Abstract: The present invention provides (I) a dry-stretched microporous membrane and a separator for an electric storage device excellent in balance among the required performances such as product safety, charge/discharge characteristics, dimension stability, energy cost, consideration to the environment, etc., (II) a separator for an electric storage device superior in product safety obtained by controlling a puncture depth of a microporous membrane comprised in the separator for an electric storage device, or/and (III) a dry-stretched microporous membrane and a separator for an electric power storage device excellent in product safety realized by controlling a porosity and a puncture strength of a thin microporous membrane.

Abstract: A hot-rolled steel sheet includes, as chemical composition, C, Si, Mn, and sol.Al. In the hot-rolled steel sheet, an average of pole densities in crystal orientation group consisting of {110}<110> to {110}<001> in surface region is 0.5 to 3.0, a standard deviation of the pole densities in the crystal orientation group is 0.2 to 2.0, and the tensile strength is 780 to 1370 MPa.

Abstract: A drug is provided, which containing, as an active ingredient, a compound having ABHD6 inhibitory activity in prevention and/or treatment of a disease associated with ABHD6. A compound of formula (I-A) or a pharmaceutically acceptable salt thereof has ABHD6 inhibitory activity and therefore is useful as a pharmaceutical ingredient having potent ABHD6 inhibitory activity in the prevention and/or treatment of a disease associated with ABHD6: in which all symbols represent the same meaning as the symbols described in the specification.

Abstract: To provide a separator for electric storage devices that suppresses dendrite short circuits and has excellent thermal stability. A separator for electric storage devices, including a separator substrate having one or more (A) microporous layers mainly composed of polypropylene and one or more (B) microporous layers mainly composed of polypropylene, wherein the ratio MtA/MtB of the melt tension MtA of the microporous layer (A) at 240° C. to the melt tension MtB of the microporous layer (B) at 240° C. is from 1.05 to 4.0.

Abstract: Provided is a separator for a power storage device that combines high permeability and battery safety at high temperature. The separator for a power storage device has an inorganic content layer that contains inorganic particles and polyolefin resin. In a cross section of the inorganic content layer, a ratio b of the area occupied by the inorganic particles is 9-35% [inclusive], the ratio of the area occupied by vacancies is 20-60% [inclusive], and a TD direction heat shrinkage a at 150° C. of the separator for a power storage device is 4% or less.

Abstract: A light emitting device includes: a resin package including first and second leads, and a resin part defining a recess defined by a lateral wall and an upward-facing surface, which includes an upper surface of a portion of each of the first lead, the second lead, and the resin part; and a light emitting element on the first lead. The resin part includes a holding resin portion between the first and second leads at the upward-facing surface, and a covering resin portion that covers a portion of the upper surface of the holding resin portion and a portion of an upper surface of at least one of the first and second leads. A portion of an upper surface of the holding resin portion is exposed from the covering resin portion, and is located on the same plane as the upper surfaces of the first and second leads.

Abstract: The present invention provides (I) a dry-stretched microporous membrane and a separator for an electric storage device excellent in balance among the required performances such as product safety, charge/discharge characteristics, dimension stability, energy cost, consideration to the environment, etc., (II) a separator for an electric storage device superior in product safety obtained by controlling a puncture depth of a microporous membrane comprised in the separator for an electric storage device, or/and (III) a dry-stretched microporous membrane and a separator for an electric power storage device excellent in product safety realized by controlling a porosity and a puncture strength of a thin microporous membrane.

Abstract: A light emitting device includes: a resin package including first and second leads, and a resin part defining a recess defined by a lateral wall and an upward-facing surface, which includes an upper surface of a portion of each of the first lead, the second lead, and the resin part; and a light emitting element on the first lead. The resin part includes a holding resin portion between the first and second leads at the upward-facing surface, and a covering resin portion that covers a portion of the upper surface of the holding resin portion and a portion of an upper surface of at least one of the first and second leads. A portion of an upper surface of the holding resin portion is exposed from the covering resin portion, and is located on the same plane as the upper surfaces of the first and second leads.

Abstract: A paper sheet binding die set comprises first and second dies, each having an opposed surface comprising a plurality of tooth portions. The first and second dies face each other such that the first die and the second die are capable of meshing with each other. Each tooth portion of the first die comprises a valley-bottom portion, and a peak-top portion. Each tooth portion of the second die comprises a valley-bottom portion, a peak-top portion, and an inclined-surface portion extending at an incline from the valley-bottom portion to the peak-top portion. The peak-top portion of each of the plurality of tooth portions of the first die has a length so as to cover the inclined-surface portion of the corresponding tooth portion of the second die upon meshing of the first and second dies. The first and second dies pressurize the plurality of stacked paper sheets to bind them together.

Abstract: Provided is a die set to be used, not only by general consumers but also by producers, in a paper sheet binding device for paper products, the die set being free from use of metal staples, glues, or the like, being excellent in safety, productivity, and cost performance, and facilitating disposal of paper sheets. The paper sheet binding die set includes a pair of dies (1, 2) arranged to face each other and having respective opposed surfaces (3, 4) provided with respective tooth portions (5, 6) capable of meshing with each other, the paper sheet binding die set being configured to bind a plurality of stacked paper sheets in a manner that the pair of dies (1, 2) pressurize the plurality of stacked paper sheets from both sides in a thickness direction and the respective tooth portions (5, 6) of the pair of dies (1, 2) are meshed with each other.

Abstract: An envelope is recognized from its appearance as an envelope not provided with perforations and is easy and infallible to open without use of a cutting tool, such as scissors. In an envelop (F1) with an opening-side flap (15) folded to cover an opening (8), perforations (M1) are formed along the opening (8), and an adhesive part (10A) for sealing is formed in the vicinity of the perforations (M1) to adhere the opening-side flap (15) to the back wall of the envelope. The opening-side flap (15) is folded and adhered so as to cover the perforations (M1).

Abstract: An envelope is recognized from its appearance as an envelope not provided with perforations and is easy and infallible to open without use of a cutting tool, such as scissors. In an envelop (F1) with an opening-side flap (15) folded to cover an opening (8), perforations (M1) are formed along the opening (8), and an adhesive part (10A) for sealing is formed in the vicinity of the perforations (M1) to adhere the opening-side flap (15) to the back wall of the envelope. The opening-side flap (15) is folded and adhered so as to cover the perforations (M1).