Electronic platform scale

Abstract

The invention provides an electronic platform scale. The electronic platform scale comprises a winding reel, a containing slot, a fixing ring, a cylindrical rod, a rotating slot, hydraulic telescopingcylinders, supporting pillars, leveling plates and mobile wheels, wherein the rotating slot is arranged at the rear side of the interior of the operation panel, the cylindrical rod is installed inside the rotating slot, the winding reel is installed on the annular side face of the cylindrical rod, the containing slot is arranged on the annular side face of the winding reel, and the fixing ring isinstalled on the rear end face of the cylindrical rod. Through the design, the problem that it is inconvenient to contain a power line in an original electronic platform scale is solved; the hydraulic telescoping cylinders are assembled on the lower end face of an installing plate, each supporting pillar is installed on the lower end face of one hydraulic telescoping cylinder, each leveling plateis installed on the lower end face of one supporting pillar, the leveling plates are connected with the corresponding hydraulic telescoping cylinders through the corresponding supporting pillars, andthe mobile wheels are installed on the lower end face of an electronic platform scale body. Through the design, the problem that the original electronic platform scale is not stable enough in weighing is solved. The electronic platform scale is reasonable in structure and stable in use and facilitates power line containing.

Description

technical field [0001] The invention is an electronic platform scale, which belongs to the technical field of electronic platform scales. Background technique [0002] The electronic platform scale is a weighing instrument that uses the force deformation principle of the electronic strain element to output a small analog electrical signal, and transmits it to the weighing display instrument through the signal cable to perform the weighing operation and display the weighing result. Heavy items can be placed on the table, and the operation is quite convenient. [0003] Existing electronic platform scales are inconvenient to store power cords. Most electronic platform scales are connected to external power sources when they are working. However, when the electronic platform scales are not in use, the power cords are scattered around the electronic platform scales. It is very easy for pedestrians to step on the power cords when they pass by, resulting in damage to the power cord...

AI Technical Summary

Problems solved by technology

[0003] Existing electronic platform scales are inconvenient to store power cords. Most electronic platform scales are connected to external power sources when they are working. However, when the electronic platform scales are not in use, the power cords are scattered around the electronic platform scales. It is very easy for pedestrians to step on the power cords when they pass by, resulting in damage to the power cords. At the same time, most of the existing electronic platform scales are transferred and moved by wheels, but when weighing, the electronic platform scales are easy to slippery, resulting in inaccurate weighing. Now there is an urgent need for an electronic platform scale to solve the above problems

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