Energy accumulation type sprayer and spraying frame

Abstract

The invention discloses an energy accumulation type sprayer and a spraying frame. The sprayer is characterized in that a flow inlet end head of a spraying head is connected with a flow inlet and outlet opening of an energy accumulation container through a soft water pipe fitting, or the sprayer is provided with the spraying frame arranged on the energy accumulation container, and the spraying head can be arranged on the spraying frame. The spraying frame is connected by a lateral transverse rod or / and vertical rod or through a connecting component, and can be arranged on a sprayer container body, the spraying head is arranged in the rod elements, or the spraying head is installed by a clamping element, and the soft water pipe fitting is connected with the flow inlet and outlet opening of the sprayer. The sprayer can also be provided with a lamination pump for pressurized flow supply to the energy accumulation container, and the sprayer is provided with a breathing apparatus arranged on the container body. The invention solves the problems such as heavy weight, high energy consumption, high cost, small spraying covering area, slow speed, low production rate, high work intensity, large pesticide suction amount and the like of the existing sprayer, and can adapt to different crops, plants and other wider purposes. When being used for plane or three-dimensional large-area spraying, the invention has higher efficiency.

Description

technical field [0001] The present invention relates to the fields of nebulizers, fluid pumps, and air respirators. Background technique [0002] Existing various sprayers, including hand pump or mechanical pump, all have the following multiple deficiencies and problems: the hand pump sprayer, the air pump or plunger water pump adopted, all have pressure discharge Small force, small flow, easy wear of components, short service life and high cost, drop in discharge pressure and cannot meet the large flow and high pressure requirements of multiple nozzles. At the same time, the user must shake the pump handle constantly. Labor intensity is high, work efficiency is very low, and the atomization effect of the nozzle is not good; the power source of the existing mechanical pump sprayer includes the engine type and the battery type, and they all need to consume energy and pollute the environment. , and the cost of consuming energy is big and the problems such as the high cost of ...

AI Technical Summary

Problems solved by technology

[0002] Existing various sprayers, including hand pump or mechanical pump, all have the following multiple deficiencies and problems: the hand pump sprayer, the air pump or plunger water pump adopted, all have pressure discharge Small force, small flow, easy wear of components, short service life and high cost, drop in discharge pressure and cannot meet the large flow and high pressure requirements of multiple nozzles. At the same time, the user must shake the pump handle constantly. Labor intensity is high, work efficiency is very low, and the atomization effect of the nozzle is not good; the power source of the existing mechanical pump sprayer includes the engine type and the battery type, and they all need to consume energy and pollute the environment. , and the cost of consuming energy is big and the problems such as the high cost of maintenance and repair; Also there is the spray gun that its supporting use is the spray gun of prior art, there are following multiple deficiencies and problems equally: 1, because the nozzle in the spray gun is few, each The coverage area of ​​the mist sprayed by the nozzle is also small, so that the total spray coverage is small, and the work efficiency, that is, the productivity is very low, especially for the spraying of insecticides and pesticides for plants such as dwarf plants and large-area crops. It is also not uniform enough and the effect is poor; also because it does not have a bracket to support the nozzle or spray gun, it can only hold a single or double spray gun, and it is impossible to spray multiple nozzles synchronously and automatically on a large area. Not only the work efficiency is low, but also the arm must be constantly driven Spray gun sweeping, and hand pump type also need to shake the pump handle constantly, which makes the operator more tired, and at the same time makes the operator inhale more pesticides, etc.; Fully consider the specific needs of different sprayed objects, so that its spray efficiency is very low, such as cotton, corn, sugar cane, sesame, climbing vegetables and fruits used to spray medium plants, because the leaves and backs of the leaves need to be sprayed. Spraying, there is no omni-directional three-dimensional nozzle with multiple nozzles or multiple nozzles, which cannot improve efficiency and effect

If it is used for pesticide spraying of fruit trees in orchards, forest trees, etc., it is necessary to be provided with a spray gun for three-dimensional spraying to the left and right, front and rear, upward or downward spray nozzles, so as to improve work efficiency and effect, while the spray guns of the prior art , there are deficiencies that cannot realize the above-mentioned requirements; the existing manual pressurized laminated press fluid pumps all have the following multiple deficiencies and problems: 1. When the pump body is pressed down and moves upward , without the guidance of the stroke guide mechanism, so that the force is uneven and the running track is not correct, resulting in local overpressure, deviation and deviation of the pump body, affecting the pressure of the extruded fluid and the service life of the pump, etc.; 2. The pump When the body resumes upward movement, the speed is slow, which affects the work efficiency, and also causes the fluid suction force to be small and slow, which affects the work efficiency and effect; 3. Since there is no mechanical labor-saving pressure applying mechanism on the pump body, the pressure that can be exerted It is not high, and it cannot meet the high pressure demand, that is, its function and use are very limited; Except for oxygen breathing respirators, the vast majority of various filter masks and respirators cannot collect air sources from relatively long distances and locations with better air quality, which do not meet health requirements and are not good for health

Especially when farmers spray insecticides, the multi-layer masks they wear cannot solve the problem of inhaling too much pesticides

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