WO2015043387A1

WO2015043387A1 - Inside rear-view mirror

Info

Publication number: WO2015043387A1
Application number: PCT/CN2014/086488
Authority: WO
Inventors: 沈易宽
Original assignee: 王薇
Priority date: 2013-09-24
Filing date: 2014-09-15
Publication date: 2015-04-02
Also published as: JP3188258U

Abstract

An inside rear-view mirror capable of electronically monitoring blind spots and recording surrounding conditions: employing four camera lenses (2, 3, 4, 5) to capture images for display on four display screens (12, 13, 14, 15); each camera lens (2, 3, 4, 5) can be driven by a slide rail mechanism (9) and a universal ball base (10) structure to move in a front windscreen direction or a side direction to a fixed point, and the angle of each lens can be adjusted to enable the four camera lenses (2, 3, 4, 5) to photograph and record a 360-degree zone outside a vehicle; considering that the outside traffic condition in the front-left direction cannot be easily observed when viewing from the view angle of the right rear-view mirror, and facing forward during driving, images are therefore displayed via WiFi/RF signals on a wireless screen disposed on the left inner column, such that a driver closely watches the entire surrounding area when driving, thus improving early warning capability and avoiding traffic accidents.

Description

Interior mirror

Technical field

The invention relates to an inner rearview mirror capable of real-time monitoring of four blind zones of a vehicle while driving, in order to clear the blind spot electronic monitoring and four-sided recording function when driving in a blind zone that cannot be visually observed and timely disposed.

Background technique

When the vehicle is driving, the driver mainly relies on the left and right rear mirrors and the rear mirrors in the vehicle as means for judging the left and right of the vehicle. However, the general rearview mirror and the rear mirror can provide limited viewing angles. Therefore, whenever a lane is changed or a turn is made, there will be a blind spot of sight, which is prone to collisions or other accidents, or unscrupulous people use a fake car accident to defraud money, and whenever this happens, there is no evidence to prove that something happened. After the passing, and both parties will transfer the responsibility to the other party, therefore, there are often cases of fighting, wounding, and mutual reporting due to driving disputes.

In order to avoid the above situation, some people have invented the driving recorder and the convex mirror which increases the viewing angle of the vehicle. Among them, the convex mirror which increases the viewing angle of the driving is attached to the rearview mirror and is designed by the convex mirror. A wide viewing angle is provided to grasp the condition of the vehicle, and the driving recorder uses the camera lens to record the situation during the running of the vehicle. When an accident or a driving dispute occurs, the responsibility recorded by the driving recorder can be clarified.

Generally, since the driving recorder has a certain volume, it is usually installed at the rear of the rearview mirror or the upper left corner of the windshield to avoid blocking the driver's field of vision. To solve this problem, someone will design the driving recorder. In the form of a rear view mirror, the rear view mirror type driving recorder is clamped on the original rear view mirror of the vehicle, and the surface thereof is a mirror surface, and a part of the mirror surface is provided with a display screen, and the driver can use the mirror surface as a rear view mirror. The image taken by the camera lens can be played through the display screen, and the driver can monitor the rear of the vehicle and the direction facing the camera lens while looking at the mirror.

However, such rear-view mirror-type driving recorders on the market cannot monitor the four directions of the vehicle, and cannot monitor the blind spots in the front of the vehicle, such as the camera lens. Set to face the front of the vehicle, if the left and right sides of the vehicle are bumped, or the rear is chased, the traffic recorder can not record the accident.

In addition, during the driving process, the direction blocked by the pillars on both sides of the front windshield is invisible, that is, the direction blocked by the columns on both sides of the front windshield. This column will be in the process of driving. Covering the driver's line of sight, causing driving accidents to occur, the rear view mirror-type driving recorder on the market, because it is clamped on the original rearview mirror of the vehicle, the camera lens is used for camera, the front windshield two The direction of the side pillars is shielded, and the left and right blind corners that are most prone to accidents cannot be recorded and recorded.

Summary of the invention

SUMMARY OF THE INVENTION A primary object of the present invention is to provide an interior rearview mirror that can be used for electronic monitoring of blind areas and four-sided recording functions when driving a vehicle to monitor the condition of the four-week area of the vehicle.

A secondary object of the present invention is to provide an interior rear view mirror capable of electronically monitoring blind spots and four-sided recording functions while driving, while recording all the conditions of the entire area around the vehicle.

In order to achieve the above object, the rear view mirror provided by the present invention mainly comprises a rear view mirror main body and four imaging lenses, and the front surface of the rear view mirror main body has a mirror surface, and the mirror surface has a concealment in the left, right and middle portions respectively. Display screen, and the rear side of the rear view mirror body has a concealed drawer type display screen which can be pulled down, four camera lenses are connected to the main body of the rear view mirror, and the four outer cameras can simultaneously record the outside of the vehicle. The dynamics of the blind zone, and the image of the four camera lenses can be played simultaneously by four concealed display screens, so that the driver can monitor the condition of the four blind zones outside the vehicle while driving, so as to increase the early warning capability and avoid driving. An accident occurred.

