Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a rapidly-formed multi-layer hot-pressed building formwork, and relates to the technical field of building formworks. The rapidly-formed multi-layer hot-pressed building formwork comprises a formwork face, a one-way water inlet valve is fixedly connected to the middle of the front face of the formwork face, water guiding grooves distributed in a latticed mode are formed in the formwork face, water collecting cavities distributed in an equidistant array mode are formed in the formwork face, the water collecting cavities are all located at the intersections of the water guiding grooves and communicate with inner cavities of the water guiding grooves, temperature control opening and closing mechanisms are arranged in the water collecting cavities, a mounting opening communicating with the water collecting cavities is formed in the top of the formwork face, and a multidirectional drainage mechanism is arranged in the mounting opening. According to the rapidly-formed multi-layer hot-pressed building formwork, whether the temperature of all positions of the formwork face is too high or not can be detected in time through the temperature control opening and closing mechanisms, automatic operation is conducted when the temperature of the formwork face is too high, water is drained to the surface of the formwork face in time for cooling treatment, and compared with a traditional manual watering cooling mode, the workload of field staff in a high-temperature environment is reduced.
本发明公开了一种快速成型的多层热压建筑模板，涉及建筑模板技术领域。该快速成型的多层热压建筑模板，包括板面,所述板面正面的中部固定连接有单向进水阀，且板面内开设有呈网格状分布的导水槽，板面内开设有呈等距阵列状分布的集水腔，且集水腔均位于导水槽的交叉处并与其内腔相互连通，集水腔内设置有温控开合机构，且板面的顶部开设有连通集水腔的安装口，安装口内设置有多向排水机构。该快速成型的多层热压建筑模板，利用温控开合机构能够及时检测板面各处温度是否过高，并在板面温度过高时自动运作，及时将水体排至板面表面进行降温处理，相较于传统的人工洒水降温方式，减轻了现场工作人员在高温环境下的工作负担。
The invention discloses a rapidly-formed multi-layer hot-pressed building formwork, and relates to the technical field of building formworks. The rapidly-formed multi-layer hot-pressed building formwork comprises a formwork face, a one-way water inlet valve is fixedly connected to the middle of the front face of the formwork face, water guiding grooves distributed in a latticed mode are formed in the formwork face, water collecting cavities distributed in an equidistant array mode are formed in the formwork face, the water collecting cavities are all located at the intersections of the water guiding grooves and communicate with inner cavities of the water guiding grooves, temperature control opening and closing mechanisms are arranged in the water collecting cavities, a mounting opening communicating with the water collecting cavities is formed in the top of the formwork face, and a multidirectional drainage mechanism is arranged in the mounting opening. According to the rapidly-formed multi-layer hot-pressed building formwork, whether the temperature of all positions of the formwork face is too high or not can be detected in time through the temperature control opening and closing mechanisms, automatic operation is conducted when the temperature of the formwork face is too high, water is drained to the surface of the formwork face in time for cooling treatment, and compared with a traditional manual watering cooling mode, the workload of field staff in a high-temperature environment is reduced.
本发明公开了一种快速成型的多层热压建筑模板，涉及建筑模板技术领域。该快速成型的多层热压建筑模板，包括板面,所述板面正面的中部固定连接有单向进水阀，且板面内开设有呈网格状分布的导水槽，板面内开设有呈等距阵列状分布的集水腔，且集水腔均位于导水槽的交叉处并与其内腔相互连通，集水腔内设置有温控开合机构，且板面的顶部开设有连通集水腔的安装口，安装口内设置有多向排水机构。该快速成型的多层热压建筑模板，利用温控开合机构能够及时检测板面各处温度是否过高，并在板面温度过高时自动运作，及时将水体排至板面表面进行降温处理，相较于传统的人工洒水降温方式，减轻了现场工作人员在高温环境下的工作负担。
Building formwork quick release system and multi-layer reuse formwork closing method
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