HYBRID WATER BOTTLE PUMP

Abstract

The invention provides both electronic and semi-mechanical versions of the existing bottled water pump. It can be used in a way that allows it to function and also measure the pH, nitrogen, and liquid level of the water. 5 designed; Microcontroller Board (1), Servo Motor (2), Button (3), Power Supply (4), PH Sensor (5), Nitrogen sensor (6), Liquid level sensor (7), Spring (8), Pressure Plate (9), Indicator Screen (10), rod (11), mechanism guard (12) and rod (13) that allows water to drain out It is characterized by its parts.

Description

1 HYBRID WATER BOTTLE PUMP TARIFF 5 Technological Field: The invention provides both electronic and semi-mechanical versions of the existing bottled water pump. It will be used in a way that allows it to function and also measure the pH, nitrogen, and liquid level of the water. It is about designing in this way. 10 State of the Art: TR201006393A1 A device placed on top of drinking water bottles, which is pressed manually to release the contents of the bottle. By creating air pressure, it forces the water inside the water bottle out, and the water that is forced out is directed to the desired position. a device that cuts off the flow of water by pressing a button once the amount is reached 15 It is related. KR20070045348A Dispensing Pump: This application refers to a pump made of plastic, with all parts that come into contact with the liquid. Telescopically interlocking sleeve sections surrounded by a return spring, manually operated. It describes a demountable pump shaft. 20 KR20210102555A Electric Water Pump: This electric water pump is designed for use in vehicles. An electric motor consisting of a volute with suction and pressure ports, a housing, and a rotor. It includes a printed circuit board for controlling the operating parameters. In international studies that have obtained patents for the aforementioned water dispenser pump, the pump has 25 The purpose and reasons for its use have been stated. 2 With current systems, people either have to exert power when fetching water or they have charging problems. They are faced with the challenges of city life and the intensity of daily life, which drains people's energy. It is important that they can access water without having to use water or deal with charging problems. Unlike other inventions, this current invention helps people find solutions to these problems. Figures: Figure 1: Perspective view of the invention. Figure 2: Electronic schematic of the invention. References: 10 1. Microcontroller Board 2. Servo Motor 3. Button 4. Power Supply 5. pH Sensor 15 6. Nitrogen sensor 7. Liquid level sensor 8. Spring 9. Pressing Plate 10. Display Screen 20 11. Stick 12. Mechanism protector 13. The rod that allows the water to flow out. Description of the Invention: 25 The invention is the upper part of the pump containing the display screen (10), spring (8) and discharge plate (9); The invention consists of a microcontroller board (1), servo motor (2), button (3), power supply (4) The parts that enable your work; liquid level sensor (7), nitrogen sensor (6), rod (11), mechanism from the parts of the protective (12), the rod that allows water to flow (13) and the PH sensor (5) It consists of 30 inventions that can be used in both electronic and semi-mechanical forms. It is designed accordingly. 3 If it is to be used electronically; when the button (3) is pressed, the power supply (4) will come from the power supply. The micro board (1) is made to work with the incoming energy. With the incoming energy, the micro control board works more The previously existing codes are activated, enabling the motor to operate. This power comes from the power source. The motor, powered by energy, creates a pressure difference, pushing the water from the bottom of the bottle to the top. It ensures accurate transport. The pH sensor (5) and nitrogen sensor (5) located on the water rod (11) Measurements can also be made thanks to (6) and liquid level sensors (7). Semi-mechanical pump operation in case the power supply fails. This will be possible. If a semi-mechanical pump is to be used; the discharge plate (9) The spring (8) will be moved by pressing it. When the pressing motion is done rhythmically, the spring By creating a pressure difference with its movement, the water in the bottle rises upwards. 10 will be provided. In both cases, the rod that carries the water from the water bottle is located in the container. The area pH sensor (5), nitrogen sensor (6) and liquid level sensors (7) measure and collect data. It will display the values ​​on the display screen (10).

Claims

4 REQUESTS 1. The invention describes a design for an existing bottled water pump that can be manufactured in both electronic and semi-mechanical forms. capable of functioning and also measuring the pH, nitrogen, and liquid level of the water. Designed to be used with; Microcontroller Card (1), Servo Motor (2), Button (3), Power Supply (4), PH Sensor (5), Nitrogen sensor (6), Liquid level sensor (7), Spring 5 (8), Push Plate (9), Display Screen (10), bar (11), mechanism guard (12) and is characterized by its rod (13) parts which allow water to flow out.

2. The invention according to Claim 1; The invention is the electronic and functional version of the existing bottled water pump. It can operate in a semi-mechanical manner and also adjust the pH, nitrogen and liquid level of the water to 10. It is designed to be used in a way that can measure, and its feature is; Micro control board. (1) is characterized as.

3. According to Claim 1, the invention is a conversion of the existing water dispenser pump into both an electronic and semi-electrical system. It can operate mechanically and also adjust the pH, nitrogen and liquid level of the water to 15. It is designed to be used in a way that can measure and its feature is a servo motor (2) It is characterized as such.

4. According to Claim 1, the invention is a conversion of the existing water dispenser pump into an electronic and semi-electrical system. It can operate mechanically and also adjust the pH, nitrogen and liquid level of the water to 20. It is designed to be used in a way that can measure and its feature is the button (3). It is characterized.

5. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen and liquid level of the water to 25. It is designed to be used in a way that can measure and its feature is; power supply (4) It is characterized as such.

6. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure and its feature is; PH sensor (5) It is characterized as such.

7. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure; its feature is Nitrogen Sensor (6) It is characterized as such.

8. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure liquid level; its feature is a liquid level sensor. (7) is characterized as.

9. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure and its feature is a spring (8). It is characterized.

10. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure and its feature is the press plate (9) It is characterized as such.

11. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure and its feature is the display screen (10) It is characterized as such. 6 12. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure and its feature is a rod (11). It is characterized. 5 13. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure; its feature is the mechanism. It is characterized as protective (12). 10 14. According to Claim 1, the invention is a combination of electronic and semiconductor technology for the existing water dispenser pump. It can operate mechanically and also adjust the pH, nitrogen, and liquid level of the water. It is designed to be used in a way that can measure; its feature is that it can take water out. It is characterized as the rod (13) that enables the flow. 15

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