Water tap with layered structure

Abstract

The invention provides a water tap with a layered structure. The water tap comprises an inner functional layer and a casing layer. The casing layer is arranged outside the inner functional layer. Theinner functional layer comprises a base frame provided with a water through body. The water tap comprises the inner functional layer and the casing layer; the layered design greatly improves the universality of product components; and during the production, different casing layers can share inner functional layers with the same specification, therefore, the production cost is saved. Preferably, the inner functional layer can be single-layer or multilayer, wherein a plurality of layers can be mutually separable or inseparable. As for the water taps with different types, most components thereofcan be commonly use by means of simplification, thereby accelerating the production period and greatly reducing the requirements on the design and production of the components. Except a water throughlayer of the inner functional layer, other components are not contacted with water flow, therefore, no sealing requirement is imposed upon an outer layer of the water tap.

Description

technical field [0001] The present invention relates to water taps. Background technique [0002] The faucets in the current market are often composed of a faucet body and a spool set in the body. The faucet body is used as a water channel and a faucet bracket, and also plays a decorative role. The spool is used to control the on-off of the water flow. Such faucets often have the following defects: [0003] 1. The body design and processing are difficult. Because the faucet body must have well-sealed water channels and beautiful appearance design, as well as the faucet bracket, it must be suitable for firm installation on various operating interfaces. [0004] 2. The main production cost of the faucet comes from the body parts, and each faucet has a different shape design. The high-cost body cannot be used universally, and the production volume is limited. And during maintenance, the body cannot be replaced. [0005] 3. The selection of materials for the faucet body is ...

AI Technical Summary

Problems solved by technology

[0004] 2. The main production cost of the faucet comes from the body parts, and each faucet has a different shape design

The high-cost body cannot be used universally, and the production volume is limited

And during maintenance, the body cannot be replaced

[0005] 3. The selection of materials for the faucet body is limited. In addition to copper, which is easy to process, there are a few shapes that can be made of stainless steel, stone, ceramics and plastics.

[0006] 4. Difficult to control quality in production

The processing and design of the main body are difficult, and if there is a slight defect, it will leak or break, and the appearance will be poor, etc.

[0007] 5. The complex and multi-functional body leads to a short service life of the faucet

Gasket aging is prone to water leakage

[0009] 7. The structure is complex and there are too many non-common parts, which makes the production and assembly too slow and the production cycle is too long

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