Abstract: An assist grip includes a hollow molding member in which a grip main member is formed by a gas assist molding method, a holding portion, and concave storage portions provided to be connected to both longitudinal ends of the holding portion by interposing curved portions; and is attached to an attachment-face side by holding tools supported in both storage portions. Each of the storage portions is partitioned by an inner side wall and an outer side wall facing each other in a longitudinal direction; an upper wall connecting upper sides of the side walls at a curved-portion side; a lower wall connecting lower sides of the side walls at a terminal side; and a bottom wall connecting to both side walls and the upper and lower walls at an outer face side. The upper walls include inclined faces wherein inner faces on a storage-portion side are inclined toward a bottom-wall.

Abstract: An assist grip includes a hollow molding member in which a grip main member is formed by a gas assist molding method, a holding portion, and concave storage portions provided to be connected to both longitudinal ends of the holding portion by interposing curved portions; and is attached to an attachment-face side by holding tools supported in both storage portions. Each of the storage portions is partitioned by an inner side wall and an outer side wall facing each other in a longitudinal direction; an upper wall connecting upper sides of the side walls at a curved-portion side; a lower wall connecting lower sides of the side walls at a terminal side; and a bottom wall connecting to both side walls and the upper and lower walls at an outer face side. The upper walls include inclined faces wherein inner faces on a storage-portion side are inclined toward a bottom-wall.

Abstract: An assist grip includes a retainer having a secured part secured to an attachment surface, and a pair of shaft-supporting parts; and a grip body that has a pair of recessed parts provided at both ends, a guide groove through which the shaft-supporting parts can slide and which is formed in at least one of two inside surfaces facing each other, and bearing holes provided in both inside surfaces; the grip body being turned about the shaft-supporting parts as a fulcrum to switch between a storage position and a usage position. The guide groove extends from the open edges of the recessed parts toward the inner bottom surface, and at least one bearing hole of both inside surfaces has an elastic locking piece positioned in a bearing hole or in the terminal end of the guide groove, the piece matingly or retainingly locking an end part of a shaft-supporting part.

Abstract: This rotation mechanism is provided with: a first member; a second member which is rotatably coupled to the first member by a pivot; and a torsion coil spring which applies force such that one from among the first member and the second member is rotated relative to the other. Any one of the first member and the second member is provided with a torsion coil spring-accommodating part in which a pair of protrusions facing each other in the axial direction of the pivot is provided. The pair of protrusions are configured so as to hold, around the axes of the protrusions, the two end portions of the coil shape of the torsion coil spring, and so as to protrude while being displaced in the radial direction of the coil shapes forming the two ends, with respect to the axial direction of the pivot.

Abstract: An assist grip includes a retainer having a secured part secured to an attachment surface, and a pair of shaft-supporting parts; and a grip body that has a pair of recessed parts provided at both ends, a guide groove through which the shaft-supporting parts can slide and which is formed in at least one of two inside surfaces facing each other, and bearing holes provided in both inside surfaces; the grip body being turned about the shaft-supporting parts as a fulcrum to switch between a storage position and a usage position. The guide groove extends from the open edges of the recessed parts toward the inner bottom surface, and at least one bearing hole of both inside surfaces has an elastic locking piece positioned in a bearing hole or in the terminal end of the guide groove, the piece matingly or retainingly locking an end part of a shaft-supporting part.

Abstract: This rotation mechanism is provided with: a first member; a second member which is rotatably coupled to the first member by a pivot; and a torsion coil spring which applies force such that one from among the first member and the second member is rotated relative to the other. Any one of the first member and the second member is provided with a torsion coil spring-accommodating part in which a pair of protrusions facing each other in the axial direction of the pivot is provided. The pair of protrusions are configured so as to hold, around the axes of the protrusions, the two end portions of the coil shape of the torsion coil spring, and so as to protrude while being displaced in the radial direction of the coil shapes forming the two ends, with respect to the axial direction of the pivot.

