Abstract: The present invention provides a cyclic amine compound represented by formula (I) (in formula (I), Cy1 and Cy2 independently represent a C6-10 aryl group or a heterocyclyl group; R1a to R5a independently represent a hydrogen atom or an unsubstituted or substituted C1-6 alkyl group; R10, R11, R20 and R21 independently represent an unsubstituted or substituted C1-6 alkyl group, an unsubstituted or substituted C1-6 alkoxy group, a halogen atom or the like; m, n, p, and r each represent an integer of 0 to 5; and Y represents an oxygen atom or the like) or salt thereof, and an acaricide including the same.

Abstract: A packaging container includes an outer container, a packaging bag, and an inner packing member. The outer container has a box-like shape and has a containing space and a passage opening. The packaging bag is contained in the outer container in a state in which the packaging bag contains an object. The packaging bag includes a containing portion, an opening portion formed in the containing portion and allowing the object to pass therethrough, and a handle portion graspable by a user. The inner packing member is disposed between the object and the passage opening and contained in the containing space. At least part of the handle portion is disposed on the passage opening side of the inner packing member, and the handle portion moves toward the passage opening together with the inner packing member when the inner packing member is being removed from the outer container.

Abstract: A packaging container includes an outer container having a containing space and a passage opening, and a packaging bag for containing an object. The packaging bag includes a containing portion, an opening portion, and a handle portion. The handle portion includes strip-like members each connected to the containing portion at two connection portions. The handle portion has a length equal to or larger than half a length of the object along the passage opening when the handle portion is extended in a direction along the passage opening. When the handle portion is extended in a direction through the passage opening, the handle portion has a length with which the handle portion is allowed to protrude away from a surface of the object adjacent to the passage opening toward the passage opening and the connection portions are located at positions separated away from the surface toward the passage opening.

Abstract: Disclosed is a laminated inductor that has good direct current superimposition characteristics, does not cause a variation in temperature characteristics, suppresses the occurrence of delamination, and can be stably manufactured. Also disclosed are a method for manufacturing the laminated inductor and a laminated choke coil. A laminated inductor (10) for use as a choke coil in a power supply circuit includes a rectangular parallelepiped-shaped laminated chip (1) and at least one pair of external electrodes (8) that are provided at the end of the laminated chip (1) and are conductively connected to the end of a coil. The laminated chip (1) includes a plurality of magnetic material layers (3) formed of an Ni—Zn—Cu ferrite, a plurality of conductive layers (2), which are laminated through the magnetic material layers (3) to constitute a coil, and at least one nonmagnetic layer (4) formed of a Ti—Ni—Cu—Mn—Zr—Ag-base dielectric material and formed in contact with a plurality of the magnetic material layers (3).

Abstract: A loading structure includes a bottom plate; a support stand; a pair of first poles; a pair of second poles; a first beam connecting the pair of the second poles to each other; a pair of second beams each connecting a corresponding one of the first poles to a corresponding one of the second poles; and a supporting member supporting a far-side surface of the object placed on the bottom plate. The support stand includes a first support, an upright portion, and a second supporter, the first supporter being placed on the floor and extending parallel to the floor, the upright portion standing at an end portion of the first supporter, the second supporter extending parallel to the floor from an upper end portion of the upright portion, the second supporter having a cantilever structure, and the bottom plate being placed on the second supporter.

Abstract: A loading structure includes a bottom plate; a support stand; a pair of first poles; a pair of second poles; a first beam connecting the pair of the second poles to each other; a pair of second beams each connecting a corresponding one of the first poles to a corresponding one of the second poles; and a supporting member supporting a far-side surface of the object placed on the bottom plate. The support stand includes a first support, an upright portion, and a second supporter, the first supporter being placed on the floor and extending parallel to the floor, the upright portion standing at an end portion of the first supporter, the second supporter extending parallel to the floor from an upper end portion of the upright portion, the second supporter having a cantilever structure, and the bottom plate being placed on the second supporter.

