PORTABLE SOLAR-POWERED HIGH-PRESSURE AIR PUMP

Abstract

The present invention relates to the development of a solar-powered, programmable, high-pressure air pump system that can be used to inflate and deflate inflatable objects such as portable inflatable boats, mattresses, camping equipment, and marine vessels, specifically systems with both vacuuming and air pumping modes, solar panel charging, and a digital control interface; the device is characterized by containing the following components: casing (1), keypad (2), solar panel (3), LED display (4), pitot tube air duct (5), charging socket (6), speaker (7), pressure transmitter sensor (8), charging module (9), programmable logic controller board (10), air pump motor (11), and battery (12).

Description

1 TARIFF 5 PORTABLE SOLAR-POWERED HIGH-PRESSURE AIR PUMP Technological Field: The present invention relates to the use of air in portable inflatable boats, beds, camping equipment, and watercraft. 10 solar-powered inflatables that can be used to inflate and deflate inflatable objects. Relating to programmable, high-pressure air pump systems, especially for vacuuming. It also has air pumping modes, can be charged with a solar panel, and has a digital control interface. It is concerned with the development of systems that possess these features. State of the Art: 15 Although various solar-powered air pumps are known, these systems are mostly low-cost. It operates using pressure, has only an inflation mode, and features advanced user interfaces. Not available. Some portable air pumps, however, have a digital display and pressure unit selection. They offer these, but they don't work in sync with solar energy. Also, vacuuming... Systems with this functionality are rare. For these reasons, a solution that fully meets user needs is 20 Not available. US20110219801A1 Solar powered compressor and pump system. It defines the system. The system operates by increasing heat with radiators or reflectors. However, the digital interface... It does not include features such as an LED screen, keypad, or vacuum mode. US4028008A Historical first One of the models is a solar-powered air pumping system. It offers portability and automation. It does not have functions such as pressure stop. US20040146408A1 Portable Air 25 A solenoid-operated solar-powered system for the tank. It stops when the target pressure is reached. It offers limited features such as a pressure gauge. US6189811B1 Solar panel + battery It is a water pump that uses air. It has a stop system with a pressure switch. However, it is an air pump. It lacks user interface elements such as digital control and audible / display warnings. US11824383B1 LED Screen, keypad, pressure unit selection (PSI, bar, etc.), automatic stop upon reaching pressure, and 30 It shows similarities with the indicator. However, it has a solar panel integrated circuit and a vacuuming function. Not available. Battery power supply system synchronized with solar panel, Keypad + LED Pressure unit and set value selection by the user via the screen, both inflation (pressure) It features both vacuuming modes, automatic instantaneous measurement with Pitot tube and pressure transmitter sensor. Stop, Audible (speaker) and visual (LED screen) warning system. These features are combined in 35 models. 2 The devices are not included in existing patents. Software-controlled interface, vacuum mode and 5 Functionality such as a solar / battery powered hybrid system is not included in individual patents. The aim of the present invention is to create a pressure-sensitive device that can operate synchronously with solar and battery power. It has a selectable unit and automatically stops when the set value is reached, and it performs both vacuuming and... It has an air inflation function, can provide audible and visual warnings to the user, and is portable. The aim is to offer a high-pressure air pump system with a compact design. It includes a solar panel and 10... Dual power system with battery, user selectable pressure unit and pressure. Its features include both vacuum and inflation functions, automatic stop, and an audible / visual warning system. Its portable, integrated, and digital control structure distinguishes it from existing solutions in the technology sector. It involves the innovation and invention stages. Solar-powered pumps have been patented in the past. There are digitally controlled pressure pump systems with LED displays. However, these two concepts are 15 models that are combined, integrated with the user interface, and operate in vacuum mode It is not available. Explanation of the figures: Figure 1 - Perspective view drawing of the device and reference numbering. Figure 2 - Internal detail drawing of the device and reference numbering 20 Figure 3 - Detailed drawing of the device's charging socket and speaker. Figure 4 - Detailed drawing of the pressure transmitter device. Figure 5 - Detailed drawing of the device charging module. Figure 6 - Detailed view drawing of the programmable logic controller board. Figure 7 - Detailed drawing of the air pump motor 25 Figure 8 - Circuit diagram and reference numbering of the device and system. References: 1. The device casing 2. Keypad 3. Solar energy panel 30 4. LED screen 5. Pitot tube air duct 6. Charging socket 3 7. Speaker 5 8. Pressure transmitter sensor 9. Charging module 10. Programmable logic controller board 11. Air pump motor 12. Battery 10 Description of the Invention: The present invention relates to the use of air in portable inflatable boats, beds, camping equipment, and watercraft. A solar-powered device that can be used to inflate and deflate inflatable objects. Regarding programmable, high-pressure air pump systems, especially for vacuuming 15 It also has air pumping modes, can be charged with a solar panel, and has a digital control interface. It is related to the development of systems that have; Device casing (1), Keypad (2), Solar energy panel (3), LED screen (4), Pitot tube air duct (5), Charging socket (6), Speaker (7), Pressure Transmitter sensor (8), Charging module (9), Programmable logic controller board (10), Air It is characterized by containing a pump motor (11) and a battery (12). 20 The device is controlled via the keypad (2) and LED screen (4) located on the device casing (1). It can be used. The device gets its power from the battery (12) and synchronously on it. It receives energy from the solar panel (3) located inside the user keypad (2). The user turns the device on and activates it for use by pressing the power button. After the device is turned on, the user must wait 25 minutes. Then the user selects the pressure unit and adjusts the pressure set value to suit their needs. You can start the process by selecting either the air pressure or vacuuming option. The process... with the start of the programmable logic controller card (10) air pump motor (11) It operates and performs a vacuuming or air pumping operation through the pitot tube air duct (5). When the set value is reached, the pressure transmitter located on the pitot tube (5) 30 Programmable logic controller board (10) air pump according to data received from sensor (8) By stopping the motor (11) from running, it gives an audible warning from the speaker (7) and at the same time the LED It also gives a visual warning on the screen (4). The device can be charged in the charging socket (6) during night use. or a cable can be used to charge by passing the cable power through the socket (6) It transfers power to the module (9) and from there to the battery, thus providing the device with energy needs 35 It is affordable.

