Abstract: Provided is a regeneration device for heating a treatment liquid in a phase-separated state due to absorption of an acidic compound to release the acidic compound and regenerate the treatment liquid. The regeneration device includes a container for storing the treatment liquid, and a first wall that partitions a space in the container into a first space and a second space. The first space includes: a heating region that receives the treatment liquid supplied from an outside of the container and in which a heating unit for heating the treatment liquid is disposed; and a static region that receives the treatment liquid from the heating region, the treatment liquid having released the acidic compound by being heated by the heating unit. The second space allows the treatment liquid having released the acidic compound to be discharged. The first wall is provided with an opening through which the treatment liquid in the static region flows into the second space.

Abstract: Provided is a weld joint having high strength and excellent hot crack resistance and low-temperature toughness. High Ni steel plates containing 6.5 mass % to 10.0 mass % of Ni are welded to form a weld metal to obtain a weld joint. The weld metal has a chemical composition containing Mn: 13.0% to 25.0%, Cr: 3.8% or less, Ni: 1.0% to 12.0%, Mo: 0.1% to 5.0%, N: % or less, and O: 0.100% or less, and the strength of the weld metal is adjusted so that the yield strength BYS of each steel plate and the 0.2% proof stress WPS of the weld metal satisfy [WPS]?[BYS]?100 MPa??(1) and the tensile strength BTS of the steel plate and the tensile strength WTS of the weld metal satisfy [WTS]?[BTS]+100 MPa??(2).

Abstract: A bumper system includes a rear wall of a bumper beam provided with hole portions, and a bumper stay including tubular portions extending in the longitudinal direction, the tubular portions being inserted into the hole portions and joined to the hole portions by pipe expansion joining. The bumper stay includes a pulling-out obstructing portion protruding from the outer surfaces of the tubular portions in a cross section perpendicular to the longitudinal direction. The pulling-out obstructing portion abuts on the rear wall of the bumper beam in the direction in which the bumper stay is pulled out from the hole portions.

Abstract: An extruded material includes a peripheral wall having a closed loop-shaped cross-section and defining a hollow, and a middle rib connected to an inner peripheral surface of the peripheral wall and dividing the hollow. The extruded material is provided with a corrected portion set at a predetermined portion in a longitudinal direction and subjected to correction processing, and an uncorrected portion not subjected to the correction processing. The peripheral wall is expanded outward with respect to an original shape of the uncorrected portion in the corrected portion. While the middle rib is curved with respect to an imaginary straight line connecting connecting portions connected with the peripheral wall at both end portions of the middle rib in the uncorrected portion, the middle rib has a smaller degree of curvature than the original shape of the uncorrected portion in the corrected portion.

Abstract: A method for generating a movement route of a robot having a plurality of motion axes includes the steps of disposing a virtual area near the robot in accordance with each of a plurality of attitudes at an operation position of the robot, determining interference between the robot and the virtual area and between the robot and a surrounding environment, and generating the movement route of the robot while evaluating each of the plurality of attitudes on a basis of a result of the step of determining. In the step of generating, an attitude with which no interference with the virtual area is caused is highly evaluated.

Abstract: Provided are a magnetic field generating device and an electric motor with which it is possible to generate a large amount of magnetic flux using a simple construction. The magnetic field generating device is provided with a magnetic pole element, a facing magnetic body opposing the same in an opposing direction, and an inner support member. The magnetic pole element includes a plurality of first iron cores, a plurality of second iron cores, a plurality of third iron cores, a plurality of fourth iron cores, and a plurality of back surface permanent magnets. Each of the plurality of first to fourth iron cores has a magnetic pole surface opposing the facing magnetic body and a back surface on the opposite side thereto, and the plurality of back surface permanent magnets are disposed on the back surfaces of each of the plurality of first to fourth iron cores.

Abstract: A motion trajectory generation method for generating a motion trajectory of a robot having a plurality of drive axes upon carrying out work at a work position includes: an obtaining step of obtaining a motion condition identified and corresponding to the work position; and a generation step of generating a motion trajectory of the robot by carrying out a search for a plurality of motion trajectories that the robot is able to implement, on the basis of the motion condition, in which in the generation step, priority levels in the search are determined on the basis of the motion condition and work directions for a plurality of work positions, and the search for the plurality of motion trajectories is carried out on the basis of the priority levels.

Abstract: A strand, which is a resin strand used as an additive manufacturing raw material for a 3D printer and formed in a linear shape, the strand having a spiral groove portion formed on an outer peripheral surface along an axial direction.

Abstract: Provided is a gas-treating device including: an absorption device that receives an absorbent to absorb an acidic compound in a gas to be treated into the absorbent; a release device into which the absorbent having absorbed the acidic compound in the absorption device is introduced; a heater for heating the absorbent in the release device to release the acidic compound contained in the absorbent from the absorbent; and a multi-fluid heat exchanger for heating the absorbent before being supplied from the absorption device to the release device by a fluid containing the acidic compound discharged from the release device and the absorbent before being supplied from the release device to the absorption device.

Abstract: A high-strength cold-rolled steel sheet according to one aspect of the present invention contains, in % by mass: C: 0.070 to 0.140%; Si: 0.80 to 1.80%; and Mn: 1.80 to 2.80%, with the balance being iron and unavoidable impurities; in area ratio in a structure observed with a scanning electron microscope, bainite, tempered martensite, and hard phases composed of at least one of cementite and MA made up of quenched martensite and retained austenite combined together account for 85% or more in total, the hard phase that has a breadth of 0.4 ?m or less and a length of 1.2 ?m or more accounts for 0.5% or more, the hard phase that has a breadth of 1.2 ?m or more accounts for 5.0% or less, and structures other than the bainite, the tempered martensite, and the hard phase account for 15% or less; and in volume ratio measured by X-ray diffractometry, retained austenite accounts for 3.0% or more and 7.0% or less.

