Abstract: A stereoscopic emblem includes: a retroreflective sheeting in which a surface on one side where light is incident and emitted protrudes and a recess is formed on a surface on the other side facing the protruding surface on the one side; a cured resin provided in the recess; and an adhesive layer provided on a side opposite to the retroreflective sheeting side with respect to the cured resin.

Abstract: A retroreflective sheeting includes: a retroreflective layer that retroreflects light incident on one surface; a light transmissive transparent colored layer provided to face the one surface of the retroreflective layer; and a light non-transmissive opaque layer provided on a side of the transparent colored layer with reference to the one surface of the retroreflective layer, in which the transparent colored layer has a region that is in contact with the opaque layer and does not overlap the opaque layer when the retroreflective layer is viewed in a plan view, and a hue of the region of the transparent colored layer is equivalent to a hue of a region of the opaque layer in contact with the region.

Abstract: A terminal device serves as a computer portable by a user and includes: a power supply controller that is connected to a device via a cable and supplied with power from the device, and communicates information with the device via the cable; a wireless communicator that is wirelessly connected to an access point to communicate information via a network; and an access-point controller that causes, when connected to a predefined control device via the cable, the wireless communicator to wirelessly connect to a first access point associated with the control device.

Abstract: A control device controls power supply to a terminal device. The control device includes a power supply controller that connects to the terminal device via a cable, the power supply controller that supplies power to the terminal device and communicates information with the terminal device via the cable; a power-command acquirer that receives a wake-up command from an information processing device, the wake-up command serving to boot the terminal device; a power-switch controller that instructs the power supply controller to output a switch-push signal to the terminal device, in response to receipt of the wake-up command, the switch-push signal serving to switch a state of a power switch of the terminal device; and a power-command mask that masks the wake-up command, in response to receipt of the wake-up command during a running state of the terminal device.

Abstract: A control device controls power supply to a terminal device and includes: a power supply controller that connects to the terminal device via a cable, supplies power to the terminal device and communicates information with the terminal device via the cable, and determines a combination of a supply voltage and a supply current to the terminal device through communication with the terminal device via the cable; a change-command acquirer that receives, from an information processing device, a change command for changing a supply voltage and a supply current to the terminal device; and a profile changer that sets a power profile to the power supply controller in response to receipt of the change command, the power profile representing the voltage and the current that are supplied to the terminal device.

Abstract: A control device controls power supply to a terminal device. The control device includes a power supply controller that connects to the terminal device via a cable, the power supply controller that supplies power to the terminal device and communicates information with the terminal device via the cable; a power-command acquirer that receives a wake-up command from an information processing device, the wake-up command serving to boot the terminal device; a power-switch controller that instructs the power supply controller to output a switch-push signal to the terminal device, in response to receipt of the wake-up command, the switch-push signal serving to switch a state of a power switch of the terminal device; and a power-command mask that masks the wake-up command, in response to receipt of the wake-up command during a running state of the terminal device.

Abstract: A control device controls power supply to a terminal device and includes: a power supply controller that connects to the terminal device via a cable, supplies power to the terminal device and communicates information with the terminal device via the cable, and determines a combination of a supply voltage and a supply current to the terminal device through communication with the terminal device via the cable; a reconnection controller that causes the power supply controller to disconnect power supply to and communication of information with the terminal device via the cable, and then reconnect power supply to and communication of information with the terminal device via the cable, when changing the combination of a supply voltage and a supply current to the terminal device; and a cable-status notifier that transmits notification information indicating a connection state of the cable to an information processing device.

Abstract: A control device controls power supply to a terminal device. The control device includes a power supply controller that connects to the terminal device via a cable, the power supply controller that supplies power to the terminal device and communicates information with the terminal device via the cable; a power-command acquirer that receives a wake-up command from an information processing device, the wake-up command serving to boot the terminal device; a power-switch controller that instructs the power supply controller to output a switch-push signal to the terminal device, in response to receipt of the wake-up command, the switch-push signal serving to switch a state of a power switch of the terminal device; and a power-command mask that masks the wake-up command, in response to receipt of the wake-up command during a running state of the terminal device.

