the video watching alarm clock time set by a user history is effective and the alarm clock is in an on state, acquiring the video watching alarm clock time set by the default setting or the user history, and generating first vehicle duration information according to the time. The first vehicle duration information is the duration capability of the vehicle which is left when the vehicle reaches the time of the video watching alarm clock, and the first vehicle duration information comprises parameters such as duration mileage or electric quantity. For example, the time of the viewing alarm clock is "14:00", the first vehicle duration information is "101km" and indicates that the current time reaches "14" when the viewing space is continuously used: 00", the vehicle remaining range is estimated to be" 101km ".

Controlling to display first vehicle endurance information in an alarm clock interface element of the interactive interface;

An alarm clock interface element can be included in the interactive interface for entering the viewing space, the user can click a page for entering the alarm clock setting, and the generated first vehicle cruising information can be displayed on the alarm clock interface element.

The user clicks the alarm clock interface element to enter an alarm clock setting interface for setting the movie watching alarm clock time by the user, and the user can select the time to set at the interface. If the user is slidable: the operation of selecting time is divided, and in the process of sliding the user to select time, the user may slide continuously, and the operation may be set at the end of sliding the user and no operation is performed within a preset time, for example, 1s, then the calculation is performed according to the time selected by sliding the user currently to generate the vehicle duration information as the second vehicle duration information, and the second vehicle duration information is displayed in the alarm clock setting interface. If the user sliding selection time is "14:10", the second vehicle duration information is "101km", it may be displayed as "the remaining duration is predicted to reach the time point: 234 km). The user can continue to slide to select the rest time, the continuous operation time is within 1s, the second vehicle duration information is not calculated, and when the sliding is stopped for more than 1s, the second vehicle duration information of the current selected time is calculated.

Referring to fig. 4, a flowchart illustrating steps of yet another control method for a smart space based on a vehicle cabin according to the present application may specifically include the following steps:

step 401, responding to user operation, and detecting whether a vehicle cabin meets a preset entering condition;

Step 402, when the vehicle cabin is in a preset entering condition, controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to preset requirements of an intelligent space of the vehicle cabin for watching the video;

Step 403, after entering an intelligent space for viewing, responding to the operation of a window opening control of a user in an interactive interface of the intelligent space, and detecting the window locking state of a vehicle cabin;

the intelligent space interactive interface is provided with a window opening and closing control, for example, the window opening and closing control is displayed in an interface element for controlling an air conditioner adjusting panel, and the window opening and closing operation is triggered in response to the window opening and closing control. The window opening and closing control can be dynamically adjusted to display as 'window opening ventilation' or 'window closing' according to the current opening and closing state of the window. For example, when the window is in a closed state, the control is displayed as "window ventilation", when the user clicks the card "window ventilation" control area, whether the window locking function is opened is judged according to logic, and if so, a prompt "please unlock the window first" is popped up. And when the closing of the window locking function is detected, the window ventilation function is executed. During the window opening process, the control displays the loading state and cannot be clicked. For another example, when any window is in an open state, the control is displayed as a "closed window", and when the user clicks on the "closed window", the window full-close is performed. During the window closing process, the control displays the loading state and cannot be clicked.

Further, when the user clicks the operation "open window ventilation" or "close window", the window locking state of the vehicle cabin is detected in response to this operation, the window locking state including the state of the locking function for lifting and lowering each window in the vehicle cabin, and when this function is activated, each window is unable to perform any lifting and lowering operation.

Step 404, when the window locking state is inactive, opening the windows in the vehicle cabin according to a preset window opening strategy, or closing the windows in the vehicle cabin according to a preset window closing strategy;

and when the window locking state is inactive, namely the locking function of each window is not opened, opening the window in the vehicle cabin according to a preset window opening strategy, or closing the window in the vehicle cabin according to the preset window closing strategy.

In one example, when the control of the user performing the operation is "window ventilation", windows in the cabin of the vehicle are opened according to a preset window opening strategy, where the preset window opening strategy may be that each window is opened or partially opened, where the front window state is 89% area closed, 11% open, and the rear window state is 80% closed, 20% open.

