Abstract: Provided is an edible oil/fat composition having a bacteriostatic effect in addition to the functions of conventional edible oils and fats. The problem is solved by the edible oil/fat composition characterized by containing 70% by mass or more of an edible oil/fat, 0.002-10% by mass of a lipophilic bacteriostatic agent, and 0.1-10% by mass of an emulsifier.

Abstract: A terminal device is provided that has a collation unit, a specification unit, and a display unit. The collation unit: references a storage unit that stores built-in display information that specifies a built-in display and a plurality of pieces of external display information that specify a plurality of connected external displays; and collates the built-in display information and the plurality of pieces of external display information. On the basis of the results of the collation, the specification unit specifies a display that has a specific positional relationship with a reading device for biological information. The display unit displays, on the specified display, a screen for touch locations that represent a read operation for the biological information.

Abstract: A terminal device is provided that has a position determination unit that, when authentication images that capture biological information are to be obtained, determines the position of the next touch location to be displayed in a guide display for touch locations that represent a read operation for the biological information. The determination is made from: the refresh rate of a display that displays the guide display; the number of authentication images to be acquired; and the distance at which the guide display is updated.

Abstract: An information processing device includes: processing circuitry that implements a switch unit, a verification unit, and a registration unit. The switch unit switches between a registration mode in which execution of registration in management information to manage a terminal to be authenticated is enabled and a non-registration mode in which execution of the registration is disabled. The verification unit, in response to receiving a terminal registration request including terminal identification information that identifies a terminal device, certification information expressing a public key or a certificate, and an authentication code that is determined in advance from the terminal device in the registration mode, verifies the authentication code.

Abstract: A terminal device is provided that has a calculation unit that: references a storage unit that stores information on the size of a display that is being used for display and information on a reference point for displaying a specific screen; and, from a preset display position for the specific screen, calculates a display position for the specific screen that conforms to the information on the size of the display, the information on the reference point, and information on the resolution of the display that is being used for display.

Abstract: A terminal device is provided that has a collation unit, a specification unit, and a display unit. The collation unit: references a storage unit that stores built-in display information that specifies a built-in display and a plurality of pieces of external display information that specify a plurality of connected external displays; and collates the built-in display information and the plurality of pieces of external display information. On the basis of the results of the collation, the specification unit specifies a display that has a specific positional relationship with a reading device for biological information. The display unit displays, on the specified display, a screen for touch locations that represent a read operation for the biological information.

Abstract: A terminal device is provided that has a position determination unit that, when authentication images that capture biological information are to be obtained, determines the position of the next touch location to be displayed in a guide display for touch locations that represent a read operation for the biological information. The determination is made from: the refresh rate of a display that displays the guide display; the number of authentication images to be acquired; and the distance at which the guide display is updated.

Abstract: When a power supply plug 40 is inserted into a case 20, a swing pin 43 of the power supply plug 40 pushes a slidable pin 57 in the case 20. Then, when an engaging part 45 of the power supply plug 40 provided at the tip end of the swing pin 43 is engaged with an engaging part 59, the slidable pin 57 is restored to its original position at a mouth, and the periphery of the swing pin 43 abuts against the periphery of the slidable pin 57, and thus the power supply plug 40 and the case 20 are locked. In addition, a locking device 50 having the slidable pin is disposed at the back of the case 20, and a first waterproof wall 30 and a second waterproof wall 34 are provided at positions closer to the mouth than the locking device 50.

Abstract: When a power supply plug 40 is inserted into a case 20, a swing pin 43 of the power supply plug 40 pushes a slidable pin 57 in the case 20. Then, when an engaging part 45 of the power supply plug 40 provided at the tip end of the swing pin 43 is engaged with an engaging part 59, the slidable pin 57 is restored to its original position at a mouth, and the periphery of the swing pin 43 abuts against the periphery of the slidable pin 57, and thus the power supply plug 40 and the case 20 are locked. In addition, a locking device 50 having the slidable pin is disposed at the back of the case 20, and a first waterproof wall 30 and a second waterproof wall 34 are provided at positions closer to the mouth than the locking device 50.

Abstract: According to an aspect of an embodiment, an apparatus operable under an operating system having an input device for inputting information, the apparatus being activated by booting a BIOS and the operating system successively comprises, a storage for storing information; and a processor receiving specific information inputted by the input device before completion of booting the operating system, storing the specific information into the storage, determining whether or not the specific information is stored in the storage after completion of booting the operating system, rebooting the BIOS when the specific information is stored in the storage and displaying information related to the BIOS.

Abstract: An apparatus comprises a device and a processor. The device inputs information. The processor detects an input from the device and controls the operating frequency of the processor on the basis of frequency of the detected inputs. Thus, it is possible to achieve an apparatus capable of lowering the temperature of a case when the user is using the device.

Abstract: According to an aspect of an embodiment, an apparatus operable under an operating system having an input device for inputting information, the apparatus being activated by booting a BIOS and the operating system successively comprises, a storage for storing information; and a processor receiving specific information inputted by the input device before completion of booting the operating system, storing the specific information into the storage, determining whether or not the specific information is stored in the storage after completion of booting the operating system, rebooting the BIOS when the specific information is stored in the storage and displaying information related to the BIOS.

Abstract: A storage device including an initial data storage area storing initial data, an updated data storage area storing updated data corresponding to the initial data, and a designation area designating either the initial data storage area or the updated data storage area to be readout. A storage control device comprises a write writing data in the updated data storage area, a re-write unit re-writing the designation area in which information for reading the initial data storage area is set in the initial stage into the setting of reading the updated data storage area when writing into the updated data storage area occurs, an initializing unit re-writing the information in the designation area to the setting of reading of the initial data, and a selection unit selecting to read either the initial data storage area or the updated data storage area when reading the data.