On-site test method and device for construction enclosure construction member horizontal thrust performance

Abstract

The invention discloses an on-site test device for construction enclosure construction member horizontal thrust performance. The on-site test device for the construction enclosure construction member horizontal thrust performance comprises an manual operation oil pump, an oil pressure gauge, a jack, a counter-force beam, a counter-force pillar, a displacement meter support, a digital readout displacement meter, a magnetism gauge stand and a digital camera. The counter-force beam and the counter-force pillar are connected to form a counter-force frame which is arranged between handrail positions of a building wall and a to-be-tested construction enclosure construction member. The jack is fixed between a handrail of the to-be-tested construction enclosure construction member and the counter-force beam by tightly pasting a patch. The magnetism gauge stand is connected with the displacement meter support in a magnetic mode. The digital readout displacement meter is connected with the magnetism gauge stand in a mechanic mode. The digital readout displacement meter is shelved in the position of the handrail of an enclosure rail. The digital camera is arranged beside the handrail of the to-be-tested construction enclosure construction member. The invention further discloses a test method of the on-site test device for the construction enclosure construction member horizontal thrust performance. The test method of the on-site test device for the construction enclosure construction member horizontal thrust performance is mainly used for construction quality test of enclosure rails, ripping fences and handrails in an under-construction construction outer veranda, a balcony and a stand.

Description

technical field [0001] The invention relates to an on-site detection method and device for a building component, in particular to a method and a device for on-site detection of the horizontal thrust performance of a building enclosure component. Background technique [0002] With the increasing development of my country's economic construction and urbanization, urban buildings are springing up like mushrooms. The grandstands in public buildings such as school verandahs, residential balconies, theaters and exhibition halls all need to be equipped with enclosure components such as railings, railings and handrails. These enclosure components should not only have certain strength to resist horizontal thrust, but also should have sufficient rigidity so that they will not produce excessive deflection deformation under the action of horizontal thrust. [0003] With the use of a large number and new types of enclosure components in engineering construction, the engineering circles ...

AI Technical Summary

Problems solved by technology

[0004] At present, the design horizontal thrust of building enclosure railings, railings, and handrails adopts linear loads. When the project is completed and accepted, there is no on-site inspection of the actual resistance to horizontal thrust deformation of the enclosure railings, railings, and handrails. There is no method and device for on-site testing of the horizontal thrust performance of guardrails, railings and handrails.

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