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A platform for research: civil engineering, architecture and urbanism
Socket type elevator shaft safety protection structure and method and elevator shaft construction method
The invention discloses a socket and spigot type elevator shaft safety protection structure and method and a construction method. The socket and spigot type elevator shaft safety protection structure comprises socket and spigot type embedded parts arranged on two opposite side walls of an elevator shaft and socket and spigot type steel pipes connected between the two side walls in a bridging mode. Wherein the socket and spigot type embedded parts are symmetrically and uniformly distributed on two side walls of an elevator shaft, and one socket and spigot type steel pipe is connected between each group of socket and spigot type embedded parts; and the socket type embedded part is bound on the elevator shaft steel structure in advance. The protection is plane protection, the safety and quality risks of traditional elevator shaft protection are avoided, manual carrying of formworks can be reduced, and the shaft construction cost is effectively reduced. The quality problem that when a formwork is laid on a reinforcing mesh to serve as plane protection in a traditional elevator shaft, due to shielding of the reinforcing mesh, the formwork cannot stretch into the lower layer when the elevator shaft side wall formwork is erected on the upper layer, and the elevator shaft is seriously staggered is solved.
本发明公开了一种承插式电梯井道安全防护结构、方法及施工方法，包括设置在电梯井相对两个侧壁上的承插式预埋件，跨接在两个侧壁之间的承插式钢管；其中，承插式预埋件对称均匀分布在电梯井的两个侧壁上，每一组承插式预埋件之间连接一根承插式钢管；所述承插式预埋件预先绑扎在电梯井钢结构上。该防护为平面防护，避免了传统电梯井道防护的安全及质量风险，且能减少模板人工搬运，有效降低了井道施工成本。解决传统电梯井道采用钢筋网片上铺模板作平面防护时，因钢筋网片遮挡，无法在上层支设电梯井侧墙模板时，将模板伸入下层，导致电梯井道错台严重的质量问题。
Socket type elevator shaft safety protection structure and method and elevator shaft construction method
The invention discloses a socket and spigot type elevator shaft safety protection structure and method and a construction method. The socket and spigot type elevator shaft safety protection structure comprises socket and spigot type embedded parts arranged on two opposite side walls of an elevator shaft and socket and spigot type steel pipes connected between the two side walls in a bridging mode. Wherein the socket and spigot type embedded parts are symmetrically and uniformly distributed on two side walls of an elevator shaft, and one socket and spigot type steel pipe is connected between each group of socket and spigot type embedded parts; and the socket type embedded part is bound on the elevator shaft steel structure in advance. The protection is plane protection, the safety and quality risks of traditional elevator shaft protection are avoided, manual carrying of formworks can be reduced, and the shaft construction cost is effectively reduced. The quality problem that when a formwork is laid on a reinforcing mesh to serve as plane protection in a traditional elevator shaft, due to shielding of the reinforcing mesh, the formwork cannot stretch into the lower layer when the elevator shaft side wall formwork is erected on the upper layer, and the elevator shaft is seriously staggered is solved.
本发明公开了一种承插式电梯井道安全防护结构、方法及施工方法，包括设置在电梯井相对两个侧壁上的承插式预埋件，跨接在两个侧壁之间的承插式钢管；其中，承插式预埋件对称均匀分布在电梯井的两个侧壁上，每一组承插式预埋件之间连接一根承插式钢管；所述承插式预埋件预先绑扎在电梯井钢结构上。该防护为平面防护，避免了传统电梯井道防护的安全及质量风险，且能减少模板人工搬运，有效降低了井道施工成本。解决传统电梯井道采用钢筋网片上铺模板作平面防护时，因钢筋网片遮挡，无法在上层支设电梯井侧墙模板时，将模板伸入下层，导致电梯井道错台严重的质量问题。
Socket type elevator shaft safety protection structure and method and elevator shaft construction method
承插式电梯井道安全防护结构、方法及电梯井道施工方法
HUANG JIE (author) / HOU XIANWEI (author) / WANG DIANTAO (author) / NOH JU-JEONG (author)
2023-04-04
Patent
Electronic Resource
Chinese
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