Sprayer assembly taking and clamping device for irrigator production

Abstract

The invention discloses a sprayer assembly taking and clamping device for irrigator production, and belongs to the technical field of irrigator machining. The sprayer assembly taking and clamping device comprises a conveying belt, and a nozzle discharging device, a connecting base discharging device and a tubular linear motor are sequentially arranged above the conveying belt. A clamping device is connected to a rotor of the tubular linear motor. A protruding limiting belt is arranged on the surface of the conveying belt, and paired nozzle limiting grooves and connecting base limiting grooves are formed in the surface of the limiting belt in an array mode. The nozzle discharging device comprises a nozzle storage box, a nozzle feeding port is formed in the top of the nozzle storage box, a nozzle discharging channel with an opening in the bottom end is formed in the lower portion of the nozzle storage box, and a first discharging conveying belt is arranged in the nozzle discharging channel. The connecting base discharging device comprises a connecting base storage box, a connecting base feeding port is formed in the top of the connecting base storage box, a connecting base discharging channel with an opening in the bottom end is formed in the lower portion of the connecting base storage box, and a second discharging conveying belt is arranged in the connecting base discharging channel. The clamping device comprises a driving gear, and a rotatable clamp is arranged below the driving gear.

Description

technical field [0001] The invention relates to the technical field of washer processing, in particular to a material-feeding and clamping device for a nozzle assembly used in washer production. Background technique [0002] Pressurize clean water or medicinal liquid and spray it into the oral cavity to remove food residues on the teeth or between the teeth. It is an effective technical means to protect the gums, reduce the reproduction of bacteria in the oral cavity, and prevent dental and oral diseases. Based on Devices of this technology are collectively referred to as oral irrigators. Clinically, for patients undergoing oral surgery and skin flap repair, oral irrigation should be used after surgery to remove oral secretions and attachments on the flap, prevent oral infection, and promote the healing of the patient's oral wound and the survival of the flap. There are many types of flushers to choose from on the market. [0003] Irrigators are usually divided into two ty...

AI Technical Summary

Problems solved by technology

However, in our long-term market research and industry-university-research investigation, we still found that customers have the following pain points for existing products: 1. Although the existing flushing device can be easily disassembled to save space and carry easily, the disassembled Each liquid outlet is prone to liquid leakage, and the pore size of the liquid outlet is fixed, so the pressure of the liquid outlet cannot be adjusted, which makes the range of the upper and lower limits of the liquid outlet pressure narrow, which in turn affects the adaptability of flushing; 2. After disassembly The liquid outlet is exposed to the environment and is easily contaminated, which increases the cleaning and sterilization workload of the washer; 3. The pressing handle of the portable washer has no limit measures, which is prone to accidental touches and other problems

During the investigation and communication with the manufacturer, it was found that the production efficiency of the existing production line is difficult to meet the growing market demand, and some processes are still mainly operated manually, which restricts the improvement of production efficiency

[0005] In response to the above phenomena and problems, we have made corresponding improvements to the existing flushers to solve the pain points of users; at the same time, we have correspondingly designed and matched automatic production lines to produce new products, and achieved key functions through a series of automatic production devices. The assembly process is automated to solve the problem of low production efficiency, further improve the economic benefits of the enterprise, and improve user satisfaction with product use

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