An adjustable and force-checkable pipe support root

Abstract

The invention discloses a pipeline support root with stress adjusting and checking functions. The pipeline support root with the stress adjusting and checking functions comprises a cross beam (1) and an oblique beam (2) for supporting the cross beam (1), and the included angle between the cross beam (1) and the oblique beam (2) is 30 degrees. Scales (6) for displaying the largest support root bearing capacities of different positions of the cross beam (1) in the length direction are machined on the two sides of the cross beam (1). A dovetail slot (4) which is through front and back is machined in the lower portion of the cross beam (1) in the length direction of the cross beam (1). The top of the oblique beam (2) is embedded in the dovetail slot (4) and can slide front and back along the dovetail slot (4). A pointer (8) is machined on the oblique beam (2) and used for indicating the value of the largest bearing capacity scale (6), at the supporting junction of the cross beam (1) and the oblique beam (2), on the side face of the cross beam (1). A weighing sensor (5) for measuring stress of a pipeline (7) is arranged on the upper surface of the cross beam (1). The root of the cross beam (1) is fixed to a building (9) through steel plates (3) on the two sides.

Description

technical field [0001] The invention relates to an adjustable and force-checkable pipe support root, which belongs to the technical field of product structure. Background technique [0002] The design and construction of pipelines in heating and power generation projects are usually calculated by the design unit based on the parameters of the medium in the pipeline and the direction of the pipeline, and the root type of the pipeline support is selected according to the maximum force of the pipeline installation and operation, and finally the design drawing is drawn and handed over to the Construction units carry out construction. This kind of practice has the following disadvantages: 1. Most of the pipe support roots are made on-site, which takes a lot of time, and the purchased support roots may not match the actual situation on site and cannot be installed. 2. Construction errors will lead to uneven force on the root of the support of the same pipeline, that is, the actua...

AI Technical Summary

Problems solved by technology

This approach has the following disadvantages: 1. Most of the pipe support roots are made on site, which takes a lot of time, and the purchased support roots may not match the actual situation on site and cannot be installed

2. Construction errors will lead to uneven force on the root of the support of the same pipe, that is, the actual force on the root is greater than the load calculated by design, resulting in potential safety hazards

3. When the construction unit adjusts the position and distance of the pipe support according to the site, the design unit needs to check the root of the pipe support, which will delay the construction progress

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