Abstract: A heat exchanger has: a heat transfer tube group made up of plural heat transfer tubes each of which has, inside the heat transfer tube, a flow passage through which refrigerant flows; a fin provided on the heat transfer tubes; and a bridging header into which end portions of the heat transfer tubes are inserted and that causes refrigerant to flow between the heat transfer tubes. The bridging header has a base having a flat plate shape. The bridging header also has a corrugated sheet forming, between the corrugated sheet and the base, a header flow passage, through which refrigerant flows. The bridging header also has a covering plate covering the corrugated sheet and pressing the corrugated sheet toward the base.

Abstract: A gas sensor 10 including: a sensor element 21 having electrode pads 21a, 21b at a main surface 20m1, 20m2; metal terminals 71; and a separator 50 having a storage portion 50h in which the rear end side of the sensor element and the metal terminals are stored, an outer casing 46, and a grommet 47, wherein an inner surface of the storage portion has a diameter-expanding portion 50s, the grommet has a grommet hole 47a in which the metal terminals are inserted, a diameter-reducing member 80 for reducing a diameter of the grommet is fitted to an outer periphery on a front end side of the grommet, and the diameter-reducing member is located in a region that is on a front end side relative to a crimping portion 46c formed at the outer casing and overlaps the metal terminals in the grommet in the axial-line direction.

Abstract: A gas sensor 10 including: a plate-shaped sensor element 21 extending in an axial-line O direction and having a plurality of electrode pads 21a, 21b at a main surface 20m1, 20m2 on a rear end side thereof; a plurality of plate-shaped metal terminals 71 electrically connected to the respective electrode pads; and a separator 50 having a storage portion 50h which penetrates in the axial-line direction and in which the rear end side of the sensor element and the metal terminals are stored, thus retaining the metal terminals, wherein the electrode pads and the metal terminals are arranged separately from each other in a width direction of the sensor element, and a vibration inhibiting member 80 is provided so as to be close to or in contact with radially inner sides of the metal terminals while including an axis of the separator, as seen in the axial-line direction.

Abstract: A recording medium processing apparatus includes first teeth that are used for binding processing of a recording medium bundle; second teeth that move toward the first teeth and press the recording medium bundle located between the first teeth and the second teeth; a position detection unit that detects a position of the second teeth; and a control unit that controls movement of the second teeth on the basis of the position detected by the position detection unit.

Abstract: An information processing apparatus includes a prediction unit configured to calculate, based on a film thickness model representing a relationship between a state of a substrate processing apparatus and a film thickness of a coating film formed on a front surface of a substrate by the substrate processing apparatus and pre-data representing the state of the substrate processing apparatus before the substrate is processed by the substrate processing apparatus, a predicted film thickness when the substrate is processed by the substrate processing apparatus; and an output unit configured to output, based on the predicted film thickness, instruction information on a processing of the substrate before the substrate is processed by the substrate processing apparatus.

Abstract: A power converter includes a converter, an inverter, and a control unit. The converter converts electric power supplied from a power supply side to DC power. The inverter is provided on an output side of the converter. The control unit is configured to calculate a control difference between a target value for a target control voltage in a DC section provided on the output side of the converter and a feedback value using a DC voltage of the DC section as the feedback value, to perform a nonlinear operation process on the control difference, and to calculate an operation value based on a result of the nonlinear operation process and control the converter using the operation value.

Abstract: A printer includes: a print head; a support frame elongated in a first direction and supporting the print head; a discharge slot for discharging a medium after printing is performed on the medium; and a cover member covering the print head and the support frame. The discharge slot and the cover member are both elongated in the first direction. The cover member includes a surrounding part and a first engagement portion. The surrounding part surrounds an entirety of the discharge slot and has a peripheral portion extending in the first direction and constituting a part of the discharge slot. The first engagement portion is in engagement with a frame engagement portion of the support frame.

Abstract: A cable assembly includes: a pair of transmission conductors; a dielectric covering the pair of transmission conductors; an outer conductor covering a surface of the dielectric; and a sheath covering the outer conductor, wherein the cable includes a first region, a second region, and a third region sequentially aligned from a tip of the cable, wherein in the first region, the pair of transmission conductors are exposed, wherein the second region includes: a connecting portion in which the outer conductor is exposed; and a non-connecting portion covered by the sheath, wherein in the third region, the outer conductor is covered with the sheath entirely over a circumference of the cable, wherein the connector includes: a pair of conductive contacts electrically connected to the pair of transmission conductors; and a conductive shell surrounding the pair of conductive contacts and electrically connected to the connecting portion.

Abstract: The electric motor speed control apparatus in an embodiment comprises a rotation speed estimation unit and a control unit. The rotation speed estimation unit generates an estimated value of a rotation speed of an electric motor by using a result of FFT analysis of a speed detection signal ?FBK, which is based on a detection result from a resolver for detecting the rotation speed of the electric motor, and the speed detection signal ?FBK. The control unit implements speed control so as to reduce deviation between the estimated value of the rotation speed and a speed command value for speed control of the electric motor.

