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    • 41. 发明专利
    • DOOR STRUCTURE FOR CABINET
    • JPH09283965A
    • 1997-10-31
    • JP8696696
    • 1996-04-10
    • NEC CORP
    • IWADARE MISAO
    • E06B5/18H05K5/03H05K7/20H05K9/00
    • PROBLEM TO BE SOLVED: To obtain a door structure by which an electronic apparatus can be cooled with good efficiency without spoiling an electromagnetic shielding effect by a method wherein the door structure is formed to be of a double structure wherein a front door member which is installed so as to be parallel with the front of a cabinet and in which a plurality of hole parts are formed and a netlike member which is installed at the inside of the front door member and which is composed of a conductive material are contained. SOLUTION: A door 1 is formed to be of a double structure. That is to say, the double structure is composed of a main face part 1A which is installed so as to be parallel with the front of a cabinet and which is used as an outside face and of conductive metal meshes (netlike members) 4 which are installed at constant intervals so as to be parallel with the main face part and which are used as inside faces. A plurality of holes 2, 3 are formed in the main face part 1A and in upper and lower as well as right and left face parts 1B to 1E, and they act as holes for ventilation. Then, the open air is taken into from the holes at the lower part, and it comes into the cabinet 5 as the chilly air via the metal meshes 4 on the inside face. The warm air which is collected at the upper part is discharged from the holes at the upper part.
    • 42. 发明专利
    • ELECTROMAGNETIC SHIELDING BUILDING AND SHIELDING UNIT
    • JPH09246778A
    • 1997-09-19
    • JP5141496
    • 1996-03-08
    • SHIMIZU CONSTRUCTION CO LTDTECHNOLOGY NETWORK INC
    • ISHIKAWA TOSHIYUKISATO MITSUO
    • E04B1/92E06B5/18H05K9/00
    • PROBLEM TO BE SOLVED: To realize electromagnetic shielding for windows easily and at a low cost and cope with its renewal flexibly. SOLUTION: The electromagnetic shielding building having an electromagnetic shielding space apart from the outside by covering it with an electromagnetic layer made of electromagnetic shielding material is provided with a window shielding unit 3 that a transparent body and an electromagnetic shielding film are laminated on a metallic frame, and the unit 3 is secured to the inner side of a sash frame 1, and a glass having a blocking performance of ultraviolet ray is used for the sash 1 or an ultraviolet ray blocking film is overlaid on the frame side of sash with electromagnetic shielding film. In addition, the ultraviolet ray blocking film is formed smaller than the electromagnetic film so that the electromagnetic shielding film between the sash frame and metallic frame can be secured with a is on the outer peripheral part, and the electromagnetic connection is made to be tight and further micro air holes are made as to penetrate the ultraviolet ray blocking film to prevent the air leakage due to temperature rise of the transparent body and electromagnetic shielding film.
    • 45. 发明专利
    • ELECTROMAGNETIC SHIELDING DOOR
    • JPH09100681A
    • 1997-04-15
    • JP28656295
    • 1995-10-06
    • FUJITA CORP
    • KIYOKAWA HIROSHI
    • E06B5/18H05K9/00
    • PROBLEM TO BE SOLVED: To provide a lightweight electromagnetic shielding door with good shielding performance and constructing property at low cost. SOLUTION: A conductive door frame 2 is provided on an entrance opening part 11 provided in a prescribed position of an electromagnetic shielding room 10, and an electromagnetic shielding door 1 formed by covering a lightweight core material with a metal foil is arranged on the door frame 2. The electromagnetic shielding door 1 is arranged in such a manner that the vertical axial line of the electromagnetic shielding door 1 is inclined to the inside of the electromagnetic shielding room 10 to the vertical direction, and one vertical edge part of the electromagnetic shielding door 1 is mounted on the door frame 2 through a hinge 4 in such a manner as to be openable and closable, whereby the electromagnetic shielding door 1 is pushed onto the door frame 2 side in the closed state of the electromagnetic shielding door 1, and a reinforcing member 7 on the peripheral end part of the electromagnetic shielding door 1 is closely fitted to the protruding part 2a of the door frame 2 to ensure the conductivity between the both. The door frame 2 is electrically connected to a wall part 12 (electromagnetic shielding specification) on the circumference of the door frame 2 to ensure the conductivity between the door frame 2 and the wall part 12.
    • 49. 发明专利
    • DOOR DEVICE OF RADIO WAVE DARK ROOM
    • JPH08193473A
    • 1996-07-30
    • JP414195
    • 1995-01-13
    • FUJI SEIKO HONSHA
    • MINAMISHIMA KOICHIUMEGAKI HIROSHIMORIZAKI JUNICHIROIWATA YOSHITAKA
    • E04B1/92E05D15/06E05D15/10E05F15/14E06B5/18E06B7/16H05K9/00
    • PURPOSE: To improve airtightness and watertightness, and realize excellent electromagnetic wave shielding performance without requiring an opening-closing space by driving a sliding door in a closing position to the door frame side by pressing mechanisms, and bringing them into close contact with each other. CONSTITUTION: An electromagnetic shielding sliding door 20 to open and close the front of a door frame 10 through suspending door wheels 22, is arranged in front of the door frame 10 where shielding packing 16 and 16 is added to the front. This sliding door 20 is movably suspended in the longitudinal direction through slidingly movable bearings 23 and 23 interposed between it and the suspending door wheels 22. In a lower frame material 11 of the door frame 10, the whole is embedded in a floor surface. A guide roller to engage with a guide member under the sliding door 20 is arranged on the door frame 10, and a longitudinal movement of the sliding door 20 in a closing position is allowed by the guide member and the guide roller. The sliding door 20 in a closing position is driven to the door frame 10 side by pressing mechanisms housed in left and right vertical frames 33 and 33, and is pressed against and brought into close contact with the front of the door frame 10.