Key structure of pulling-type showerhead

Abstract

The invention discloses a key structure of a pulling-type shower head. The key structure of the pulling-type shower head comprises a shower head body, an operation assembly and two switching assemblies. The two switching assemblies are arranged on the shower head body to realize switching between water outlet modes. A pivoting part is formed on the shower head body and is located between the two switching assemblies. The operation assembly comprises a switching key and two movable pieces. The switching key is mounted on the pivoting part and is provided with a moving cavity with an open side facing the pivoting part. The two movable pieces are pivoted on the two sides of the pivoting part separately and are located in the moving cavity, and the two movable pieces are in linkage with the two switching assemblies. Limiting structures are arranged between the two ends of an opening of the moving cavity and the movable ends of the movable pieces. The switching key can rotate and move relative to the shower head body through the pivoting part. A restoration structure is arranged between the moving cavity and the pivoting part. According to the key structure of the pulling-type shower head, linkage and restoration of the two switching assemblies are achieved through the operation assembly so that all functions of the pulling-type shower head can be switched in place, the water outleteffect of the pulling-type shower head is guaranteed, and user experience is improved.

Description

technical field [0001] The invention relates to the field of kitchen and bathroom supplies, in particular to a button structure for a pull-out shower. Background technique [0002] The pull-out shower is a new type of bathroom product that has become popular in recent years. It is generally installed on the sink and is very convenient for washing hair, face or cleaning the bathroom. The different water outlet methods of the shower can achieve better cleaning effects for different purposes. The pull-out shower in the existing structure has fewer functions, and generally switches between two different water outlet modes by switching buttons, which has been difficult to meet the growing needs of users. However, increasing the function of the pull-out shower purely by adding buttons and waterways will increase the volume and weight of the pull-out shower, which not only increases the production cost, but is also inconvenient for users to use. [0003] To this end, the industry...

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Problems solved by technology

[0004] However, during use, when switching between the three functions of the shower, since there is water flowing inside the shower main body, there is water pressure, and the water pressure will resist the elastic force of the return spring and affect the reset of the switching component, which eventually leads to difficulty. Fully realize the complete switch between each function (only the state of water outlet channel corresponding to each function), especially it is difficult to switch from the second and third water outlet methods back to the first water outlet method (because two return springs need to be guaranteed return to equilibrium), especially when the two return springs are aged differently

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