In another example, when the control of the user performing the operation is "window ventilation", windows in the cabin of the vehicle are opened according to a preset window opening policy, and the preset window opening policy may be all opened for each window.

In another example, when the control of the user performing the operation is "window ventilation", the window in the cabin of the vehicle is opened according to a preset window opening policy, and the preset window opening policy may be that the user performs the stopping operation after opening.

In addition, when the control of the user executing the operation is 'window closing', the window in the vehicle cabin is closed according to a preset window closing strategy.

In one example, the preset window closing strategy may be to fully close each window.

In another example, the preset window closing strategy may be to partially close each window, with the front row window state being 95% area closed, 5% open, and the rear row window state being 80% closed, 20% open.

Step 405, executing a lock window state prompt when the lock window state is active.

When the window locking state is activated, namely, the locking function of each window is opened, the opening or closing operation is stopped, the current window is prompted to be in the locking state by a user, and after the locking function is closed, the opening or closing operation is executed.

When the application needs to be described, the application can be used as a careless service scheme for users of vehicles such as network taxi, special vehicle and the like, so that after renting, the users can adjust the vehicle cabin to a viewing space suitable for viewing the video by one key, and the safety protection treatment is provided to ensure the safety of the users in the cabin.

In the application, whether a vehicle cabin meets a preset entering condition is detected in response to user operation; when the vehicle cabin is in a preset entering condition, controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to preset requirements of an intelligent space of the vehicle cabin for watching the video; after entering an intelligent space for film watching, collecting monitoring data; and carrying out early warning prompt and/or safety control according to the monitoring data. According to the application, when a user views a video in a video viewing space, the vehicle cabin and the environment where the user is located are monitored, and early warning prompt and safety control are carried out according to the monitoring data, so that the safety of the user viewing the video in the cabin is further ensured.

It should be noted that, for simplicity of explanation, the method embodiments are shown as a series of acts, but it should be understood by those skilled in the art that the present application is not limited by the order of acts, as some steps may occur in other orders or concurrently in accordance with the application. Further, those skilled in the art will appreciate that the embodiments described in the specification are presently preferred embodiments, and that the acts are not necessarily required for the present application.

Referring to fig. 5, there is shown a schematic structural view of a control device for a smart space of a vehicle cabin according to the present application;

specifically, the method can comprise the following modules:

a control module 501 for entering an intelligent space for viewing in response to a user operation; entering the smart space for viewing includes: and controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video.

A control module 501 comprising:

the multimedia device calling sub-module is used for calling the multimedia device of the vehicle cabin;

the control module, still include:

the volume control sub-module is used for adjusting the volume of the media to a preset volume;

the sound field control sub-module is used for adjusting the media sound field to a preset sound field;

the air conditioner control sub-module is used for adjusting the air conditioner to a film watching air conditioner mode;

the car light control sub-module is used for closing car lights of a vehicle to which the car cabin belongs;

and the window shade control sub-module is used for closing window shades in the vehicle cabin.

The multimedia device calling sub-module is used for expanding a curtain of a vehicle cabin; and acquiring the multimedia resource, and calling the projection equipment of the vehicle cabin and the audio equipment of the vehicle cabin to play the multimedia resource.

The apparatus further comprises:

and the guiding information playing module is used for playing guiding information for guiding a user to call the multimedia equipment before calling the multimedia equipment of the vehicle cabin.

A control module 501 comprising:

and the seat tilting sub-module is used for controlling the front row of seats to tilt to a preset position at the same time.

A control module 501 comprising:

the judging sub-module is used for detecting whether the vehicle cabin meets the preset entering condition or not; when the vehicle cabin is in a preset entering condition, controlling the front row seats to be horizontally placed at the same time; wherein the preset entry conditions include any one or more of the following: the parking gear, the rear seat has no foreign matter, the front seat headrest is taken, the quick charge mode is not started, and the residual working time exceeds the time threshold.

The apparatus further comprises:

the security module 502 is configured to collect monitoring data after entering an intelligent space for viewing a movie; early warning prompt and/or safety control are/is carried out according to the monitoring data;

and the state module 503 is configured to collect cabin data and control to display the cabin data in interface elements corresponding to a video viewing interactive interface of the smart space for video viewing, where the cabin data includes air conditioning state information.

