Abstract: An outdoor unit includes a housing having a front surface formed with an outlet and a back surface facing the front surface, an airflow flowing through the outlet; a substrate horizontally placed in the housing, an electric component being mounted on the substrate; and a heat dissipator including a plurality of fins, each of the fins having a heat dissipation surface, the heat dissipator dissipating, due to the airflow, heat generated by the electric component. The heat dissipation surface of each of the fins is parallel to the back surface or is angled at greater than 0 degrees and less than 90 degrees relative to the back surface in top view.

Abstract: An outdoor unit includes: a housing; a compressor placed in the housing; a heat exchanger placed in the housing; and a blower placed in the housing, the blower admitting air from outside the housing and passing the air through the heat exchanger. Furthermore, the outdoor unit includes: a partition plate partitioning the housing into a compressor chamber and a blower chamber; a board on which an electronic component is mounted; a heat dissipator placed in the blower chamber and adjacent to the partition plate, the heat dissipator including a base and a plurality of fins, the base having a fin formation surface, the fins projecting from the fin formation surface, the heat dissipator dissipating heat of the electronic component; and a duct covering the heat dissipator. When the fins are viewed from the fin formation surface side, the fins extend toward the blower side from the partition plate side.

Abstract: An outdoor machine includes a housing including a front panel with an opening formed therein; a blower disposed in the housing; a bell mouth disposed in the outer periphery of the blower and connected to the opening; a control board on which an electric component is mounted, the control board being provided in the housing; a heat radiation part that radiates heat generated by the electric component; and a vent deflector that covers the heat radiation part, and forms a ventilation flue through which air generated by the blower flows in the heat radiation part, in which the vent deflector 20 is not provided in a region between a virtual plane S and the front panel, the virtual plane S covering the entire periphery of an edge of the bell mouth and extending in parallel with the front panel.

Abstract: An outdoor unit includes a housing that includes a front panel and a back panel facing the front panel. The outdoor unit further includes a bell mouth provided on the front panel and a heat dissipator that dissipates heat generated by electric components. A windward end surface and a leeward end surface of the heat dissipator are, when viewed from above, placed in a region between a virtual surface and the back panel, the virtual surface being a virtual surface that is in contact with an end of the bell mouth on a side of the back panel and is parallel to an inner surface of the front panel.

Abstract: A state determination device (10100) includes: a signal acquiring unit (1030) configured to acquire a signal corresponding to each of a plurality of electrical wiring lines constituting the electrical equipment X and indicating an energization state of each electrical wiring line in association with each electrical wiring line; and a state determination unit (1011) configured to determine an operating state of the target electrical equipment that can be distinguished by a combination of the energization states corresponding the plurality of electrical wiring lines.

Abstract: A fluid flow field of a separator of a fuel cell stack allows a fluid to flow in a separator surface direction. A rubber seal member provides a seal between the fluid passage and the fluid flow field. The tunnel portion intersects the rubber seal member at an intersection. The tunnel portion allows the fluid flow field and the fluid passage to connect to each other. In the rubber seal member, a first portion protrudes from a flat portion in a stacking direction, and a second portion protrudes from a protruding end surface of a tunnel portion in the stacking direction.

Abstract: A servo driver is provided with a housing, a substantially cylindrical capacitor, and a case body in which the capacitor is stored. The case body has a substantially box-like shape formed by being provided with an opening portion that makes it possible to take in and out the capacitor with respect to the case body along a direction orthogonal to an axial direction of the capacitor, and is assembled to the housing so that the opening portion is covered with a closing portion that is a part of the housing. An elastically deformable cushion material is interposed between the closing portion and the capacitor. While being elastically biased to a bottom portion of the case body, the capacitor is thereby sandwiched and held between the closing portion and the bottom portion.

Abstract: An outdoor unit includes a housing that includes a front panel having an outlet for an airflow, a back panel facing the front panel, a left side panel, a right side panel facing the left side panel, a bottom panel, and a top panel facing the bottom panel. The outdoor unit further includes a control substrate that is provided in the housing and provided with an electric component, an electric component box in which the control substrate is provided, and a heat dissipator that is provided between the top panel and the electric component box and dissipates heat generated by the electric component. A second region surrounded by the heat dissipator, the back panel, the front panel, the electric component box, and the top panel is formed on a windward side of the heat dissipator.

Abstract: A fluid flow field of a separator of a fuel cell stack allows a fluid to flow in a separator surface direction. A rubber seal member provides a seal between the fluid passage and the fluid flow field. The tunnel portion intersects the rubber seal member at an intersection. The tunnel portion allows the fluid flow field and the fluid passage to connect to each other. In the rubber seal member, a first portion protrudes from a flat portion in a stacking direction, and a second portion protrudes from a protruding end surface of a tunnel portion in the stacking direction.

Abstract: A nickel-containing steel plate according to an aspect of the present invention has a chemical composition within a predetermined range, in which an average coarse grain size of prior austenite which is defined as a simple average value of maximum values of equivalent circle diameters of prior austenite grains in each of ten visual fields having an area of 200 ?m2, measured at a ¼t position of the steel plate in a section formed by a rolling direction of the steel plate and a thickness direction of the steel plate is 20 ?m or less, and a tensile strength is 690 MPa to 900 MPa.

