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    • 92. 发明专利
    • JOINTING METHOD FOR CABLE RACK, CABLE RACK AND METAL JOINT FITTING
    • JP2002112425A
    • 2002-04-12
    • JP2000298604
    • 2000-09-29
    • BUREST KOGYO KENKYUSHO CO LTD
    • OKI HIDEOROKUHARA HIROSHI
    • F16B5/02H02G1/06H02G3/00
    • PROBLEM TO BE SOLVED: To reduce by half bolting points for jointing two cable racks lengthwise. SOLUTION: Projecting parts 40 are located on the top of inclining curved parts 25 projecting outside at lengthwise ends of main beams 2 of cable racks 1. A width of a flat joint metal fitting 50 is nearly same as an up and down distance between the bottom of a stepping curved part 24 of the main beam 2 and the top of the projecting part 40, and the plate is equipped with two inserting holes 51 which are positioned taking same distance as the one between jointing holes 27 located at each end part of the main beams 2 to be lengthwise jointed and allow bolts to be inserted through the holes 27. Under a state that the top of the joint metal fitting 50 is touched on the bottom of the stepping curved part 24 at the end part of the main beam 2 and the bottom of the joint metal fitting 50 is touched on the top of the projecting parts 40, the joint metal fitting 50 is fit to two dented plate parts 26 of the two main beams of the two cable racks from outside. By inserting a bolt through each jointing hole 27 of each main beam and each inserting hole 51 of the joint metal fitting 50 and screwing it tight by a nut, the main beams of the two cable racks are lengthwise jointed at the end parts.
    • 93. 发明专利
    • TRAY FOR WIRING AND PIPING MATERIAL
    • JP2002027629A
    • 2002-01-25
    • JP2000205347
    • 2000-07-06
    • MIRAI IND
    • SHIMIZU SHOHACHI
    • H02G3/00
    • PROBLEM TO BE SOLVED: To provide trays which can be piled up easily in a large number of layers, without producing waste spaces and hence can improve storage efficiency and transportation efficiency of a large number of trays. SOLUTION: A metal support wire 4 is composed of a bottom part 5, comprising a placing part 2 on which cables C are placed and rising parts 6 comprising side parts 3 are placed erect on both the sides of the placing part 2. A plurality of the metal support wire 4 are arranged at prescribed intervals in the laying direction of the cables C. Metal tie-wires 7 are welded to the outsides of the top ends of the rising parts 6 of the support wires 4 to tie the support wires 4 with each other. Bent step parts 6a are formed in the support wires 4 under their welded parts 8, welded to the tie-wires 7 and differences (b) in levels formed by the step parts 6a, being larger than elution allowances (a) of the welded parts 8.