Abstract: A supply system includes a hydrogen module and a fuel cell module. The hydrogen module includes a portable first housing, which includes at least one wheel, and at least one hydrogen cartridge housed in the first housing. The fuel cell module includes a portable second housing, which includes least one wheel, and a fuel cell housed in the second housing. The fuel cell module and the hydrogen module are mechanically and electrically connected. The fuel cell is capable of generating electric power from hydrogen gas supplied by the hydrogen module.

Abstract: An autonomous mobile body comprises a container apparatus where a plurality of sections can be separately locked and unlocked, where a window using a dimming glass is provided in a door of each of the plurality of sections; and a controller configured to cause movement to a predetermined location corresponding to a user who is a consignee of a first object, in a state where the dimming glass corresponding to a section where the first object is contained is made opaque, and cause the dimming glass of the section where the first object is contained to be transparent, in a case of successful authentication of the user.

Abstract: An autonomous mobile body comprises a travel unit configured to move autonomously; a locker unit capable of housing an object; a first power source unit configured to supply electric power to the travel unit; and a second power source unit including at least one hydrogen cartridge, the second power source unit being configured to supply electric power to the locker unit by hydrogen filled in the hydrogen cartridge.

Abstract: The present invention aims to provide an adhesive sheet for back grinding capable of suppressing peeling of an adhesive layer and capable of peeling a wafer easily from an adhesive sheet.

Abstract: The present invention aims to provide an adhesive sheet for back grinding capable of enhance followability of a base material layer to a convex part of a semiconductor wafer. According to the present invention, provided is an adhesive sheet for back grinding of a semiconductor wafer having a convex part, comprising: a base material layer; and an adhesive layer provided on the base material layer, wherein: the adhesive layer comprises an opening part having a diameter smaller than a diameter of the semiconductor wafer; the adhesive layer is adhered to an outer peripheral part of the semiconductor wafer such shat the convex part of the semiconductor wafer is placed in the opening part; the adhesive layer is configured so that the convex part is protected by the base material layer with the semiconductor wafer adhered to the adhesive layer; the base material layer comprises a cushion layer and a barrier layer; and an oxygen permeability of the base material layer at 25° C.

Abstract: A fuel cell vehicle may include: a fuel cell stack configured to generate electric power for a traction motor; a compressor configured to supply air to the fuel cell stack, the compressor including an impeller and a motor configured to rotate the impeller; and a controller configured to decrease a rotation speed of the motor when detecting accelerator-off. The controller may be configured to decrease the rotation speed at a first deceleration rate when an air outlet pressure of the compressor is higher than a pressure threshold, and decrease the rotation speed at a second deceleration rate when the air outlet pressure of the compressor is lower than the pressure threshold, the second deceleration rate being lower than the first deceleration rate.

Abstract: A quench oil may be excellent in thermal stability and may be capable of retaining the brightness for a prolonged period of time. Such a quench oil may contain a base oil containing a mineral oil (A), the mineral oil (A) having a 40° C. kinematic viscosity of 100 to 600 mm2/s and a sulfur content of 0.10 to 0.20% by mass, the base oil having a content of the mineral oil (A) of more than 0.5% by mass, based on the total amount of the base oil.

Abstract: A fuel cell vehicle may include: a fuel cell stack configured to generate electric power for a traction motor; a compressor configured to supply air to the fuel cell stack, the compressor including an impeller and a motor configured to rotate the impeller; and a controller configured to decrease a rotation speed of the motor when detecting accelerator-off. The controller may be configured to decrease the rotation speed at a first deceleration rate when an air outlet pressure of the compressor is higher than a pressure threshold, and decrease the rotation speed at a second deceleration rate when the air outlet pressure of the compressor is lower than the pressure threshold, the second deceleration rate being lower than the first deceleration rate.

Abstract: Provided is a rotating electric machine. This rotating electric machine includes a stator and a rotor, and the rotor includes: a rotor core having formed therein a magnet insertion hole group; and a permanent magnet group. In the rotor core, a first magnetic slit and a second magnetic slit are formed. In the second magnetic slit, a first magnet magnetic flux guide path connecting a first q-axis magnetic path and a second q-axis magnetic path is arranged. When an angle between a straight line passing through a first intersecting point and a radial center point and a straight line passing through a second intersecting point and the radial center point is set as ?1, the number of pole pairs is set as P, a natural number is set as m1, and n1 is set as a natural number smaller than m1, the following expression: ?1=2?×n1÷{P×(2m1?1)} [rad] is satisfied.

Abstract: The present invention provides novel antigens of an allergy to soybean, methods and kits for diagnosing an allergy to soybean, pharmaceutical compositions comprising such an antigen, soybeans or processed products of soybean in which such an antigen is eliminated, and a tester for determining the presence or absence of a soybean antigen in an object of interest.