Wood floor stress intensity detection device

Abstract

The invention discloses a wood floor stress intensity detection device. The device comprises a bottom fixing box, lifting side rods and a supporting and pressing rod. The lifting side rods are mountedon the upper surface of the bottom fixing box; and the supporting and pressing rod is clamped between and movably connected to the lifting side rods. A clamping plate opening formed in the supportingand pressing rod is subjected to height adjustment along the lifting side rods; meanwhile, pressure is applied to the wood floor clamped between the clamping plate openings; the bottom end of the wood floor abuts against a supporting rubber bottom; the wood floor is fixed by an attaching surface in a large area; the surface abutting against an external object is fixed in an auxiliary manner; a tendency fixation edge is used for holding; when a uniform force core continuously swings, the outer side of an outer pressing ring is extruded, and the outer pressing ring can be stressed all-dimensionally; an extension angle is fixed through a fixation angle behind; overall tendency is extended, and the wood floor is fixed and reset in an auxiliary mode; and the wood floor can be buffered and reset in time when the wood floor swings due to external wind power in the process of force application for vertical fixation, and application of extra force to the wood floor in the pressure applicationprocess is avoided.

Description

technical field [0001] The invention belongs to the field of wooden floors, and more specifically relates to a device for detecting the force strength of wooden floors. Background technique [0002] The wooden floor has a rectangular parallelepiped structure. In the process of testing the strength of the force, the splint will be clamped on the side of the wooden floor, and the rectangular plane will be erected and fixed. Force and pressure will be applied to it, and the force will be stopped when the test reaches a certain value. [0003] Based on the above-mentioned inventor's discovery, the existing wooden floor stress strength detection device mainly has the following deficiencies, such as: [0004] Since the large area of ​​the wooden floor is vertical, the fixing position of the splint is relatively small. When there is an external force wind, the large area of ​​the wooden floor will be affected by the wind to swing the fixed position of the splint, so that it will be...

AI Technical Summary

Problems solved by technology

[0004] Since the large area of ​​the wooden floor is vertical, the fixing position of the splint is relatively small. When there is an external force wind, the large area of ​​the wooden floor will be affected by the wind to swing the fixed position of the splint, so that it will be subjected to a reaction force when the pressure is applied to the test, allowing it to detect data error

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