Abstract: A laminated inductor having a laminate structure constituted by magnetic layers and internal conductive wire-forming layers, wherein the magnetic layer is formed by soft magnetic alloy grains, the internal conductive wire-forming layer has an internal conductive wire and a reverse pattern portion around it, and the reverse pattern portion is formed by soft magnetic alloy grains whose constituent elements are of the same types as those of, and whose average grain size is greater than that of, the soft magnetic alloy grains constituting the magnetic layer.

Abstract: A laminated inductor having a laminate structure constituted by magnetic layers and internal conductive wire-forming layers, wherein the magnetic layer is formed by soft magnetic alloy grains, the internal conductive wire-forming layer has an internal conductive wire and a reverse pattern portion around it, and the reverse pattern portion is formed by soft magnetic alloy grains whose constituent elements are of the same types as those of, and whose average grain size is greater than that of, the soft magnetic alloy grains constituting the magnetic layer.

Abstract: A coil component is of the type where a helical coil is directly contacting a magnetic body, which is still capable of meeting the demand for electrical current amplification. A coil component, comprising a magnetic body mainly constituted by magnetic alloy grains, and a coil formed on the magnetic body; wherein an oxide film of the magnetic alloy grains is present on the surface of each of the magnetic alloy grains, and based on grain size by volume standard, the magnetic alloy grains have a d50 in a range of 3.0 to 20.0 ?m, d10/d50 in a range of 0.1 to 0.7, and d90/d50 in a range of 1.4 to 5.0.

Abstract: The present invention provides a cyclic amine compound represented by formula (I) (in formula (I), Cy1 and Cy2 independently represent a C6-10 aryl group or a heterocyclyl group; R1a to R5a independently represent a hydrogen atom or an unsubstituted or substituted C1-6 alkyl group; R10, R11, R20 and R21 independently represent an unsubstituted or substituted C1-6 alkyl group, an unsubstituted or substituted C1-6 alkoxy group, a halogen atom or the like; m, n, p, and r each represent an integer of 0 to 5; and Y represents an oxygen atom or the like) or salt thereof, and an acaricide including the same.

Abstract: A packaging container includes an outer container having a containing space and a passage opening, and a packaging bag for containing an object. The packaging bag includes a containing portion, an opening portion, and a handle portion. The handle portion includes strip-like members each connected to the containing portion at two connection portions. The handle portion has a length equal to or larger than half a length of the object along the passage opening when the handle portion is extended in a direction along the passage opening. When the handle portion is extended in a direction through the passage opening, the handle portion has a length with which the handle portion is allowed to protrude away from a surface of the object adjacent to the passage opening toward the passage opening and the connection portions are located at positions separated away from the surface toward the passage opening.

Abstract: A packaging container includes an outer container, a packaging bag, and an inner packing member. The outer container has a box-like shape and has a containing space and a passage opening. The packaging bag is contained in the outer container in a state in which the packaging bag contains an object. The packaging bag includes a containing portion, an opening portion formed in the containing portion and allowing the object to pass therethrough, and a handle portion graspable by a user. The inner packing member is disposed between the object and the passage opening and contained in the containing space. At least part of the handle portion is disposed on the passage opening side of the inner packing member, and the handle portion moves toward the passage opening together with the inner packing member when the inner packing member is being removed from the outer container.

Abstract: A coil component is of the type where a helical coil is directly contacting a magnetic body where such coil component still meets the demand for electrical current amplification. The coil component is structured in such a way that a helical coil is covered with a magnetic body. The magnetic body is mainly constituted by magnetic alloy grains and does not contain glass component, and each of the magnetic alloy grains has an oxide film of the grain on its surface.

