Abstract: Provided is an infrared imaging device capable of reducing streak noise by calculating correction coefficients for correcting streak noise from a single image. The infrared imaging device includes: a thermal image generator to generate a single thermal image on the basis of a signal from a thermal image sensor; a correction coefficient calculator to calculate multiple correction coefficients included in a correction equation for converting pixel values of pixels included in the single thermal image into target values in which streak noise is reduced; and a thermal image corrector to correct a thermal image generated by the thermal image generator by using the multiple correction coefficients, wherein the correction coefficient calculator calculates the multiple correction coefficients on the basis of difference between pixel values of pixels arranged in a direction in which the streak noise occurs in the single thermal image.

Abstract: A registration apparatus is configured to access a network formed of a set of first nodes and first edges, the first nodes each representing a first feature vector including a plurality of elements, the first edges each coupling two first nodes representing two first feature vectors to each other based on two first feature vectors, a processor in the registration apparatus is configured to execute: obtaining processing of obtaining a second feature vector; and registration processing of registering a second node representing the second feature vector to the network based on a similarity relationship among third feature vectors in a set of third feature vectors included in the set of first feature vectors, and coupling the second node and a third node representing the third feature vector to each other with a second edge, the number of third feature vectors being smaller than the number of first feature vectors.

Abstract: A negative pressure control valve (44) is disposed in a part of an intake passage (12) upstream of a confluence (30) of an EGR passage (27) and the intake passage (12). When in an EGR region (Regr) where an EGR gas is recirculated to the intake passage (12) through the EGR passage (27), the negative pressure control valve (44) is controlled in a manner to ensure a differential pressure between an exhaust passage (13) and the intake passage (12). When in an operation region (R2) lower in load than the EGR region (Regr), the negative pressure control valve (44) is controlled in a closing direction so as to suppress occurrence of noise.

Abstract: A vehicle operating system for controlling a control target device by performing a predetermined operation of a driver on a steering wheel of a vehicle, includes: a visual line position calculator for calculating a visual line position of the driver; a display position calculator for calculating a display position on a display arranged on a far side of the steering wheel from the visual line position of the driver using a calculation result of the visual line position calculator and a position coordinate of the steering wheel, the display position not hidden behind the steering wheel; and a display controller for displaying display information indicating a content of the operation on the steering wheel at the display position.

Abstract: An electric working machine may include a control device configured to control an electric unit, an operation member, a first switch configured to be operated by the operation member, and a second switch configured to be operated by the operation member. The operation member may pass a second position and a third position while the operation member moves to the first position. The first switch may be configured to transmit a first signal which changes as the operation member moves from the second position to the first position to the control device when the operation member moves between the second position and the first position. The second switch may be configured to transmit a second signal to the control device when the operation member passes the third position. The control device may be configured to control the electric unit based on the first signal and the second signal.

Abstract: To provide a fuel injection nozzle that not only enables adjustment of a flow rate, but also causes contaminants and gum to pass through to reduce an effect on the flow rate. A fuel injection nozzle having a flat portion on an outer peripheral face of a needle is disclosed. The fuel injection nozzle opens at a predetermined angle, and, by the needle moving in an axial direction in an inner periphery of an injection hole, gaps are formed between the outer peripheral face of the needle and an inner peripheral face of the injection hole of a nozzle body. Adjustment to a desired fuel injection flow rate is possible by setting an outer diameter of the needle, a distance from the seat portion to a starting position of the flat portion on the outer peripheral face of the needle, and an incline angle of the flat portion.

Abstract: The medical data file processing apparatus according to the present embodiment includes processing circuitry. The processing circuitry is configured to acquire an image-interpretation report. The processing circuitry is configured to classify a medical data file corresponding to the image-interpretation report based on a content of the image-interpretation report.

Abstract: A substrate processing method for crystallizing and expanding a silicon film by a thermal treatment, the method including: a holding process including holding, before executing the thermal treatment, a substrate on which the silicon film is formed; and an adhesion process including supplying, to the substrate that is held in the holding process, a solution containing metal to cause the metal to adhere to a surface of the silicon film with an adhesion amount within a range equal to or more than 1.0E10 [atoms/cm2] and equal to or less than 1.0E20 [atoms/cm2].

Abstract: There is provided a cleaning method of a substrate processing apparatus comprising cleaning an inside of an exhaust pipe through which a gas of an inside of a processing container is exhausted. The cleaning the inside of the exhaust pipe includes: removing a deposit on a downstream side of an opening/closing valve in the exhaust pipe by supplying a first exhaust pipe cleaning gas containing fluorine to the downstream side of the opening/closing valve in the exhaust pipe in a state in which the opening/closing valve provided in a middle of the exhaust pipe is closed; and removing a deposit on an upstream side of the opening/closing valve in the exhaust pipe by supplying a second exhaust pipe cleaning gas not containing fluorine as a gas constituent element to the inside of the processing container in a state in which the opening/closing valve is opened.

Abstract: A memory circuit device includes multiple memory cells that are each constituted of a resistive memory element, a write circuit unit that is configured to write data to any one of the memory cells which is designated by cell designating information, and a read circuit unit that is configured to read out, from the memory cell designated by the cell designating information, data written in the memory cell. The memory circuit device has a configuration including a selection circuit unit that is shared by both of the write circuit unit and the read circuit unit and configured to select a memory cell to be activated from the multiple memory cells based on the cell designating information, and a control circuit unit that is configured to selectively enable any one of writing of data by the write circuit unit and reading of data by the read circuit unit with respect to the memory cell selected by the selection circuit unit.