The status module 503 includes:

The vehicle endurance sub-module is used for acquiring the video watching alarm clock time and generating first vehicle endurance information according to the video watching alarm clock time when entering an intelligent space for video watching; controlling to display first vehicle endurance information in an alarm clock interface element of the interactive interface; when entering an alarm clock setting interface for setting the video watching alarm clock time, responding to the operation of selecting time in the alarm clock setting interface by a user, generating second vehicle duration information corresponding to the selected time, and controlling the second vehicle duration information to be displayed in the alarm clock setting interface.

The control device of the intelligent space of the vehicle cabin of the application further comprises:

and the communication connection module 504 is used for establishing communication connection between the projection device and the audio playing device of the vehicle cabin and controlling the communication connection state of the communication connection to be displayed in the interactive interface for guiding the user to perform communication connection before calling the multimedia device of the vehicle cabin.

The communication connection comprises a bluetooth connection and the communication connection module 504 comprises:

the Bluetooth searching sub-module is used for controlling the audio playing device to search Bluetooth equipment and controlling the Bluetooth searching state to be displayed in the interactive interface;

the Bluetooth connection sub-module is used for automatically establishing Bluetooth connection between the audio playing device and the projection device under the condition that the projection device is searched, and/or triggering a user to be prompted in an interactive interface to confirm Bluetooth pairing information, and responding to the operation of the user on an interface element for confirming the Bluetooth pairing information to establish Bluetooth connection between the audio playing device and the projection device;

The Bluetooth state display sub-module is used for controlling the display of the successful Bluetooth establishment state in the interactive interface under the condition that the Bluetooth connection is successful; and under the condition that the Bluetooth connection fails, controlling to display a Bluetooth establishment failure state in the interactive interface.

a window opening and closing module 505, configured to respond to an operation of a window opening and closing control in an interactive interface of the smart space by a user, and detect a window locking state of a vehicle cabin; when the window locking state is inactive, opening the windows in the vehicle cabin according to a preset window opening strategy, or closing the windows in the vehicle cabin according to a preset window closing strategy; and executing the lock window state prompt when the lock window state is activated.

In the application, a target cabin mode is preset in a vehicle cabin, wherein the target cabin mode comprises at least two independent intelligent spaces with different purposes, and one intelligent space is an intelligent space for watching video; after receiving user operation, responding to the user operation, and entering an intelligent space for watching the video; entering the smart space for viewing includes: and controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video. According to the application, when the main and auxiliary driving seats of the front row of the vehicle cabin are horizontally placed at the same time, the control of multiple cabin functions is executed according to the preset requirements, so that a spacious viewing space is provided in the vehicle cabin, and the requirements of users on privacy, comfort, safety and the like during viewing in the vehicle cabin are met.

The application also provides a vehicle comprising a processor, a memory and a computer program stored on the memory and capable of running on the processor, the computer program realizing the control method based on the intelligent space of the vehicle cabin when being executed by the processor.

The application also provides a computer readable storage medium, wherein the computer readable storage medium stores a computer program, and the computer program realizes the intelligent space control method based on the vehicle cabin when being executed by a processor.

For the device embodiments, since they are substantially similar to the method embodiments, the description is relatively simple, and reference is made to the description of the method embodiments for relevant points.

In this specification, each embodiment is described in a progressive manner, and each embodiment is mainly described by differences from other embodiments, and identical and similar parts between the embodiments are all enough to be referred to each other.

It will be apparent to those skilled in the art that the present application may be provided as a method, apparatus, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.

The present application is described with reference to flowchart illustrations and/or block diagrams of methods, terminal devices (systems), and computer program products according to the application. It will be understood that each flow and/or block of the flowchart illustrations and/or block diagrams, and combinations of flows and/or blocks in the flowchart illustrations and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing terminal device to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing terminal device, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

While preferred embodiments of the present application have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. It is therefore intended that the following claims be interpreted as including the preferred embodiments and all such alterations and modifications as fall within the scope of the application.

