Press button control water outlet terminal mechanism and shower head of press button control water outlet terminal mechanism

Abstract

The invention discloses a press button control water outlet terminal mechanism, which comprises a fixing seat, a press button, a transmission connecting rod assembly and a driven switching assembly, wherein the fixing seat is a shower-head-shaped support framework for installing the press button, the transmission connecting rod assembly and the driven switching assembly, the press button is positioned on the fixing seat, one end of the press button is hinged onto the fixing seat, the other end of the press button is connected with the transmission connecting rod assembly and drives the linkage and the resetting of a connecting rod mechanism through the pressing of the press button, the connecting rod mechanism is positioned in the fixing seat and extends to the back side of the fixing seat, the driven switching assembly is positioned on the fixing seat and is matched with the transmission connecting rod assembly for forming a linkage assembly, and the linkage assembly is driven to rotate by the transmission connecting rod assembly so that the water flow switching is realized. The press button control water outlet terminal mechanism has the advantages that the control is convenient, the switching force is small, the hand feeling is good, the single-hand operation and control can be realized, the structure is stable, the assembly is easy, the space requirement is small, and in addition, the shower head product can realize six functions.

Description

technical field [0001] The invention relates to a button-controlled water outlet terminal mechanism and a shower head, belonging to the technical field of bathroom showers according to the International Patent Classification (IPC). Background technique [0002] At present, the switching structures of showers currently in circulation on the market mainly include three types: one is button switching, the other is rotating switching, and the other is swing switching. Among them, there are many ways for the button to control the water outlet terminal. However, most of them have defects such as complex structure, large space requirement, strict assembly process requirements, and unstable life of button control. Furthermore, the Chinese patent authorization announcement number is 201320065692.9, which discloses a portable multi-functional button shower, including a handle and a cover assembly. The handle is provided with a chamber, and the chamber is provided with a water pipe, a ...

AI Technical Summary

Problems solved by technology

[0002] At present, the switching structures of showers currently in circulation on the market mainly include three types: one is button switching, the other is rotating switching, and the other is swing switching. Among them, there are many ways for the button to control the water outlet terminal. However, most of them have defects such as complex structure, large space requirement, strict assembly process requirements, and unstable life of button control.

Furthermore, the Chinese patent authorization announcement number is 201320065692.9, which discloses a portable multi-functional button shower, including a handle and a cover assembly. The handle is provided with a chamber, and the chamber is provided with a water pipe, a water outlet assembly and a button switch. assembly, the water outlet assembly is fixedly connected to the handle, the water pipe, the water outlet assembly and the button switching assembly are connected in series through a screw, the water outlet assembly includes a water diversion plate and a transfer plate, and the water diversion plate and the transfer plate are matched At least two cavities are formed, the button switch assembly includes a switch piece and a water divider ring, the switch piece and the water divider ring are connected by a screw, the water divider ring is provided with at least two water dividers, and each divider The water tanks are all connected to the corresponding cavities; in the above structure, to achieve the technical effect described in the article, the size of each component must be strict, and the assembly process requirements must be high; at the same time, only three functional water tanks can be achieved at most.

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