Claims

4 REQUIREMENTS 5 1. The present invention relates to the use of air to transport inflatable boats, beds, camping equipment, and other marine vessels. solar powered, can be used to inflate and deflate inflatable objects. Relating to assisted, programmable, high-pressure air pump systems, in particular It has both vacuuming and air pumping modes, and can be charged with a solar panel. It relates to the development of systems with a digital control interface; The device casing is 10 (1), Keypad (2), Solar panel (3), LED screen (4), Pitot tube air duct (5), Charging Socket (6), Speaker (7), Pressure transmitter sensor (8), Charging module (9), Programmable It includes a logic controller card (10), air pump motor (11) and battery (12). It is characterized.

2. According to Claim 1, the Invention is characterized by the Device casing (1).

3. According to Claim 1, the Invention is characterized by the Keypad (2).

4. According to Claim 1, the Invention is characterized by a solar energy panel (3).

5. According to Claim 1, the Invention is characterized by a LED screen (4).

6. According to Claim 1, the Invention is characterized by a Pitot tube air duct (5). 20 7. According to Claim 1, the Invention is characterized by a charging socket (6).

8. According to Claim 1, the Invention is characterized by the Loudspeaker (7). According to Claim 1, the Invention is characterized by a pressure transmitter sensor (8).

10. According to Claim 1, the Invention is characterized by the Charging module (9).

11. According to Claim 1, the Invention is characterized by a Programmable logic controller card (10). 25 12. According to Claim 1, the Invention is characterized by an air pump motor (11).

13. According to Claim 1, the Invention is characterized by the Battery (12).