Finally, it is further noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or terminal that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or terminal. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article, or terminal device comprising the element.

The foregoing has described in detail a method and apparatus for controlling intelligent space based on vehicle cabin, and specific examples have been applied herein to illustrate the principles and embodiments of the present invention, the above examples being provided only to assist in understanding the method and core idea of the present invention; meanwhile, as those skilled in the art will vary in the specific embodiments and application scope according to the idea of the present invention, the present disclosure should not be construed as limiting the present invention in summary.

Claims

1. A method for controlling a smart space based on a vehicle cabin, the method comprising:

responsive to a user operation, entering an intelligent space for viewing a movie; the entering the intelligent space for viewing the video comprises the following steps: controlling front seats of the vehicle cabin to be horizontally placed at the same time, and executing multiple cabin function control according to the preset requirement of the intelligent space for watching the video;

collecting monitoring data, and carrying out early warning prompt and/or safety control according to the monitoring data, wherein the method comprises the following steps:

according to the residual working time length, early warning prompt aiming at the sustainable time length of the film watching space is carried out;

And/or, according to the air quality monitoring data, early warning prompt aiming at the air quality inside and outside the vehicle cabin is carried out, and according to the air quality monitoring data, the air external circulation of the vehicle cabin is started;

and/or, carrying out early warning prompt aiming at the internal and external temperatures of the vehicle cabin according to the temperature monitoring data;

and/or, carrying out early warning prompt aiming at the safety outside the vehicle according to the video data outside the vehicle;

acquiring cabin data and controlling to display the cabin data in interface elements corresponding to a video viewing interactive interface of the intelligent space for video viewing, wherein the cabin data comprises air conditioning state information;

the cabin data further comprises a movie watching alarm clock time, and the steps of collecting the cabin data and controlling the cabin data to be displayed in the interface elements corresponding to the interactive interface of the intelligent space for movie watching comprise:

when entering an interactive interface of a video watching space, if the current default setting or the video watching alarm clock time set by a user history is effective and an alarm clock is in an on state, acquiring the video watching alarm clock time set by the default setting or the user history, and generating first vehicle duration information according to the time;

2. The method of claim 1, wherein the performing a plurality of cabin function controls according to the preset requirements of the smart space for viewing comprises:

calling the multimedia equipment of the vehicle cabin;

and/or adjusting the media volume to a preset volume;

and/or adjusting the media sound field to a preset sound field;

and/or adjusting the air conditioner to a film-viewing air conditioning mode;

and/or closing the lamps of the vehicle to which the vehicle cabin belongs;

and/or closing a window shade in the vehicle cabin.

3. The method of claim 2, wherein the invoking the multimedia device of the vehicle cabin comprises:

deploying a curtain of the vehicle cabin;

and acquiring the multimedia resource, and calling the projection equipment of the vehicle cabin and the audio playing equipment of the vehicle cabin to play the multimedia resource.

4. A method according to claim 3, characterized in that before invoking the multimedia device of the vehicle cabin, the method further comprises:

5. A method according to claim 3, characterized in that before invoking the multimedia device of the vehicle cabin, the method further comprises:

6. The method of claim 5, wherein the communication connection comprises a bluetooth connection, and wherein the establishing the communication connection of the projection device of the vehicle cabin with the audio playback device of the vehicle cabin and controlling the display of the communication connection status of the communication connection in the interactive interface for directing the user to make the communication connection comprises:

7. The method of claim 1, wherein said controlling the front seats of the vehicle cabin to be positioned horizontally at the same time comprises:

8. The method of claim 7, wherein said controlling the front seats of the vehicle cabin to be positioned horizontally at the same time comprises:

detecting whether the vehicle cabin meets a preset entering condition or not;

wherein the preset entry conditions include any one or more of:

9. The method of claim 1, wherein after entering the smart space for viewing, the method further comprises:

10. A vehicle comprising a processor, a memory and a computer program stored on the memory and capable of running on the processor, which computer program, when executed by the processor, implements the vehicle cabin based smart space control method of any one of claims 1 to 8.

11. A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, implements a method for controlling a vehicle cabin based smart space according to any one of claims 1 to 8.