Abstract: A mounting clip for a battery temperature sensor holds a temperature sensor including a sensor main body and a projection portion, and is mounted to a mounting hole of a battery case. The clip includes a holding portion allowing the temperature sensor to be internally inserted and held; a leg portion hanging from the holding portion, allowing the temperature sensor to pass through, and allowing to be inserted into the mounting hole; and an engagement portion protruding from the leg portion, to be engaged with the case when inserted into the mounting hole. In the clip, an operation portion extending from the engagement portion, and allowing an engagement of the engagement portion with the case to be released, is provided.

Abstract: An electrode constituent member for a battery module includes a current-carrying member including an internal connection portion relative to a tab-shaped terminal of an electricity-storage cell, and an external connection portion exposed to an outside of the battery module; a fastener member for fastening a member electrically connecting electrodes of a plurality of battery modules to the external connection portion of the current-carrying member; and an insulating member positioned between the external connection portion of the current-carrying member and the electricity-storage cell. In an inner side of the external connection portion, clamp portions receiving the insulating member in between are formed. In the clamp portions and the insulating member, respectively, engagement portions, engaging with each other when the insulating member is received, are formed.

Abstract: A primary-side molded article includes a primary-side base part, a primary-side decorative raised part, an upright face, an intersecting face, a dead-end part on the primary-side base part at least surrounded by the upright face and intersecting face and positioned outside the primary-side decorative part, a secondary-side resin flow path formed in the dead-end part and running through the primary-side base part from a design face side to a bottom face side, and a protective wall projecting from the bottom face side of the primary-side base and surrounding a perimeter of the secondary-side resin flow path. A secondary-side molded article has a design face-side molded part, a bottom face-side molded part, and an interspersed molded part flowing through the secondary-side resin flow path from the design face side to the bottom face side and interspersed at a distance from the bottom face-side molded part with the protective wall in between.

Abstract: A clip includes an abutting portion abutting against an outer surface of a case; an insertion hole to which a sensor main body can be inserted; a holding tube through which the sensor main body can pass, and can internally hold an overhanging portion; a leg tube which can be inserted into an attachment hole; and elastic claws sandwiching the case between the abutting portion and the elastic claws. In the abutting portion, at least a pair of ribs is provided, which is positioned respectively in both end portions in a diametrical direction of the abutting portion; protrudes toward the outer surface of the case; and applies a force to the holding tube in a direction bending the abutting portion and narrowing an open end surface when the case is sandwiched between the pair of elastic claws and the ribs.

Abstract: A mounting clip for a battery temperature sensor holds a temperature sensor including a sensor main body and a projection portion, and is mounted to a mounting hole of a battery case. The clip includes a holding portion allowing the temperature sensor to be internally inserted and held; a leg portion hanging from the holding portion, allowing the temperature sensor to pass through, and allowing to be inserted into the mounting hole; and an engagement portion protruding from the leg portion, to be engaged with the case when inserted into the mounting hole. In the clip, an operation portion extending from the engagement portion, and allowing an engagement of the engagement portion with the case to be released, is provided.

Abstract: An electrode constituent member for a battery module includes a current-carrying member including an internal connection portion relative to a tab-shaped terminal of an electricity-storage cell, and an external connection portion exposed to an outside of the battery module; a fastener member for fastening a member electrically connecting electrodes of a plurality of battery modules to the external connection portion of the current-carrying member; and an insulating member positioned between the external connection portion of the current-carrying member and the electricity-storage cell. In an inner side of the external connection portion, clamp portions receiving the insulating member in between are formed. In the clamp portions and the insulating member, respectively, engagement portions, engaging with each other when the insulating member is received, are formed.

Abstract: A clip includes an abutting portion abutting against an outer surface of a case; an insertion hole to which a sensor main body can be inserted; a holding tube through which the sensor main body can pass, and can internally hold an overhanging portion; a leg tube which can be inserted into an attachment hole; and elastic claws sandwiching the case between the abutting portion and the elastic claws. In the abutting portion, at least a pair of ribs is provided, which is positioned respectively in both end portions in a diametrical direction of the abutting portion; protrudes toward the outer surface of the case; and applies a force to the holding tube in a direction bending the abutting portion and narrowing an open end surface when the case is sandwiched between the pair of elastic claws and the ribs.

