Tire pressure collector and shell body thereof

Abstract

The invention relates to a shell body of a tire pressure collector. The shell body is provided with a gas guide part and a body part used for supplying a containing space. The gas guide part is in a sleeve shape and is provided with a cylindrical space, wherein an opening is formed in one end of the gas guide part, one side of the opening is defined to be the left side, the relative side of the left side is the right side, the axis of the cylindrical space is a reference axis in a virtual mode, the body part is connected with the gas guide part below the reference axis, the containing space of the body part is communicated with the cylindrical space of the gas guide part, a pressing portion which faces the concave opening is arranged on the right side surface of the gas guide part, and a plurality of grasping portions which face a concave in the right side are arranged on the left side surface of the body part from top to bottom. The shell body accords with human engineering design, and is suitable for long-term grasping operation by hands.

Description

technical field [0001] The invention relates to a tire pressure collector, in particular to a casing for encapsulating the functional components of the tire pressure collector. Background technique [0002] The known tire pressure detector is connected with the tire valve of the automobile through its air pressure pipeline, opens the valve of the valve, communicates with the internal air pressure of the tire, and then obtains the air pressure data of the tire by means of its air pressure detection device, and mechanically or electronically To express the air pressure data in a way to achieve the purpose of detection. The car tire pressure collector also uses this principle, but it is still different from the tire pressure detector, mainly in that the tire pressure collector focuses on the collection of air pressure data of one or more tires, while the tire pressure detector focuses on Inspection of air pressure data of individual tires. Based on this difference, in terms o...

AI Technical Summary

Problems solved by technology

[0004] The reason why the traditional tire pressure detector is not suitable for long-term operation is that its shell is not easy to hold in design, and when considering the convenience of holding, it is also necessary to take into account the mechanical factors of the air pressure collection, otherwise it will still be inconvenient. It is convenient for long-term operation. Obviously, the traditional tire pressure detector does not have a design that can meet this requirement because it does not consider the aforementioned potential needs.

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