This feature phone type mobile phone includes a physical key and a display that displays a lock screen. While displaying a notification on the lock screen, the mobile phone transitions to a screen corresponding to the notification in response to a short press operation on the physical key, and while displaying a notification on the lock screen, the mobile phone transitions to a home screen in response to a long press operation on the physical key.

A feature phone type mobile phone includes a physical key and a display that displays a screen. A function to cause a notification screen to be displayed is always allocated to the physical key to allow the notification screen to be displayed on the screen while any screen is being displayed on the display.

The mobile terminal includes a display configured to display a lock screen and a controller configured to perform screen timeout when a non-operation state continues in the lock screen and also when the non-operation state continues in a screen other than the lock screen, wherein the controller sets the same predetermined time periods to a duration of the no-operation state in the lock screen before the screen timeout is performed and a duration of the non-operation state in the screen other than the lock screen before the screen timeout is performed.

The present invention discloses a display control method and a user equipment. The display control method includes: detecting, by a user equipment, a current screen direction in real time; and placing a system visual key in currently displayed title bar of the user equipment when the user equipment determining an occurrence of a change of the current screen direction. In addition, a user equipment is provided and includes a detection unit configured to detect a current screen direction in real time; and a setting unit configured to place a system visual key in currently displayed title bar of the user equipment when the detection unit determining an occurrence of a change of the current screen direction.

A method for adjusting at least one function of a mobile telephone in a vehicle includes the steps of: reading out a first information item from a module suitable for wireless near-field communication which is arranged in a mobile phone stand of the vehicle, by way of a corresponding readout module of the mobile phone; transmitting a second information item from the mobile phone to a system module of the vehicle; receiving and processing the second information item in the system module of the vehicle in order to provide a third information item; transmitting the third information item from the system module of the vehicle to the mobile phone; and adjusting the at least one function of the mobile phone on the basis of the received third information item.

A method for adjusting at least one function of a mobile telephone in a vehicle includes the steps of: reading out a first information item from a module suitable for wireless near-field communication which is arranged in a mobile phone stand of the vehicle, by way of a corresponding readout module of the mobile phone; transmitting a second information item from the mobile phone to a system module of the vehicle; receiving and processing the second information item in the system module of the vehicle in order to provide a third information item; transmitting the third information item from the system module of the vehicle to the mobile phone; and adjusting the at least one function of the mobile phone on the basis of the received third information item.

A handheld device with a UCV-LED light incorporated into its body is taught. The light can be used to sanitize and disinfect an area in front of the user. The light is powered by the handheld device's battery and is controlled by the touchscreen of the device. The UCV-LED light both kills bacteria and disables viruses through the emission of UVC rays of light, with an optimal range of 256-284 nanometers. The light can be located next to the device's flashlight and is secured in a housing similar to that which secures a flashlight. It optionally has an indicator light that indicates the area to be sanitized and disinfected.

A handheld device with a UCV-LED light incorporated into its body is taught. The light can be used to sanitize and disinfect an area in front of the user. The light is powered by the handheld device's battery and is controlled by the touchscreen of the device. The UCV-LED light both kills bacteria and disables viruses through the emission of UVC rays of light, with an optimal range of 256-284 nanometers. The light can be located next to the device's flashlight and is secured in a housing similar to that which secures a flashlight. It optionally has an indicator light that indicates the area to be sanitized and disinfected.

Media control devices, methods and systems for communicating with mobile devices and headsets are disclosed. At least one control device may include a top surface, a bottom surface, circuitry for communicating with mobile devices and headsets, at least one button designed to be manipulated by users wearing gloves, a microphone for receiving audio input from the users, and a securement mechanism for securing the control device to the users' person, clothing and/or equipment.

Media control devices, methods and systems for communicating with mobile devices and headsets are disclosed. At least one control device may include a top surface, a bottom surface, circuitry for communicating with mobile devices and headsets, at least one button designed to be manipulated by users wearing gloves, a microphone for receiving audio input from the users, and a securement mechanism for securing the control device to the users' person, clothing and/or equipment.