Abstract: A catalyst device (30) includes a honeycomb core (31) in which a metal foil (40) on which a catalyst is supported is wound, in which a plurality of through holes (H) are formed in part of the metal foil (40), and in a flow direction of combustion gas (G) passing through the honeycomb core (31), a first region (A) in which the through holes (H) are not provided, a second region (B) in which the through holes (H) are provided, and a third region (C) in which the through holes (H) are not provided are lined up in this order from an upstream side thereof. A width (TA) of the first region (A) is set to be smaller than a width (TC) of the third region (C), when defining the flow direction of the combustion gas (G) as a width direction.

Abstract: A cartridge includes a photosensitive drum rotatable about an axis extending in an axial direction; a memory including a storing element configured to store information, a memory contact electrically connected to the storing element, and a substrate having a surface on which the memory contact is provided; and a frame which supports the photosensitive drum, on which the substrate is mounted, and which includes a first end with respect to the axial direction and a second end opposite from the first end. The frame includes a container provided with an accommodating chamber for accommodating a developer collected from the photosensitive drum and with an opening communicating with the accommodating chamber and includes a mounting member mounted on the container so as to cover the opening. The mounting member includes a supporting portion for supporting the substrate.

Abstract: An object of the present invention is to provide an exhaust gas purification catalyst that can prevent a decrease in the exhaust gas purification performance by phosphorus poisoning, and the present invention provides an exhaust gas purification catalyst (1A), including a substrate (10) and first and second catalyst layers (20, 30) each provided on the substrate (10), wherein the second catalyst layer (30) is provided on an upside or upstream of the first catalyst layer (20), wherein the first catalyst layer (20) contains at least one selected from Pd and Pt, wherein the second catalyst layer (30) contains Rh, Al, and barium sulfate, wherein a mole ratio of a content of Al in the second catalyst layer (30) to a total content of all metal elements in the second catalyst layer (30) is 0.55 or more and 0.85 or less, and wherein a mole ratio of a content of Rh in the second catalyst layer (30) to a content of Ba in the second catalyst layer (30) is 0.0040 or more and 0.040 or less.

Abstract: A display screen generation apparatus includes: an acquisition portion acquiring for each of a plurality of print products produced through a plurality of processes, progress of the processes; and a display portion generating a display screen that displays for each of the plurality of print products, the process waiting to be executed, the process being executed, the process already executed, and the process not intended to be executed in a distinguishable manner from each other.

Abstract: A display apparatus includes: a first acquisition portion acquiring progress of a plurality of processes for print product produced through the processes based on information transmitted from a printer; a second acquisition portion acquiring the progress in response to an operation of a user to proceed with the production; and a display portion displaying in a distinguishable manner on a display, an automatic transition process and a manual transition process included in the processes, the automatic transition process automatically transitioning to the subsequent process based on the information transmitted from the printer and a manual transition process manually transitioning to the subsequent process in response to the operation.

Abstract: A display screen generation apparatus includes: an acquisition portion acquiring for each of a plurality of print products produced through a plurality of processes, progress of the processes; and a display portion generating a display screen that displays for each of the plurality of print products, the process waiting to be executed, the process being executed, the process already executed, and the process not intended to be executed in a distinguishable manner from each other.

Abstract: A display apparatus includes: a first acquisition portion acquiring progress of a plurality of processes for print product produced through the processes based on information transmitted from a printer; a second acquisition portion acquiring the progress in response to an operation of a user to proceed with the production; and a display portion displaying in a distinguishable manner on a display, an automatic transition process and a manual transition process included in the processes, the automatic transition process automatically transitioning to the subsequent process based on the information transmitted from the printer and a manual transition process manually transitioning to the subsequent process in response to the operation.

Abstract: Provided are an exhaust gas purifying catalyst structure that inhibits foil elongation and improves structural durability and a production method therefor. The exhaust gas purifying catalyst structure has a metal support configured by using an mantle and a metal foil provided in the mantle and forming an exhaust gas flow path, and a catalyst layer provided on a surface forming the flow path of the metal foil, wherein the catalyst layer contains a noble metal, an OSC material containing cerium and a rare earth element other than cerium (non-Ce rare earth element), and alumina, and a content of the non-Ce rare earth element with respect to 100% by mass of the catalyst layer is 2.52% by mass or more and 4.62% by mass or less in terms of an oxide.

Abstract: Provided is a catalyst device that can equalize the strength of a carrier in the direction of the flow of exhaust gas. According to the present invention, a flat plate and a corrugated plate have a plurality of holes. When the flat plate and the corrugated plate are in a flat state before being made into a carrier, the plurality of holes form: a plurality of first rows that run along a first direction that is parallel to the axial direction of the carrier; and a plurality of second rows that run along a second direction that is orthogonal to the first direction. As seen from the second direction, the holes in one second row and the holes in the other second row of adjacent second rows have portions that overlap each other.

