781-8037-24

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781-8037-24 (hereinafter referred to as “the device") is a microelectromechanical (MEM) technology based apparatus which combines adjustable hydraulic throttling control with reduced power consumption. This device has a wide range of applications in industrial and domestic settings, due to its high efficiency and low cost.

In agriculture, for instance, the device is used to regulate the flow rate of agricultural liquid fertilizers and pesticides. It is also used to monitor and control the flow of water from the irrigation system. The device is equipped with an integrated circuit which can measure water pressure and adjust the quantity of water in the irrigation systems accordingly. This allows farmers to use less litres of water for irrigation, resulting in reduced water wastage.

In the industrial sector, the device is employed to control liquid and gaseous flows in different industrial processes. It enables precise control over the flow of oil and gas, ensuring that only the required amount is released into the system. This also helps to minimize energy consumption, as only the minimum energy required for a particular reaction is released.

In the domestic setting, the device has a wide variety of uses. Its adjustable hydraulic throttling can be used to control the flow of water in a house. This makes it easier to adjust the water pressure and ensure an adequate supply of water for domestic usage. It can also be used to regulate the flow of hot air in a house, ensuring that the required temperature is maintained. Lastly, the device can be used to control the flow of air in an air conditioning unit, enabling optimum cooling or heating of the house.

The working principle of the device is based on the MEM technology, wherein a diaphragm is used to regulate the flow of fluid through a channel. The device comprises of a sensing element, which is used to detect the pressure of the fluid. The sensor sends a signal to the integrated circuit, which then adjusts the flow of the fluid according to the desired parameters. The diaphragm then contracts and expands, regulating the flow of the fluid to the desired amount.

The device also has the capability to automatically adjust the flow of the fluid, ensuring that the desired flow rate is maintained throughout the operating process. This results in more efficient operation and a reduction in energy consumption. Lastly, the device is incredibly low maintenance and requires no manual intervention for operation.

In conclusion, the device has a wide range of applications in both industrial and domestic settings. Its adjustable hydraulic throttling control and reduced power consumption enable precise regulation of fluid flow, resulting in a more efficient operation. This reduces energy consumption and maintenance costs, making it a preferred choice amongst agriculturists, industrial engineers, and domestic users alike.

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