A connecting rod inter-sealing water separation structure

Abstract

The invention discloses a connecting rod mutual sealing water distribution structure which comprises a body, a first cover body and a second cover body. The first cover body and the second cover body are arranged at the two ends of the body respectively. The body is provided with a water inlet cavity and at least two water outlets. The connecting rod mutual sealing water distribution structure further comprises at least two sealing deformation units and a connecting rod mutual sealing mechanism. The sealing deformation units are arranged between the body and the two cover bodies respectively and seal and plug the two sides of the water inlet cavity respectively. The connecting rod mutual sealing mechanism comprises a linkage rod penetrating through the two cover bodies and the body, the linkage rod is provided with a first sealing and plugging unit and a second sealing and plugging unit which are used for sealing and plugging the two cover bodies, and the first sealing and plugging unit is arranged at the end of the linkage rod. The connecting rod mutual sealing water distribution structure is simple in structure and easy to achieve, the operation force is effectively reduced through the connecting rod mutual sealing structure, one-axis movement and bidirectional control are achieved, and the effect of saving labor and operation space is achieved; by means of the magnetic force brake principle, friction does not exist between the operation part and the linkage rod, resistance is reduced, and the demand for labor saving in the operation process can be easily met.

Description

technical field [0001] The invention relates to the bathroom industry, in particular to a water-dividing structure with connecting rods mutually sealed. Background technique [0002] At present, the water diversion structure of the water separators on the existing market mostly adopts the conventional lifting type or the rotating method of the movable and fixed pieces made of ceramics for water diversion; the above two methods have the same defect: the operation resistance is large ;Pull-type water diversion structure, in the process of pulling water diversion, its plugging parts usually have to overcome the water pressure at the water outlet port, and the required operating force is usually greater than the pressure of the water flow, and there is no pressure dividing device. For the elderly and children, the operation is extremely inconvenient; the rotating water diversion structure mainly sets the water diversion port between the moving and fixed pieces, and makes the wat...

AI Technical Summary

Problems solved by technology

[0002] At present, the water diversion structure of the water separators on the existing market mostly adopts the conventional lifting type or the rotating method of the movable and fixed pieces made of ceramics for water diversion; the above two methods have the same defect: the operation resistance is large ;Pull-type water diversion structure, in the process of pulling water diversion, its plugging parts usually have to overcome the water pressure at the water outlet port, and the required operating force is usually greater than the pressure of the water flow, and there is no pressure dividing device. For the elderly and children, the operation is extremely inconvenient; the rotating water diversion structure mainly sets the water diversion port between the moving and fixed pieces, and makes the water diversion port correspond to the water inlet during the rotation process to realize the water diversion process, but its operation It still requires a large knob force to overcome the impact of the water flow, and a large operating force is also required to realize the water separation; therefore, the existing water separation structure is difficult to meet the needs of the operation

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