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    • 1. 发明公开
    • CEILING BOX SAFETY MOUNTING BRACKET
    • 天花板安全安装支架
    • EP1700322A2
    • 2006-09-13
    • EP04812163.6
    • 2004-11-24
    • Halbert, Alan P.
    • Halbert, Alan P.
    • H01H9/02
    • H02G3/20H02G3/126
    • Reinforcement brackets capable of being secured to the interior of an electrical box and to a structural member in structural adjacency to the electrical box, those brackets securing the movement of the electrical box relative to the structural member against the weight of a fixture fastenable to the electrical box, those brackets including a top interface (12a) mating to the interior top region of the electrical box, a side interface (14a) mating to the interior side region of the electrical box, a rigid member (15a) providing resistance to a compressive force applied between the top and side interfaces, and a mating feature (16a) for a fastener including a hole through which a fastener may be inserted, the feature providing an attachment point for the fastener, the feature oriented in a position relative to the bracket such that the fastener may be installed through the access aperture of the electrical box to secure the bracket to the structural member.
    • 这些支架能够固定到电箱的内部以及与电箱相邻的结构构件上,这些支架相对于结构构件克服可固定到电器的夹具的重量来固定电箱的运动 这些支架包括与电气箱的内部顶部区域配合的顶部接口(12a),与电气箱的内部侧区域配合的侧面接口(14a),提供对压缩的电阻的刚性构件(15a) 在顶部和侧部界面之间施加的力以及用于紧固件的配合特征(16a),所述配合特征包括供紧固件插入的孔,所述特征提供用于紧固件的附接点,所述特征定向在相对于支架的位置 使得紧固件可以通过电箱的进入孔安装以将支架固定到结构构件。
    • 2. 发明公开
    • CEILING BOX SAFETY MOUNTING BRACKET
    • DECKENBOX-SICHERHEITSANBRINGVORRICHTUNG
    • EP1700322A4
    • 2009-01-21
    • EP04812163
    • 2004-11-24
    • HALBERT ALAN P
    • HALBERT ALAN P
    • H01H9/02H01R20060101H02G3/12H02G3/20
    • H02G3/20H02G3/126
    • Reinforcement brackets capable of being secured to the interior of an electrical box and to a structural member in structural adjacency to the electrical box, those brackets securing the movement of the electrical box relative to the structural member against the weight of a fixture fastenable to the electrical box, those brackets including a top interface (12a) mating to the interior top region of the electrical box, a side interface (14a) mating to the interior side region of the electrical box, a rigid member (15a) providing resistance to a compressive force applied between the top and side interfaces, and a mating feature (16a) for a fastener including a hole through which a fastener may be inserted, the feature providing an attachment point for the fastener, the feature oriented in a position relative to the bracket such that the fastener may be installed through the access aperture of the electrical box to secure the bracket to the structural member.
    • 这些支架能够固定到电箱的内部以及与电箱相邻的结构构件上,这些支架相对于结构构件克服可固定到电器的夹具的重量来固定电箱的运动 这些支架包括与电气箱的内部顶部区域配合的顶部接口(12a),与电气箱的内部侧区域配合的侧面接口(14a),提供对压缩的电阻的刚性构件(15a) 在顶部和侧部界面之间施加的力以及用于紧固件的配合特征(16a),所述配合特征包括供紧固件插入的孔,所述特征提供用于紧固件的附接点,所述特征定向在相对于支架的位置 使得紧固件可以通过电箱的进入孔安装以将支架固定到结构构件。
    • 4. 发明申请
    • CEILING BOX SAFETY MOUNTING BRACKET
    • 天花板安全安装支架
    • WO2005055370A2
    • 2005-06-16
    • PCT/US2004/039587
    • 2004-11-24
    • HALBERT, Alan, P.
    • HALBERT, Alan, P.
    • H01R
    • H02G3/20H02G3/126
    • Reinforcement brackets capable of being secured to the interior of an electrical box and to a structural member in structural adjacency to the electrical box, those brackets securing the movement of the electrical box relative to the structural member against the weight of a fixture fastenable to the electrical box, those brackets including a top interface (12a) mating to the interior top region of the electrical box, a side interface (14a) mating to the interior side region of the electrical box, a rigid member (15a) providing resistance to a compressive force applied between the top and side interfaces, and a mating feature (16a) for a fastener including a hole through which a fastener may be inserted, the feature providing an attachment point for the fastener, the feature oriented in a position relative to the bracket such that the fastener may be installed through the access aperture of the electrical box to secure the bracket to the structural member.
    • 能够被固定到电气箱内部的结构构件和与电气箱的结构相邻的结构构件,这些支架固定电气箱相对于结构构件的运动,以抵抗可固定于电气箱的固定装置的重量 这些支架包括与电气箱的内部顶部区域配合的顶部接口(12a),与电气箱的内侧区域配合的侧面接口(14a),提供抵抗压缩性的刚性构件(15a) 施加在顶部和侧部界面之间的力以及用于紧固件的配合特征(16a),其包括可以插入紧固件的孔,所述特征为紧固件提供附接点,所述特征定位在相对于支架的位置 使得紧固件可以通过电气箱的进入孔安装以将支架固定到结构构件。
    • 6. 发明申请
    • CEILING BOX SAFETY MOUNTING BRACKET
    • 天花板安全安装支架
    • WO2005055370A3
    • 2005-11-17
    • PCT/US2004039587
    • 2004-11-24
    • HALBERT ALAN P
    • HALBERT ALAN P
    • H01H9/02H01R20060101
    • H02G3/20H02G3/126
    • Reinforcement brackets capable of being secured to the interior of an electrical box and to a structural member in structural adjacency to the electrical box, those brackets securing the movement of the electrical box relative to the structural member against the weight of a fixture fastenable to the electrical box, those brackets including a top interface (12a) mating to the interior top region of the electrical box, a side interface (14a) mating to the interior side region of the electrical box, a rigid member (15a) providing resistance to a compressive force applied between the top and side interfaces, and a mating feature (16a) for a fastener including a hole through which a fastener may be inserted, the feature providing an attachment point for the fastener, the feature oriented in a position relative to the bracket such that the fastener may be installed through the access aperture of the electrical box to secure the bracket to the structural member.
    • 这些支架能够固定到电箱的内部以及与电箱相邻的结构构件上,这些支架相对于结构构件克服可固定到电器的固定装置的重量来固定电箱的运动 这些支架包括与电气箱的内部顶部区域配合的顶部接口(12a),与电气箱的内部侧区域配合的侧面接口(14a),提供对压缩的电阻的刚性构件(15a) 在顶部和侧部界面之间施加的力以及用于紧固件的配合特征(16a),所述配合特征包括供紧固件插入的孔,所述特征提供用于紧固件的附接点,所述特征定向在相对于支架的位置 使得紧固件可以通过电箱的进入孔安装以将支架固定到结构构件。