The utility model relates to a new water valve structure, which comprises a makeup water tank and a working water tank. The working water tank is installed at the lower part of the makeup water tank, and a valve plate is installed on the bottom plate of the makeup water tank. The center of the valve plate is provided with a communication hole, the communication hole is movably provided with a valve rod, and the clearance between the valve rod and the communication hole is matched. The upper end of the valve rod is installed with a water retaining silica gel, and the The lower end of the valve rod is sleeved with a valve rod spring, the working water tank is rotationally installed with a control component through a float bracket, the control component is composed of a float and a rotating plate, the control component is rotationally connected with a rotating hole on the corresponding side wall of the float bracket through a rotating shaft on both sides of the rotating plate, and the bottom plate of the float bracket is installed with a bracket spring through a boss. The utility model is provided with a rotating control component and a valve rod and a bracket spring are respectively arranged on both sides of the rotating plate of the control component, which can effectively control the water storage of the makeup water tank to the working water tank.
【技术实现步骤摘要】
一种新型水阀结构
本技术涉及水阀
,具体的说是一种新型水阀结构。
技术介绍
水阀是一种用于控制水箱水位的结构,其通过内部安装的浮子结构对液位进行控制。此种结构广泛运用在生活的各个方面,例如卫生间水箱、汽车化油器等,但是现有的浮子式水阀存在以下问题:1.在外部水压压力不够的情况下,无法对水箱内部储存足够的水。2.安装不便捷。
技术实现思路
为了弥补以上不足,本技术提供了一种新型水阀结构,以解决上述
技术介绍
中的问题。本技术的技术方案是:一种新型水阀结构,包括补给水箱和工作水箱,所述工作水箱安装在补给水箱下部,且补给水箱底板上安装有阀板,所述阀板中心处设置有连通孔,所述连通孔内活动设置有阀杆,且阀杆与连通孔间隙配合设置,所述阀杆上端安装有挡水硅胶,所述阀杆下端套设有阀杆弹簧,所述工作水箱内通过浮子支架转动安装有控制组件,所述控制组件由浮子和转板组成,且浮子和转板为一体注塑成型,所述控制组件通过转板两侧的转轴转动连接在浮子支架对应侧壁的转孔内,所述浮子支架底板通过凸台安装有支架弹簧,且凸台与浮子支架一体注塑成型。优选的,所述连通孔上下两端分别设置有弹簧槽,上端所述弹簧槽与挡水硅胶间隙配合,下端所述弹簧槽与阀杆弹簧吻合设置。优选的,所述浮子内部为空心结构且底部为倾斜面设置。优选的,所述浮子支架通过螺钉固定安装在工作水箱的底部。本技术具有以下有益效果:1.旧版工作水箱补水仅靠实心浮子自身重力的杠杆原理使其推开补水水箱水阀挡水片;而本技术在浮子支架处新增凸台安装支架弹簧,在无水情况下,浮子支架的支架弹簧反向力向上推开上隔板的阀杆和挡水硅胶使水连通孔和阀杆间隙流入工作水箱, ...
【技术保护点】
1.一种新型水阀结构,包括补给水箱(1)和工作水箱(5),其特征在于:所述工作水箱(5)安装在补给水箱(1)下部,且补给水箱(1)底板上安装有阀板(2),所述阀板(2)中心处设置有连通孔(20),所述连通孔(20)内活动设置有阀杆(22),且阀杆(22)与连通孔(20)间隙配合设置,所述阀杆(22)上端安装有挡水硅胶(23),所述阀杆(22)下端套设有阀杆弹簧(24),所述工作水箱(5)内通过浮子支架(4)转动安装有控制组件(3),所述控制组件(3)由浮子(30)和转板(31)组成,且浮子(30)和转板(31)为一体注塑成型,所述控制组件(3)通过转板(31)两侧的转轴(32)转动连接在浮子支架(4)对应侧壁的转孔(40)内,所述浮子支架(4)底板通过凸台(41)安装有支架弹簧(42),且凸台(41)与浮子支架(4)一体注塑成型。
【技术特征摘要】
1.一种新型水阀结构,包括补给水箱(1)和工作水箱(5),其特征在于:所述工作水箱(5)安装在补给水箱(1)下部,且补给水箱(1)底板上安装有阀板(2),所述阀板(2)中心处设置有连通孔(20),所述连通孔(20)内活动设置有阀杆(22),且阀杆(22)与连通孔(20)间隙配合设置,所述阀杆(22)上端安装有挡水硅胶(23),所述阀杆(22)下端套设有阀杆弹簧(24),所述工作水箱(5)内通过浮子支架(4)转动安装有控制组件(3),所述控制组件(3)由浮子(30)和转板(31)组成,且浮子(30)和转板(31)为一体注塑成型,所述控制组件(3)通过转板(31)两侧的转轴(3...
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