Abstract: An apparatus includes a supporting body, a rotating body assembled with the supporting body and rotating at least between a standard position and a deployed position through an intermediate position, and a biasing device for applying a biasing force to the rotating device in a direction of returning the rotating body to the standard position. A speed switching device changes a rotational speed of the rotating body from the deployed position to the intermediate position different from that from the intermediate position to the standard position in a return rotational movement of the rotating body. The speed switching device includes at least two damping devices; at least two first gears attached to the damping devices for applying damping forces of the damping devices to the rotating body; and at least two second gears formed integrally on the rotating body.

Abstract: A primary-side molded article includes a primary-side base part, a primary-side decorative raised part, an upright face, an intersecting face, a dead-end part on the primary-side base part at least surrounded by the upright face and intersecting face and positioned outside the primary-side decorative part, a secondary-side resin flow path formed in the dead-end part and running through the primary-side base part from a design face side to a bottom face side, and a protective wall projecting from the bottom face side of the primary-side base and surrounding a perimeter of the secondary-side resin flow path. A secondary-side molded article has a design face-side molded part, a bottom face-side molded part, and an interspersed molded part flowing through the secondary-side resin flow path from the design face side to the bottom face side and interspersed at a distance from the bottom face-side molded part with the protective wall in between.

Abstract: An external connecting portion of a conducting member is an upright portion formed by folding an end portion of a metal plate, and an outer face of the upright portion is exposed outside a battery module. Also, in the upright portion, a cylindrical portion, including a female screw on an inside protruding from the inner face of the upright portion, is formed. The cylindrical portion is formed by a press work relative to the metal plate, and in the cylindrical portion, the female screw is formed by a cutting work. An insulation cover includes a first part covering the inner face of the upright portion, and the cylindrical portion; and a second part engaged and combined with the first part in such a way that the first part and the second part sandwich a portion positioned immediately below the cylindrical portion in the conducting member.

Abstract: The invention is a structure for connecting modules housing electrical storage cells to construct an electrical storage system. The structure has a pair of clips having a first coupling part for coupling with the other clip of the pair and a second coupling part for coupling with a case of a module. From a state in which the first coupling parts couple the pair of clips, adjacent modules are connected by coupling the second coupling parts of the pair of clips to the respectively corresponding cases, and the coupling of the first coupling parts is released when the connected modules are subjected to a separation operation with a prescribed force.

Abstract: An apparatus includes a supporting body, a rotating body assembled with the supporting body and rotating at least between a standard position and a deployed position through an intermediate position, and a biasing device for applying a biasing force to the rotating device in a direction of returning the rotating body to the standard position. A speed switching device changes a rotational speed of the rotating body from the deployed position to the intermediate position different from that from the intermediate position to the standard position in a return rotational movement of the rotating body.

Abstract: An apparatus includes a supporting body, a rotating body assembled with the supporting body and rotating at least between a standard position and a deployed position through an intermediate position, and a biasing device for applying a biasing force to the rotating device in a direction of returning the rotating body to the standard position. A speed switching device changes a rotational speed of the rotating body from the deployed position to the intermediate position different from that from the intermediate position to the standard position in a return rotational movement of the rotating body. The speed switching device includes at least two damping devices; at least two first gears attached to the damping devices for applying damping forces of the damping devices to the rotating body; and at least two second gears formed integrally on the rotating body.

Abstract: A rotating mechanism includes a biasing device (4) and a damper device. When a movable body (2) is changed over from a first position to a second position and from the second position to the first position of a main body (1), the rotating mechanism operates to rotate the movable body (2) against a biasing force of the biasing device (4) up to midway of a changeover operation thereof, rotates the movable body (2) by the biasing force of the biasing device (4) after the midway, and brakes the movable body (2) by the damper device in a predetermined interval in which the movable body (2) is rotated by the biasing force. The movable body (2) includes an arm (21) integrally rotated. The damper device is a piston damper (3) which is rotatably and pivotally supported on the main body (1), connected directly or indirectly relative to the arm (21), and provided so that an extending/retracting direction thereof is changed over on the midway of the changeover operation of the movable body (2).