Water heater water outlet nozzle component having guide chute and capable of adjusting speed

Abstract

The invention discloses a water heater water outlet nozzle component having a guide chute and capable of adjusting speed. The component comprises a spraying rod (91), and a nozzle (92) fixed at the upper end of the spraying rod (91), wherein an inclined angle of the spraying rod (91) is adjustable, so that the height and a water spraying angle of the nozzle (92) can be adjusted; the spraying rod (91) is rotationally matched and connected with the side wall of a rotation driving box (3) through a support rotating shaft (931) at the lower end; and a gear disc (93) is fixed at the inner end, extending into an inner cavity of the rotation driving box (3), of the support rotating shaft (931) for engaging with a driving rack part (82) of a vertical moving transmission piece (8).

Description

technical field [0001] The invention relates to the field of water heaters, in particular to a speed-adjustable water heater outlet nozzle assembly with a guide chute. Background technique [0002] In the application of the water heater, the spray rod with adjustable angle is often used. The angle adjustment of this water spray rod can adjust the angle and position of water spray. [0003] The angle adjustment of some water spray rods is often carried out manually now. This manual adjustment is easy to cause inconvenience in use, and due to factors such as height, this adjustment often easily causes operational danger. Moreover, it is easy to cause the locking failure of the angle adjusting device during the long-term use, making it difficult to maintain the adjustment angle. However, in applications that use power to adjust the angle, the locking is often performed by a mechanism directly connected to the power source, which is likely to cause an impact on the power sour...

AI Technical Summary

Problems solved by technology

This manual adjustment is easy to cause inconvenience in use, and due to factors such as height, this adjustment is often easy to cause operational hazards

Moreover, in the long-term process of use, it is easy to cause the locking failure of the angle adjustment device, which makes it difficult to maintain the adjustment angle.

However, for applications that use power to adjust the angle, the locking is often performed by a mechanism that is directly connected to the power source, which is likely to cause an impact on the power source under the impact of an external force.

Moreover, the unlocking of the locking mechanism is often driven by an additional power source, which easily causes an increase in cost and an increase in maintenance cost

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