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    • 11. 发明专利
    • SNOW REMOVAL EQUIPMENT FOR ROOF
    • JPH06294241A
    • 1994-10-21
    • JP8061193
    • 1993-04-07
    • TAKENAKA KOMUTEN CO
    • KOBAYASHI NAGAHITOHIROSE RYUTATOKUNAGA KENSUKEYOSHITAKE YUJIAKAGAWA TAKAO
    • E04H9/16
    • PURPOSE:To weaken freezing force of snow so as to remove it with sliding fall by spacedly providing roof parts in recessed and projecting shape on the upper face of a roof in the direction meeting squarely with the gradient direction, and fitting heating bodies for melting snow onto the upper faced of the roof. CONSTITUTION:The upper face of a roof 1 is constituted into a recessed and projecting shape in which roof parts T being along the gradient direction are spacedly arranged in the direction meeting squarely with the gradient direction. A heating body 5 for melting snow is arranged on the bottom of a V-shaped valley between adjoining roof parts T. In this case, the gradient theta2 of a slope 1a from the roof part T to the valley part is made larger than the gradient of the upper face of the roof 1, and hence sliding fall of a snow layer S is begun in state of large freezing force between the snow layer S and the upper face of the roof 1. Sliding fall of the snow layer S on the two slopes 1a of the adjoining roof parts T can be caused even by arranging the heating body 5 on one position of the valley part. Hereby, the equipment is constituted simply and cheaply, and the time after beginning of snow melting to the beginning of sliding fall of the snow layer S can be shortened.
    • 16. 发明专利
    • VIBRATION CONTROL WALL
    • JP2001123699A
    • 2001-05-08
    • JP30264199
    • 1999-10-25
    • TAKENAKA KOMUTEN CO
    • KOBAYASHI NAGAHITO
    • E04B2/56E04H9/02
    • PROBLEM TO BE SOLVED: To provide a mechanism following after the outward deformations of a vibration control wall fixed with the wall type container of a viscous wall damper in an erected state on the lower-floor structure of upper and lower- floor structures generating interlayer deformations at an earthquake. SOLUTION: The wall type container of the viscous wall damper formed by inserting a resistance plate into a viscous body in the wall type container is fixed in an erected state on the lower-floor structure of the upper and lower- floor structures generating interlayer deformations at the earthquake. The upper end of the resistance plate is connected to a horizontal upper fitting beam, and both ends of the upper fitting beam are supported by a carrier fitted to the upper-floor structure so as to transfer the horizontal force in the wall face direction and to follow after the horizontal deformations in the outward direction of the wall face in a parallel link action.
    • 17. 发明专利
    • ESCALATOR FOR BASE ISOLATION BUILDING
    • JP2000072371A
    • 2000-03-07
    • JP24992498
    • 1998-09-03
    • TAKENAKA KOMUTEN CO
    • KOBAYASHI NAGAHITO
    • B66B23/00B66B29/00
    • PROBLEM TO BE SOLVED: To follow the large interlayer deformation of a base isolation layer to prevent the dangerous slide motion in a platform in an escalator passing the base isolation layer of a base isolation building by constituting the support beam of the escalator by an expansible and contractible link mechanism, and connecting both the ends of the link mechanism to the upper and lower floors of the base isolation layer. SOLUTION: The support beam of an escalator 7 passing the base isolation layer E of a base isolation building is formed of an expansible and contractible link mechanism 30, and both ends of the link mechanism 30 are connected to structural bodies 14, 15 of the upper and lower floors of the base isolation layer E. Namely, in the link mechanism 30, a main support beam 31 is connected to a assisting auxiliary beam 32 by a rotating fulcrum 33 in the middle part, and the other ends of link members 35 connected to both ends of the support beam 31 and auxiliary beam 32 by rotating joints 34 are collected to one point, and connected to the structural bodies 14, 15 of the upper and lower floors by a pin 36. According to this, when a middle base isolation layer building is shaken by an earthquake to cause an interlayer deformation S in the base isolation layer E, the escalator is expanded and contracted as the movement of the link mechanism 30 so as to follow the interlayer deformation, whereby the dropping-out is prevented.