Abstract: An information processor according to the present disclosure includes a deviation amount predictor that predicts, on the basis of a first sensor value acquired by bringing a tactile sensor into contact with a connector and a second sensor value acquired by bringing the tactile sensor into contact with a first candidate location of an insertion target for the connector, a positional deviation amount between the connector and the insertion target.

Abstract: An information processing device (2) includes an acquisition unit (22) that acquires detection results of a plurality of sensors (1) that detects skill acquisition operation, and a processing unit (24) that processes the detection results of the plurality of sensors (1) which results are acquired by the acquisition unit (22).

Abstract: An electromagnetic shield includes a metal sheet, a first viscoelastic layer, and a second viscoelastic layer. The metal sheet has a first surface and a second surface opposite from the first surface. The first viscoelastic layer is provided for the first surface. The second viscoelastic layer is provided for the second surface.

Abstract: A compound represented by the following general formula has excellent light emission characteristics. Ar1 represents a benzene ring, a naphthalene ring, a phenanthrene ring, etc.; D represents 5H-indolo[3,2,1-de]phenazin-5-yl group, etc.; A represents a cyano group, a phenyl group, a pyrimidyl group, a triazyl group, etc.; m is 1 or 2; n is 0 to 2; R1 to R4 each represent H, an aryl group, a cyano group, etc.

Abstract: A compound represented by the following general formula is an excellent light emitting material. R1 to R5 each represent a hydrogen atom, a deuterium atom, or a substituent other than a cyano group, but one or more of R1 to R5 is an aryl group or a pyridyl group, two or more of R1 to R5 are donor groups, and one or more of them are a substituted ring-fused indol-1-yl group (the number of rings constituting the fused ring is 4 or more).

Abstract: A temperature raising mechanism 800 for a blow-by gas treatment device has a head cover 4 assembled to a cylinder head, a blow-by gas treatment device 100 which is disposed in the head cover 4 and treats the blow-by gas, and heating means 600 which is fixed to an outer surface 703 of the head cover 4 and generates heat. The blow-by gas treatment device 100 has a partition wall part 200 which partitions an inside of the head cover 4 into a plurality of regions, and a separating portion 330 which separates the blow-by gas into oil and gas. The head cover 4 has a heat conducting portion 700 which is in contact with the partition wall part 200 and conducts the heat generated by the heating means 600 to the separating portion 330.

Abstract: A bearing device includes a piston arranged in a cylinder of a rotor, and a half bearing mounted on the piston to support a roller. The piston includes a recessed holding surface, and holding side surfaces on both axial sides thereof. Each holding side surface includes a ridge portion having an arc-shaped or elliptic-arc-shaped profile protruding toward a radially inner side of the piston. The half bearing includes a partially cylindrical portion, and protruding portions at a circumferential center thereof. Each protruding portion has a protruding portion end face which includes a central recessed surface, and two support recessed surfaces located on both circumferential sides thereof, that have an arc shape or an elliptic arc shape to correspond to the profile of the ridge portion, so that only the two support recessed surfaces are in contact with the ridge portion.

Abstract: An object detecting apparatus is configured to detect a surrounding object. The object detecting apparatus is provided with a driving signal generation unit provided to generate a driving signal that drives a transmitter unit including a transmitter emitting transmission waves externally; and a control unit provided to control an output of the driving signal transmitted to the transmitter unit from the driving signal generation unit. The driving signal generation unit is configured to generate the driving signal of which the frequency changes stepwise.

Abstract: A non-transitory computer-readable recording medium stores an estimation program for causing a computer to execute processing including: specifying positions of a plurality of joints included in a face of a player by inputting an image in which a head of the player is in a predetermined state to a machine learning model; and estimating a position of a top of the head of the player using each of the positions of the plurality of joints.

Abstract: A bearing device includes a piston arranged in a cylinder of a rotor, and a half bearing mounted on the piston to support a roller. The piston includes a recessed holding surface, and holding side surfaces on both axial sides thereof. Each holding side surface includes a ridge portion having an arc-shaped or elliptic-arc-shaped profile protruding toward a radially inner side of the piston. The half bearing includes a partially cylindrical portion, and protruding portions protruding from axial end faces thereof. Each protruding portion has a protruding portion end face which includes a central recessed surface, and two support recessed surfaces located on both circumferential sides thereof, that have an arc shape or an elliptic arc shape to correspond to the profile of the ridge portion, so that only the two support recessed surfaces are in contact with the ridge portion.

