阅读说明：本技术 一种适用于大屏的环视系统及其使用方法 (All-round looking system suitable for large screen and use method thereof ) 是由 詹厚顺 余军 王爱春 邬杰 刘淑英 于 2018-08-24 设计创作，主要内容包括：本发明涉及汽车辅助领域,尤其涉及一种适用于大屏的环视系统及其使用方法。一种适用于大屏的环视系统,包括安装于车体四周的多个广角摄像头、引导系统、倒车报警系统以及高清3D的360度环视系统,所述广角摄像头、引导系统、倒车报警系统以及高清3D的360度环视系统相互连接,所述高清3D的360度环视系统显示器部分分为三个部分,分别是上部分的、下右部分以及下左部分,所述显示器上半部分显示后视图,所述下左部分显示3D旋转视图,所述下右部分显示俯视拼接图。本发明可以充分的利用显示器,是驾驶员在实际入库的时候可以全方位的观察汽车所在的位置,并给出一个正确的入库路线,是的倒库更加的简单安全。(The invention relates to the field of automobile assistance, in particular to a panoramic system suitable for a large screen and a using method thereof. The utility model provides a look around system suitable for large-size screen, is including installing in vehicle body 360 degrees look around systems of a plurality of wide angle cameras all around, bootstrap system, alarm system and high definition 3D that backs a car, wide angle camera, bootstrap system, alarm system and high definition 3D's 360 degrees look around systems interconnect, high definition 3D's 360 degrees look around system display parts divide into three parts, be upper portion, lower right part and lower left part respectively, the first half of display shows the back view, lower left part shows 3D rotation view, lower right part shows the concatenation picture. The invention can fully utilize the display, so that a driver can comprehensively observe the position of the automobile when actually entering the garage, and a correct garage entering route is provided, so that the garage dumping is simpler and safer.)

1. A look-around system suitable for large screen, its characterized in that: including installing in a plurality of wide angle cameras around the automobile body, bootstrap system, alarm system and high definition 3D's 360 degrees all around system, wide angle camera, bootstrap system, alarm system and high definition 3D's 360 degrees all around system interconnect, high definition 3D's 360 degrees all around system display parts divide into the three, are upper portion, lower right part and lower left part respectively, the first half of display shows the back view, lower left part shows 3D rotation view, the lower right part shows overlook the concatenation picture.

2. A surround view system for a large screen according to claim 1, wherein: the 3D rotating view of the lower left part can be adjusted to any visual angle through hand touch and moving, and a display icon for exiting monitoring is displayed on the left side of the lower left part.

3. A surround view system for a large screen according to claim 1, wherein: the top mosaic displayed on the lower right part provides 8 touch points to be switched into single-view visual angle pictures inside and outside the four cars, and the three display parts can be enlarged to the full screen after double-clicking at the corresponding display positions.

4. A surround view system for a large screen according to claim 1, wherein: the upper left corner of the rear view displayed on the upper half part of the display is displayed with a steering wheel mark, and when the automobile steering wheel rotates leftwards or rightwards, an arc-shaped arrow is displayed above the corresponding rotation of the steering wheel mark along the rotation direction of the automobile steering wheel.

5. A circular viewing system suitable for large screens according to claim 4, wherein: when the three parts of the high-definition 3D 360-degree all-round system display are used for displaying an automobile, the guide system can automatically identify a parking garage or a parking line frame, a guide line capable of correctly backing up and storing the automobile can be displayed according to the actual garage and the position of the automobile body, meanwhile, the four tire parts can display an arc-shaped or straight motion track to be generated according to actual motion, the motion track and the guide line can be smoothly poured into the garage by controlling the steering wheel, and a multi-section distance measuring section is displayed on the motion track.

6. A use method of a panoramic system suitable for a large screen is characterized by comprising the following steps: the method comprises the following steps:

the method comprises the following steps: the wide-angle camera, the guiding system, the reversing alarm system and the high-definition 3D 360-degree all-round system are opened, the automobile is stopped to a position suitable for reversing and entering a garage or entering a side garage by checking three display parts of a high-definition 3D 360-degree all-round system display, when a parking space line or an obstacle appears on a motion track, the reversing alarm system gives out intermittent alarm, and the alarm given out by the reversing alarm system is more and more urgent along with the fact that the obstacle and the tail part of the automobile are continuously close to the alarm system.

