A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Protective automatic dismounting device for building pouring block clamping plate
The invention discloses a protective automatic dismounting device for a building pouring block clamping plate. The protective automatic dismounting device comprises an impact box, a moving mechanism and a steering mechanism, wherein the moving mechanism and the steering mechanism are arranged on the lower side of the impact box; an air injection mechanism and a detection control mechanism are arranged on the rear side of the impact box; and an impact cavity is formed in the impact box. According to the protective automatic dismounting device, the method of inclining an air pressure head is used, the head of an adhesion wood plate is separated from the surface of concrete in advance, and the situation that the impact head impacts the concrete is prevented; then two impact modes are adoptedaccording to the adhesion strength, when the adhesion strength is small, the high-frequency low-pressure mode is used for reducing damage to the surface as much as possible, when the adhesion strengthis large, the low-frequency high-pressure mode is adopted, the wood plate is punched down at a time as much as possible, and the dismounting efficiency is improved; and in addition, in the high-frequency impact mode, air pressure support for the wood plate and the concrete wall is kept, friction is reduced, and the integrity of the wood plate and the concrete wall is guaranteed. Meanwhile, the protective automatic dismounting device achieves automation of the treatment process, the treatment efficiency is greatly improved, and labor force is saved.
本发明公开了一种用于建筑浇筑块夹板保护性自动拆卸装置，包括冲击箱以及设置于所述冲击箱下侧的移动机构、转向机构，所述冲击箱后侧设有喷气机构、检测控制机构，所述冲击箱中设有冲击腔，本发明使用了倾斜气压头的方法，将粘连木板的头部先行脱离混凝土表面，防止出现冲击头冲击到混凝土的情况，而后根据粘连的力度采用了两种冲击模式，当粘连力度较小时使用高频低压的模式尽可能的减少对表面的损伤，当粘结力度较大时采用低频高压的模式，尽可能的一次就将其冲下，提高拆卸效率，且在高频冲击种，保持对木板和混凝土壁的气压支持减少摩擦保证其完整性，同时本发明实现了处理过程自动化，大大提高了处理效率，节省了劳动力。
Protective automatic dismounting device for building pouring block clamping plate
The invention discloses a protective automatic dismounting device for a building pouring block clamping plate. The protective automatic dismounting device comprises an impact box, a moving mechanism and a steering mechanism, wherein the moving mechanism and the steering mechanism are arranged on the lower side of the impact box; an air injection mechanism and a detection control mechanism are arranged on the rear side of the impact box; and an impact cavity is formed in the impact box. According to the protective automatic dismounting device, the method of inclining an air pressure head is used, the head of an adhesion wood plate is separated from the surface of concrete in advance, and the situation that the impact head impacts the concrete is prevented; then two impact modes are adoptedaccording to the adhesion strength, when the adhesion strength is small, the high-frequency low-pressure mode is used for reducing damage to the surface as much as possible, when the adhesion strengthis large, the low-frequency high-pressure mode is adopted, the wood plate is punched down at a time as much as possible, and the dismounting efficiency is improved; and in addition, in the high-frequency impact mode, air pressure support for the wood plate and the concrete wall is kept, friction is reduced, and the integrity of the wood plate and the concrete wall is guaranteed. Meanwhile, the protective automatic dismounting device achieves automation of the treatment process, the treatment efficiency is greatly improved, and labor force is saved.
本发明公开了一种用于建筑浇筑块夹板保护性自动拆卸装置，包括冲击箱以及设置于所述冲击箱下侧的移动机构、转向机构，所述冲击箱后侧设有喷气机构、检测控制机构，所述冲击箱中设有冲击腔，本发明使用了倾斜气压头的方法，将粘连木板的头部先行脱离混凝土表面，防止出现冲击头冲击到混凝土的情况，而后根据粘连的力度采用了两种冲击模式，当粘连力度较小时使用高频低压的模式尽可能的减少对表面的损伤，当粘结力度较大时采用低频高压的模式，尽可能的一次就将其冲下，提高拆卸效率，且在高频冲击种，保持对木板和混凝土壁的气压支持减少摩擦保证其完整性，同时本发明实现了处理过程自动化，大大提高了处理效率，节省了劳动力。
Protective automatic dismounting device for building pouring block clamping plate
一种用于建筑浇筑块夹板保护性自动拆卸装置
LIU LAIYUAN (author)
2021-03-30
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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