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Opposite-pulling split type heat insulation broken bridge anchoring part of enclosure wallboard
The invention relates to the technical field of enclosure wallboards and wall connecting pieces, in particular to an enclosure wallboard opposite-pulling split type heat insulation broken bridge anchoring part which comprises a metal anchoring disc, a counter bore is punched in the center of the metal anchoring disc, a metal screw penetrates through the counter bore, and a screw cap of the metal screw is clamped in the counter bore. A fixing portion is arranged in a gap between the screw cap and the counter bore in an injection molding mode, the screw cap and the metal anchoring disc are fixedly connected into a whole at the counter bore through the fixing portion, a first cold and hot bridge partition portion is arranged on the screw column in an injection molding mode, the tail end of the metal screw extends out of the first cold and hot bridge partition portion to be provided with a threaded portion, and an opposite-pulling portion used in cooperation with the metal anchoring disc is assembled on the threaded portion. A split type main body structure is adopted, so that the machining efficiency is improved, the machining cost is reduced, cold and hot bridges are reduced, the potential safety hazard of falling of an outer plastering leveling layer is greatly reduced, the situation that an enclosure wallboard is not prone to layering is avoided, and the occurrence probability of safety accidents is avoided; the structure is simple, the enclosure wallboards are bonded and anchored, and connection is firm.
本发明涉及围护墙板与墙体连接件技术领域,尤其涉及一种围护墙板对拉分体式隔热断桥锚固件,包括金属锚固盘,金属锚固盘的中心冲压出一个沉孔,贯穿沉孔安装有金属螺钉,金属螺钉的钉帽卡接在沉孔内,钉帽与沉孔之间的间隙内注塑有固结部,固结部将钉帽与金属锚固盘在沉孔处固定连接成一体,钉柱上注塑有冷热桥隔断一部,金属螺钉的末端延伸出冷热桥隔断一部设有螺纹部,螺纹部上装配有与金属锚固盘配合使用的对拉部;采用分体式主体结构,提高了加工效率,减少了加工成本,降低了冷热桥,大幅减少了外抹面找平层坠落安全隐患,围护墙板不易出现分层的情况,避免了安全事故的发生概率;结构简单、将围护墙板实现粘锚结合、连接牢固。
Opposite-pulling split type heat insulation broken bridge anchoring part of enclosure wallboard
The invention relates to the technical field of enclosure wallboards and wall connecting pieces, in particular to an enclosure wallboard opposite-pulling split type heat insulation broken bridge anchoring part which comprises a metal anchoring disc, a counter bore is punched in the center of the metal anchoring disc, a metal screw penetrates through the counter bore, and a screw cap of the metal screw is clamped in the counter bore. A fixing portion is arranged in a gap between the screw cap and the counter bore in an injection molding mode, the screw cap and the metal anchoring disc are fixedly connected into a whole at the counter bore through the fixing portion, a first cold and hot bridge partition portion is arranged on the screw column in an injection molding mode, the tail end of the metal screw extends out of the first cold and hot bridge partition portion to be provided with a threaded portion, and an opposite-pulling portion used in cooperation with the metal anchoring disc is assembled on the threaded portion. A split type main body structure is adopted, so that the machining efficiency is improved, the machining cost is reduced, cold and hot bridges are reduced, the potential safety hazard of falling of an outer plastering leveling layer is greatly reduced, the situation that an enclosure wallboard is not prone to layering is avoided, and the occurrence probability of safety accidents is avoided; the structure is simple, the enclosure wallboards are bonded and anchored, and connection is firm.
本发明涉及围护墙板与墙体连接件技术领域,尤其涉及一种围护墙板对拉分体式隔热断桥锚固件,包括金属锚固盘,金属锚固盘的中心冲压出一个沉孔,贯穿沉孔安装有金属螺钉,金属螺钉的钉帽卡接在沉孔内,钉帽与沉孔之间的间隙内注塑有固结部,固结部将钉帽与金属锚固盘在沉孔处固定连接成一体,钉柱上注塑有冷热桥隔断一部,金属螺钉的末端延伸出冷热桥隔断一部设有螺纹部,螺纹部上装配有与金属锚固盘配合使用的对拉部;采用分体式主体结构,提高了加工效率,减少了加工成本,降低了冷热桥,大幅减少了外抹面找平层坠落安全隐患,围护墙板不易出现分层的情况,避免了安全事故的发生概率;结构简单、将围护墙板实现粘锚结合、连接牢固。
Opposite-pulling split type heat insulation broken bridge anchoring part of enclosure wallboard
一种围护墙板对拉分体式隔热断桥锚固件
QIE BENQING (Autor:in) / WANG HUAWEI (Autor:in) / QIN WENQIANG (Autor:in) / MENG LINGSHUAI (Autor:in)
08.11.2024
Patent
Elektronische Ressource
Chinesisch
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