Abstract: An object of the present disclosure is to provide a technique for automatically proposing a better combination of fluorochrome-labeled antibodies. The present disclosure provides an information processing device including a processing unit configured to present a fluorophore candidate that is capable of being assigned to a biomolecule on the basis of fluorophore use history information, in-document fluorophore use result information, or both of them. The processing unit is configured to cause an output unit to display a selection window that prompts selection of a biomolecule to be analyzed in biological sample analysis, and the selection window is configured to select an analysis target biomolecule from among the biomolecules included in the fluorophore use history information, the in-document fluorophore use result information, or both of the fluorophore use history information and the in-document fluorophore use result information.

Abstract: A shift lever includes a lever main body and a shift knob located at a distal end of the main body. The lever main body has a lever shaft and a push rod located in the lever shaft. The shift knob has a button for unlocking that receives a pushing manipulation force in a direction intersecting the push rod, a holder fixed to the lever shaft for holding the button, and a converter that converts a momentum in a pushing manipulation direction of the button into a momentum in an axial direction of the push rod to shift the push rod. The converter has a pushed surface to be pushed by the button, the pushed surface occupying only a region of the converter that is away from a central axis of the push rod in a releasing direction that is opposite to a pushing direction.

Abstract: Disclosed here are an aircraft, a system, and methods of processing video content displayed onboard an aircraft during flight. A disclosed embodiment of the method obtains position data corresponding to current geographical position of the aircraft, attitude data corresponding to current attitude of the aircraft, and video data for a live video feed corresponding to a view of an environment external to the aircraft. The received video data is processed into augmented video output data, based on the position data, the attitude data, and geospatial data related to at least some geographical features in the view of the environment. Augmented video content is presented on a display device onboard the aircraft, wherein the augmented video content corresponds to the augmented video output data.

Abstract: An electronic device includes a panel. The panel includes a substrate, and a plurality of signal lines and a test circuit are disposed on the substrate. The test circuit includes a first switch device and a second switch device that are electrically connected to a same switch signal line. A first conductive component is connected between the first switch device and one of the signal lines. A second conductive component is connected between the second switch device and another one of the signal lines. The first conductive component and the second switch device are at least partially overlapped.

Abstract: A current leakage detection device includes a first voltage-dividing circuit, a second voltage-dividing circuit, a switching unit, and a controller configured to detect current leakage.

Abstract: A magnetic resonance (MR) simulation apparatus according to an embodiment includes processing circuitry. The processing circuitry updates and obtains, for each of voxels, an electron-spin density matrix based on a pulse sequence for acquisition of MR signals. For each of the voxels, the processing circuitry computes, during an acquisition period for the MR signals in the pulse sequence, an observation value representing a predetermined observation by using the density matrix, and computes a spatial partial differential of the observation value based on the pulse sequence. The processing circuitry computes a signal value for output based on the observation value and the spatial partial differential of the observation value. The signal value represents a sum of the MR signals in the voxels.

Abstract: In one embodiment, an MRI apparatus includes processing circuitry configured to continuously generate time-point data in increments of a predetermined time length; generate a series of gradient magnetic fields based on a predetermined pulse sequence; acquire an external trigger in association with trigger-time-point data corresponding to an acquisition time point of the external trigger; estimate a value of an eddy magnetic field at a second time point by using the gradient magnetic fields and respective time differences between the first time-point data and the second time-point data, wherein the respective time differences change depending on when the external trigger is acquired; calculate a frequency or phase variation of an MR signal at the second time point; and correct a frequency or phase of an RF transmitting signal or the MR signal, by using the calculated frequency variation or the phase variation.

Abstract: A radiowave information output device receives radiowave information for a reception radiowave being a radiowave received by a radiowave sensor, the radiowave information including identification information and position specification information relating to a transmission source of the radiowave, executes collation in such a way as to determine whether reception meta data match with collation meta data, the reception meta data being information included in the radiowave information and being identification information relating to the transmission source of the radiowave, the collation meta data being identification information relating to a transmission source of a known radiowave, estimates, for an unknown radiowave being the reception radiowave whose reception meta data do not match with any piece of the collation meta data, a position of a transmission source of the unknown radiowave, and outputs unknown radiowave information being information relating to a position of the transmission source of the unkno

Abstract: An electro-optical device includes a substrate, a transistor including a semiconductor layer including a drain region, a source region, and a channel region and extending in a first direction, and a gate electrode, a scanning line, and a first light-blocking part, wherein the substrate, the semiconductor layer, the gate electrode, and a layer at which the scanning line is provided are arranged in a second direction, the first light-blocking part includes a first portion, a second portion, and a third portion, and a length of the first portion in the second direction, a length of the second portion in the second direction, and a length of the third portion in the second direction are longer in this order.

Abstract: An adjusting module configured to adjust a boresight of a lens module is provided. The adjusting module includes a fixed plate, a movable plate and at least one adjusting unit. The movable plate is movably connected to a first surface of the fixed plate. The movable plate is suitable for disposing the lens module. A light-emitting surface of the lens module is on a same side as the first surface, and a light incident surface of the lens module is on a same side as a second surface. Each of the adjusting unit includes a driving member and a driven member. The driving member is pivotally disposed on the fixed plate along a first axis and linked to the driven member. The driven member is movably connected to the fixed plate and the movable plate along a second axis. The first axis is perpendicular to the second axis. When the driving member rotates while taking the first axis as a rotating axis, the driving member drives the driven member to move the movable plate along the second axis.

