Abstract: A motor-driven compressor includes an inverter device. The inverter device includes a common mode choke coil. The common mode choke coil includes an annular core, two windings wound around the core, and an annular conductor that covers the two windings. The conductor is divided into a first metal plate and a second metal plate, which are combined to form an annular shape such that induced current flows in a circumferential direction of the conductor so as to hinder changes in leakage magnetic flux from the core. The second metal plate is thermally connected to the housing. The first metal plate is thermally connected to the second metal plate. At least one of an electrical resistance value or a thermal resistance value in a current path of the induced current is lower in the second metal plate than in the first metal plate.

Abstract: A battery pack case, including: a battery cell housing part made of metal, the battery cell housing part being configured to accommodate, from one side in a second direction, a battery cell in a state in which a plurality of the battery cells are stacked in a first direction perpendicularly intersecting the second direction and are compressed in the first direction, and the battery cell housing part being configured to support a restoring force of the battery cell; and a flow path forming part made of resin, the flow path forming part being provided integrally with the battery cell housing part, the flow path forming part being disposed at another side, in the second direction, of the battery cell, and the flow path forming part configuring a part of a cooling air flow path part through which battery cell cooling air flows.

Abstract: A battery case includes a housing configured to accommodate a battery stack, and an abutting wall portion that is cast integrally with the housing on an inner side of the housing. The abutting wall portion is configured to bear a load from the battery stack accommodated in the housing. The battery case further includes a reinforcing part that is made of a material more rigid than the abutting wall portion and that is cast into the abutting wall portion by enveloped casting.

Abstract: A battery case configured to accommodate one or a plurality of battery cells, and includes a metal plate portion and a resin portion. The metal plate portion is made up of a plurality of metal plates that is part of the battery case. The resin portion that is another part of the battery case connects the metal plates by being interposed between the metal plates. The metal plates include a first metal plate and a second metal plate. The first metal plate includes a first overlapping portion and the second metal plate includes a second overlapping portion, the first overlapping portion and the second overlapping portion being overlapped with each other across the resin portion. The first overlapping portion includes one or more contact protrusions protruding toward the second overlapping portion. The second overlapping portion is in direct contact with the one or more contact protrusions.

Abstract: A cell case includes (i) first and second metal plates constituting a first part of the cell case and placed such that the first and second metal plates are separated from each other (ii) a resin portion provided between the metal plates such that the resin portion connects the first and second metal plates. The first metal plate and the second metal plate include a first overlapped portion and a second overlapped portion, respectively, such that the first overlapped portion and the second overlapped portion overlap with each other via the resin portion. The first overlapped portion includes a hook. The second overlapped portion has an opening. The hook is formed to be caught on the opening to restrict relative displacement between the first metal plate and the second metal plate along a direction where the first metal plate and the second metal plate are separated from each other.

Abstract: A mobile phone includes a display, a touch detector configured to detect an operation at least including a flick operation and a tap operation, and a processor configured to execute the control program to execute processing in accordance with the operation. The processor can cause a screen displayed on the display to be scrolled based on the flick operation on a display region R included in the display. If the screen includes an object to be subjected to the tap operation and while the screen is being scrolled, the processor can disable the tap operation on the object.

Abstract: At least one processor executes (i) a first function of terminating communication via a first network, in response to a first input to an input unit, (ii) a second function of terminating communication via a second network, in response to a second input to the input unit, and (iii) a third function of terminating communication via the first and second networks, in response to a third input to the input unit. The at least one processor limits, when the at least one processor processes a first call via the first network, at least one of the first input and the first function and at least one of the third input and the third function, and limits, when the at least one processor processes a second call via the second network, at least one of the second input and the second function and at least one of the third input and the third function.

Abstract: An electronic device includes: a display unit that includes a display area; a storage unit; a display control unit that displays plurality of information; an operation unit that receives a scroll operation; and a determination unit that determines whether the scroll operation is a high-speed scroll operation of which a speed is higher than a predetermined speed and determines a stop position based on a scroll start position and a scroll operation speed, wherein when it is determined that the scroll operation is not the high-speed scroll operation, the display control unit displays the plurality of information to correspond to the stop position determined, and when it is determined that the scroll operation is the high-speed scroll operation, the display control unit displays the plurality of information to correspond to a corrected stop position, to which the stop position determined by the determination unit is corrected.

Abstract: At least one processor executes (i) a first function of terminating communication via a first network, in response to a first input to an input unit, (ii) a second function of terminating communication via a second network, in response to a second input to the input unit, and (iii) a third function of terminating communication via the first and second networks, in response to a third input to the input unit. The at least one processor limits, when the at least one processor processes a first call via the first network, at least one of the first input and the first function and at least one of the third input and the third function, and limits, when the at least one processor processes a second call via the second network, at least one of the second input and the second function and at least one of the third input and the third function.

Abstract: A mobile terminal device includes: a display; a display control module which displays an execution screen for an application program on the display; and a detection module which detects a posture of the mobile terminal device based on a gravity acceleration applied to the mobile terminal device. In this arrangement, the display control module controls a display direction of the execution screen with respect to the mobile terminal device according to the posture of the mobile terminal device, and performs suppression control so as to, even if the posture of the mobile terminal device is changed, suppress switching of the display direction corresponding to the changed posture, provided that a suppression condition for suppressing switching of the display direction is satisfied while the execution screen is displayed on the display.

