KR20230135983A - Glasses that can display information by recognizing other people's faces and their operation method - Google Patents

Abstract

The present invention relates to glasses that allow the user to display information about another person to the user by photographing another person's face with glasses worn by the user and comparing the other person's facial information with data stored in a mobile communication terminal, and a method of operating the same. , Glasses that can recognize another person's face through the user's glasses, compare the recognized face with data stored in the mobile communication terminal, and then display information matching the other person's face through the user's glasses, and a method of operating the same. It's about.

Description

Glasses that can display information by recognizing other people's faces and their operation method { Glasses that can display information by recognizing other people's faces and their operation method }

The present invention relates to glasses and a method of operating them. More specifically, the present invention relates to glasses and a method of operating them. More specifically, the present invention relates to glasses worn by a user by photographing another person's face and comparing the other person's facial information with data stored in a mobile communication terminal to provide information about the other person to the user. It relates to glasses that enable display and its operating method.

First, looking at the prior art,

Terminals can be divided into mobile/portable terminals and stationary terminals depending on whether they can be moved.

Again, mobile terminals can be divided into handheld terminals and vehicle mount terminals depending on whether the user can carry them directly.

As the functions of such terminals are diversifying, mobile terminals with a structure that can be worn on any part of the body are being developed. In particular, glasses-type terminals have small displays such as liquid crystals installed close to both eyes to project images. This method is common, and various developments are currently underway for use in space development, nuclear reactors, military and medical institutions, and for business and gaming purposes.

Recently, glasses-type terminals equipped with cameras have become popular, making it possible to image the external environment according to the user's gaze more easily.

However, since it is possible to film other people against their will, the issue of invasion of privacy may arise.

Additionally, when one person meets multiple people, it is difficult to remember information such as the other person's name, and human memory is limited.

Accordingly, in the past, 'glasses-type terminal, system including same, and control method of glasses-type terminal' of registration number 10-2100911, 'glasses-type terminal and control method of glasses-type terminal' of publication number 10-2015-0056360, and publication number 10- No. 2018-0051015, ‘A lost child finding method based on contact-linked face recognition that can identify lost children by automatically recognizing faces in photos, and a lost child finding system using the same,’ and Registration No. 10-2218207, ‘Smart glasses capable of processing virtual objects. ' has been disclosed, but the above-mentioned problems are still not being improved.

The present invention was devised to solve the problems of the prior art described above, and recognizes the face of another person through the user's glasses, compares the recognized face with data stored in the mobile communication terminal, and then matches the other person's face. It was completed as a technical task with a focus on providing glasses that can display information through the user's glasses and a method of operating them.

Accordingly, the present invention relates to glasses worn on the user's face, wherein the glasses include a photographing unit that recognizes and photographs another person's face, a transmitting unit that transmits face data photographed by the photographing unit to a mobile communication terminal, and a mobile communication device. An interlocking unit that links wirelessly or wiredly with a communication terminal, a display unit that displays data returned from the mobile communication terminal, a battery unit that supplies power, and is connected to the photographing unit, the interlocking unit, and the battery unit to turn on and off The glasses are capable of recognizing other people's faces and displaying information, characterized by consisting of a power supply unit that controls.

A preparation step in which the user faces another person whom he/she wants to check after wearing the glasses described above; A photographing step in which the other person's face is recognized and photographed automatically or manually through a photographing unit; And, The photographed face data of the other person is transmitted through a transmitting unit. A transmission step of transmitting to a connected mobile communication terminal; A comparison step of comparing face data of another person transmitted in the transmission step with data stored in the mobile communication terminal in a comparison unit of the mobile communication terminal; And, Matching in the comparison step A reply step of returning data about another person's information received through glasses; and a display step of displaying the other person's data returned in the reply step through a display unit; The technical feature is a method of operating glasses that can recognize another person's face and display information.

According to the present invention, glasses capable of recognizing another person's face and displaying information and a method of operating the same, the other person's information can be easily identified through data stored in a mobile communication terminal, so memory updating of the other person is smooth, and the user's face can be easily updated by the other person. It is an invention with great effects, as it has thorough security because recognition and display of information cannot be confirmed, and as a result, there are no problems such as invasion of privacy.

Figure 1 is a diagram showing the connection between glasses and a mobile communication terminal among the configurations of the present invention.
Figure 2 is a diagram showing a preferred embodiment of the present invention.
Figure 3 is a diagram showing another embodiment of Figure 2
Figure 4 is a configuration diagram showing the components of glasses of the present invention
Figure 5 is a configuration diagram showing a facial recognition application among the components of the present invention.