Step two: through the transient recognition of the guiding system, a guiding line in a yellow dotted line appears on a high-definition 3D 360-degree looking-around system display, and meanwhile, a motion track of a green solid line is generated.

Step three: and when the motion trail is not matched with the guide line, the steering wheel is rotated, the steering wheel mark at the upper left corner of the rear view displayed on the upper half part of the display displays a rotation arrow according to the rotation of the steering wheel, and the motion trail is adjusted according to the guide line, so that the motion trail is matched with the guide line, and the automobile is successfully put in storage.

Technical Field

The invention relates to the field of automobile assistance, in particular to a panoramic system suitable for a large screen and a using method thereof.

Background

Although most of automobile central control display screens in the current market are 7 inches or 8 inches, the display screens are larger and larger along with time, so that a large-screen all-round system display strategy is also highlighted. The 7-inch display screen (the display strategy of the 8-inch display screen is consistent with that of the 7-inch display screen, so that the 7-inch display screen is uniformly explained below) displays two different pictures in a circular view mode, namely one picture is a planar view, and the other picture is a single-camera picture; and the display of a 10-inch display screen exceeding 8 inches is displayed by the display system, and the display screen is filled by a plurality of keys, prompts and the like, which is practically consistent with the display strategy of 7 inches. The layout mode has low utilization rate of the display screen, less display content and inconsistent display proportion, and is contradictory to a high-definition 3D 360-degree all-round-looking system with strong functions. In order to make the display of the look-around system more reasonable, the display strategy needs to be changed.

Disclosure of Invention

The invention aims to overcome the defects of the prior art, adapt to the practical requirement and provide a panoramic system suitable for a large screen and a use method thereof.

In order to realize the purpose of the invention, the invention adopts the technical scheme that: the utility model provides a look around system suitable for large-size screen, is including installing in vehicle body 360 degrees look around systems of a plurality of wide angle cameras all around, bootstrap system, alarm system and high definition 3D that backs a car, wide angle camera, bootstrap system, alarm system and high definition 3D's 360 degrees look around systems interconnect, high definition 3D's 360 degrees look around system display parts divide into three parts, be upper portion, lower right part and lower left part respectively, the first half of display shows the back view, lower left part shows 3D rotation view, lower right part shows the concatenation picture.

The 3D rotating view of the lower left part can be adjusted to any visual angle through hand touch and moving, and a display icon for exiting monitoring is displayed on the left side of the lower left part.

The top mosaic displayed on the lower right part provides 8 touch points to be switched into single-view visual angle pictures inside and outside the four cars, and the three display parts can be enlarged to the full screen after double-clicking at the corresponding display positions.

The upper left corner of the rear view displayed on the upper half part of the display is displayed with a steering wheel mark, and when the automobile steering wheel rotates leftwards or rightwards, an arc-shaped arrow is displayed above the corresponding rotation of the steering wheel mark along the rotation direction of the automobile steering wheel.

When the three parts of the high-definition 3D 360-degree all-round system display are used for displaying an automobile, the guide system can automatically identify a parking garage or a parking line frame, a guide line capable of correctly backing up and storing the automobile can be displayed according to the actual garage and the position of the automobile body, meanwhile, the four tire parts can display an arc-shaped or straight motion track to be generated according to actual motion, the motion track and the guide line can be smoothly poured into the garage by controlling the steering wheel, and a multi-section distance measuring section is displayed on the motion track.

A method for using a look-around system suitable for a large screen comprises the following steps:

the method comprises the following steps: the wide-angle camera, the guiding system, the reversing alarm system and the high-definition 3D 360-degree all-round system are opened, the automobile is stopped to a position suitable for reversing and entering a garage or entering a side garage by checking three display parts of a high-definition 3D 360-degree all-round system display, when a parking space line or an obstacle appears on a motion track, the reversing alarm system gives out intermittent alarm, and the alarm given out by the reversing alarm system is more and more urgent along with the fact that the obstacle and the tail part of the automobile are continuously close to the alarm system.