Abstract: A mobile terminal device includes: a display; a display control module which displays an execution screen for an application program on the display; and a detection module which detects a posture of the mobile terminal device based on a gravity acceleration applied to the mobile terminal device. In this arrangement, the display control module controls a display direction of the execution screen with respect to the mobile terminal device according to the posture of the mobile terminal device, and performs suppression control so as to, even if the posture of the mobile terminal device is changed, suppress switching of the display direction corresponding to the changed posture, provided that a suppression condition for suppressing switching of the display direction is satisfied while the execution screen is displayed on the display.

Abstract: A mobile phone includes a display, a touch detector configured to detect an operation at least including a flick operation and a tap operation, and a processor configured to execute the control program to execute processing in accordance with the operation. The processor can cause a screen displayed on the display to be scrolled based on the flick operation on a display region R included in the display. If the screen includes an object to be subjected to the tap operation and while the screen is being scrolled, the processor can disable the tap operation on the object.

Abstract: An electronic device includes: a display unit that includes a display area; a storage unit; a display control unit that displays plurality of information; an operation unit that receives a scroll operation; and a determination unit that determines whether the scroll operation is a high-speed scroll operation of which a speed is higher than a predetermined speed and determines a stop position based on a scroll start position and a scroll operation speed, wherein when it is determined that the scroll operation is not the high-speed scroll operation, the display control unit displays the plurality of information to correspond to the stop position determined, and when it is determined that the scroll operation is the high-speed scroll operation, the display control , unit displays the plurality of information to correspond to a corrected stop position, to which the stop position determined by the determination unit is corrected.

Abstract: A mobile terminal device includes: a display; a display control module which displays an execution screen for an application program on the display; and a detection module which detects a posture of the mobile terminal device based on a gravity acceleration applied to the mobile terminal device. In this arrangement, the display control module controls a display direction of the execution screen with respect to the mobile terminal device according to the posture of the mobile terminal device, and performs suppression control so as to, even if the posture of the mobile terminal device is changed, suppress switching of the display direction corresponding to the changed posture, provided that a suppression condition for suppressing switching of the display direction is satisfied while the execution screen is displayed on the display.

Abstract: A mobile terminal device includes: a display; a display control module which displays an execution screen for an application program on the display; and a detection module which detects a posture of the mobile terminal device based on a gravity acceleration applied to the mobile terminal device. In this arrangement, the display control module controls a display direction of the execution screen with respect to the mobile terminal device according to the posture of the mobile terminal device, and performs suppression control so as to, even if the posture of the mobile terminal device is changed, suppress switching of the display direction corresponding to the changed posture, provided that a suppression condition for suppressing switching of the display direction is satisfied while the execution screen is displayed on the display.

Abstract: A mobile terminal device includes a storage module which stores two or more screens of web pages; a receiving module which receives an operation to collectively update predetermined screens of the web pages stored in the storage module; an acquisition module which acquires information for generating the predetermined screens of the web pages through a communication network, in response to the operation; and an updating module which collectively updates, based on the acquired information, the predetermined screens of the web pages stored in the storage module.

Abstract: A mobile phone including upper and lower portions, a flash memory to store images, a selecting portion to select a target image from the stored images, a closed state detection portion to detect a closed state, and a display control portion to control display of an image to display an image of an idle screen including in a background image the target image selected by the selecting portion when standing by, and the display control portion displays, in response to the change from a state in which the closed state is detected by the closed state detection portion to a state in which the closed state is not detected while the image of the idle screen is being displayed, a new idle screen that includes in the background image a new target image selected by the selecting portion subsequent to the background image included in the idle screen.

Abstract: A terminal device is disclosed. The terminal device includes a display unit, an acceleration sensor, a display controller and an operation unit. The acceleration sensor senses an acceleration of a body of the terminal device when the body is being tilted. The display controller displays a vertical screen on the display unit when the body is in a vertical orientation. The display controller also displays a horizontal screen on the display unit when the body is in a horizontal orientation. The display controller further switches between the vertical screen and the horizontal screen based on an output from the acceleration sensor. The operation unit accepts a setting of a sensitivity of the acceleration sensor. The display controller controls switching based on the sensitivity and the acceleration.

Abstract: A mobile terminal device includes: a display; a display control module which displays an execution screen for an application program on the display; and a detection module which detects a posture of the mobile terminal device based on a gravity acceleration applied to the mobile terminal device. In this arrangement, the display control module controls a display direction of the execution screen with respect to the mobile terminal device according to the posture of the mobile terminal device, and performs suppression control so as to, even if the posture of the mobile terminal device is changed, suppress switching of the display direction corresponding to the changed posture, provided that a suppression condition for suppressing switching of the display direction is satisfied while the execution screen is displayed on the display.

Abstract: A mobile phone including upper and lower portions, a flash memory to store images, a selecting portion to select a target image from the stored images, a closed state detection portion to detect a closed state, and a display control portion to control display of an image to display an image of an idle screen including in a background image the target image selected by the selecting portion when standing by, and the display control portion displays, in response to the change from a state in which the closed state is detected by the closed state detection portion to a state in which the closed state is not detected while the image of the idle screen is being displayed, a new idle screen that includes in the background image a new target image selected by the selecting portion subsequent to the background image included in the idle screen.