Hereinafter, the preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 5 in relation to the accompanying drawings.

First of all, the glasses of the present invention are,

In glasses linked to a mobile communication terminal, the glasses 10 include an interlocking unit 100 that connects with the mobile communication terminal 20 wirelessly or by wire, and a photographing unit 200 that recognizes and photographs another person's face. and a transmitter 300 that transmits face data captured by the photographing unit 200 to the mobile communication terminal 20, and a display unit 400 that displays data returned from the mobile communication terminal 20. , a battery unit 500 that supplies power, and a control unit 600 connected to and controlling the linking unit 100, the photographing unit 200, the transmitting unit 300, the display unit 400, and the battery unit 500. It consists of:

In addition, the method of operating the above-mentioned glasses is,

A method of operating glasses that recognizes another person's face using glasses linked to a mobile communication terminal, comprising: a preparation step in which a user wears glasses 10 linked to the mobile communication terminal 20; A photographing step of recognizing and photographing another person's face through the photographing unit 200 automatically or manually (motion); A sending step of transmitting the photographed face data of another person to the linked mobile communication terminal 20 through the transmitting unit 300 of the glasses 10; A comparison step of comparing the face data of another person transmitted in the sending step with data stored in the mobile communication terminal in the comparison unit 33 of the mobile communication terminal 20; A reply step of sending back data about other people's information matched in the comparison step using glasses; A display step of displaying other people's data returned in the reply step through the display unit 400; It consists of

If the above-described present invention is described in more detail,

First, the glasses 10 of the present invention are linked to the mobile communication terminal 20, and this is a technology for a user wearing the glasses 10 to recognize another person's face and then obtain information about the other person.

Accordingly, the glasses 10 are composed of an interlocking unit 100, a photographing unit 200, a transmitting unit 300, a display unit 400, a battery unit 500, and a control unit 600, and the components are glasses. It is comprised of part of (10), but its location will not be limited.

The interlocking unit 100 is interconnected with the mobile communication terminal 20 wirelessly or wired. This is a commonly used technology, and detailed description will be omitted.

The photographing unit 200 can recognize and photograph another person's face, and its components may include a camera, etc.

The transmitting unit 300 is a component that transmits another person's face data captured by the photographing unit 200 to the mobile communication terminal 20.

The display unit 400 displays data returned from the mobile communication terminal 20.

The display unit 400 may be integrated into the glasses 10 or may be detachable or attachable.

In addition, it may be configured separately from the lens 11 to operate the display unit 400, or may be configured to protrude from the glasses 10 by a certain length.

In addition, as shown in FIGS. 2 and 3, when displaying data, the display unit 400 displays data at a certain interval from the lens 11 on one side to the front, or displays information divided from the lenses 11 on both sides to the front. It is displayed at regular intervals.

At this time, the display unit 400 may be configured to pop up by protruding a certain length outward from the rim, bridge, end piece, and lens of the glasses 10.

The display unit 400 contains metamaterial.

The metamaterial is used to prevent the display unit 400, which is comprised of a pop-up or lens, from being viewed as a tangible object by others.

Due to the metamaterial, the display unit 400 can be seen by the wearer of the glasses 10, but it is a material that enables the concept of transparency and see-through so that it cannot be seen by others.

The display unit 400 includes nylon, glass fiber, MWNT (Multi-Walled Nano Tube. Hereinafter referred to as 'multi-walled nanotube') multi-walled nanotube, and a dispersant, as well as metamaterials.

The above-mentioned ingredients ensure that a minimum electromagnetic situation is generated in the wearer's body as electromagnetic situations are generated for face recognition and display.

In addition, an auxiliary display unit is formed that is linked with the display unit 400 and displays the same information.

The auxiliary display unit can display other people's information displayed through the display unit 400 through accessories (watches, clocks, rings, bracelets, etc.) that can be linked with the mobile communication terminal 20, excluding glasses 10. there is.

At this time, the auxiliary display unit includes only the auxiliary battery unit and auxiliary control unit, which are the minimum components for displaying information.

The battery unit 500 supplies power and is used to operate the components.

The battery unit 500 can be charged with commonly used batteries, detachable or attachable rechargeable batteries, or solar power.

When charging with solar power, solar cells may be installed separately on the upper part of the rim, upper part of the bridge, and upper part of the temple of the glasses 10, and the charging battery may also be configured separately.

