Abstract: According to one embodiment, an anti-toppling band includes a band main body having a flexibility and a plurality of through-holes formed in the band main body and arranged in a longitudinal direction thereof at an interval. The band main body includes a plurality of first portions where the plurality of through-holes are respectively located, and a plurality of second portions located in sections between the plurality of through-holes. The cross sectional area of the plurality of first portions taken along a width direction of the band main body and the cross sectional area of the plurality of second portions taken along a width direction of the band main body are equal to each other.

Abstract: According to one embodiment, a display device is provided with a body, a stand to support the body, and an adjustment system which is arranged between the body and the stand and adjusts the tilt of the body. The adjustment system has a first positioning portion and a second positioning portion which is arranged independent from the first positioning portion. The first positioning portion determines the position of the body on the stand. The second positioning portion has the first positioning portion function as a pivot point to rotate the body in a predetermined angle with respect to the stand to determine the position of the body on the stand in the predetermined rotated angle.

Abstract: In a display apparatus (1), a stand leg (120) is made of a casting material which has a light-weight and which is hard to be deformed in a twist direction, and a display portion fixing members (121) each being made of a steel sheet material which is excellent in ductility are fixed to the stand leg (120) by using screws to form a supporting body (12). Therefore, it is possible to obtain the small-scale supporting body (12) in which there is no reduction in strength of a member having strength as compared with an integral molded article made by casting.

Abstract: According to one embodiment, a support stand for a display device is formed by attaching a stand cover to two stand members. Each of the two stand members includes a first member and a second member upward extending therefrom. The second member has a structure in which an attachment portion is bent at substantially right angles with respect to a base portion that opposes the base portion of the first member. The second member is secured to the first member by inserting bolts through bolt holes formed through three flanges.

Abstract: In a display apparatus (1), a stand leg (120) is made of a casting material which has a light-weight and which is hard to be deformed in a twist direction, and a display portion fixing members (121) each being made of a steel sheet material which is excellent in ductility are fixed to the stand leg (120) by using screws to form a supporting body (12). Therefore, it is possible to obtain the small-scale supporting body (12) in which there is no reduction in strength of a member having strength as compared with an integral molded article made by casting.

Abstract: According to one embodiment, a support stand for a display device is formed by attaching a stand cover to two stand members. Each of the two stand members includes a first member and a second member upward extending therefrom. The second member has a structure in which an attachment portion is bent at substantially right angles with respect to a base portion that opposes the base portion of the first member. The second member is secured to the first member by inserting bolts through bolt holes formed through three flanges.

Abstract: According to one embodiment, a display device is provided with a body, a stand to support the body, and an adjustment system which is arranged between the body and the stand and adjusts the tilt of the body. The adjustment system has a first positioning portion and a second positioning portion which is arranged independent from the first positioning portion. The first positioning portion determines the position of the body on the stand. The second positioning portion has the first positioning portion function as a pivot point to rotate the body in a predetermined angle with respect to the stand to determine the position of the body on the stand in the predetermined rotated angle.

Abstract: According to one embodiment, an anti-toppling band includes a band main body having a flexibility and a plurality of through-holes formed in the band main body and arranged in a longitudinal direction thereof at an interval. The band main body includes a plurality of first portions where the plurality of through-holes are respectively located, and a plurality of second portions located in sections between the plurality of through-holes. The cross sectional area of the plurality of first portions taken along a width direction of the band main body and the cross sectional area of the plurality of second portions taken along a width direction of the band main body are equal to each other.

Abstract: According to one embodiment, a stand for a display unit is formed by machining one metal plate. Namely, this metal plate includes a fixing plate part fixed to a cabinet of a display unit, a flange formed by cutting and bending a part of the fixed plate part, a bottom plate part which is continued from the fixed plate part, and bent in the same direction as the flange, and a support plate part which is formed by bending a part of the bottom plate part, and connecting to the flange.

Abstract: In the field of stators including divided tooth-shaped iron cores and core back iron cores, a stator is provided in which the tooth-shaped iron cores and the core back iron cores can be easily connected to each other, and the tooth-shaped iron cores and the core back iron cores can be prevented from coming off in the radial direction. In the stator of the present invention, a yoke (24) is formed such that the circumferential width thereof is greater at a radial-outer region than at a radial-inner region, i.e.

Abstract: An insulating bobbin mounted on a tooth extending from an annular yoke of a stator with a rectangular wire being around the insulating bobbin has a tooth insulating portion for insulating the tooth of the stator and the rectangular wire and an extending portion extending from an end portion of the tooth insulating portion along an inner surface of the yoke, wherein a guide groove for guiding the rectangular wire diagonally relative to a circumferential direction of the tooth insulating portion from an outside of the extending portion is provided in a side of the extending portion on one of axial sides of the stator.

Abstract: An insulating bobbin mounted on a tooth extending from an annular yoke of a stator with a rectangular wire being around the insulating bobbin has a tooth insulating portion for insulating the tooth of the stator and the rectangular wire and an extending portion extending from an end portion of the tooth insulating portion along an inner surface of the yoke, wherein a guide groove for guiding the rectangular wire diagonally relative to a circumferential direction of the tooth insulating portion from an outside of the extending portion is provided in a side of the extending portion on one of axial sides of the stator.

