KR102218652B1 - Smart glasses and smart glasses system - Google Patents

Abstract

The present invention relates to a smart glasses and a smart glasses system, the smart glasses according to the present invention is a glasses frame; A display detachably installed on the eyeglass frame and displaying a processing screen according to a user command; And a pair of spectacle legs rotatably installed in the spectacle frame, wherein the spectacle frame has a fixing groove formed therein, and the display is slidingly inserted into the fixing groove and installed in the spectacle frame. To do.

Description

Smart glasses and smart glasses system {SMART GLASSES AND SMART GLASSES SYSTEM}

An embodiment of the present invention relates to a smart glasses and a smart glasses system.

A smartphone is a device capable of implementing various functions in addition to a phone call function, which is a major function of a mobile phone, and a user can implement the functions provided by the application by installing an application he or she desires among a plurality of applications on the smartphone.

However, despite the advantage of providing various functions, such a smartphone is inconvenient to carry, and for example, there are many inconveniences during a call while driving, so that a separate earphone or headset must be provided, and there is a high risk of loss.

The applicant noted this point and invented a smart glasses and a smart glasses system capable of solving these problems.

Republic of Korea Patent Application Publication No. 10-2015-0049340 (2015.05.08.)

An object of the present invention is to provide a smart glasses and a smart glasses system capable of providing various screens according to a user command through a transparent flexible display installed inside the glasses frame.

In addition, an object of the present invention is to provide a smart glasses and a smart glasses system capable of controlling a screen displayed on a corresponding display by interlocking with a display through a remote input unit formed on the legs of the glasses.

In addition, an object of the present invention is to provide a smart glasses and a smart glasses system capable of controlling a screen displayed on the smart glasses by interlocking with the smart glasses through a remote input unit formed on the glasses case.

Smart glasses according to the present invention for achieving the above object is a glasses frame; A display detachably installed on the eyeglass frame and displaying a processing screen according to a user command; And a pair of spectacle legs rotatably installed in the spectacle frame, wherein the spectacle frame has a fixing groove formed therein, and the display is slidingly inserted into the fixing groove and installed in the spectacle frame. To do.

In addition, the spectacle frame may include a first side frame on which a first spectacle leg is installed among the spectacle legs; A second side frame disposed to be spaced apart from the first side frame at a predetermined interval and on which a second spectacle leg is installed; And a lower frame having both ends connected to the lower ends of the first side frame and the second side frame, respectively, and disposed between the corresponding first side frame and the second side frame.

In addition, the fixing groove, a first side fixing groove formed on the inside of the first side frame; A second side fixing groove formed on the inside of the second side frame; And a lower fixing groove formed on the inner side of the lower frame, wherein the first side fixing groove, the lower fixing groove, and the second side fixing groove may be integrally connected to each other.

In addition, the display may be formed of a transparent flexible display.

In addition, the display may include a main power supply unit charging external power to supply operating power; A screen output unit receiving operation power from the main power unit and displaying a processing screen matching a user command; A first image photographing unit provided in the screen output unit to photograph an external image; A voice input unit provided on the screen output unit to receive a user’s voice command; A sound output unit provided on the screen output unit to output sound matching the processing screen; A position output unit provided on the screen output unit to output position information of the display; A data communication unit connected to a plurality of external devices to transmit and receive data from the external devices; And a device controller that controls to display a result of executing the user command on the screen output unit after performing the user command.

In addition, the device control unit may include an initial screen display module that displays an initial screen including a plurality of applications on the screen output unit; A control signal generation module for generating a control signal matching a user's voice command input from the voice input unit; An app execution module for selecting and executing a specific application from among a plurality of applications through a control signal generated by the control signal generation module; A command processing module for processing a user command according to the control signal in an application executed through the app execution module; And a processing screen display module for displaying a processing screen for a user command processed through the command processing module on the screen output unit.

In addition, the spectacle leg may further include a first remote input unit provided on one of the first spectacle leg and the second spectacle leg to receive the user command and transmit the received user command to the display.

In addition, the spectacle leg may further include a first sub-power unit provided on one of the first spectacle leg and the second spectacle leg to supply charging power to the display.

In addition, the smart glasses system according to the present invention includes smart glasses; And a glasses case in which the smart glasses are accommodated, wherein the glasses case includes: a housing in which the smart glasses are accommodated; And a cover rotatably installed on the housing, wherein the cover may include a second remote input unit that receives a user command and transmits it to the display of the smart glasses.