DRAWINGS

Figure 1 is a perspective view of the present invention;

Figure 2 is a schematic view of the frontal operation of the present invention;

Figure 3 is a schematic perspective view of the present invention;

Figure 4 is a schematic view 1 of an embodiment of the present invention;

Figure 5 is a second schematic view of the implementation of the present invention;

Figure 6 is a third schematic view of the embodiment of the present invention.

Description of the reference signs:

1 Rear view mirror body 11 Mirror surface

12 Concealed display screen A 13 Concealed display screen B

14 Concealed display screen C 15 Concealed drawer display screen D

16a memory slot 16b memory slot

16c memory slot 16d memory slot

17 Screen display or turn off the toggle button 2 Left rear camera lens

3 right rear camera lens 4 left front camera lens

5 Right front camera lens 6 Auxiliary wireless display screen

7a Left front blind area 7b Right front blind area

7c left rear blind zone 7d right rear blind zone

8 column 9 slide mechanism

10 million ball head seat A left front camera range

B Right front camera range C Left rear camera range

D right rear camera range

detailed description

Referring to FIG. 1 to FIG. 3 , the present invention provides an interior rear view mirror with electronic monitoring and four-sided recording function for blind area, including a rear view mirror body 1 , a left rear camera lens 2 , and a right rear camera lens. 3. A left front camera lens 4 and a right front camera lens 5, the front view mirror body 1 has a mirror surface 11 on the front side thereof, and the left concealed display screen and the second concealed display screen respectively on the left, right and the middle of the mirror surface 11 The screen and the third concealed display screen correspond to the concealed display screen A12, the concealed display screen B13, and the concealed display screen C14 as shown in FIG. 2. The rear side of the rear view mirror main body 1 has a concealed drawer type display screen D15 which can be pulled downward, and the rear view mirror main body 1 is provided with a screen display or a

closing switch button

17a, 17b, 17c, wherein the screen display or Turning off the switch button 17a can correspond The image captured by the left rear camera lens 2 is played or hidden by the covert display screen A12. The screen display or close switch button 17b can correspondingly play or hide the image captured by the right front camera lens 5 by the covert display screen C14, the screen display or The closing switch 17c can play or hide the image captured by the right rear camera lens 3 by the covert display screen B13. In addition, the image captured by the left front camera lens 4 is when the hidden drawer display screen D15 is pulled down. Play directly on the hidden drawer display screen D15.

The left and right sides of the rear view mirror body 1 and the lower left and right sides are respectively provided with a slide rail mechanism 9, and the left rear camera lens 2, the right rear camera lens 3, the left front camera lens 4 and the right front camera lens 5 is connected to the slide rail mechanisms 9 of the rear view mirror main body 1 through the 10,000 ball head holders 10, so the left rear camera lens 2, the right rear camera lens 3, the left front camera lens 4, and the right front camera lens 5 are both The shooting lens can be rotated by the universal ball head holder 10. In addition, the rear view mirror main body 1 can be provided with a plurality of

memory slots

16a, 16b, 16c and 16d for inserting an SD card, a mini SD card or a micro SD card, and respectively corresponding to the left rear camera lens 2 and the right rear camera lens. 3. The camera data captured by the left front camera lens 4 and the right front camera lens 5 are used to access image data or expand the memory.

Referring to FIG. 1 to FIG. 4 , when the inner rear view mirror for blind spot electronic monitoring and four-sided recording function is provided, the left rear rear view lens 2 and the right rear image capture lens are adjusted by using the universal ball head base 10 . 3. The shooting direction and angle of the left front camera lens 4 and the right front camera lens 5, and then the driving photography function can be turned on. When the driver does not want to open the display screen, simply press the screen display or turn off the

switching buttons

17a, 17b and 17c, the concealed display screen A12, the concealed display screen B13 and the concealed display screen C14 are closed, and the mirror 11 of the rear view mirror main body 1 can be used as a rear mirror, as a means for judging the left and right of the vehicle. At this time, since the photographing function is not turned off, if any situation occurs during driving, the driver can still access the photographing data and watch it. When the driver wants to open the display screen, he only needs to press the screen display again or turn off the switching

buttons

17a, 17b and 17c, and turn on the concealed display screen A12, the concealed display screen B13 and the concealed display screen C14, and then electronically Or manually control the hidden drawer display screen D15 to pull down, the image captured by the left front camera lens 4 can be played by the hidden drawer type display screen D15, and the image captured by the left rear camera lens 2 can be played by the covert display screen A12. Shoot the right front camera lens 5 The captured image is played by the concealed display screen C14, and the image captured by the right rear camera lens 3 is played by the concealed display screen B13, so that the driver can monitor the condition of the entire area around the vehicle in real time during the driving process to increase the situation. Early warning ability to avoid the occurrence of traffic accidents.

