Abstract: One or more embodiments may relate to an information processing device connectable to a network and including interfaces in which network identification numbers can be set. The information processing device may include: a network connection determination processor that determines whether or not first and second interfaces of the interfaces are connected on a same network; an identification number setting processor that sets, when the first and second interfaces are connected on the same network, a network identification number of one of the first and second interfaces in the other interface; and a stop-startup processor that stops the one of the first and second interfaces.
Abstract: There are provided a target area sound extraction unit that, based on input signals input from plural microphone arrays, acquires beam former outputs from each of the microphone arrays, and uses the acquired beam former outputs to perform target area sound extraction processing to extract a target area sound taking a target area as a sound source, so as to thereby acquire an area sound acquisition output, and a restoration device that restores components of the target area sound in a frequency bandwidth having a predetermined range that was suppressed in the target area sound extraction processing.
July 17, 2019
Date of Patent:
September 21, 2021
Oki Electric Industry Co., Ltd., FEAT Limited
Abstract: An image forming apparatus includes: a main body to which a detachable part is attachable, the main body having an opening; a cover that opens and closes the opening of the main body; and an insertion member that, when the detachable part is not attached to the main body, is in an inserted position where the insertion member is inserted between the main body and the cover and prevents closing of the cover, and when the detachable part is attached to the main body, is in a retreat position where the insertion member is not inserted between the main body and the cover and allows closing of the cover.
Abstract: A transaction device including: a banknote deposit/withdrawal port section that receives at least one of a deposit banknote or a withdrawal banknote; a storage box that stores banknotes; a conveyance section including a conveyance path on which the banknotes are conveyed between the banknote deposit/withdrawal port section and the storage box; a banknote identification information holding section that reads and holds banknote identification information of the banknotes conveyed on the conveyance path; a storage detection section that detects the banknotes being stored in the storage box via the conveyance path or being fed out from the storage box via the conveyance path; and an information presentation section that presents the banknote identification information obtained from the banknote identification information holding section associated with a detection result of the storage detection section in a case in which a fault event has arisen.
Abstract: An image forming apparatus includes (a) recording heads, (b) an optical detection part that emits light, receives reflected light reflected on a recording medium, and generates a sensor output in correspondence with the reflected light, (c) a medium information acquisition processing part that sets a pattern image formation position where a test pattern image is formed on the recording medium based on reflection characteristics, the reflection characteristics being obtained from the sensor output of the optical detection part, (d) a pattern image formation processing part that forms the test pattern image at the pattern image formation position using the recording heads, (e) a pattern image detection processing part that detects the test pattern image at the pattern image formation position using the optical detection part, generating a detection result, and (f) an image forming condition setting part that sets an image forming condition based on the detection result.
Abstract: An image forming apparatus according to an aspect of one or more embodiments may include: an image forming part that forms an image; a housing that houses the image forming part and includes an inner wall surface; and a cover attached to the housing so as to be movable between a position close to the housing and a position away from the housing. The cover includes a liquid receiver that receives a liquid getting into the housing, and the liquid receiver is adjacent to the inner wall surface in the state where the cover is close to the housing.
Abstract: A medium processing apparatus includes a processor that performs a process related to a medium. The medium processing apparatus includes a discharging section, an operation section, and an operation controller. The discharging section discharges the medium. The operation section is disposed downstream of the discharging section in a discharging direction and includes a touch sensor. The discharging direction is a direction in which the discharging section discharges the medium. The touch sensor detects an operation input. The operation controller limits, on the basis of size information, detection operation performed by the touch sensor. The size information indicates information related to a medium size of the medium.
Abstract: An image formation apparatus according to an embodiment may include: an image formation part; a conveyance part that conveys the medium; a detector that detects a leading end of the medium and a position detection mark on the medium; and a conveyance controller that controls the conveyance part under one of a first print mode based on one of the leading end of the medium and the position detection mark and a second print mode based on the other. The conveyance controller is configured, when switching from the first print mode to the second print mode when the medium stands by at a first standby position downstream of the detector, to retract the medium from the first standby position to a position upstream of the detector and then to resume to convey the medium.
Abstract: An image formation apparatus according to an embodiment may include: a fixation device including a first heater and a second heater whose electric power is smaller than the first heater; first and second switches to supply a power supply signal to the first and second heaters; and a heater controller. The heater controller: turns on the second switch at a first timing; turns off the second switch at a second timing at which a first length of time equal not less than a predetermined time length is elapsed from the first timing; turns on the first switch at a third timing after the second timing; and turns on the second switch at a fourth timing at which a second length of time not less than the predetermined time length is elapsed from the third timing.
