Abstract:
A mobile terminal includes: a terminal body provided with a case having one or more holes; and a gas sensor module disposed close to the case, and configured to sense specific gas as air is introduced into the terminal body through the hole, wherein the gas sensor module includes: a gas sensor configured to sense the specific gas; and an accommodation cap having an accommodation unit where the gas sensor is disposed, having a gas hole communicated with the hole, and having its inner surface facing the gas hole formed as an inclined surface such that the introduced air reaches the gas sensor.
Abstract:
A mobile terminal and a method for controlling the same are disclosed. The mobile terminal includes a display unit and a controller configured to execute a specific application related to a payment, change to a payment ready state and display a payment card in a center area of the display unit when selecting the payment card among cards stored in the specific application, produce one-time payment information, a token value, and perform the payment when receiving a first input in the payment ready state, and change to a payment waiting state and control the display unit so that a display of the payment card is changed to a display of a specific indicator, when receiving a second input in the payment ready state.
Abstract:
The present disclosure relates to a motor driving device and a laundry treatment apparatus. An inverter is configured to convert a DC voltage of DC terminals into an AC voltage according to a switching operation and to output the AC voltage to a motor. A DC terminal voltage detector is configured to detect the voltage of the DC terminals, and an output current detector is configured to detect an output current flowing through the motor. A controller is configured to control the inverter based on the detected output current. The controller controls the motor to operate based on a flux current command value from among the flux current command values and a torque current command value for driving the motor in an overvoltage protection mode when the detected DC terminal voltage is higher than a first predetermined value and power is supplied from the motor to the DC terminals. Abrupt DC terminal voltage increase may be prevented.