Abstract: A terminal device serves as a computer portable by a user and includes: a power supply controller that is connected to a device via a cable and supplied with power from the device, and communicates information with the device via the cable; a wireless communicator that is wirelessly connected to an access point to communicate information via a network; and an access-point controller that causes, when connected to a predefined control device via the cable, the wireless communicator to wirelessly connect to a first access point associated with the control device.

Abstract: A control apparatus includes: an interface part to which a second connector part of a cable is connectable, wherein the cable includes a first connector part that is connected to an information processing apparatus and the second connector part provided on the opposite side of the first connector part, the first connector part is provided with a first indicator lamp; and a control circuit that acquires, from the information processing apparatus via the cable and the interface part, first information indicating a state related to charging of the information processing apparatus, and perform light control of the first indicator lamp in accordance with the first information.

Abstract: An information processing device includes a plate on which a hook is provided and configured to move between a first position where a connection with another information processing device by the hook is done and a second position where the connection by the hook is released; and a processor configured to energize the another information processing device via a connection terminal when the connection is maintained by the hook, receive information indicating that a releasing operation for releasing the connection is started before the connection is released when a position of the plate is moved, and cut off the energization to the another information processing device via the connection terminal according to the reception.

Abstract: A function enhancement apparatus according to an embodiment includes: a connector to which an information processing device is connected; and a first processor that acquires a power source state of the information processing device connected to the connector, and causes, based on the acquired power source state, the information processing device to perform activation by power source control when an activation command to the information processing device is received from an external network.

Abstract: A control method executed by a processor included in an extension device, the control method includes executing power supply to another device via a connector using a battery provided in the extension device while power supply to the extension device is not executed; stopping power supply to the other device when it is detected that a terminal device coupled to the extension device and different from the another device is turned on, or that the terminal device turned on is coupled to the extension device; and starting power supply to the extension device while power supply to the other device is stopped.

Abstract: An information processing device includes a plate on which a hook is provided and configured to move between a first position where a connection with another information processing device by the hook is done and a second position where the connection by the hook is released; and a processor configured to energize the another information processing device via a connection terminal when the connection is maintained by the hook, receive information indicating that a releasing operation for releasing the connection is started before the connection is released when a position of the plate is moved, and cut off the energization to the another information processing device via the connection terminal according to the reception.

Abstract: A monitor device switches a display mode to be applied from a first display mode to a second display mode, when a speed of a vehicle reaches a first threshold or higher during the first display mode being applied, while switching the display mode to be applied from the second display mode to the first display mode, when the speed reaches a second threshold or lower during the second display mode being applied. In addition, the monitor device switches the display mode to be applied back to the first display mode, when an average speed of the vehicle in a period after switching from the first display mode to the second display mode is lower than the first threshold. The monitor device causes a display device to display an image of an area around the vehicle, the image being generated in accordance with the display mode to be applied.

Abstract: In a semiconductor device, an undoped polysilicon layer on the uppermost layer is used as a high resistor device without any patterning. A metal wiring layer formed on this high resistor device is connected to a conductive layer formed below the high resistor device via a contact hole extending through the high resistor device. In addition, by oxidizing an end portion, exposed in the contact hole, of the high resistor device, an oxide film is interposed between the high resistor device and the metal wiring layer to attain electrical insulation therebetween. In this manner, the high resistor device is formed of the undoped polysilicon layer by using a multilayered polysilicon structure including the undoped polysilicon layer. Therefore, the integration degree can be increased, and at the same time, a stepped portion accompanying with the multilayered silicon structure is relaxed to improve the flatness of the surface and prevent poor step coverage or bridging of an upper wiring layer.

Abstract: In a semiconductor device, an undoped polysilicon layer on the uppermost layer is used as a resistor having a high resistance without any patterning. A metal wiring layer formed on this resistor is connected to a conductive layer formed below the resistor via a contact hole extending through the high resistor device. In addition, by oxidizing an end portion, exposed in the contact hole, of the resistor, an oxide film is interposed between the high resistor device and the metal wiring layer to attain electrical insulation therebetween. In this manner, the resistor is formed of the undoped polysilicon layer by using a multilayered polysilicon structure including the undoped polysilicon layer. Therefore, the integration degree can be increased, and at the same time, a stepped portion accompanying the multilayered silicon structure is relaxed to improve the flatness of the surface and prevent poor step coverage or bridging of an upper wiring layer.