Mirror capable of enabling user to clearly see back side of head

Abstract

The invention discloses a mirror capable of clearly seeing the back side of the head of a user, a system is completed by mutual cooperation of a main mirror and an accessory, and the main mirror is mainly composed of an embedded display screen, a camera and an image acquisition, conversion, transmission, receiving and processing module component; the accessory mainly comprises an embedded camera, a remote controller and an image acquisition, conversion and transmission module component; when a user needs to see the back side of the head of the user, the user can take up the auxiliary part 2 and utilize the camera of the auxiliary part 2 to shoot the back side of the head of the user, an image irradiated to the back side of the head is transmitted to the display screen of the main mirror to be displayed, and at the moment, the user can clearly see the image, shot by the auxiliary part, of the back side of the head of the user on the display screen of the main mirror 1.

Description

Technical field: The present invention relates to display screens, cameras, image acquisition conversion transmission reception processing modules, covering technologies such as optics, electronic signal processing, and data transmission. Such technologies have been widely used in security monitoring, visual reversing images, medical images, drones, and mobile phones. Background technology:

[0002] In daily life, we use mirrors anytime and anywhere, from small makeup mirrors that women put in their handbags to large makeup mirrors hanging in the bathroom and fitting mirrors in shopping malls. According to relevant information, current smart mirrors only have functions of light adjustment, increasing the clarity of the mirror, and adding some entertainment, news broadcasting and health monitoring through the Internet; they all have a disadvantage, that is, you cannot clearly see the back of your head and the part behind your ears through the mirror, even if you use several mirrors to use the refraction principle, you still can't do it; moreover, when trying on clothes in a shopping mall or at home, you want to transmit this moment of joy to your friends and share it with everyone; you want to send the invisible parts of your body to the doctor in real time through the mirror. At present, it cannot be done through the mirrors on the market, and the present invention is to solve these pain points. Summary of the invention:

[0003] In order to solve the problem that the mirrors currently on the market cannot clearly see the back of your head, we mainly implement it through the cooperation of two major components: main mirror 1 (embedded display screen, camera, image acquisition conversion transmission receiving processing module components) and auxiliary component 2 (embedded camera, remote control, image acquisition conversion transmission module).

[0004] Usually the main mirror 1 and the auxiliary component 2 are connected together. At this time, the display screen of the main mirror 1 functions as an ordinary mirror, directly displaying the irradiated image.

[0005] When we need to see the back of our head and the area behind our ears, we need to use the auxiliary device 2 to photograph the area we need to see. At this time, the auxiliary device 2 is separated from the main mirror 1, and the display screen of the main mirror 1 is switched to display the image photographed by the auxiliary device 2.

[0006] While the main mirror 1 is used as an ordinary mirror, we can use the built-in camera of the main mirror 1 to shoot or record the image that the main mirror 1 is taking, and operate the main mirror 1 through the remote control of the auxiliary component 2 to send the image or video to other computers and mobile phones. Specific implementation method:

[0007] In order to make the main mirror 1 have the functions of mirror display screen and camera, and can be controlled by the auxiliary remote control 2, and the image taken by the main mirror 1 can be sent to other mobile phones or computers, the embedded components of the main mirror 1 include: display screen 8, built-in camera 1, fill light spotlight 3, fill light controller 4, memory 6, image acquisition conversion transmission receiving processing module 5, rechargeable battery 7, and charging socket 9.

[0008] The main mirror 1 has a built-in display screen 8, which is the mirror surface of a mirror and can be used directly as an ordinary mirror. This display screen can also be used as a camera. Under the operation of the remote control 2 of the auxiliary component 2, the taken images can be photographed or recorded, and then transmitted to the image acquisition conversion transmission receiving processing module, and stored or sent to other mobile phones and computers.

[0009] The fill light spotlight embedded in the main mirror 1 is mainly used to increase the brightness of light in poor light conditions through the fill light controller to make the illuminated image clearer.

[0010] The rechargeable battery embedded in the main mirror 1 is used to ensure the power required by the main mirror 1 and the auxiliary component 2. When the mirror is in standby state, the main mirror 1 and the auxiliary component 2 are connected together, and the main mirror 1 and the auxiliary component 2 can be charged at the same time.

