Novel quantitative water taking device with alarms

Abstract

The invention discloses a novel quantitative water taking device with alarms.The novel quantitative water taking device comprises a water taking device body with scale marks and a handheld control handle.The water taking device body with the scale marks is of a double layer structure, the scale marks are curved on the outer layer, the two layers are both made of stainless steel materials, a needle-shaped inductor is installed at the position, carved with the scale marks and located between the double layers of the water taking device body, on the outer layer, and the water taking device body is provided with a top cover.An external wiring body, an electromagnet, an opening and closing iron block and a rubber sealing pad are installed in the top cover, wherein the external wiring body is connected with the handheld control handle.The handheld control handle is provided with alarm lamps, a digital display controller and a rotating disc capable of collecting and releasing a wiring harness.The five alarms display different colors, the digital display controller is provided with a 1.2-inch display screen and a water taking amount setting button, and the rotating disc capable of collecting and releasing a wiring harness is fixed to the side face of the handheld control handle through a central fixing shaft.The water taking device is ingenious in design, novel in structure and suitable for quantitatively taking water from non-strong-acidic water.

Description

Technical field [0001] The invention relates to the field of water dispensers, in particular to a novel quantitative water dispenser with an alarm. Background technique [0002] In recent years, a large number of research results and survey data show that the proportion and severity of rural non-point source pollution (livestock and poultry breeding, pesticides and fertilizers, rural domestic sewage, domestic garbage, etc.) in water pollution at the basin scale has exceeded that of industrial point sources Pollution. It is extremely difficult to prevent and control non-point source pollution due to its large time and space range, outstanding uncertainty, and complex composition and production process. However, national government departments and related scientific research workers are working hard to study and control point source pollution and non-point source pollution of water bodies. In these research processes, researchers and environmental supervisors need to sample water...

AI Technical Summary

Problems solved by technology

[0003] The present invention provides a novel quantitative water dispenser with an alarm, which can solve the following problems when sampling different water bodies by performing a special design and matching combination of the water dispenser with scale and a hand-held control handle: 1. Quantitative water intake; 2. The water intake process is simple and convenient; 3. No secondary pollution to the water body; 4. The water intake process is well controllable

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