Abstract: An optical fiber sensor device includes a control section configured to compute a physical quantity in an optical fiber installed at plural measurement locations based on intensity of scattered light received, and to compute an average of the computed physical quantity for the optical fiber. The control section is configured to compute the average of the physical quantity based on the computed physical quantity and on a length of the optical fiber. A length of the optical fiber installed at the measurement location is increased as a distance between a light source and the respective measurement location increases.
Abstract: An encoding device sets a region of interest corresponding to an input image, and prepares, as an intermediate image, data in which the input image is associated with region-of-interest information, designates an embedding position, embeds the region-of-interest information in a pixel value form into the intermediate image in accordance with the embedding position, prepares, as a region-of-interest setting image, data associated with the region-of-interest information, encodes the image by using a predetermined image coding scheme, and outputs an encoded image. A decoding device analyzes a decoded image obtained through decoding, reads the region-of-interest information, prepares, as a region-of-interest information read image, data in which the decoded image is associated with the region-of-interest information, applies a post-filter on the basis of the region-of-interest information read image, and outputs a post-filtered image.
Abstract: A medium processing device includes a first, second and third conveyance path, a classification section, a first, second and third switching unit, a first, second and third storage box and a controller. Each of the first, second and third conveyance paths has two ends. One end of the first conveyance path is connected to one end of the third conveyance path. One end of the second conveyance path is connected to the other end of the third conveyance path at a second side of the classification section opposite to the first side. The other end of the first conveyance path is connected to the other end of the second conveyance path. The controller controls the first conveyance path and the second conveyance path so that the first and second conveyance paths are driven independently from each other.
Abstract: Included are a medium insertion port that accepts insertion of a medium from a customer; a determination section that determines whether or not the inserted medium is a counterfeit note; and a notification section that notifies a specific notification target selected from plural notification targets when the determination section has determined the inserted medium to be a counterfeit note.
Abstract: A medium processing device includes a casing that has an opening through which an interior of the casing communicates with an exterior thereof, a first unit that is storable in the casing, with a first end thereof at a side of the opening, a second unit that is storable in the casing, with a second end thereof at the side of the opening, a conveyance section, including a roller, provided in the first unit, the conveyance section conveying a medium by rotating the roller, and a roller manual drive section that is provided in the first unit, and the is configured to allow the roller to be manually rotated. The roller manual drive section is provided in a vicinity of the first end of the first unit when the first unit is stored in the casing.
Abstract: An input device includes a keyboard substrate and a protective detection net. The keyboard substrate includes an input button portion through which input is possible via a key operation, a sensitive-function-processing section that computes an output signal in accordance with an input signal from the input button portion, and a wiring line that connects the input button portion and the sensitive-function-processing section. The protective detection net covers an area surrounding the keyboard substrate, and is provided with tamper detection grid lines.
Abstract: The sound pick-up apparatus has a first area sound pick-up unit configured to acquire, on a basis of an input signal from a microphone array unit capable of forming microphone arrays with three or more different directionalities, area sound pick-up outputs based on two or more patterns of combinations of the microphone arrays, and a second area sound pick-up unit configured to output, as an area sound pick-up result, a result obtained by integrating the area sound pick-up outputs of the respective patterns which are acquired by the first area sound pick-up unit.
Abstract: A self-delayed homodyne interferometer includes light source unit, a splitting unit, an interference signal acquisition unit, a scattered light intensity acquisition unit, and a signal processing unit. The light source unit generates probe light. The splitting unit splits into two branches, Brillouin backscattered light occurring in an optical fiber to be measured with the probe light. The acquisition unit receives scattered light of one branch, and uses a self-delayed homodyne interferometer to generate an interference signal. The acquisition unit receives scattered light of the other branch, and acquires intensity of the scattered light. The signal processing unit separates and acquires a frequency shift amount from the intensity of the interference signal, and strain and temperature change from the intensity of the scattered light. The acquisition unit can change a phase of the scattered light of the one of the two branches.
Abstract: There is provided a neural network reduction device including: an input section configured to acquire a first neural network including a plurality of processing layers that includes at least one convolutional layer; a generation section configured to generate a third neural network in which at least one second neural network is connected as an additional layer to a stage subsequent to the convolutional layer included in the first neural network; a learning section configured to train the third neural network; a correction section configured to select, as a redundant channel, a channel whose feature value calculated on a basis of a weight parameter of the second neural network establishes a predetermined relationship with a predetermined threshold, delete the redundant channel from the convolutional layer, and correct a weight parameter of the convolutional layer after deletion of the redundant channel on a basis of at least a portion of the weight parameter of the second neural network; a relearning section c