In addition, the second remote input unit may be formed of a key assembly including a direction key and a plurality of function keys.

In addition, the cover may further include a second image capturing unit for capturing an external image.

In addition, the housing may include a second sub power supply supplying charging power to the display.

As described above, according to the smart glasses and the smart glasses system according to the present invention, there is an effect of providing various screens according to a user command through a transparent flexible display installed inside the glasses frame.

In addition, the present invention has the effect of controlling a screen displayed on the display by interlocking with the display through a remote input unit formed on the legs of the glasses.

In addition, the present invention has the effect of controlling a screen displayed on the smart glasses by interlocking with the smart glasses through a remote input unit formed in the glasses case.

1 is a first exploded view of smart glasses according to the present invention.
2 is a diagram showing a state in which a display according to the present invention is installed on a spectacle frame.
3 is a first combination of smart glasses according to the present invention.
4 is a second exploded view of smart glasses according to the present invention.
5 is a second combination of smart glasses according to the present invention.
6 is a block diagram of a display according to the present invention.
7 is a block diagram of a device control unit according to the present invention.
8 to 10 are diagrams showing specific examples of use of smart glasses according to the present invention.
11 is a block diagram of a spectacle case according to the present invention.
12 is a diagram showing a state of controlling smart glasses using the glasses case according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, it should be noted that the same components or parts in the drawings represent the same reference numerals as possible. In describing the present invention, detailed descriptions of related known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

1 is a first exploded view of smart glasses according to the present invention.

Smart glasses according to the present invention, as shown in FIG. 1, includes a glasses frame 100, a display 200, and a pair of glasses legs 300.

The glasses frame 100 includes a first side frame 110, a second side frame 120, and a lower frame 130, and a fixing groove 140 into which the display 200 is slidably inserted is formed inside Can be.

The first side frame 110 may be arranged in a vertical direction, and a first spectacle leg 310 of a pair of spectacle legs 300 may be rotatably installed at an upper end.

Here, the first side frame 110 may be formed with a first side fixing groove 141 as a part of the fixing groove 140, and these first side fixing grooves 141 are among both sides of the first side frame. It may be installed on the inside facing the second side frame 120.

The second side frame 120 is disposed in the same vertical direction as the first side frame 110 and is spaced apart from the first side frame by a predetermined distance, and the second side frame 120 is at the top. Among the pair of spectacle legs 300, the second spectacle legs 320 may be rotatably installed.

Here, the second side frame 120 may be formed with a second side fixing groove 142 as another part of the fixing groove 140, and these second side fixing grooves 142 are at both sides of the second side frame. It may be installed on the inner side facing the first side frame 110.

The lower frame 130 is disposed between the first side frame and the second side frame in a horizontal direction, and the lower frame 130 has both ends at the lower end of the first side frame and the lower end of the second side frame. Are respectively connected to the corresponding first side frame and the second side frame may be integrally connected.

Here, the lower frame 130 may have a lower fixing groove 143 formed as another part of the fixing groove 140, and the lower fixing groove 143 is an upper side of the lower frame 130, that is, a lower frame Can be installed inside of.

The first side frame 110, the lower frame 130, and the second side frame 120 according to the present invention may be sequentially connected to be integrally formed, and thus, formed on the first side frame 110 The first side fixing groove 141, the lower fixing groove 143 formed in the lower frame 130, and the second side fixing groove 142 formed in the second side frame 120 are integrally connected to each other, thereby fixing the fixing groove ( 140) can be formed.

On the other hand, the lower frame 130 has a convex nose support 131 formed in the central portion, and this nose support 131 is formed by convexly bending the central portion of the lower frame 130 in the upper direction. The frame can be supported on the user's nose.

2 is a diagram showing a state in which the display according to the present invention is installed on the glasses frame, and FIG. 3 is a first combination diagram of the smart glasses according to the present invention.

The display 200 is detachably installed on the spectacle frame 100. First, as shown in FIG. 2, the display 200 has a first side frame 110 and a second side frame ( In the state respectively positioned on the upper part of the 120), both side ends are respectively formed in the first side frame 110, the first side fixing groove 141 and the second side fixing groove 142 formed in the second side frame 120 ) Can be inserted.

Thereafter, the display 200 may gradually increase the insertion portions of both sides of the display inserted into the first side fixing groove 141 and the second side fixing groove 142 by sliding downward.

Finally, the display 200 is inserted into the lower fixing groove 143 of the lower frame 130 by the continuous sliding movement in the downward direction, as shown in FIG. 3, the glasses frame 100 Can be installed on.