Abstract: Provided is a catalyst device that can equalize the strength of a carrier in the direction of the flow of exhaust gas. According to the present invention, a flat plate (52) and a corrugated plate (54) have a plurality of holes (64). When the flat plate (52) and the corrugated plate (54) are in a flat state before being made into a carrier (42), the plurality of holes (64) form: a plurality of first rows (66) that run along a first direction (D1) that is parallel to the axial direction of the carrier (42); and a plurality of second rows (68) that run along a second direction (D2) that is orthogonal to the first direction (D1). As seen from the second direction (D2), the holes (64) in one second row (68) and the holes (64) in the other second row (68) of adjacent second rows (68) have portions (64p) that overlap each other.

Abstract: To reduce an OSC material, while maintaining necessary OSC capacity; and to improve heat resistance and reactivity of a precious metal. Proposed is an exhaust gas purifying catalyst which comprises a first catalyst layer that is formed on the surface of a substrate that is formed of a ceramic or a metal, and a second catalyst layer that is formed on the upper side of the first catalyst layer. The first catalyst layer comprises a precious metal, an OSC material and an alumina, and the OSC material and the alumina are comprised at a mass ratio of OSC material:alumina=1:7 to 1:3. The second catalyst layer comprises a precious metal, an OSC material and an alumina, and the OSC material and the alumina are comprised at a mass ratio of OSC material:alumina=1:1 to 10:0.

Abstract: Provided is a novel palladium catalyst capable of efficiently purifying carbon monoxide (CO) and total hydrocarbons (THC) under a fuel-rich atmosphere even when palladium (Pd) is used as a catalyst active component. Proposed is a palladium monolayer catalyst for an exhaust gas from a saddle-riding-type vehicle, which is an exhaust gas purification catalyst for a saddle-riding-type vehicle to be installed in an exhaust gas passage in an internal combustion engine. The palladium monolayer catalyst includes a substrate, and a catalyst layer that has the form of a monolayer and contains palladium acting as a catalyst active component, an inorganic porous body acting as a catalyst carrier, ceria (CeO2) particles acting as a promoter component, and barium.

Abstract: To reduce an OSC material, while maintaining necessary OSC capacity; and to improve heat resistance and reactivity of a precious metal. Proposed is an exhaust gas purifying catalyst which comprises a first catalyst layer that is formed on the surface of a substrate that is formed of a ceramic or a metal, and a second catalyst layer that is formed on the upper side of the first catalyst layer. The first catalyst layer comprises a precious metal, an OSC material and an alumina, and the OSC material and the alumina are comprised at a mass ratio of OSC material:alumina=1:7 to 1:3. The second catalyst layer comprises a precious metal, an OSC material and an alumina, and the OSC material and the alumina are comprised at a mass ratio of OSC material:alumina=1:1 to 10:0.

Abstract: A polyamide crimped yarn for clothing includes a multifilament satisfying conditions (1) to (3): (1) monofilament fineness is at least 1.5 dtex and up to 25 dtex, (2) total fineness is least 400 dtex and up to 1500 dtex, and (3) the monofilament has a multilobal cross section with three or more lobes and a degree of irregularity of at least 1.5 and up to 5.5.

Abstract: A heat-resistant protective layer having heat resistance than a catalyst layer and permeability which allows an exhaust gas to be supplied to the catalyst layer is formed on a surface of the catalyst layer.

Abstract: Provided is a novel palladium catalyst capable of efficiently purifying carbon monoxide (CO) and total hydrocarbons (THC) under a fuel-rich atmosphere even when palladium (Pd) is used as a catalyst active component. Proposed is a palladium monolayer catalyst for an exhaust gas from a saddle-riding-type vehicle, which is an exhaust gas purification catalyst for a saddle-riding-type vehicle to be installed in an exhaust gas passage in an internal combustion engine. The palladium monolayer catalyst includes a substrate, and a catalyst layer that has the form of a monolayer and contains palladium acting as a catalyst active component, an inorganic porous body acting as a catalyst carrier, ceria (CeO2) particles acting as a promoter component, and barium.

Abstract: A heat-resistant protective layer having heat resistance than a catalyst layer and permeability which allows an exhaust gas to be supplied to the catalyst layer is formed on a surface of the catalyst layer.

Abstract: Thermophilic microorganisms having a deodorizing ability for short chain fatty acids, which are the offensive odor components, are provided. Disclosed are thermophilic microorganisms having a deodorizing ability for short chain fatty acids, which belong to Bacillus licheniformis.

Abstract: Thermophilic microorganisms having a deodorizing ability for short chain fatty acids, which are the offensive odor components, are provided. Disclosed are thermophilic microorganisms having a deodorizing ability for short chain fatty acids, which belong to Bacillus licheniformis.

Abstract: Polylactic acid fibers excellent in wearing resistance and in the ability to smoothly pass through processing steps. The polylactic acid fibers contain a fatty acid bisamide and/or an alkyl-substituted fatty acid monoamide in an amount of 0.1 to 5 wt. % based on the whole fibers.