Adjuster for elevated floor

Abstract

An adjuster for an elevated floor comprises a threaded pipe having an inner thread for connecting with a connecting hole which is on the elevated floor, and the threaded pipe is thread connected therein with a footing seat and a fixing screw mounted above the footing seat. The footing seat has an adjustment hole on its upper end, the fixing screw has a through hole extended from top to bottom, which is larger than the adjustment hole of the footing seat, so that the adjustment tool can be extended through the through hole and inlaid in the adjustment hole for adjusting the displacement of the threaded pipe relative to the footing seat. The adjuster can effectively reduce the gross height of the elevated floor and reduce waste of space. Further, it is suitable for use in new and old buildings.

Description

BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] The present invention is related to an adjuster for an elevated floor, and especially to such an adjuster for an elevated floor that can lower the height of an assembled elevated floor, and can adjust the height of the elevated floor above the latter; it has a wide range of application, and can reduce waste of space, it is suitable for use in novel and used spaces of offices. [0003] 2. Description of the Prior Art [0004] Following advance of science and technology, people contact more and more lines for use; particularly in office buildings, various lines (such as networks and cables) are arranged in a mutually crossing and gathering mode. Therefore, at the initial of construction of an office building, pipelines are embedded in advance; however, the initial planning often is unable to meet the requirement of continuous extension of pipelines afterwards, and pipelines are differently required in different arts. [000...

AI Technical Summary

Benefits of technology

[0011] To get the above stated objects, an adjuster for an elevated floor of the present invention is disposed for connected with a connecting hole which is on the elevated floor. The adjuster comprises a threaded pipe, a footing seat and a fixing screw, wherein the threaded pipe has an inner thread for connecting with the connecting hole which is on the elevated floor. The footing seat has an external thread on an external upper end thereof for threading and connecting into said threaded pipe, and further has an adjustment hole on its upper end. The fixing screw is mounted above the footing seat and is thread connected into the threaded pipe, rotation of the screw can press tight the footing seat, the fixing screw has a through hole extended from top to bottom, which is larger than the adjustment hole of the footing seat, so that the adjustment tool can be extended through the through hole and inlaid in the adjustment hole for adjusting the displacement of the threaded pipe relative to the footing seat.

Problems solved by technology

Therefore, at the initial of construction of an office building, pipelines are embedded in advance; however, the initial planning often is unable to meet the requirement of continuous extension of pipelines afterwards, and pipelines are differently required in different arts.

The floor itself has a thickness of about 3 cm, plus the footing seat and the fixing nut beneath the footing seat (about 1.5 cm), an elevated floor after assembling will have a height of at least 6 to 10 cm, and this is the maximum limitation of such elevated floor in assembling and production presently; for a new building preserved with larger heights in space, it will not result a too large problem in space; but for an old building with lower indoor heights originally, it will result waste of space in that the indoor heights will be reduced to make feeling of oppression.

According to the above stated causes, the height after assembling of the conventional elevated floor is unable to reduce, and adjusting for use of the floor will be quite inconvenient.

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