Abstract: Disclosed is an improved rotary throttle valve carburetor with a simple structure and that can be adjusted easily, without replacing parts. The improved rotary throttle valve carburetor includes: a throttle valve having a throttle hole; a metering needle disposed perpendicularly to an air intake passage; a fuel nozzle; and a starting mechanism comprising a throttle valve lever, an operating cam, and an adjusting screw. The throttle valve lever is coupled to the rotary throttle valve and is configured to rotate the throttle valve into a first state with increased airflow for cold starting. The operating cam is configured to push the throttle valve lever upward and hold the throttle valve lever in the first state using an engaging protrusion. The adjusting screw is configured to adjust a depth of the metering needle being inserted into the throttle hole by adjusting a position of the throttle valve lever.

Abstract: A memory circuit device includes multiple memory cells that are each constituted of a resistive memory element; a write circuit unit that is configured to write data to any one of the memory cells which is designated by cell designating information, and a read circuit unit that is configured to read out, from the memory cell designated by the cell designating information, data written in the memory cell. The memory circuit device has a configuration including a selection circuit unit that is shared by both of the write circuit unit and the read circuit unit and configured to select a memory cell to be activated from the multiple memory cells based on cell designating information, and a control circuit unit that is configured to selectively enable any one of writing of data by the write circuit unit and reading of data by the read circuit unit with respect to the memory cell selected by the selection circuit unit.

Abstract: An object is to obtain a heading control device and a heading control method for ship in which a heading control system is configured on the basis of ship motion information, without promoting oscillation excited by disturbance factors to the ship, such as tidal current or wind. The heading control device for ship, which causes a ship provided with an outboard motor to sail at a desired heading, includes: a heading generator which outputs a heading command; and a controller which outputs a rudder angle command on the basis of the heading command from the heading generator, sensor group information from a sensor group, and ship motion characteristic information from a ship motion characteristic information storage unit.

Abstract: Disclosed herein is a rotary vaporizer that solves the problem caused by a conventional throttle valve becoming cantilevered when the throttle wire is pulled. The rotary vaporizer includes: a valve shaft; a measuring needle disposed within the valve shaft; a throttle valve having a lumen to receive the valve shaft; and a support pin having a conical distal end having a predetermined angle. The conical distal end is configured to move axially move the throttle valve by gliding on an angled surface of the throttle valve, and the angled surface is parallel to a surface of the conical distal end.

Abstract: A covering material for an electric wire contains a polyvinyl chloride. The covering material has a property of a change curve of loss modulus with respect to temperature which shows no peak within a temperature range in a usage environment for the electric wire.

Abstract: A method for producing metal titanium by carrying out electrolysis using an anode and a cathode in a molten salt bath, the method using an anode containing metal titanium as the anode, the method comprising a titanium deposition step of depositing metal titanium on the cathode, wherein, in the titanium deposition step, a temperature of the molten salt bath is from 250° C. or more and 600° C. or less, and an average current density of the cathode in a period from the start to 30 minutes later of the titanium deposition step is maintained in a range of 0.01 A/cm2 to 0.09 A/cm2.

Abstract: A data write device for a resistive memory element, the resistive memory element including: a conductive electrode provided at one end of the memory element; and a reading electrode provided at the other end of the memory element being configured to vary a resistance of the memory element by applying a write current to the conductive electrode, the data write device for the resistive memory element further includes: a writing means, an output means, and a control means. The output means is provided between a power supply and the reading electrode. As output signals, a read signal from the memory element and a monitor signal to monitor a writing status of the memory element written by the writing means are output from the output means. By the monitor signal, a termination of data-writing into the resistive memory element is detected.

Abstract: A vehicle operating system for controlling a control target device by performing a predetermined operation of a driver on a steering wheel of a vehicle, includes: a visual line position calculator for calculating a visual line position of the driver; a display position calculator for calculating a display position on a display arranged on a far side of the steering wheel from the visual line position of the driver using a calculation result of the visual line position calculator and a position coordinate of the steering wheel, the display position not hidden behind the steering wheel; and a display controller for displaying display information indicating a content of the operation on the steering wheel at the display position.

Abstract: A secure computation device (1) includes a host computation unit (10) and an FPGA (405). The host computation unit (10) forms a logic circuit in the FPGA (405). The FPGA (405) includes a key computation circuit (222) to generate a public key Kp and a secret key (Ks) from an initial value (IV), acquire a secret key (Cmk) encrypted with the public key (Ks), and decrypt the secret key (Cmk) with the secret key Ks; a decryption operation circuit (224) to acquire encrypted data (Ca) resulting from encrypting content (Q) with a secret key (mk), and decrypt the encrypted data (Ca) with the decrypted secret key mk; a high-speed operation circuit (225) to perform processing (Func) on the content (Q) to generate processed content Q; an encryption circuit (226) to encrypt the processed content (Q) with the secret key (mk); and an output circuit (227) to output encrypted data of the processed content Q.

Abstract: A first group of interpolation calculators performing interpolation by mean preserving interpolation calculation, and a second group of interpolation calculators performing interpolation by interpolation other than the mean preserving interpolation calculation are provided. Each of the interpolation calculators performs interpolation calculation for the missing pixel to calculate an interpolation candidate value (M(h)), and calculates test interpolation values (M(t)) treating pixels in a vicinity of the missing pixel as test pixels. A decider (4) selects one of the plurality of interpolation calculators based on results of the test interpolation. An outputter (5) selects the interpolation candidate value outputted from the interpolation calculator selected by the decider (4), among the plurality of interpolation candidate values (M(h)), and outputs the selected interpolation candidate value.