Here, the display 200 has a convexly bent convex portion formed at a central portion of the lower surface, and the convex portion of the display may be correspondingly inserted into the convex nose support portion 131 formed in the lower frame 130.

4 is a second exploded view of smart glasses according to the present invention, and FIG. 5 is a second combination of smart glasses according to the present invention.

On the other hand, the nose support 131 of the present invention is not formed in a convex shape in which the central portion of the lower frame 130 is bent upward, as described above, but as shown in FIGS. 4 and 5, It may be formed in such a way that a separate nose support member is installed in the central part of the frame. In this case, the display 200 has a lower surface formed in the same shape as the lower frame 130 to be inserted correspondingly to the lower frame. I can.

As described above, the display 200 is detachably installed on the eyeglass frame 100 and can display a processing screen according to a user command. In this case, the display 200 is a transparent flexible display. Can be done.

Here, the display 200 is an augmented reality (AR) that superimposes a virtual image on an image that exists in reality as a single image, or stimulates the user's five senses in an artificially created virtual specific space, environment, and situation. Virtual Reality (VR), which enables spatial and temporal experiences similar to the real world, or Mixed Reality (MR), which shows a state in which the real world and the virtual world are mixed. Can be displayed.

6 is a block diagram of a display according to the present invention.

Specifically, the display 200 includes a main power supply unit 210, a screen output unit 220, a first image capture unit 230, an audio input unit 240, and an audio output unit 250 as shown in FIG. 6. , A location output unit 260, a data communication unit 270, and a device control unit 280.

The main power unit 210 may charge external power to supply operating power for operating each component of the display.

Specifically, the main power supply unit 210 may include an AC/DC converter module and a rechargeable battery, and such an AC/DC converter module converts AC power supplied from the outside into DC power, and also, a rechargeable battery. After charging the DC power converted through the AC/DC converter module, it can supply operating power to each component of the display.

Meanwhile, the main power unit 210 may further include a wireless charging module in its configuration, and such a wireless charging module may charge the corresponding rechargeable battery through a wireless charging method using an externally generated magnetic field.

That is, the main power unit 210 may charge external power through a wired/wireless charging method to supply operating power for operating each component of the display.

The screen output unit 220 may receive operating power from a main power supply and display a processing screen matching a user command.

Specifically, when receiving various user commands such as phone call, Internet search, video playback, music playback, text input, execution of a specific application from the user, the screen output unit 220 controls the device controller 280 to be described later. Through this, processing screens matching various user commands, such as a call screen, a search screen, a video playback screen, a music playback screen, a text input screen, and a specific application execution screen, can be displayed.

The first image capturing unit 230 may be provided on a screen output unit to capture an external image.

Specifically, the first image capturing unit 230 may include a camera, and the first image capturing unit 230 may acquire external image information by capturing external images of the front and rear of the camera.

In this case, the image information may be displayed alone on the screen output unit 220 or may be displayed by overlapping with various screens displayed on the screen output unit 220.

The voice input unit 240 may be provided on a screen output unit to receive a user's voice command.

Specifically, the voice input unit 240 may be formed of a microphone. The voice input unit 240 may receive a voice command from a user and provide it to the device control unit 280.

The sound output unit 250 may be provided in a screen output unit to output sound matching a processing screen.

Specifically, the sound output unit 250 may be made of a speaker. In this sound output unit 250, the processing screen displayed on the screen output unit is a call screen, a search screen, a video playback screen, a music playback screen, and a text input screen. , In the case of a specific application execution screen, sound matching each of the corresponding processing screen may be output.

The location output unit 260 may be provided on a screen output unit to output location information of a display.

Specifically, the location output unit 260 may be made of a global positioning system (GPS), which is a satellite navigation device, and the location output unit 260 may determine the current location of the display and output location information of the display. .

The data communication unit 270 may be connected to a plurality of external devices to transmit/receive data to and from the corresponding external devices.

Specifically, the data communication unit 270 may be connected to a plurality of external servers that perform various functions through a wireless communication network to receive data from a corresponding external server or transmit data to a corresponding external server, and a first remote to be described later. Each of the input unit 330 and the second remote input unit 510 may be connected to receive a user command input from a user.

The device controller 280 may perform a user command input from a user, and then control the execution result of the user command to be displayed on a screen output unit.

7 is a block diagram of a device control unit according to the present invention.

Specifically, as shown in FIG. 7, the device control unit 280 includes an initial screen display module 281, a control signal generation module 282, an app execution module 283, a command processing module 284, and a processing screen. A display module 285 may be included.