Abstract: A system control device includes a first interface connected to a terminal device, a second interface connected to a robot control unit configured to control at least one robot based on at least one library defining a movement and an execution timing including at least one of a start timing and an end timing for the movement, and a control unit. The control unit is configured to acquire or generate schedule information, usable to identify the execution timing and associated with job information usable to identify the at least one library, based on the input to the terminal device, and to output, to the robot control unit, a command causing the at least one robot to execute the movement identified from the job information at the execution timing identified from the schedule information.

Abstract: A medium processing apparatus includes a medium processing mechanism that processes a medium, a first board configured to communicate with an external apparatus by a first communication method and control the medium processing mechanism, a second board configured to communicate with the first board by the first communication method, a third board configured to communicate with the second board by the first communication method and communicate with the external apparatus by a second communication method different from the first communication method, a switcher that switches a communication destination of the first board to the second board or the external apparatus, and a notification section that makes, when the communication destination of the first board is switched to the second board by the switcher, a notification of communication information based on the second communication method.

Abstract: The sputtering target of the present disclosure includes: an aluminum matrix; and (1) a material or phase containing aluminum and further containing either a rare earth element or a titanium group element or both a rare earth element and a titanium group element or (2) a material or phase containing either a rare earth element or a titanium group element or both a rare earth element and a titanium group element, at a content of 10 to 70 mol % in the aluminum matrix.

Abstract: A sputtering target-backing plate assembly comprising, a target has a thickness of 2.0 to 15.0 mm is joined to a backing plate, the backing plate has a recessed section having a depth of 0.5 to 5.0 mm on a plate surface, the target is fitted into the recessed section, and the assembly has a swaging structure in which an outer-peripheral-side surface of the target is clamped by a recessed section inner-peripheral-side surface of the backing plate.

Abstract: The blow-by gas treating device 100 has a main structure portion 101 which separates oil OL from the blow-by gas BG and an outlet portion 40 which supplies gas G having been separated from the blow-by gas BG to an intake system. The main structure portion 101 has a first blow-by gas taking-in portion 111, a second blow-by gas taking-in portion 112, a separating portion 330 which separates the blow-by gas BG into oil OL and gas G, a first oil guiding portion 151 which guides the oil OL to a front side, a second oil guiding portion 152 which guides the oil OL to a rear side, a first oil drain 161 which discharges the oil OL into the engine, and a second oil drain 162 which discharges the oil OL into the engine.

Abstract: A medium processing apparatus includes a medium processing mechanism that processes a medium, a first board configured to communicate with an external apparatus by a first communication method and control the medium processing mechanism, a second board configured to communicate with the first board by the first communication method, a third board configured to communicate with the second board by the first communication method and communicate with the external apparatus by a second communication method different from the first communication method, a switcher that switches a communication destination of the first board to the second board or the external apparatus, and a notification section that makes, when the communication destination of the first board is switched to the second board by the switcher, a notification of communication information based on the second communication method.

Abstract: A resonance circuit includes: an inductor formed along a surface of a first cylindrical form having a central axis; and a capacitor formed along a surface of a second cylindrical form having the central axis, wherein the inductor and the capacitor are electrically connected to each other to form a closed loop.

Abstract: An air intake amount measurement device 200 includes an intake distributor 3 distributing intake air CYL to cylinders 11, 12, 13, and 14, a temperature detector 202 detecting a temperature Ti of the intake air CYL, a pressure detector 201 for detecting a pressure Pi of intake air CL, and a computing unit 100 that computes an air intake amount mfcyl of the intake air CYL on the basis of the temperature Ti transmitted from the temperature detector 202 and the pressure Pi transmitted from the pressure detector 201. The temperature detector 202 detects the temperature Ti of the intake air CYL at a region W spanning, out of an inside of the intake distributor 3, a first branch portion 31 and a second branch portion 32.

Abstract: A cell proliferation rate can be improved by a medium for cell culture, containing 4-(2-hydroxyethyl)-1-piperazineethanesulfonic acid (HEPES) at a concentration of not less than 30 mM, and having an osmotic pressure of 220 to 340 mOsm/kg, and a cell culture method using the medium.

Abstract: The blow-by gas treating device 100 has a main structure portion 101 which separates oil OL from the blow-by gas BG and an outlet portion 40 which supplies gas G having been separated from the blow-by gas BG to an intake system. The main structure portion 101 has a first blow-by gas taking-in portion 111, a second blow-by gas taking-in portion 112, a separating portion 330 which separates the blow-by gas BG into oil OL and gas G, a first oil guiding portion 151 which guides the oil OL to a front side, a second oil guiding portion 152 which guides the oil OL to a rear side, a first oil drain 161 which discharges the oil OL into the engine, and a second oil drain 162 which discharges the oil OL into the engine.