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A platform for research: civil engineering, architecture and urbanism
Template applied to road and bridge construction
The invention discloses a template applied to road and bridge construction. The template comprises a template body including a reinforcing layer and two outer protective layers. The reinforcing layeris arranged between the two outer protective layers; and fastening plates are arranged at the two ends of the templates body. First connecting plates are arranged on the two sides of the fastening plate. First grooves are formed in the two ends of the outer sides of the outer protective layers; the first connecting plates are clamped into the first grooves; under the action of the fastening plates, the stability of mutual combination between the reinforcing layer and the two outer protective layers is improved; reinforcing ribs are arranged on the inner side of the reinforcing layer; each reinforcing rib comprises a transverse connecting rod and a longitudinal connecting rod, and first fixing columns are arranged on the two sides of the transverse connecting rod. And the first fixing columns penetrate through first through holes in the reinforcing layer and are abutted against the first fixing holes in the outer protective layers, the stability of mutual connection between the reinforcing layer and the outer protective layers is further improved, the outer protective layer is made of polycarbonate, so that the phenomenon of mutual adhesion between the template and concrete during demolding can be effectively avoided.
本发明的一种应用于道桥建设的模板，包括模板本体，模板本体包括加强层和两个外防护层，加强层设置在两外防护层之间，在模板本体的两端设置紧固板，紧固板的两侧设置第一连接板，外防护层的外侧的两端均设置第一凹槽，第一连接板卡入第一凹槽的内部，在紧固板的作用下，增加加强层和两个外防护层之间相互结合的稳定性，加强层的内侧设置加强肋，加强肋包括横向连接杆和纵向连接杆，在横向连接杆的两侧设置第一固定柱，第一固定柱贯穿加强层上的第一通孔并抵在外防护层上的第一固定孔，进一步的增加加强层和外防护层之间相互连接的稳定性，外防护层的材质为聚碳酸酯，能够有效的避免脱模时模板和混凝土之间出现相互粘连的现象。
Template applied to road and bridge construction
The invention discloses a template applied to road and bridge construction. The template comprises a template body including a reinforcing layer and two outer protective layers. The reinforcing layeris arranged between the two outer protective layers; and fastening plates are arranged at the two ends of the templates body. First connecting plates are arranged on the two sides of the fastening plate. First grooves are formed in the two ends of the outer sides of the outer protective layers; the first connecting plates are clamped into the first grooves; under the action of the fastening plates, the stability of mutual combination between the reinforcing layer and the two outer protective layers is improved; reinforcing ribs are arranged on the inner side of the reinforcing layer; each reinforcing rib comprises a transverse connecting rod and a longitudinal connecting rod, and first fixing columns are arranged on the two sides of the transverse connecting rod. And the first fixing columns penetrate through first through holes in the reinforcing layer and are abutted against the first fixing holes in the outer protective layers, the stability of mutual connection between the reinforcing layer and the outer protective layers is further improved, the outer protective layer is made of polycarbonate, so that the phenomenon of mutual adhesion between the template and concrete during demolding can be effectively avoided.
本发明的一种应用于道桥建设的模板，包括模板本体，模板本体包括加强层和两个外防护层，加强层设置在两外防护层之间，在模板本体的两端设置紧固板，紧固板的两侧设置第一连接板，外防护层的外侧的两端均设置第一凹槽，第一连接板卡入第一凹槽的内部，在紧固板的作用下，增加加强层和两个外防护层之间相互结合的稳定性，加强层的内侧设置加强肋，加强肋包括横向连接杆和纵向连接杆，在横向连接杆的两侧设置第一固定柱，第一固定柱贯穿加强层上的第一通孔并抵在外防护层上的第一固定孔，进一步的增加加强层和外防护层之间相互连接的稳定性，外防护层的材质为聚碳酸酯，能够有效的避免脱模时模板和混凝土之间出现相互粘连的现象。
Template applied to road and bridge construction
一种应用于道桥建设的模板
LIU XIAOLI (author)
2020-07-10
Patent
Electronic Resource
Chinese
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