Double-handle water faucet having lift-type water drainage function

Abstract

The invention discloses a double-handle water faucet having a lift-type water drainage function. The double-handle water faucet comprises a bottom plate, a pair of threaded tubes, a pair of plastic tubes, and a communicating tube, wherein the bottom plate is provided with two through holes at intervals; the upper ends of the pair of threaded tubes separately penetrate through the through holes; the lower ends of the pair of plastic tubes are separately and coaxially arranged in the threaded tubes in a sleeving manner; each of the plastic tubes is fixedly connected with the bottom plate; the two ends of the communicating tube separately communicate with the pair of plastic tubes; and the communicating tube is provided with a water outlet tube in a communicating manner. According to the double-handle water faucet disclosed by the invention, the upper ends of the threaded tubes separately penetrate through the through holes formed in the bottom plate, and then the lower ends of the plastic tubes are arranged in the threaded tubes in a sleeving manner, so that the plastic tubes are fixedly connected with the bottom plate, and the strength of the bottom plate is high, and thus, the mounting force of the whole water faucet is improved, connection among various parts is more stable, and the phenomenon that the whole parts are cracked during mounting because of large mounting force when the whole parts are plastic materials is avoided.

Description

technical field [0001] The invention relates to the technical field of faucets, and more specifically, the invention relates to a double-handle faucet with pull-type drainage. Background technique [0002] At present, the body device structure of the commonly used two-handle faucet is mainly a main body structure of plastic, plastic-clad copper, or all-copper. The plastic body is subject to the material characteristics of plastic, and there is a defect of insufficient strength, so that the product installation force cannot be too large. If the installation force is too large, the plastic parts will be deformed and cracked, resulting in water leakage; if the installation force is too small, the connected hose will not be well sealed, resulting in water leakage. The all-copper main body device is subject to the price of copper materials, high machining costs, and low yields, resulting in high costs and the loss of cost advantages of the product. Contents of the invention ...

AI Technical Summary

Problems solved by technology

The plastic body is subject to the material characteristics of plastic, and there is a defect of insufficient strength, so that the product installation force cannot be too large

If the installation force is too large, the plastic parts will be deformed and cracked, resulting in water leakage; if the installation force is too small, the connected hose will not be well sealed, resulting in water leakage

The all-copper body device is subject to the price of copper materials, high machining costs, and low yields, resulting in high costs and the loss of cost advantages of the product

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