一种多调节喷枪

Abstract

一种多调节喷枪，属于卫浴领域，其包括：手柄部和喷头部，手柄部内部设有进水管，且尾端设有用于连接水管的第一连接件，喷头部设于手柄部顶端，且其内部卡接设有进水连接件，进水连接件的后侧设有切换按钮，进水连接件的前侧设有喷头调节件，进水连接件由外向内依次嵌套设有第二连接件、调节件和密封胶圈，其中，当水流从手柄部通过进水口进入到喷头部中，通过按压切换按钮能调节水流大小或通过旋转喷头调节件能切换喷雾角度，本申请这种双重调节机制不仅能够精准控制水流的强度和水量，还能灵活变换水流的形态和分布，满足不同的场景需求。

Claims

1. A multi-regulation spray gun characterized by: It includes: The handle (1) has a water inlet pipe (11) inside and a first connector (3) for connecting the water pipe at the tail end of the handle (1). The spray head (2) is located at the top of the handle (1) and is fitted with a water inlet connector (21). A switching button (22) is fitted to the rear side of the water inlet connector (21), and a spray head adjustment component (23) is fitted to the front side of the water inlet connector (21). The water inlet connector (21) is fitted with a second connector (212), an adjustment component (213) and a sealing ring (214) in sequence from the outside to the inside. When water flows from the handle (1) into the nozzle (2) through the inlet (211), the water flow can be adjusted by pressing the switch button (22) or the spray angle can be switched by rotating the nozzle adjustment component (23).

2. A multiple regulation lance according to claim 1, characterized in that: The top of the water inlet connector (21) is provided with a water inlet (211) with the same diameter as the water inlet pipe (11). The water inlet pipe (11) and the water inlet connector (21) are fixedly connected by snap-fit.

3. A multiple regulation lance according to claim 1, characterized in that: The nozzle adjustment component (23) has a first nozzle panel (231) and a second nozzle panel (232) at its front end. The first nozzle panel (231) and the second nozzle panel (232) are coaxially arranged front and back, and a plurality of water outlet holes (233) are arranged in a ring on the first nozzle panel (231) and the second nozzle panel (232).

4. A multiple regulation lance according to claim 3, characterized in that: The diameter of the second nozzle panel (232) is smaller than that of the first nozzle panel (231). By rotating the nozzle adjustment component (23), the switching between the first nozzle panel (231) and the second nozzle panel (232) can be realized. The first nozzle panel (231) disperses water with a larger spray angle, while the second nozzle panel (232) concentrates water with a smaller spray angle.

5. A multiple regulation lance according to claim 1, characterized in that: The head of the adjusting member (213) is inclined, and together with the water inlet connector (21), it forms a first water inlet channel (215) and a second water inlet channel (216), which are connected to the water inlet (211).

6. A multiple regulation lance according to claim 1, characterized in that: The switching button (22) has a first fixing member (221) at its center. The first fixing member (221) is a hollow cylinder and is used to accommodate the spherical part at the tail of the adjusting member (213).

7. A multiple regulation lance according to claim 6, characterized in that: The water flow rate can be adjusted by controlling the pressure applied to the switching button (22); When the switch button (22) is in the normal position and the adjuster (213) is not moved, the water flow space of the first water inlet channel (215) and the second water inlet channel (216) is the largest, and the flow rate is the largest at this time; When the switch button (22) is in the extreme position, it drives the adjusting member (213) to move forward to the extreme position, completely blocking the water flow space of the first water inlet channel (215) and the second water inlet channel (216), and at this time the water stops flowing. When the switch button (22) is between the extreme position and the normal position, the adjuster (213) moves forward and partially compresses the water flow space of the first water inlet channel (215) and the second water inlet channel (216), at which time the flow rate is moderate.

8. A multiple regulation lance according to claim 7, characterized in that: Pressing the switching button (22) causes the top of the first fixing member (221) to press against the second fixing block (2131) at the tail of the adjusting member (213), thereby causing the adjusting member (213) to move forward, thus compressing the space of the first water inlet channel (215) and the second water inlet channel (216).

9. A multiple regulation lance according to claim 1, characterized in that: The front end of the adjusting component (213) is fitted with a sealing ring (214). When the switching button (22) is in the extreme position, the adjusting component (213) drives the sealing ring (214) to fit tightly against the inner wall of the water inlet connector (21), thereby completely blocking the water flow space of the first water inlet channel (215) and the second water inlet channel (216) and realizing the function of stopping water output.

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