38results about How to "Variation in size" patented technology

A coil component includes a core formed by a magnetic material, a coil embedded in the core, a part of a terminal portion of the coil protruded from a side surface of the core, and a tabular terminal, a part thereof protruded from the side surface of the core and partly connected with the protruded part of the terminal portion of the coil. The protruded part of the terminal portion of the coil and the protruded part of the tabular terminal are respectively bent toward the bottom surface side of the core along the side surface of the core, and the protruded and bent part of the terminal portion of the coil is arranged between the protruded and bent part of the tabular terminal and the core.

A field assembled packer or plug features a sleeve of a swelling material, preferably rubber, which is slipped over the tubular. A pair of molds is assembled over the tubular. The molds can accommodate variation in the size and out of roundness of standard API tubulars. An epoxy mixture is formulated on site and pumped into the molds at opposed ends of the sealing element assembly and allowed to set up. The molds are removed and the assembly is ready to be run in the hole as a packer included in a tubular string. The element assembly can include a harder swelling material on opposed ends of the main sealing element to protect the main sealing element from damage during run in.

A coil component includes a core formed by a magnetic material, a coil embedded in the core, a part of a terminal portion of the coil protruded from a side surface of the core, and a tabular terminal, a part thereof protruded from the side surface of the core and partly connected with the protruded part of the terminal portion of the coil. The protruded part of the terminal portion of the coil and the protruded part of the tabular terminal are respectively bent toward the bottom surface side of the core along the side surface of the core, and the protruded and bent part of the terminal portion of the coil is arranged between the protruded and bent part of the tabular terminal and the core.

Stackable bin including a case having a bottom wall, a top wall and a support mechanism for supporting the top wall at a distance from the bottom wall to thereby define a slot. A drawer is insertable into the slot and defines a receptacle capable of receiving objects for storage. A partitioning structure is also provided for selectively partitioning the receptacle into smaller compartments with several different configurations of the smaller compartments being possible. Instead of the partitioning structure, a storage media rack may be inserted into the receptacle in the drawer and is arranged to simultaneously receive different sizes and types of storage media.

A coil component includes a core formed by a magnetic material, a coil embedded in the core, a part of a terminal portion of the coil protruded from a side surface of the core, and a tabular terminal, a part thereof protruded from the side surface of the core and partly connected with the protruded part of the terminal portion of the coil. The protruded part of the terminal portion of the coil and the protruded part of the tabular terminal are respectively bent toward the bottom surface side of the core along the side surface of the core, and the protruded and bent part o the terminal portion of the coil is arranged between the protruded and bent part of the tabular terminal and the core.

A male connector component 12 has a container part 20 holding a pair of connecting terminals 11, 11 and a ferrite member 14, and a lock part 24 which has a tapered part 24a protruding toward the inside of the container part 20 and in which the tapered part 24a is engaged with a shoulder 14c of the ferrite member 14. The male connector component 12 is fittably inserted into an opening 3 formed in a female connector component 2. A cover element 13 is fitted to the male connector component 12 in such a way as to cover the upper opening of the container part 20 and as to sandwich the connecting terminals 11 and the ferrite member 14 between the cover element 13 and the male connector component 12. The cover element 13 regulates the movement of the lock part 24 in a direction in which the engagement between the lock part 24 and shoulder 14c is released.

A male connector component 12 has a container part 20 holding a pair of connecting terminals 11, 11 and a ferrite member 14, and a lock part 24 which has a tapered part 24a protruding toward the inside of the container part 20 and in which the tapered part 24a is engaged with a shoulder 14c of the ferrite member 14. The male connector component 12 is fittably inserted into an opening 3 formed in a female connector component 2. A cover element 13 is fitted to the male connector component 12 in such a way as to cover the upper opening of the container part 20 and as to sandwich the connecting terminals 11 and the ferrite member 14 between the cover element 13 and the male connector component 12. The cover element 13 regulates the movement of the lock part 24 in a direction in which the engagement between the lock part 24 and shoulder 14c is released.

A drawing and / or straightening unit for feeding one or more oblong metal products to a machine for working the metal products is included that has a first roller on which at least one metal product being fed is positioned longitudinally. Also included is a second contrasting roller, opposite the first roller. This keeps the metal product correctly positioned during feed. The drawing and / or straightening unit has actuators operationally associated with the second roller to initially move and position the second roller with respect to the first roller and to vary the distance between the rollers. The actuators have actuators for initial movement of the second roller to the first roller, and for selective and controlled movement of the second roller.

A backlight device includes LEDs, a light guide plate, and a heat dissipation member. The light guide plate includes edge surfaces including a light entrance surface through which light from the LEDs enters, a front plate surface as a light exit surface through which the light from the LEDs exits, and another plate surface as an opposed surface on an opposite side from the light exit surface. The heat dissipation member having heat dissipating properties includes a bottom plate portion extending along the opposed surface on an opposed surface side, and an upstanding portion extending from the bottom plate portion toward the light exit surface. The bottom plate portion includes projections projecting toward the light exit surface and facing short-side edge surfaces of the light guide plate. The projections are stopped at the corresponding edge surfaces to restrict a distance between the LEDs and the light entrance surface.