Abstract: According to one embodiment, an imprint apparatus that presses a fine pattern of an original plate against a photo-curable resin dropped onto a substrate, and transfers the fine pattern to the photo-curable resin by applying light, includes a dropping unit that drops the photo-curable resin onto a shot region obtained by dividing the substrate into a plurality of sections, an original plate supporting unit that stamps the original plate on the photo-curable resin on the substrate, the original plate being supported the fine pattern towards the substrate side, and a substrate supporting unit that supports the substrate and moves the substrate such that a position of a predetermined shot region of the substrate is a dropping position of the dropping unit or a stamping position of the original plate, in which the dropping unit is controlled such that the photo-curable resin is sequentially dropped onto the plurality of shot regions of the substrate, and the original plate supporting unit is controlled such that

Abstract: An information processing apparatus includes a request obtaining unit, a request memory, a timeout value obtaining unit, a determining unit, and a discarding unit. The request obtaining unit sequentially obtains requests from plural external apparatuses. The request memory stores the requests. The timeout value obtaining unit obtains timeout values, each of the timeout values indicating a time until transmission of a request from one of the plural external apparatuses is stopped. The determining unit determines, in a case where a request is obtained, whether or not the request memory has enough space for additionally storing the request. The discarding unit discards, in a case where the determining unit determines that the request memory does not have the enough space, a request that is selected in accordance with the timeout values obtained by the timeout value obtaining unit.

Abstract: A power-saving control device includes a setting unit and a mode controller. The setting unit sets a period during which an information processing apparatus in a power-saving mode in which more power is saved than a first mode is caused to perform an operation for receiving data from a communication line. The mode controller sets the information processing apparatus to a second mode in which the receiving operation is performed when a current time is within the set period, and sets the information processing apparatus to a third mode in which the receiving operation is stopped when the current time is outside the set period, in a case where the information processing apparatus is in the power-saving mode.

Abstract: An information processing apparatus includes a network interface, a main arithmetic unit, a sub arithmetic unit, and a data switch. The main arithmetic unit is activated in response to power being supplied thereto, and performs arithmetic operation on the basis of a preset first program. The sub arithmetic unit performs arithmetic operation on the basis of a second program written by the main arithmetic unit. The data switch switches, under control of the sub arithmetic unit, a path of data communicated between the network interface and the main arithmetic unit or the sub arithmetic unit. The data switch is configured to communicate, in an initial state, the data between the network interface and the main arithmetic unit.

Abstract: A response device includes a memory, a reception unit, and a response unit. The memory stores a logical address and a physical address in a communication circuit which are assigned to an external information processing device connected to the communication circuit that is the same as a communication circuit to which the response device is connected. The reception unit receives an address request for requesting a physical address from the communication circuit. The response unit responds with the stored physical address of the information processing device in a case where a destination address of the received address request is equal to the stored logical address of the information processing device.

Abstract: An information processing apparatus includes a first central processing unit, a second central processing unit, and a returning unit. The first central processing unit has a normal operating state and a power-saving state in which power consumption is lower than in the normal operating state. The second central processing unit causes the first central processing unit to return to the normal operating state from the power-saving state. The returning unit causes the first central processing unit to return to the normal operating state in a case where the second central processing unit enters an anomalous state after the first central processing unit has entered the power-saving state.

Abstract: An information processing apparatus includes a first central processing unit, a second central processing unit, and a returning unit. The first central processing unit has a normal operating state and a power-saving state in which power consumption is lower than in the normal operating state. The second central processing unit causes the first central processing unit to return to the normal operating state from the power-saving state. The returning unit causes the first central processing unit to return to the normal operating state in a case where the second central processing unit enters an anomalous state after the first central processing unit has entered the power-saving state.

Abstract: A power-supply control device includes a transition section, a body-capable-of-movement detection section, a return control section, a reference-time-period setting section, a state determination section, and a correction section. The transition section shifts a state of an operation target section from one state to another state among a power-supply state and multiple types of non-power-supply states. The body-capable-of-movement detection section detects a body capable of movement. The return control section controls the transition section so as to return the state of the operation target section to the power-supply state. The reference-time-period setting section sets a reference time period. The state determination section checks a state of detection of the body capable of movement after the reference time period elapses. The correction section corrects the reference time period on the basis of detection position information.

Abstract: An image forming apparatus having an operation mode, an energy saving mode, and a stop mode includes an image forming unit that forms an image on a recording member, and a control unit that controls the image forming unit, wherein the control unit includes an arithmetic unit that performs a logical operation or a numerical operation, a storage unit that stores a register value used by the arithmetic unit in a non-volatile register which is readable and writable, and retains stored information even when no power is supplied, and a change unit that changes the register value stored in the non-volatile register so as to correspond to a mode change between the operation mode and the energy saving mode or between the operation mode and the stop mode.

Abstract: An image forming apparatus having an operation mode, an energy saving mode, and a stop mode includes an image forming unit that forms an image on a recording member, and a control unit that controls the image forming unit, wherein the control unit includes an arithmetic unit that performs a logical operation or a numerical operation, a storage unit that stores a register value used by the arithmetic unit in a non-volatile register which is readable and writable, and retains stored information even when no power is supplied, and a change unit that changes the register value stored in the non-volatile register so as to correspond to a mode change between the operation mode and the energy saving mode or between the operation mode and the stop mode.

Abstract: Provided is an information processor including: an operation unit performing logical operation or arithmetical operation; an execution unit executing predetermined functions based on the operation results; a clock signal generating unit generating a first clock signal to be a reference; a clock signal multiplying unit performing a multiplication operation on the first clock signal to generate a second clock signal; a clock signal selection unit selecting one of the first or second clock signals and supplies the selected signal to the execution unit; a memory storing data for setting the execution unit to be in an executable state in a readable and writable non-volatile memory; and a setting unit setting the execution unit to be in an executable state by causing the clock signal selection unit to select the first clock signal when reset is released and reading the data from the memory to start writing the data.

Abstract: A power-supply control device includes a transition section, a body-capable-of-movement detection section, a return control section, a reference-time-period setting section, a state determination section, and a correction section. The transition section shifts a state of an operation target section from one state to another state among a power-supply state and multiple types of non-power-supply states. The body-capable-of-movement detection section detects a body capable of movement. The return control section controls the transition section so as to return the state of the operation target section to the power-supply state. The reference-time-period setting section sets a reference time period. The state determination section checks a state of detection of the body capable of movement after the reference time period elapses. The correction section corrects the reference time period on the basis of detection position information.