Abstract: A coil component is of the type where a helical coil is directly contacting a magnetic body, which is still capable of meeting the demand for electrical current amplification. A coil component, comprising a magnetic body mainly constituted by magnetic alloy grains, and a coil formed on the magnetic body; wherein an oxide film of the magnetic alloy grains is present on the surface of each of the magnetic alloy grains, and based on grain size by volume standard, the magnetic alloy grains have a d50 in a range of 3.0 to 20.0 ?m, d10/d50 in a range of 0.1 to 0.7, and d90/d50 in a range of 1.4 to 5.0.

Abstract: Disclosed is a laminated inductor that has good direct current superimposition characteristics, does not cause a variation in temperature characteristics, suppresses the occurrence of delamination, and can be stably manufactured. Also disclosed are a method for manufacturing the laminated inductor and a laminated choke coil. A laminated inductor (10) for use as a choke coil in a power supply circuit includes a rectangular parallelepiped-shaped laminated chip (1) and at least one pair of external electrodes (8) that are provided at the end of the laminated chip (1) and are conductively connected to the end of a coil. The laminated chip (1) includes a plurality of magnetic material layers (3) formed of an Ni—Zn—Cu ferrite, a plurality of conductive layers (2), which are laminated through the magnetic material layers (3) to constitute a coil, and at least one nonmagnetic layer (4) formed of a Ti—Ni—Cu—Mn—Zr—Ag-base dielectric material and formed in contact with a plurality of the magnetic material layers (3).

Abstract: A multi layer inductor using an Ni—Zn—Cu ferrite, which has an improved temperature characteristic and is free from structural defects, is provided, and a method for manufacturing the multi layer inductor is also provided. The multi layer inductor is characterized by including a laminate 1 having a rectangular parallelepiped shape, which is provided with a plurality of magnetic layers 3,3 composed of an Ni—Zn—Cu ferrite, a plurality of conductor layers 2,2 forming a coil upon being laminated via the magnetic layers and at least one non-magnetic layer 4 formed so as to come into contact with the plurality of magnetic layers 3,3 and composed of a Ti—Ni—Cu—Mn—Zr-based dielectric substance; and at least a pair of external electrodes 7,7 provided on the ends of the laminate 1 and conductively connected to the ends of the coil.

Abstract: An opening structure of a container easily performs the opening and the resealing. The container continuously and integrally forms a cap portion and a pouring portion. Due to a radial deformation of an easy-to-break portion which is present in a boundary between the cap portion and the pouring portion, the easy-to-break portion is broken and hence the cap portion and the pouring portion are separated, thus opening the container. A manufacturing method for the novel container is also provided.

Abstract: A task of the present invention is to provide a container sealing structure capable of easily and surely unsealing a container and hygienically maintaining an opening portion at the time of resealing, and a method of manufacturing the sealing structure. The container sealing structure of the present invention is configured by integrally forming a pouring portion (12) and a cap portion (16). An easily breakable portion (15) is formed in the container sealing structure. The pouring portion (12) and the cap portion (16) includes an intermediate wall (13) which is formed by bending downwardly from an upper end portion of an inner wall (11) and an outer wall (14) which is formed by bending upwardly from a lower end portion of the intermediate wall (13).

Abstract: A shock resistant seamless can comprising a side wall having an inside surface and an outside surface formed from a laminate of a metal substrate and a thermoplastic resin layer provided on the inside surface of the can side wall, wherein the inner surface of the side wall resin layer opposite the metal substrate comprises a plurality of dotted projections.

Abstract: A method of producing seamless cans wherein a blank holder 2 is inserted in a metal cup 5 coated with an organic film 12, a punch 1 is advanced into a cavity 7 in a die 3 while pushing the bottom 5a of the metal cup onto the flat surface portion 3a of the die by the blank holder 2, so that the side wall 5b of the metal cup 5 is brought into intimate contact with the flat surface portion 3a of the die and with the working corner 3b having a small radius of curvature, thereby to reduce the thickness of the side wall 5b by bend-elongation. Moreover, the portion to be subjected to the necking is ironed at an ironing ratio of not smaller than 5% by the punch 1 in cooperation with the front end 3b.sub.1, of the working corner 3b, or by the front end 3b.sub.