MULTIFUNCTIONAL POOL
Patent Information
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- ABDULLAH UCAR
- Filing Date
- 2024-12-31
- Publication Date
- 2026-06-22
Smart Images

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Abstract
Description
1 TARIFF MULTIFUNCTIONAL POOL The invention is a multifunctional swimming pool with a semi-automatic operating principle, suitable for an adult human. If a child or animal falls into the pool, the sensor detects the situation. The system works and the downward flow of water located at the bottom of the pool is 5 the carrier plastic glass with holes in it is lifted upwards for implementation It relates to the extraction and recovery process. The invention also concerns the operation of the sensor. There is also an alarm system that works in conjunction with it, so that people in the vicinity can also be alerted. They are kept informed of the situation. State of the Art: Nowadays, water sports and recreation are very enjoyable and relaxing activities for people, Swimming and water activities are also a lot of fun. However, some things should be considered during these activities. Unwanted accidents can also happen. Indeed, pool accidents are often caused by carelessness. Slips and falls, and slips on wet surfaces are common occurrences. In fact, in this regard, 15 In Türkiye, the number of pool accidents resulting in drowning has also been rapidly increasing in recent years. In particular, what if a child who doesn't know how to swim falls into an empty pool or a pool experiencing trauma without realizing it, hitting their head, getting caught on a piece of equipment, or The danger can suddenly appear if a biological problem occurs. Because, as is known, in swimming pools... Parents constantly keep young children up to 20 years old in homes or public places with pools. They have to keep it under surveillance. Here, even the slightest carelessness is undesirable. This leads to consequences. A definitive solution to this problem has not been obtained worldwide. This has not been possible. Having lifeguards at large pools and events is a problem in many places. 2 Although it was used, it only provided a partial solution and failed to be an effective one. In individual homes In houses with swimming pools, young children cannot be constantly supervised, therefore every Many lives are lost worldwide every year. Problems solved by the new invention: ▪ The invention is a multi-functional pool, suitable for all pool systems, including open, closed, large and small. It is designed to be adaptable. ▪ The invention is a multi-functional pool, designed to prevent damage in the event of an adult, child, or animal falling into the pool. They are quickly brought to the surface and rescued together. ▪ The alarm system included in the multi-functional pool system, which is the subject of the invention, alerts those in the vicinity. Reporting the incident and prompt intervention for a person, child, or animal that falls into the pool 10 This ensures that it can be done. ▪ The invention concerns the raising and lowering of the carrier plastic glass located in the multi-functional pool. With its adjustable level, the pool depth is especially suitable for children. It can be adjusted to the desired size. ▪ The invention is a multi-functional pool, and thanks to its manual feature, the carrier plastic glass system allows water to flow through it for 15 minutes. It is possible to bring it to the surface and walk across the pool. ▪ The invention is a multi-functional pool in which the plastic carrier glass floats on the surface of the water while a tree stands on the water's surface. The leaves or debris can be cleaned and collected, making it easier to do so. ▪ The invention is a multifunctional pool consisting of a carrier plastic glass base with panels positioned at specific intervals. The crescent-shaped holes allow the carrier glass to rise to the water surface with less force. 20 and by preventing external loads on the engine, precautions are taken against malfunctions and burnouts. has been provided. 3 ▪ The components of the system described in the invention are made of stainless steel, therefore Its use is also long-term. How our invention works: The system described in the invention is a semi-automatic system that can be controlled by pressing buttons. With this system in place, if an adult, child, or animal falls into the pool, 5 The sensor detecting this situation triggers both an alarm and a command to operate the system, i.e., the motor. giving, the motor rotates the series-rotating shaft of the gearbox, the series-rotating shaft of the gearbox the rotation of the cylinder shaft, and the rotation of the cylinder shaft causes the rope to move inwards through the pulley system. By wrapping the rope around it and coiling it inwards, the carrier plastic glass is lifted upwards, allowing the person to... To recover and restore the system, press the reverse motor operation button 10. It is characterized as the system being lowered by pressing down to restore it to its original state. is being done. Explanation of the Figures: Figure 1: A general view of the multi-functional pool system is provided. Figure 2: Rear perspective view of the multi-functional pool system. 15 Figure 3: A perspective view of the pier system of the Multifunctional Pool is provided. The parts in the figures are individually numbered, and the corresponding numbers are listed below. It has been given. 1. Exterior Facade 1.a) Protective Sponge 20 4 2. System Scaffolding 3. Sensor 4. Alarm 5. Engine 5.a) Motor Belt-Pulley 5 6. Gearbox 6.a) Gearbox Belt-Pulley 7th Mile 8. Steel Wire Ropes 9. Cylinder 10 10. Rail Roller Wheels 11. Carrier Plastic Glass 11.a) Water Vents 12. Balance Balls 13. 