The initial screen display module 281 may display an initial screen including a plurality of applications on a screen output unit.

Specifically, when the power of the display 200 is turned on, the initial screen display module 281 is a plurality of applications as shown in (b) of FIG. 4, for example, weather, Facebook ( Facebook), Googleplus, Instagram, Placeholder, Youtube, Whatsapp, and the initial screen including setting icons can be displayed on the screen output. .

Here, the initial screen can be variously changed by the user through the initial screen change function through execution of the setting icon.

The control signal generation module 282 may generate a control signal matching a user's voice command input from a voice input unit.

Specifically, the control signal generation module 282 analyzes the user's voice command input from the voice input unit to determine the desired processing target application and the processing contents of the application, respectively, and the processing target application and processing contents After generating a control signal that matches each of and, it may be provided to an app execution module and a command processing module.

The app execution module 283 may select and execute a specific application from among a plurality of applications through a control signal generated by a control signal generation module.

Specifically, when the application to be processed included in the control signal is YouTube, the app execution module 283 may select and execute a YouTube application from among a plurality of applications.

The command processing module 284 may process a user command according to the control signal in an application executed through an app execution module.

Specifically, the command processing module 284 is a case where the application executed through the app execution module 283 is a YouTube application, and when the processing content included in the control signal is, for example, a soccer video playback, the corresponding soccer video and You can search and play related videos.

The processing screen display module 285 may display a processing screen for a user command processed through the command processing module on a screen output unit.

Specifically, the processing screen display module 285 transmits a specific application executed through the app execution module 283, a command processing process executed through the command processing module 284, and a command processing result to the screen output unit 220. Can be displayed.

8 to 10 are diagrams showing specific examples of use of smart glasses according to the present invention.

For example, as an example of use of the smart glasses according to the present invention, as shown in FIG. 8, an application for receiving a voice command from the user to the screen output unit 220 is executed while being worn on the user's face. I can make it.

Then, as shown in FIG. 9, "where is the nearest restaurant?" from the user. When receiving a voice command called through the voice input unit 240, the device control unit 280 analyzes the voice command to determine the application to be processed and the contents to be processed, respectively, and the smart glasses checked through the location output unit 260 After searching for a restaurant in the closest distance to the smart glasses using real-time location information of, it may be displayed on the screen output unit 220.

In addition, when receiving a voice command for a video call with a specific person from the user, the smart glasses display the specific person on the screen output unit 220, as shown in FIG. 9, while performing a video call with a specific person. have.

Meanwhile, the spectacle leg 300 may be rotatably installed on the spectacle frame 100.

As described above, the spectacle frame 300 includes a first spectacle leg 310 and a second spectacle leg 320, wherein the first spectacle leg 310 is a first side frame of the spectacle frame 100 It is installed on 110, and the second spectacle leg 320 may be installed on the second side frame 120 of the spectacle frame.

Here, the hinges 150 are provided between the first leg and the first side frame, and between the second leg and the second side frame, so that a pair of eyeglass legs can be rotatably installed on the eyeglass frame.

The spectacle leg 300 may include a first remote input unit 330 and a first sub power unit 340.

The first remote input unit 330 may be provided on one of the first and second glasses legs to receive a user command and transmit the received user command to the display.

Specifically, the first remote input unit 330 may be configured as a touch panel for inputting a user command by sensing a position where a fingertip touches with a sensor.

The first remote input unit 330 may move the pointer displayed on the display in the same direction when the fingertip moves vertically, horizontally, and when the fingertip is pressed once at a specific point, the pointer is positioned. An app can be selected, and in addition, when the fingertip is pressed twice in succession at a specific point, the specific app where the pointer is located can be executed.

At this time, the control signal generation module 282 generates a control signal matching the user command transmitted from the first remote input unit 330 and provides it to the app execution module and the command processing module, thereby displaying the execution result of the user command. It can be displayed on the output.

On the other hand, the first remote input unit 330 may be made of a key assembly including a direction key and a plurality of function keys, and a user may move a pointer displayed on the display in the same direction through the direction keys, and a plurality of function keys Through this, various functions that the corresponding function key is responsible for can be executed.

The first sub-power unit 340 may be provided on one of the first and second glasses legs to supply charging power to the display.

Specifically, the first sub-power unit 340 may be used as an auxiliary power for operating each component of the display by charging external power, and the first sub-power unit 340 includes an AC/DC converter module and a rechargeable battery. It may include.

