Hollow ultra-wide angle nozzle

Abstract

The invention discloses a hollow ultra-wide angle nozzle. The hollow ultra-wide angle nozzle comprises a nozzle, a connecting port, a diversion groove and a mixing cavity, wherein the nozzle is positioned at the upper part of the mixing cavity; the mixing cavity is connected with the diversion groove; the connecting port is formed in the tail part of the diversion groove; the nozzle is a round hole type nozzle; a filter screen is arranged in the circular hole type nozzle, and is a fine stainless steel filter screen; the connecting port is provided with a connecting thread; the connecting thread is positioned at the tail part of the connecting port; and the diversion groove is positioned between the mixing cavity and the connecting port, and is a thin diversion groove. The nozzle is set as the circular hole type nozzle, so that the ejecting area of the nozzle can be increased, and the use effect of the nozzle can be improved; the filter screen is arranged at the nozzle for filtering impurities in water to prevent the impurities from blocking the nozzle; the connecting thread is arranged in the connecting port for conveniently mounting the nozzle to shorten the nozzle mounting time; and the diversion groove is formed between the mixing cavity and the connecting port, so that the ejecting effect of the nozzle can be improved, and the service life of the nozzle is prolonged.

Description

Technical field [0001] The invention relates to a hollow super wide-angle nozzle. Background technique [0002] Nozzles can be used to eliminate oil stains on products and reduce dust in the space. Nozzles have a wide range of applications. Different shapes of nozzles have different application fields. At present, many nozzles are prone to clogging at the nozzle. Because of the water source Contains a large amount of impurities and iron filings, which are easy to form dirt that is difficult to clean at the nozzle. These impurities will be directly ejected during the actual work of the nozzle, which reduces the actual working effect of the nozzle and cannot guarantee the normal working efficiency. The nozzles are used for direct nozzle operation, and there is no guide groove. This way of working may not be able to control the power of the nozzle, causing the nozzle to interrupt the operation. The nozzle cannot be controlled due to the spray effect, making the nozzle in the removal...

AI Technical Summary

Problems solved by technology

[0002] Nozzles can be used to eliminate oil stains on products, and can also be used to reduce dust in the space. Nozzles have a wide range of applications. Nozzles of different shapes have different application fields. At present, many nozzles are prone to blockage at the nozzle. It contains a lot of impurities and iron filings, which is easy to form dirt on the nozzle that is difficult to clean. These impurities will be sprayed out directly during the actual operation of the nozzle, which reduces the actual working effect of the nozzle and cannot guarantee normal working efficiency. At the same time, the previous The nozzles are used for direct nozzle operation, and there is no diversion groove. Such a working method may not be able to control the force of the nozzle, causing the nozzle to interrupt the operation. Because the spraying effect of the nozzle cannot be controlled, the nozzle is in the removal workshop. The convenient removal effect of dust or product oil stains is not very obvious, and such practical tasks cannot be completed, and long-term use of such nozzles will reduce the service life of the nozzles, and also delay the actual working effect of the nozzles, which is not conducive to production The actual work needs of the enterprise have affected the product quality

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