Lg Electronics Inc.

Cheongha Park

Arim Kwon

Yoomee Song

Jungmin Park

Kyunghye Seo

Jaehwa Lee

Hyerim Ku

Goeun Joo

Eunhye Kim

Sangwoon Lee

Minkyoung Chang

Hyungsun Kim

Taehoon Cho

Juha Hyun

Yoonseok Yang

Namki Kim

Kyungjin Moon

Juhye Lee

Mose Jueng

The present invention relates to a mobile terminal capable of user identification based on artificial intelligence technology. The present invention includes an artificial intelligence unit for generating a usage pattern related to an operation performed on the mobile terminal and generate a control command for executing any one of a plurality of operation modes having different security standards based on the generated usage pattern, and a control unit for executing any one of the plurality of operation modes in response to a control command generated by the artificial intelligence unit. The artificial intelligence unit monitors situation information regarding an operation performed on the mobile terminal, compares the generated payment pattern with the monitored situation information, and generates a control command for executing any one operation mode based on a comparison result.

Mobile terminal and method for controlling the same

Disclosed are a mobile terminal and a method for controlling the same. The mobile terminal includes a touch screen configured to display a first page; and a controller configured to generate a panel region having a predetermined transparency on a preset region of the touch screen, if a preset touch gesture is applied to the touch screen while the first page is being displayed, and configured to display, on the panel region, at least one first function icon corresponding to information displayed on the first page. If the first page is converted into a second page, the at least one first function icon displayed on the panel region is changed to at least one second function icon corresponding to information displayed on the second page.

A mobile terminal includes: a camera; a touch screen; and a controller configured to: cause the touch screen to display an image received via the camera, the image acquired at a first magnification ratio; control the camera to change a magnification ratio from the first magnification ratio to a second magnification ratio based on a touch applied to the touch screen displaying the image; cause the touch screen to display an image acquired at the second magnification ratio; and activate a specific function if the touch is continuously applied to the touch screen displaying the image acquired at the second magnification ratio.

The present invention relates to a mobile terminal, capable of controlling a head mounted display (HMD), and a method for controlling the same. The mobile terminal capable of controlling the HMD includes an interface unit capable of allowing for a wired connection with the head mounted display, and a controller capable of detecting an eye motion of a user wearing the head mounted display using a sensing unit provided in the head mounted display, and controlling a display unit of the head mounted display by a preset method when the eye motion corresponds to a preset motion.

A system includes a head mounted display (HMD) having at least one of a display unit and a sensing unit and configured to be connected to a mobile terminal in a wired manner, and a mobile terminal configured to control the HMD, wherein the mobile terminal includes a terminal body, an interface unit provided in the terminal body and configured to be connected to the HMD in a wired manner, a sensing unit configured to sense a movement of the terminal body, and a controller configured to output a preset first region of a virtual space on the display unit of the HMD and control the display unit of the HMD to display a second region of the virtual space different from the first region of the virtual space on the basis of a movement of the HMD sensed through the sensing unit of the HMD.

Head mounted display with separate wire connected controller

A mobile terminal including a wireless communication processor configured to provide wireless communication; a display including a main region and an extended region extended from the main region toward at least one side of the main region; and a controller configured to deactivate the main region and the extended region of the display, activate the main region of the display without activating the extended region in response to a knock code being input on the main region of the display, and activate the extended region of the display without activating the main region in response to the knock code being input on extended region of the display.

Mobile terminal and display operating method thereof

Provided are a tethering-type head-mounted display (HMD), and a control method thereof. The HMD is in communications with a mobile terminal and includes a display to selectively display content. A sensor detects a state in which the HMD is worn by a user, and the HMD presents notification information about an event detected in the mobile terminal. The controller further pauses, when the sensor senses a change in the state in which the HMD is worn by the user while the notification information is being presented by the display, the presentation of the content, and generates, based on pausing the presentation of the content, bookmark information identifying the content and a point in time when the sensor senses the change in the state in which the HMD is worn by the user.

Tethering type head mounted display and method for controlling the same

A mobile terminal including a camera; a display capable of display an image captured by the camera in real-time; and a controller capable of display a plurality of frames generated using images captured continuously since a start of the image capturing, and execute a function on the mobile terminal associated with one or more of the generated frames while the camera captures the image.

A mobile terminal including a terminal body including a front surface and a rear surface; a display unit disposed on the front surface and including a first region and a second region extended from the first region, the first and second regions configured to be independently converted from one of an active state and an inactive state to another; a rear input unit disposed on the rear surface and configured to sense a fingerprint input; and a controller configured to convert the second region into the active state while maintaining the inactive state of the first region and display preset first screen information on the second region, in response to a preset input being received in the inactive state of the first and second regions, and convert the first screen information displayed on the second region into second screen information corresponding to an execution of a secret mode while maintaining the inactive state of the first region, in response to the preset input being received and the fingerprint input being sensed by the rear input unit corresponding a preset fingerprint.

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Seoul, South Korea

Cheongha Park