Here, the AC/DC converter module can convert AC power supplied from the outside into DC power, and the rechargeable battery charges the DC power converted through the AC/DC converter module, and then each component of the display 200 Can supply operating power to the field.

Meanwhile, the first sub power supply unit 340 may further include a wireless charging module in its configuration, and such a wireless charging module may charge the corresponding rechargeable battery through a wireless charging method using an externally generated magnetic field.

That is, the first sub-power unit 340 may charge external power through a wired/wireless charging method in the same manner as the main power unit 210 to supply charging power to the display.

Hereinafter, a smart glasses system according to the present invention will be described.

11 is a block diagram of a spectacle case according to the present invention.

The smart glasses system according to the present invention includes a smart glasses 10 and a glasses case 20 as shown in FIG. 11, wherein the smart glasses 10 have the same configuration and function as the smart glasses described above. , Here, a detailed description of the smart glasses will be omitted.

The eyeglass case 20 may accommodate smart glasses therein, and the eyeglass case 20 may include a housing 400 and a cover 500.

The housing 400 may accommodate the smart glasses therein, and in particular, by including the second sub power supply unit 410 may supply charging power to the display 200 of the smart glasses 20.

Specifically, the second sub power supply unit 410 may be used as an auxiliary power supply for operating the components included in the display 200 of the smart glasses 20 by charging an external power supply. This second sub power supply unit 410 ) May include an AC/DC converter module, and a rechargeable battery.

Here, the AC/DC converter module can convert AC power supplied from the outside into DC power, and the rechargeable battery charges the DC power converted through the AC/DC converter module, and then each component of the display 200 Can supply operating power to the field.

Meanwhile, the second sub-power unit 410 may further include a wireless charging module in its configuration, and the wireless charging module may charge the corresponding rechargeable battery through a wireless charging method using a magnetic field generated from an external source.

That is, the second sub power unit 410 may charge external power through a wired/wireless charging method in the same manner as the main power unit 210 and the first sub power unit 340 and supply charging power to the display.

The cover 500 is rotatably installed on the housing 400, and the cover 500 may include a second remote input unit 510 and a second image capture unit 520.

The second remote input unit 510 is provided on the upper surface of the cover to receive a user command and transmit it to the display 200 of the smart glasses 20.

Here, the second remote input unit 510 may be formed of a key assembly including a direction key 511 and a plurality of function keys 512.

12 is a diagram showing a state of controlling smart glasses using the glasses case according to the present invention.

Specifically, the second remote input unit 510 moves the pointer displayed on the display of the smart glasses in the same direction when the up, down, left and right keys provided in the direction keys 511 are pressed by the user, as shown in FIG. 12. In addition, when a specific function key among the plurality of function keys 512 is pressed by the user, the function that the corresponding function key is responsible for can be executed.

At this time, the control signal generation module 282 included in the device control unit 280 of the display 200 generates a control signal matching the user command transmitted from the second remote input unit 510 to generate an app execution module and a command processing module. By providing as, the execution result of the user command can be displayed on the screen output.

Meanwhile, the second remote input unit 510 may be formed of a touch panel. When the fingertip moves in the vertical and horizontal directions, the second remote input unit 510 may move the pointer displayed on the display in the same direction. In addition, when the fingertip is pressed once at a specific point, a specific app in which the pointer is located may be selected, and in addition, when the fingertip is continuously pressed twice at a specific point, a specific app where the pointer is placed may be executed.

The second image capturing unit 520 may be provided on an upper surface of the cover to capture an external image.

Specifically, the second image capturing unit 520 may be configured with a camera, and the second image capturing unit 520 may acquire external image information by capturing an external image of the front of the camera.

In this case, the image information may be displayed alone on the screen output unit 220 or may be displayed by overlapping with various screens displayed on the screen output unit 220.

As described above, according to the present invention, various screens according to user commands can be provided through the transparent flexible display installed inside the glasses frame, and the screen displayed on the corresponding display is interlocked with the display through the remote input unit formed on the glasses legs. And control the screen displayed on the smart glasses by interlocking with the smart glasses through a remote input unit formed on the glasses case.

As described above, with reference to the drawings illustrating the smart glasses and the smart glasses system according to the present invention, the present invention is not limited by the embodiments and drawings disclosed in the present specification, and those skilled in the art within the scope of the technical idea of the present invention Of course, various modifications can be made by this.