Step two: through the transient recognition of the guiding system, a guiding line in a yellow dotted line appears on a high-definition 3D 360-degree looking-around system display, and meanwhile, a motion track of a green solid line is generated.

Step three: and when the motion trail is not matched with the guide line, the steering wheel is rotated, the steering wheel mark at the upper left corner of the rear view displayed on the upper half part of the display displays a rotation arrow according to the rotation of the steering wheel, and the motion trail is adjusted according to the guide line, so that the motion trail is matched with the guide line, and the automobile is successfully put in storage.

The invention has the beneficial effects that:

the invention can fully utilize the display, so that a driver can comprehensively observe the position of the automobile when actually entering the garage, and a correct garage entering route is provided, so that the garage dumping is simpler and safer.

Drawings

The invention is further explained below with reference to the drawings and the embodiments.

FIG. 1 is a schematic view of a display according to the present invention;

FIG. 2 is a schematic view of a ten inch display allocation.

Wherein: 1 motion trajectory, 2 guide wire, 3 parking wire frame.

Detailed Description

The invention is further illustrated with reference to the following figures and examples:

see fig. 1-2.

The invention discloses a panoramic system suitable for a large screen, which comprises a plurality of wide-angle cameras, a guide system, a reversing alarm system and a high-definition 3D 360-degree panoramic system which are arranged on the periphery of a vehicle body, wherein the wide-angle cameras, the guide system, the reversing alarm system and the high-definition 3D 360-degree panoramic system are connected with one another, a high-definition 3D 360-degree panoramic system display part is divided into three parts, namely an upper part, a lower right part and a lower left part, the upper part of the display displays a rear view, the lower left part displays a 3D rotation view, and the lower right part displays a overlook splicing picture.

The 3D rotating view of the lower left part can be adjusted to any visual angle through hand touch and moving, and a display icon for exiting monitoring is displayed on the left side of the lower left part.

The top mosaic displayed on the lower right part provides 8 touch points to be switched into single-view visual angle pictures inside and outside the four cars, and the three display parts can be enlarged to the full screen after double-clicking at the corresponding display positions.

The upper left corner of the rear view displayed on the upper half part of the display is displayed with a steering wheel mark, and when the automobile steering wheel rotates leftwards or rightwards, an arc-shaped arrow is displayed above the corresponding rotation of the steering wheel mark along the rotation direction of the automobile steering wheel.

When the three parts of the high-definition 3D 360-degree all-round system display show a car, a guide system can automatically identify a parking garage or a parking wire frame 3, a guide line 2 capable of correctly backing up and storing the car is displayed according to the actual parking wire frame 3 and the position of the car body, meanwhile, four tire parts can display an arc-shaped or straight movement track 1 to be generated according to actual movement, the movement track 1 and the guide line 2 can be overlapped to smoothly pour into the garage by controlling a steering wheel, and a multi-section distance measuring section is displayed on the movement track 1.

A method for using a look-around system suitable for a large screen comprises the following steps:

the method comprises the following steps: the wide-angle camera, the guiding system, the reversing alarm system and the high-definition 3D 360-degree all-round system are opened, the automobile is stopped to a position suitable for reversing and entering a garage or entering a side garage by checking three display parts of a high-definition 3D 360-degree all-round system display, when a parking space line or an obstacle appears on a motion track, the reversing alarm system gives out intermittent alarm, and the alarm given out by the reversing alarm system is more and more urgent along with the fact that the obstacle and the tail part of the automobile are continuously close to the alarm system.

Step two: through the transient recognition of the guiding system, a guiding line in a yellow dotted line appears on a high-definition 3D 360-degree looking-around system display, and meanwhile, a motion track of a green solid line is generated.

Step three: and when the motion trail is not matched with the guide line, the steering wheel is rotated, the steering wheel mark at the upper left corner of the rear view displayed on the upper half part of the display displays a rotation arrow according to the rotation of the steering wheel, and the motion trail is adjusted according to the guide line, so that the motion trail is matched with the guide line, and the automobile is successfully put in storage.