Abstract: A kink prevention jig used in a pail pack to prevent kinks when wire is pulled out is provided with a housing that has a base plate part and a tubular outer tube part, and that accommodates a laminated wire and a wire extraction hole thereabove. This kink prevention jig is provided with an outwardly extended section above the laminated wire and that extends in the radial direction of the outer tube part, and a wire abutment section above the outwardly extended section and which abuts on a welding wire W and thereby prevents kinks when the welding wire W is pulled out from the extraction hole.

Abstract: A battery case for an electric vehicle includes a frame that has a polygonal frame shape in plan view, defines a through hole inside, and has R shapes provided on inner sides of corner parts of the polygonal frame shape. The case also includes a bathtub-shaped tray that includes a bottom wall located in the through hole, a surrounding wall that is provided around the bottom wall and defines an opening part on a side opposite to the bottom wall, and a flange that is provided at a distal end of the surrounding wall. The tray is pressure-welded to and integrated with the frame.

Abstract: A method for manufacturing an aluminum alloy extruded part includes: hot-extruding a 7000 series aluminum alloy by an extruder to form an extruded material; cutting the extruded material extruded from the extruder and moving forward to a predetermined length; applying plastic working to the cut extruded material in a state in which Vickers hardness of the extruded material is 50 to 70 (Hv); and applying aging treatment to the extruded material after the plastic working.

Abstract: A measurement system according to an aspect of the present invention enables measurement of an intensity distribution of diffracted X-rays obtained by irradiating a fillet portion of a metallic structure with X-rays, the metallic structure comprising: an axis portion; and a flange portion protruding radially from the axis portion, wherein the metallic structure comprises the fillet portion in a connection portion between the axis portion and the flange portion, the measurement system including: a diffracted X-rays measurement device provided with an irradiation unit that irradiates the fillet portion with X-rays; and a positioning device that positions the diffracted X-rays measurement device with respect to the fillet portion, in which the positioning device including: a moving mechanism that moves three-dimensionally the diffracted X-rays measurement device relative to the fillet portion; and a rotation mechanism that rotates the diffracted X-rays measurement device in such a direction that an angle of inci

Abstract: An apparatus is configured to manufacture a metal-resin composite by press-molding a metal plate and a resin material. The apparatus includes an upper mold and a lower mold for sandwiching the metal plate and the resin material, and an elastic member attached to a molding surface of the lower mold. A cavity for disposing the resin material is provided by the upper mold and the lower mold. The elastic member is disposed to seal the resin material into the cavity by pressing the metal plate against the upper mold.

Abstract: A production method of pig iron using a blast furnace with a tuyere includes: charging a first layer containing an iron ore material and a second layer containing coke alternately in the blast furnace; and reducing and melting the iron ore material in the charged first layer while injecting an auxiliary reductant into the blast furnace by hot air blown from the tuyere, in which: an aggregate for letting through the hot air to a central portion of the blast furnace is blended into the first layer; and the aggregate contains a reduced iron molded product obtained through compression molding of reduced iron.

Abstract: A manufacturing system of an additively-manufactured object includes: a torch provided at a robot arm; a measuring unit configured to measure, in a non-contact manner, a shape of a weld bead that is deposited by a shape sensor attached to the torch and output measurement information of at least one of a representative height of the weld bead and a cross-sectional area of the weld bead; a switching unit configured to switch the measurement information output by the measuring unit based on at least one of a shape and position information of a weld bead included in the deposition plan; and a correction unit configured to correct a condition for depositing weld beads based on the measurement information and the deposition plan.

Abstract: A method measuring a residual stress of a fillet portion, where an angle of incidence of X-rays denoted by ? [°], a fillet radius denoted by R [mm], a fillet angle denoted by ? [°], a vertical width of a housing of an X-ray stress measuring apparatus denoted by W [mm], a width of a detection region of a two-dimensional detector denoted by D [mm], a complementary angle of a Bragg angle denoted by ? [°], and an interval between a flange portion and an imaginary straight line which passes through a fillet center and is parallel to the flange portion denoted by a [mm], formula 1 is satisfied; when ? ? 0, an irradiation distance L [mm] of the X-rays, the irradiation distance L satisfies formula 2; and when ? < 0, the irradiation distance L satisfies formula 3.

Abstract: A method for manufacturing an additively-manufactured object includes a depositing planning step of creating a depositing plan and a building step of repeatedly depositing the weld beads based on the depositing plan. The building step includes a frame portion building step of building a frame portion and an internal building step of building an internal building portion. The internal building step includes a pre-measurement process of measuring a shape of a base on which the weld bead layer is to be deposited, a deviation amount calculation process of creating a measured profile of the base based on the measured shape of the base, determining a planned profile of the base based on the depositing plan, and calculating a deviation amount of the measured profile with respect to the planned profile, and a pre-correction process of correcting a welding condition of the weld beads.

Abstract: A battery case, including a cross member between a pair of opposing wall surfaces of an inner peripheral surface of a rectangular frame body to partition an inside space surrounded by a frame body, and a bonding assistance member between each end portion of the cross member and each of the wall surfaces of the frame body facing the end portion. One end portion of the bonding assistance member is welded to the wall surface, and the bonding assistance member has an overlap portion extending from the one end portion toward the inside space and overlapping with a side surface of the end portion of the cross member.