A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ARCHITECTURAL HARDWARE
PROBLEM TO BE SOLVED: To provide architectural hardware in which a structure depression is formed in the side edge using a tabular hardware base material, and thereby the breakdown of the architectural hardware is delayed when a tensile force acts on the architectural hardware, and the stickiness effect is kept, and therefore a function to further enhance safety can be achieved.SOLUTION: A hardware base body 1 is formed from a steel plate of a length Land a width D, and screw holes 10, 10 are provided in one end 2 side and the other end 2 side to form screw hole groups 15, 15, and thereby an intermediate part 17 not provided with the screw hole 10 is formed (c). In the intermediate part 17 of the hardware base body 1, a structure depression 20 becoming a convex is formed toward the other side edges 5, 4 in side edges 4, 5 (c). In the end edges 2, 3 of the hardware base body 1, auxiliary depressions 24, 24 becoming the convex are formed toward other end edges 3, 2 (c), and hardware 30 is obtained.SELECTED DRAWING: Figure 1
【課題】平板状の金物基材で、側縁に構造くぼみを形成することにより、建築用金物に引張力が作用した場合、建築用金物の破壊を遅らせ、粘り効果を持たせることで、より安全性を高める機能を実現できる。【解決手段】長さＬ０、幅Ｄ０の鋼板から金物基体１を形成し、一端２側、他端２側に、ビス孔１０、１０を設けて、ビス孔群１５、１５とし、ビス孔１０を設けない中間部１７を形成する（ｃ）。金物基体１の中間部１７で、側縁４、５に他方の側縁５、４に向けて凸となる構造くぼみ２０を形成する（ｃ）。金物基体１の端縁２、３で、他方の端縁３、２に向けて凸となる補助くぼみ２４、２４を形成し（ｃ）、金物３０とする。【選択図】図１
ARCHITECTURAL HARDWARE
PROBLEM TO BE SOLVED: To provide architectural hardware in which a structure depression is formed in the side edge using a tabular hardware base material, and thereby the breakdown of the architectural hardware is delayed when a tensile force acts on the architectural hardware, and the stickiness effect is kept, and therefore a function to further enhance safety can be achieved.SOLUTION: A hardware base body 1 is formed from a steel plate of a length Land a width D, and screw holes 10, 10 are provided in one end 2 side and the other end 2 side to form screw hole groups 15, 15, and thereby an intermediate part 17 not provided with the screw hole 10 is formed (c). In the intermediate part 17 of the hardware base body 1, a structure depression 20 becoming a convex is formed toward the other side edges 5, 4 in side edges 4, 5 (c). In the end edges 2, 3 of the hardware base body 1, auxiliary depressions 24, 24 becoming the convex are formed toward other end edges 3, 2 (c), and hardware 30 is obtained.SELECTED DRAWING: Figure 1
【課題】平板状の金物基材で、側縁に構造くぼみを形成することにより、建築用金物に引張力が作用した場合、建築用金物の破壊を遅らせ、粘り効果を持たせることで、より安全性を高める機能を実現できる。【解決手段】長さＬ０、幅Ｄ０の鋼板から金物基体１を形成し、一端２側、他端２側に、ビス孔１０、１０を設けて、ビス孔群１５、１５とし、ビス孔１０を設けない中間部１７を形成する（ｃ）。金物基体１の中間部１７で、側縁４、５に他方の側縁５、４に向けて凸となる構造くぼみ２０を形成する（ｃ）。金物基体１の端縁２、３で、他方の端縁３、２に向けて凸となる補助くぼみ２４、２４を形成し（ｃ）、金物３０とする。【選択図】図１
ARCHITECTURAL HARDWARE
建築用金物
SAKANO JUN (author) / KIKUTA MOTOKI (author)
2017-01-05
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
"Metabase"-Architectural Hardware
British Library Online Contents | 1996
"Metaeave"-Architectural Hardware
British Library Online Contents | 1996
ARCHITECTURAL HARDWARE: A SECURITY PRIMER
| British Library Online Contents | 2000
THE BASICS ON ARCHITECTURAL HARDWARE: PART TWO
| British Library Online Contents | 2009