13 Volt Battery 15 The invention is a multifunctional pool with a semi-automatic operating principle. - the exterior facade (1) and the system scaffolding (2), which is the main body of the multifunctional pool, - located on the inner edge of the exterior facade and visible to an adult, child, or animal. the protective sponge which prevents any limb from getting stuck between them (1.a), - a system that detects when an adult, child, or animal falls into the pool and sends a signal to the system 20 sensor (3) that gives the working command, - operates audibly to inform people in the vicinity upon the command of the sensor (3). alarm (4), - simultaneously in case an adult, child or animal falls into the pool start engine (5), - The motor belt-pulley starts to move in series with the operation of the motor (5) 5 (5.a), - the gearbox (6) which starts to work with the energy transfer of the motor-belt pulley (5.a), - the gearbox belt-pulley that the gearbox provides kinetic energy to (6.a), - the shaft (7) which starts to rotate with the movement of the gearbox belt-pulley (6.a), - steel ropes (8) which are rotated by the movement of the shaft (7), 10 - balance balls (12) which ensure that the steel ropes (8) remain balanced while in motion, - the cylinder (9) to which the steel ropes (8) give the rotational power, - rail pulley wheels (10) which transmit the rotational power of the steel ropes (8), - The carrier is lifted to the surface by the rotation of the rail roller wheels (10). plastic glass (11), 15 - located on the carrier plastic glass (11) and as the carrier plastic glass (11) rises, the water water holes that allow the water to flow downwards (11.a), - Two 13-volt power sources that meet the system's energy needs and can also be charged using solar energy. It contains the battery (13). Detailed Description of Our Invention and Its Applications: 20 The system described in the invention is a semi-automatic pool system in which an adult human, If a child or animal falls into the pool, the sensor (3) detects this situation, both 6 giving the alarm (4) and the system, namely the motor (5) to start the gearbox (6) of the motor (5) turning, the reducer (6) turning the series rotating shaft (7), the series rotating shaft (7) also turning the cylinder (9) turning the shaft, the steel ropes (8) are pulled inwards by the pulley system with the rotation of the cylinder (9) shaft. wrapping, the ropes (8) are wrapped inwards and the carrier plastic glass (11) is wrapped upwards To rescue the person and restore the system, the engine was reversed 5 The process of lowering the system to its initial state by pressing the power button. It includes the steps. The invention's first feature is that it is automatic; the system activates whenever an adult wants to swim. By turning off the button, you can swim, and even if you don't turn the system back on after you're finished swimming, you can still get out of the pool. If it moves away, the sensor (3) will detect this situation and activate the system. 10 In the invention, a gap of 4 centimeters will be left between the carrier plastic glass (11) and the pool wall and A protective sponge (1.a) will be placed in that gap. In the invention, the main part of the multifunctional pool There is an exterior facade (1) with a body and a system scaffolding (2). In fact, the alarm (4) sounds to inform the people in the vicinity with the command of the sensor (3). It operates as follows: While the system is active, an adult, child, or animal can enter the pool for 15 minutes. With the fall, the sensor (3) will detect this situation and the optical capture laser gear connected to the sensor (3) By activating a button, 24 volts of electricity are supplied to the motor (5). In the invention The motor belt-pulley (5.a) starts to move in series with the operation of the motor (5). It is located. The gear reducer (6) starts working with the energy transfer of the motor-belt pulley (5.a). It starts and transmits motion to the gearbox belt-pulley (6.a). The gearbox belt-pulley 20 The shaft (7), which starts to rotate with the movement of (6.a), provides the rotational movement of the steel ropes (8). In the invention, balance balls that keep the steel ropes (8) in balance while in motion 7 (12) is located. The steel ropes (8) move in series and the cylinder (9) rotates. It starts with the inward rotation of the cylinder (9) and the rail which transmits the rotational power of the steel ropes (8). Roller wheels (10) enable the carrier plastic glass (11) to be lifted towards the surface. The crescent on the carrier plastic glass (11) during its raising towards the surface The water flow is ensured downwards through the water holes (11.a) in the form of. The system's energy is 5 The power supply is provided by two 13-volt batteries (13). The batteries in question in the invention can also be powered by solar energy. It is rechargeable. The multi-functional pool system described in the invention can be manufactured in desired sizes, as desired. It can be designed in various ways. Furthermore, thanks to the manual feature of the system in the invention, the carrier plastic The glass (11) can be raised to the surface and the depth of the pool can be adjusted to the desired level. 15
Claims
8 REQUESTS 1- The invention is a multi-functional pool with a semi-automatic operating principle, the feature of which is; the exterior facade (1) and the system scaffolding (2), which is the main body of the multifunctional pool, located on the inner edge of the facade and any object that could be found by an adult, child, or animal. a protective sponge that prevents a limb from getting stuck (1.a), an adult human, a child 5 or detects if an animal falls into the pool and gives the system the command to operate. The sensor (3) emits an audible signal to alert people in the vicinity upon the sensor's (3) command. The alarm (4) works in such a way that an adult, child or animal falls into the pool. In this case, the engine (5) starts working simultaneously with the operation of the engine (5). The motor belt-pulley (5.a), which starts to move in a series, motor-belt-pulley 10 (5.a) The gearbox (6) which starts working with energy transfer, the kinetic energy of the gearbox The gearbox belt-pulley (6.a) it provides rotates with the movement of the gearbox belt-pulley (6.a). The starting shaft (7), the steel ropes (8) which are rotated by the movement of the shaft (7), the steel ropes (8) balance balls (12) which keep the steel ropes in balance while in motion (8) the cylinder to which it gives the turning power (9), the rail pulley 15 which transmits the turning power of the steel ropes (8). its wheels (10) are brought to the surface by the rotation of the rail roller wheels (10). The carrier plastic glass (11) provided, located on the carrier plastic glass (11) and the carrier As the plastic glass (11) rises, it has water holes (11.a) that allow the water to flow downwards. The system's energy needs are met by two 13-volt power sources that can also be charged using solar energy. It includes the battery (13). 20