Abstract: A fuse is at least partially located between a first load relay and a first charging relay, and an electric current detector is at least partially located between a second load relay and a second charging relay. The electric current detector is in contact with an insulating layer. As viewed from the side, the fuse is located below the electric current detector. The fuse is not in contact with the electric current detector.

Abstract: A refrigeration cycle apparatus includes a partition plate that partitions the inside of a housing of an outdoor unit into a blower chamber and a machine chamber, a reactor attached to the partition plate on a side of the machine chamber, a fixing member that fixes the reactor to the partition plate, and a plate-like first heat transfer member provided between the reactor and the partition plate, and in the refrigeration cycle apparatus, the first heat transfer member is provided between the partition plate and the reactor, and the thermal resistance of the first heat transfer member is smaller than the thermal resistance of the fixing member.

Abstract: An electronic component module according to the present disclosure includes a fuse, a relay, a first conductor, a first connecting conductor, a second conductor, a second connecting conductor, and a third conductor. The first conductor, the second conductor, and the third conductor are arranged in the order of the third conductor, the second conductor, and the first conductor in a first direction. A first fuse terminal is connected to a plate-shaped portion of the first connecting conductor. A second fuse terminal is connected to a plate-shaped portion of the second connecting conductor. A first relay terminal is connected to an end of the second conductor that is located in a direction opposite to the first direction. A second relay terminal is connected to an end of the third conductor that is located in the first direction.

Abstract: An outdoor unit includes a housing that includes a front panel having an outlet for an airflow, a back panel facing the front panel, a left side panel, a right side panel facing the left side panel, a bottom panel, and a top panel facing the bottom panel. The outdoor unit further includes a control substrate that is provided in the housing and provided with an electric component, an electric component box in which the control substrate is provided, and a heat dissipator that is provided between the top panel and the electric component box and dissipates heat generated by the electric component. A second region surrounded by the heat dissipator, the back panel, the front panel, the electric component box, and the top panel is formed on a windward side of the heat dissipator.

Abstract: An outdoor unit includes: a housing; a compressor placed in the housing; a heat exchanger placed in the housing; and a blower placed in the housing, the blower admitting air from outside the housing and passing the air through the heat exchanger. Furthermore, the outdoor unit includes: a partition plate partitioning the housing into a compressor chamber and a blower chamber; a board on which an electronic component is mounted; a heat dissipator placed in the blower chamber and adjacent to the partition plate, the heat dissipator including a base and a plurality of fins, the base having a fin formation surface, the fins projecting from the fin formation surface, the heat dissipator dissipating heat of the electronic component; and a duct covering the heat dissipator. When the fins are viewed from the fin formation surface side, the fins extend toward the blower side from the partition plate side.

Abstract: An outdoor unit includes a housing, a heat exchanger, an electric component box, a substrate, and a heat dissipator including multiple fins. The fins each have a first end situated in a windward side of an air passage formed between adjacent ones of the fins, and the first end faces the electric component box. When the heat dissipator and the electric component box are viewed from above, a first clearance gap having a first width and a second clearance gap having a second width greater than the first width are formed between the first end and the electric component box. The second clearance gap is situated closer to a back panel than the first clearance gap.

Abstract: A nickel-containing steel plate according to an aspect of the present invention has a chemical composition within a predetermined range, in which an average coarse grain size of prior austenite which is defined as a simple average value of maximum values of equivalent circle diameters of prior austenite grains in each of ten visual fields having an area of 200 ?m2, measured at a ¼t position of the steel plate in a section formed by a rolling direction of the steel plate and a thickness direction of the steel plate is 20 ?m or less, and a tensile strength is 690 MPa to 900 MPa.

Abstract: An outdoor unit includes a housing that includes a front panel and a back panel facing the front panel. The outdoor unit further includes a bell mouth provided on the front panel and a heat dissipator that dissipates heat generated by electric components. A windward end surface and a leeward end surface of the heat dissipator are, when viewed from above, placed in a region between a virtual surface and the back panel, the virtual surface being a virtual surface that is in contact with an end of the bell mouth on a side of the back panel and is parallel to an inner surface of the front panel.

Abstract: An outdoor machine includes a housing including a front panel with an opening formed therein; a blower disposed in the housing; a bell mouth disposed in the outer periphery of the blower and connected to the opening; a control board on which an electric component is mounted, the control board being provided in the housing; a heat radiation part that radiates heat generated by the electric component; and a vent deflector that covers the heat radiation part, and forms a ventilation flue through which air generated by the blower flows in the heat radiation part, in which the vent deflector 20 is not provided in a region between a virtual plane S and the front panel, the virtual plane S covering the entire periphery of an edge of the bell mouth and extending in parallel with the front panel.

Abstract: An image forming apparatus includes a first memory and one or more processors. The first memory stores a copy of information of at least a part of a print job transmitted from an information processing apparatus such that the copy of the information is associated with identification information of a user corresponding to the print job. The processors determine, in response to an operation performed by a logged-in user logged in to the image forming apparatus, whether the first memory stores a copy of information of at least a part of a print job associated with identification information of the logged-in user, acquire the copy of the information associated with the identification information of the logged-in user from the first memory based on a result of the determination, and display the acquired copy of the information on a display of the image forming apparatus.