Abstract: An optical machine module includes an optical machine housing, a radiator cover, a light source, and an internal radiator. The radiator cover covers the optical machine housing to jointly form an inner space, and the radiator cover includes a cover inner surface facing the inner space. The light source is disposed on the cover inner surface. The internal radiator is located beside the cover inner surface and close to the light source, and the internal radiator is thermally coupled to the radiator cover.

Abstract: A projection device and an auto-focus method of the projection device are provided. A projection distance between a projection lens of the projection device and a projection surface is detected to generate a distance detection signal. A control unit updates an expanded look-up table based on the original look-up table, the distance detection signal, an optimal motor step, and an adjustment completion time, where the optimal motor step and the adjustment completion time are obtained through a manual focus operation. An auto-focus operation is performed based on the distance detection signal and the updated expanded look-up table.

Abstract: An evaluation device for evaluating a result of machining includes a numerical control simulation unit that simulates a numerical control device, and outputs a position command to a drive shaft of the machine tool. Further, there is a servo control simulation unit that simulates the servo control device based on the position command and outputs a torque command to the drive shaft; a drive shaft simulation unit that simulates the drive shaft based on the torque command, and a machining result evaluation unit that evaluates a machining result based on information corresponding to an operation of the drive shaft. The drive shaft simulation unit outputs position information indicating a position of the drive shaft, the servo control simulation unit performs feedback control of the drive shaft simulation unit by using the position information, and the machining result evaluation unit evaluates a machining result obtained when the feedback control is simulated.

Abstract: A diagnostic device includes an error transition recording unit, an error transition input unit, an error cause recording unit, a cause diagnosis unit, and a display portion. A plurality of types of error transition information with different temporal transitions of the machining error caused by repeating the machining are recorded in the error transition recording unit. The error transition input unit selects one or a plurality of pieces of error transition information from the plurality of types of error transition information. A plurality of types of the causes are each recorded in association with the error transition information in the error cause recording unit. The cause diagnosis unit refers to the error cause recording unit and identifies the causes based on the error transition information selected by the error transition input unit. The display portion displays the causes identified by the cause diagnosis unit.

Abstract: A deterioration estimation system according to an aspect of the present disclosure includes: a memory configured to store instructions; and at least one processor configured to execute the instructions to: detect road surface deterioration from a first road surface image; determine, in the first road surface image, a first region where deterioration is detectable and a second region where deterioration is difficult to detect; calculate a degree of deterioration of the first region based on a detection result from the first road surface image; estimate a degree of deterioration of the second region based on a degree of deterioration in road surface deterioration detected from a second road surface image imaged before the first road surface image; and calculate a degree of deterioration of the road surface based on the calculated degree of deterioration of the first region and the estimated degree of deterioration of the second region.

Abstract: A system and methods for protecting the health of a user and the user's physiological data from unauthorized access by a third party during the operation of a neural implant is described. Based on a detected change in the internal state of the neural implant, or the detection of unauthorized access, an emergency system configuration change can be performed. One such emergency system configuration involves deactivating the implant to protect the user. The method can be for controlling a neural device in an implanted system. The method can include monitoring, by a monitoring device, the neural device; detecting, by the monitoring device, a condition associated with the neural device; and based on the condition detected by the monitoring device, deactivating the neural device.

Abstract: A signal processing device includes: a fundamental frequency calculation unit for calculating a fundamental frequency from the touch location; a target waveform calculation unit for modulating a waveform of the fundamental frequency by an envelope waveform of a vibration according to the stimulation type to be presented at the touch location, to calculate a target waveform for the vibration to be presented at the touch location. The fundamental frequency calculation unit calculates the fundamental frequency based on a first distance so that the shorter the first distance is, the higher the fundamental frequency is, the first distance being a minimum distance among distances between touch locations and between a touch location and a support of a panel.

Abstract: A processor is configured to: acquire protein information related to a protein contained in a biopharmaceutical and including site information related to a plurality of sites constituting the protein, prescription information related to a prescription of a candidate preservation solution for the biopharmaceutical, and measurement data indicating preservation stability of the candidate preservation solution; derive, based on the protein information and the prescription information, a first feature amount related to the preservation stability of the candidate preservation solution for an entire protein as a target and a second feature amount related to the preservation stability of the candidate preservation solution for each of the plurality of sites as a target; and input the measurement data, the first feature amount, and the second feature amount to a machine learning model and output a score indicating the preservation stability of the candidate preservation solution from the machine learning model.

Abstract: Some implementations relate to providing adaptive, distributed simulation of fluids with rigid body coupling. According to one aspect, a method simulates, with a coarse resolution on one or more server devices, a global flow field for a fluid within a virtual environment. The method determines regions within the grid to obtain additional detail for, based on the presence of one or more rigid objects within the virtual environment. For each region, the computer-implemented method: assigns client device(s) to the region; sends fluid simulation data pertaining to the region to the client devices; and receives refined fluid simulation data for the region from the client devices. The method replaces the fluid simulation data in the global fluid simulation pertaining to the regions with the refined fluid simulation data for the regions. The method then updates the global flow field for the fluid in real time based on the simulation data.

Abstract: Methods and apparatus relating to scalar core integration in a graphics processor. In an example, an apparatus comprises a processor to receive a set of workload instructions for a graphics workload from a host complex, determine a first subset of operations in the set of operations that is suitable for execution by a scalar processor complex of the graphics processing device and a second subset of operations in the set of operations that is suitable for execution by a vector processor complex of the graphics processing device, assign the first subset of operations to the scalar processor complex for execution to generate a first set of outputs, assign the second subset of operations to the vector processor complex for execution to generate a second set of outputs. Other embodiments are also disclosed and claimed.