Abstract: An insulating bobbin mounted on a tooth extending from an annular yoke of a stator with a rectangular wire being around the insulating bobbin has a tooth insulating portion for insulating the tooth of the stator and the rectangular wire and an extending portion extending from an end portion of the tooth insulating portion along an inner surface of the yoke, wherein a guide groove for guiding the rectangular wire diagonally relative to a circumferential direction of the tooth insulating portion from an outside of the extending portion is provided in a side of the extending portion on one of axial sides of the stator.

Abstract: A stator which includes an insulating bobbin which is fitted upon a tooth. The insulating bobbin includes a tooth insulating portion which insulates between the tooth and a rectangular wire, and a first extending portion and a second extending portion which extend from the end portions of the tooth insulating portion roughly parallel with an inner surface of a yoke; a guide groove, which guides the rectangular wire from the outside of the first extending portion slantingly with respect to the circumferential direction of the tooth insulating portion, is provided upon one side of the first extending portion in a one axial direction of the stator; and a first protruding portion, which supports the rectangular wire slantingly with respect to the circumferential direction of the tooth insulating portion, is provided at a corner portion which connects between the first extending portion and the tooth insulating portion.

Abstract: A stator which includes an insulating bobbin which is fitted upon a tooth. The insulating bobbin includes a tooth insulating portion which insulates between the tooth and a rectangular wire, and a first extending portion and a second extending portion which extend from the end portions of the tooth insulating portion roughly parallel with an inner surface of a yoke; a guide groove, which guides the rectangular wire from the outside of the first extending portion slantingly with respect to the circumferential direction of the tooth insulating portion, is provided upon one side of the first extending portion in a one axial direction of the stator; and a first protruding portion, which supports the rectangular wire slantingly with respect to the circumferential direction of the tooth insulating portion, is provided at a corner portion which connects between the first extending portion and the tooth insulating portion.

Abstract: In the field of stators including divided tooth-shaped iron cores and core back iron cores, a stator is provided in which the tooth-shaped iron cores and the core back iron cores can be easily connected to each other, and the tooth-shaped iron cores and the core back iron cores can be prevented from coming off in the radial direction. In the stator of the present invention, a yoke (24) is formed such that the circumferential width thereof is greater at a radial-outer region than at a radial-inner region, i.e.

Abstract: The stator includes core back iron cores disposed on outer circumferential sides between a plurality of teeth iron cores disposed at regular intervals of a predetermined distance in a predetermined circumferential direction. A stator winding is disposed on inner circumferential sides between the plurality of teeth iron cores. The stator winding is constituted by a plurality of wire bundles each of which is a bundle of a predetermined number of electric wires and which are connected in parallel with one another. The wire bundles are set so that the number of electric wires constituting a wire bundle located on the inner circumferential side between adjacent teeth iron cores is smaller than the number of electric wires constituting a wire bundle located on the outer circumferential side. Hence, the ratio (L/A) of the circumferential length L of each wire bundle to the sectional area A thereof is set at a value in a predetermined allowable range.

Abstract: An insulating bobbin mounted on a tooth extending from an annular yoke of a stator with a rectangular wire being around the insulating bobbin has a tooth insulating portion for insulating the tooth of the stator and the rectangular wire and an extending portion extending from an end portion of the tooth insulating portion along an inner surface of the yoke, wherein a guide groove for guiding the rectangular wire diagonally relative to a circumferential direction of the tooth insulating portion from an outside of the extending portion is provided in a side of the extending portion on one of axial sides of the stator.

Abstract: A stator and a stator manufacturing method is provided in which a space factor can be improved, while reducing the number of components and simplifying the manufacturing process. A stator comprises a plurality of teeth cores 11 positioned at predetermined intervals on a predetermined circumference, a core back core 12 provided on a circumferential outside between adjacent teeth cores, and stator windings 13 which are wound around the teeth cores. An approximately U-shaped insulating sheet 14 is provided between adjacent teeth cores 11 with the ends of the sheet facing towards the circumferential outside, the insulating sheet 14 is provided between the teeth cores 11 and the stator windings 13, and the ends of the insulating sheet 14 are bent inward and occluded by an inner end surface of the core back core 12 which is inserted from the circumferential outside.

Abstract: A stator and a stator manufacturing method is provided in which a space factor can be improved, while reducing the number of components and simplifying the manufacturing process. A stator comprises a plurality of teeth cores 11 positioned at predetermined intervals on a predetermined circumference, a core back core 12 provided on a circumferential outside between adjacent teeth cores, and stator windings 13 which are wound around the teeth cores. An approximately U-shaped insulating sheet 14 is provided between adjacent teeth cores 11 with the ends of the sheet facing towards the circumferential outside, the insulating sheet 14 is provided between the teeth cores 11 and the stator windings 13, and the ends of the insulating sheet 14 are bent inward and occluded by an inner end surface of the core back core 12 which is inserted from the circumferential outside.