The control unit 600 is connected to and controls the linking unit 100, the photographing unit 200, the transmitting unit 300, the display unit 400, and the battery unit 500.

The control unit 600 can perform on/off functions and overall control for face recognition of others.

The mobile communication terminal 20 includes a face recognition application 30 consisting of a storage unit 31, a comparison unit 33, an organizing unit 35, and a response unit 37.

The storage unit 31 stores face data of others photographed by the photographing unit 200 of the glasses 10.

The comparison unit 33 compares the face data stored in the storage unit 31 with the data stored in the mobile communication terminal 20.

The comparison unit 33 can search for other people's information through contact information, text messages, SNS, etc. of the mobile communication terminal 20.

At this time, in the case of SNS, only other people's open information was made available.

The organizer 35 organizes data about other people's information matched through the comparison unit 33.

The reply unit 37 returns the other person's data organized in the organizer 35 with glasses.

In addition, when explaining how the above-mentioned glasses operate,

[Preparation stage]

A user wears glasses 10 linked to the mobile communication terminal 20 described above.

[Shooting stage]

The face of another person is recognized and photographed through the photographing unit 200 automatically or manually (motion).

[Sending stage]

The photographed face data of another person is transmitted to the linked mobile communication terminal 20 through the transmitting unit 300 of the glasses 10.

[Comparison stage]

The comparison unit 33 of the mobile communication terminal 20 compares the face data of another person transmitted in the sending step with the data stored in the mobile communication terminal.

[Reply stage]

In the comparison step, data on the information of others matched is returned to the glasses.

[Display level]

In the reply step, the other person's data replied is displayed through the display unit 400.;

According to the present invention as described above, other people's information can be easily identified through data stored in the mobile communication terminal, so memory updating of others is smooth, and security is thorough because others cannot check the user's facial recognition and display of information. This has the effect of eliminating problems such as invasion of privacy.

10: Glasses 11: Lens
20: mobile communication terminal
30: Face recognition application 31: Storage unit 33: Comparison unit
35: storage unit 37: response unit
100: Linkage part
200: Filming Department
300: Transmitter
400: Display unit
500: Battery part
600: Control unit

Claims (4)

In glasses linked to a mobile communication terminal,
In the glasses 10,
An interlocking unit (100) for linking wirelessly or wiredly with a mobile communication terminal (20),
A photographing unit 200 that recognizes and photographs other people's faces,
a transmitting unit 300 that transmits facial data captured by the photographing unit 200 to a mobile communication terminal 20;
A display unit 400 that displays data returned from the mobile communication terminal 20,
A battery unit 500 that supplies power, and
The face of another person, characterized in that it is composed of a control unit 600 that is connected to and controls the linking unit 100, the photographing unit 200, the transmitting unit 300, the display unit 400, and the battery unit 500. Glasses that can recognize and display information.
According to clause 1,
When displaying data, the display unit 400 displays data spaced at a certain distance from the lens 11 on one side to the front, or displays divided information from the lenses 11 on both sides at a certain distance from the front. Glasses that can recognize other people's faces and display information.
According to clause 1,
In the mobile communication terminal 20,
a storage unit 31 that stores face data of another person photographed by the photography unit 200 of the glasses 10;
a comparison unit 33 that compares the face data stored in the storage unit 31 with data stored in the mobile communication terminal 20;
an organizing unit 35 that organizes data about other people's information matched through the comparison unit 33; and
Glasses capable of recognizing another person's face and displaying information, characterized in that the face recognition application (30) consists of a response unit (37) that returns the other person's data organized in the organizer (35) to the glasses.
In a method of operating glasses that recognize another person's face using glasses that are linked to a mobile communication terminal,
A preparation step in which the user wears glasses (10) linked to the mobile communication terminal (20) of claim 1;
A photographing step of recognizing and photographing another person's face through the photographing unit 200 automatically or manually (motion);
A sending step of transmitting the photographed face data of another person to the linked mobile communication terminal 20 through the transmitting unit 300 of the glasses 10;
A comparison step of comparing the face data of another person transmitted in the sending step with data stored in the mobile communication terminal in the comparison unit 33 of the mobile communication terminal 20;
A reply step of sending back data about other people's information matched in the comparison step using glasses;
A display step of displaying other people's data returned in the reply step through the display unit 400; A method of operating glasses capable of recognizing another person's face and displaying information.