Referring to FIG. 3 and FIG. 5 , a sliding rail mechanism 9 is disposed on each of the left and right sides and the left and right sides of the rear view mirror body 1 , which can drive the left front camera lens 4 and the right front camera lens 5 to the front windshield direction. After moving to a certain point, the left front imaging lens 4 and the right front imaging lens 5 are steered by the universal ball head holder 10 to avoid the blind spots 7a, 7b formed by the driver being blocked by the front pillars on both sides of the front windshield. The slide rail mechanism 9 can also drive the left rear camera lens 2 and the right rear camera lens 3 to perform left and right translation, so as to bypass the obstacle to image and record the blind area on both sides of the vehicle, for example, the left front camera of the left front camera lens 4. The range A can capture and record the left front blind area 7a, and is played by the hidden drawer type display screen D15, and the right front imaging range B of the right front imaging lens 5 can image and record the right front blind area 7b, and is concealed. The display screen C14 is played, so that the driver can monitor the position of the front double blind spots 7a, 7b during the driving process to avoid accidents, and the left rear camera range C of the left rear camera lens 2 can be directed to the left rear. The blind zone 7c performs imaging and video recording, and is played by the concealed display screen A12, and the right rear imaging range D of the right rear imaging lens 3 can image and record the right rear blind zone 7d, and is played by the concealed display screen B13 to drive In addition to monitoring the situation of the four blind areas outside the vehicle during the driving process, the 360° area is in the left front camera range A and right front camera. The range B, the left rear camera range C and the right rear camera range D are within the camera range. Therefore, the driver can effectively monitor the surrounding area during the driving process, greatly increasing the driver's early warning ability to avoid traffic accidents. Even if the photographing direction of the four camera lenses is blocked by the obstacle, the slide lens mechanism 9 and the universal ball head holder 10 can be used to adjust the image pickup lens to bypass the obstacle for shooting.

1 to 2 and FIG. 6, which is another embodiment of the present invention, which mainly provides an accessory wireless display screen 6 on the pillar on the left front of the driver's seat, and electronically or manually controls the hidden drawer display screen D15. When the concealed drawer type display screen D15 is pulled down, the image captured by the left front camera lens 4 can be played on the concealed drawer type display screen D15, and when the concealed drawer type display screen D15 is pushed back to the original position, the left front camera lens 3 The captured image can pass radio frequency (Radio Frequency, The wireless transmission mode such as RF) or WIFI transmits the captured image to the accessory wireless display screen 6 for playback.

In summary, the present invention not only has innovation in space type, but also can combine the conventionally used devices to realize the above various functions, and thus has novelty and creativity.

Claims

An interior rearview mirror characterized by comprising:

a rear view mirror main body, the front side of the rear view mirror main body is a mirror surface, and the left side, the right side and the middle side of the mirror surface respectively have a first concealed display screen, a second concealed display screen and a third concealed display screen, The rear side of the main body of the rear view mirror has a concealed drawer type display screen which can be pulled downwards, and a slide rail mechanism is disposed on the left and right sides of the main body of the rear view mirror and below the left and right sides;

a left rear camera lens, the left rear camera lens is connected to the slide rail mechanism below the left side of the rear view mirror body through a universal ball head seat, and can rotate the shooting direction by using the universal ball head seat, and The image captured by the left rear camera lens is transmitted to the first concealed display screen;

a right rear camera lens, the right rear camera lens is connected to the slide rail mechanism below the right side of the rear view mirror body through a universal ball head seat, and can rotate the shooting direction by using the universal ball head seat, and The image captured by the right rear camera lens is transmitted to the second concealed display screen;

a left front camera lens, the left front camera lens is connected to the slide rail mechanism on the left side of the rear view mirror body through a universal ball head seat, and the image taken by the left front camera lens is transmitted to the hidden drawer type display screen;

a right front camera lens, the right front camera lens is connected to the slide rail mechanism on the right side of the rear view mirror body through a universal ball head seat, and the image taken by the right front camera lens is transmitted to the third concealed type display screen.
The interior rearview mirror according to claim 1, wherein the rear view mirror body is provided with a plurality of memory plugs for inserting an SD card, a mini SD card or a micro SD card for image data access or expanding memory. groove.
The interior rear view mirror according to claim 1, wherein the rear view mirror body is provided with a plurality of screen display or closing switch buttons for the left rear camera lens, the right rear camera lens and the right front camera. The image captured by the lens is displayed or hidden by the first concealed display screen, the second concealed display screen or the third concealed display screen.
The interior rear view mirror of claim 1 further comprising utilizing RF or WIFI The wireless transmission mode receives an accessory wireless display screen of the image captured by the left front camera lens, and the accessory wireless display screen is disposed on a pillar on the left front side of the driver's seat.