10: smart glasses 20: glasses case
100: glasses frame 110: first side frame
120: second side frame 130: lower frame
131: nose support 140: fixing groove
141: first side fixing groove 142: second side fixing groove
143: lower fixing groove 150: hinge
200: display 210: main power supply
220: screen output unit 230: first image photographing unit
240: audio input unit 250: sound output unit
260: position output unit 270: data communication unit
280: device control unit 281: initial screen display module
282: control signal generation module 283: app execution module
284: instruction processing module 285: processing screen display module
300: glasses leg 310: first glasses leg
320: second glasses leg 330: first remote input unit
340: first sub power supply unit 400: housing
410: second sub power supply 500: cover
510: second remote input unit 511: direction key
512: function key 520: second image recording unit

Claims (12)

Eyeglass frames;
A display detachably installed on the eyeglass frame and displaying a processing screen according to a user command; And
Including; a pair of spectacle legs rotatably installed on the spectacle frame,
The glasses frame has a fixing groove formed inside,
The display is slidingly inserted into the fixing groove and installed in the eyeglass frame,
The glasses frame,
A first side frame on which a first spectacle leg is installed among the spectacle legs;
A second side frame disposed to be spaced apart from the first side frame at a predetermined interval and on which a second spectacle leg is installed among the spectacle legs; And
Both ends are connected to the lower end of the first side frame and the second side frame, respectively, and including a lower frame disposed between the first side frame and the second side frame,
The fixing groove,
A first side fixing groove formed on the inside of the first side frame;
A second side fixing groove formed on the inside of the second side frame; And
Includes; a lower fixing groove formed on the inner side of the lower frame,
The first side fixing groove, the lower fixing groove and the second side fixing groove are integrally connected to each other,
The display may increase the insertion portions of both sides of the display that are inserted into the first side fixing groove and the second side fixing groove by sliding downward, and the display may be continuously moved downward. The lower surface is installed in the spectacle frame by being inserted into the lower fixing groove of the lower frame,
The spectacle leg,
And a first remote input unit provided on one of the first and second glasses legs to receive the user command and transmit the user command to the display,
Further comprising a first sub-power unit provided on any one of the first and second glasses legs to supply charging power to the display,
The first remote input unit may be configured as a touch panel for inputting a user command by sensing a position where a fingertip touches with a sensor,
The first remote input unit may move the pointer displayed on the display in the same direction when the fingertip moves vertically, horizontally, and when the fingertip is pressed once at a specific point, select a specific app where the pointer is located. If the fingertip is pressed twice in succession at a specific point, you can launch a specific app where the pointer is located,
The display,
It is composed of a transparent flexible display,
The display,
A main power supply unit charging external power to supply operating power;
A screen output unit receiving operation power from the main power unit and displaying a processing screen matching a user command;
A first image photographing unit provided in the screen output unit to photograph an external image;
A voice input unit provided on the screen output unit to receive a user’s voice command;
A sound output unit provided on the screen output unit to output sound matching the processing screen;
A position output unit provided on the screen output unit to output position information of the display;
A data communication unit connected to a plurality of external devices to transmit and receive data from the external devices; And
After executing the user command, a device control unit for controlling to display a result of the execution of the user command on the screen output unit; and
The device control unit,
An initial screen display module for displaying an initial screen including a plurality of applications and a setting icon on the screen output unit;
A control signal generation module for generating a control signal matching a user's voice command input from the voice input unit;
An app execution module for selecting and executing a specific application from among a plurality of applications through a control signal generated by the control signal generation module;
A command processing module for processing a user command according to the control signal in an application executed through the app execution module; And
And a processing screen display module for displaying a processing screen for a user command processed through the command processing module on the screen output unit, and
The initial screen display module provides an initial screen change function through execution of the setting icon,
The main power supply and the first sub power supply,
Smart glasses, characterized in that wired or wireless charging is possible, including a wireless charging module.
delete delete delete delete delete delete delete Smart glasses according to claim 1; And
Includes; a glasses case in which the smart glasses are accommodated,
The glasses case,
A housing in which the smart glasses are accommodated; And
Includes; a cover rotatably installed on the housing,
The cover,
A smart glasses system comprising a second remote input unit receiving a user command and transmitting it to the display of the smart glasses.
The method of claim 9,
The second remote input unit,
Smart glasses system, characterized in that consisting of a key assembly including a direction key and a plurality of function keys.
The method of claim 10,
The cover,
Smart glasses system, characterized in that it further comprises a second image photographing unit for photographing an external image.
The method of claim 11,
The housing,
And a second sub power supply supplying charging power to the display.

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