Abstract:
The movable apparatus includes a holding body and a movable body. The holding body includes a first opening portion and an internal space, and is constituted of one part. The movable body includes an internal body and a first movable shaft portion. The internal body is stored in the internal space of the holding body, and has such a size that the internal body is prevented from exiting the first opening portion even if the first opening portion is elastically deformed. The first movable shaft portion is capable of being moved integrally with the internal body, and is exposed to outside of the holding body from inside of the holding body through the first opening portion.
Abstract:
A casing component according to an embodiment of the present technology includes a decorating film and a casing part. The decorating film is formed on a base film by vapor deposition and includes a metal layer, fine cracks being formed in the metal layer by stretching the base film. The casing part has a decorated region, the decorating film being adhered to the decorated region.
Abstract:
[Object] [Solving Means] An attachable and detachable structure includes a superficial part and a base. The superficial part has an attachment part and a non-attachment part. The base supports the superficial part and moves one of the attachment part and the non-attachment part forward or backward to the other.
Abstract:
Eine Gehäusekomponente gemäß einer Ausführungsform der vorliegenden Technologie weist einen zu dekorierenden Bereich und einen Dekorationsabschnitt auf. Der zu dekorierende Bereich weist mehrere zu dekorierende Flächen auf, wobei die mehreren zu dekorierenden Flächen so ausgebildet sind, dass benachbarte zu dekorierende Flächen unterschiedliche Höhen aufweisen. Der Dekorationsabschnitt weist eine Metallschicht auf, die in jeder der mehreren zu dekorierenden Flächen ausgebildet ist.
Abstract:
PROBLEM TO BE SOLVED: To eliminate burrs so as to rationalize the process, downsize a sealing device and reduce the cost and the amount of resin material. SOLUTION: A lead frame 10, which is integrally formed by using conductive metal thin board as material, is provided. On the lead frame 10, a chip mounting part 11 whereupon a semiconductor chip 2 is to be mounted, many punched out lead terminal pieces, a resin supply part 17 and a runner part 18 are formed. On the lead frame 10, sealing resin 5 which seals the semiconductor chip 2 by exposing the leading edge of each lead terminal piece is outsert-molded. The resin supply part 17 is formed within the same plane as the resin filling area 13 of resin material, and a part of the runner part is prevented from crossing the lead frame 10.
Abstract:
PURPOSE: To realize high mounting while realizing compactness by enlarging a lead pitch interval at a solder land part by providing a lead pattern which extends radially around a die pad arranged in a central part of a conductive disc member. CONSTITUTION: A circular lead frame wherein a lead is extended radially from a die pad at a central part is completed by punching a lead frame element material 9 formed to prepare one IC package to one lead frame by a press. Then, a semiconductor chip 5 is die-bonded to the lead frame 10. After a gold line 7 is wire-bonded, it is formed by molding by using resin 8. Then, resin burr 11 between leads 6 is removed by a process in a press die, a die bar 12 and an outer circumferential ring 13 are pulled down, lead bending processing is performed for the lead 6 by a punch and a die of a circular die set and a semiconductor integrated circuit is completed.
Abstract:
PURPOSE:To provide a contact type position detecting device in which a contact failure by refuse or dust is surely eliminated at low cost in a saved space. CONSTITUTION:In a contact type position detecting device in which a contact shoe having a contact is slid along a moving passage on a base 11, and the contact part of the contact shoe makes contact with fixed contacts 13d, 13e, 14e, 14f provided on the moving passage, whereby position detection is carried out, recessed parts 13f, 13g, 14g having the form corresponding to the contact part of the contact shoe are provided on the moving passage.
Abstract:
PROBLEM TO BE SOLVED: To provide a molded component has excellent molding quality and durability, electric equipment manufactured using the molded component as a housing, and a method for manufacturing the molded component.SOLUTION: The molded component includes a primary molding layer, a secondary molding layer and an in-mold layer. The primary molding layer includes a base part and a protrusion part. The base part is entirely box-shaped. The protrusion part protrudes from a circumferential edge of the base part. The secondary molding layer is laminated on the primary molding layer and made of a light-permeation resin material. The in-mold layer is formed between the primary molding layer and the secondary molding layer.
Abstract:
PROBLEM TO BE SOLVED: To provide a molded part excellent in molding quality and durability, an electronic device in which the molded part is used in a housing, and a method of producing the molded part. SOLUTION: The molded part is provided with a primary molded layer 31, secondary molded layer 32, and in mold layer 33. The primary molded layer 31 has a base portion 310 and pedestal portion 320. The base portion 310 has a width direction in a first direction (direction of X-axis), length direction in a second direction ( direction of Y-axis), and height direction in a third direction (direction of Z-axis), respectively. The base portion 310 is a box shape as a whole. The pedestal portion 320 is projected toward outside from a periphery of the base portion 310. The secondary molded layer 32 is laminated on the primary molded layer 31, and is made of a light transmissive resin material which has width and length equivalent to the primary molded layer 31. The in mold layer 33 is formed between the primary molded layer 31 and secondary molded layer 32. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To mold a lead frame assembly efficiently suppressing the generation of burs by using a small-sized semiconductor-sealing metallic mold die. SOLUTION: A lead frame assembly 7 is molded with a mold die 20, by outsertion-molding resin 5 for sealing a semiconductor chip 2 mounted on a lead frame 10 having a cull section 17 and a runner section 18 formed on the same surface. The mold die 20 has upper and lower mold members 22, 21, and is provided with a material resin supply mechanism 29 for supplying material resin 8 to the cavity, an ejecting mechanism 32 for ejecting the molded lead frame assembly 7, and a mold tightening mechanism for tightening and self-holding the upper and lower mold members 22, 21. This mold 20 is carried and circulated intermittently at every molding process, in a molding device. In the molding device, drive mechanisms for the material resin supply mechanism and the ejecting mechanism, and a heating mechanism for the mold 20 are provided.