[0011] In order to implement the auxiliary component 2 with the functions of camera and remote control, the embedded components of the auxiliary component 2 include: camera 1, fill light spotlight 3, fill light controller 4, remote control function button 2, image acquisition conversion transmission module 5, memory 6, and rechargeable battery 7.

[0012] When we need to see the back of our head, we can take the auxiliary device 2 and use its camera to take pictures of the part we need to see. Through the image acquisition, conversion and transmission module, the image is transmitted to the display screen of the main mirror 1 for real-time display. At this time, the picture we see on the main mirror 1 is the image taken by the auxiliary device 2.

[0013] When the main mirror 1 and the auxiliary card are connected together, the image displayed on the main mirror image display is the image captured by an ordinary mirror, just like we usually look in the mirror.

[0014] When the main mirror 1 is used as an ordinary mirror, the image display screen of the main mirror 1 displays the image directly. When it is necessary to send these images to other mobile phones or computers, the camera on the main mirror 1 can be used to shoot the scene through the operation of the remote control of the auxiliary device 2. After image acquisition and processing, it can be stored in the memory of the main mirror 1, and can also be sent to other mobile phones or computers directly or with a delay.

[0015] The remote control function of the auxiliary component 2 is to control the main mirror 1 to use the camera of the main mirror 1 to capture images, and store the images or videos in the memory of the main mirror 1 after screenshots, reduction, and enlargement. The pictures or videos can be sent to other mobile phones or computers at any time through the image acquisition conversion transmission module.

[0016] The fill light spotlight and fill light controller of auxiliary component 2 are also used to increase the brightness when illuminating a scene in low light conditions to make the illuminated image clearer. This is the same as the fill light spotlight and fill light controller of main mirror 1. Description of the drawings:

[0017] Attached Figure 1 , use the auxiliary device 2 to take a picture of the part you want to see 10, and send it to the main mirror 1 for display through the image acquisition, conversion and transmission module. What we see on the main mirror 1 is the image 10 taken by the auxiliary device 2; if you need to see the back of your head, use the auxiliary device 2 to take a picture of the back of your head and transmit it to the main mirror 1 for display.

[0018] Attached Figure 2 , implement the functions of the main mirror 1, the components of the main mirror 1 are: display screen 8, built-in camera 1, fill light spotlight 3, fill light controller 4, memory 6, image acquisition conversion transmission reception processing module 5, rechargeable battery 7, charging socket 9.

[0019] The functions of the auxiliary component 2 are implemented, and the components of the auxiliary component 2 are: a camera 1, a fill light spotlight 3, a fill light controller 4, a remote control function button 2, an image acquisition conversion transmission module 5, a memory 6, and a rechargeable battery 7.

[0020] Attached Figure 3 When the main mirror 1 and the auxiliary card are connected together, the main mirror has the function of an ordinary mirror, that is, the scene 10 that we see when we look in the mirror normally can be seen from the main mirror 1. Attached Figure 4 The auxiliary component 2 can control the scene 10 taken by the main mirror 1 through remote control, can take screenshots of the video scene 10 taken, enlarge and reduce it, store it in the memory of the main mirror 1, and send it to other mobile phones and computers through the image acquisition conversion transmission module.

Claims

1. The present invention provides a mirror that can clearly see the back of one's head. The mirror is characterized in that an auxiliary part is held by hand, and a camera embedded in the auxiliary part is used to photograph the part that cannot be seen by ordinary mirrors, and the image is transmitted to the display screen of the main mirror in real time, and the image is clearly displayed on the display screen of the main mirror.

2. According to claim 1, when the auxiliary part does not take pictures, the main mirror and the auxiliary part are buckled together. At this time, the main mirror functions as an ordinary mirror and is used as an ordinary mirror.

3. According to claim 2, while the main mirror is used as an ordinary mirror, the remote control on the auxiliary component can be used to operate the main mirror to take screenshots, record videos, zoom in and out of the image being taken, and transmit the pictures and videos to other mobile phones and computers for display.

4. In order to solve the above technical problems, the present invention is completed by the cooperation of two parts: a main mirror; an embedded display screen, a camera and other components, and an auxiliary component; an embedded camera, a remote control and other components.

5. The specific implementation modes of the present invention do not constitute a limitation on the protection scope of the present invention. Any functional additions, deletions, changes and deformations made according to the concept of the present invention shall be included.

Images