ACTIVE BALANCING SYSTEM WITH GYROSTABILIZER SUPPORT

Abstract

The invention relates to an active stabilization system that prevents the aquarium from tipping over, spilling out the water inside, and harming the inhabitants in the face of physical impacts such as earthquakes, impacts, or sudden jolts. The system includes an accelerometer (2) that detects external jolts or vibrations in real time and generates a triggering signal when an acceleration above a set threshold is detected, and a gyrostabilizer (1) placed under the aquarium that is triggered by the accelerometer (2) and rotates, thereby creating a counterforce and generating angular momentum to maintain the aquarium's center of balance.

Description

1 TARIFF ACTIVE BALANCING SYSTEM WITH GYROSTABILIZER SUPPORT Technical Area 5 The invention applies to residential and commercial aquarium systems, and is suitable for use in aquariums exposed to conditions such as earthquakes, impacts, or sudden jolts. the aquarium tipping over and the water spilling out due to physical impacts and an active balancing system supported by a gyrostabilizer that prevents harm to living organisms. It is related to. 10 State of the Art Aquarium systems are used in homes, offices, veterinary clinics, 15 in aquarium shops and exhibition areas for both decorative and functional purposes. They are widely used. These systems contain water, plants, and living organisms. Due to their nature, they have a specific weight and balance requirement. Specifically... large aquariums, their interaction with the surface they are on, and their weight Due to the height of their centers, they become vulnerable to external forces. It is possible to come. 20 Physical impacts such as earthquakes, blows, or sudden jolts can cause the aquarium to tip over. causing the water inside to overflow and harming the living creatures inside. This can lead to both financial losses and serious threats to the lives of living beings. This causes problems. In current systems, the placement of the aquarium is 25 Furniture or table structures are generally stabilized passively, while dynamic stabilization is used. And there is no active balancing mechanism. Nowadays, to prevent aquariums from tipping over or damaging their contents... Although some measures are taken, these measures generally involve structural reinforcement, adding 30 meters to the wall. It is limited to the use of fixings or non-slip surfaces. However, such passive measures are sudden. and is inadequate in the face of strong vibrations and does not fully maintain the stability of the aquarium. It is unable to protect it in the truest sense. 2 Current technology offers various ways to protect aquariums from the aforementioned physical effects. Passive measures have been developed. These include:  Surfaces made with rubber pads, silicone feet, or non-slip flooring materials. holders, 5  Special furniture to which the aquarium is attached,  Aquariums mounted on wall-mounted legs or embedded in glass-fronted furniture. settlements are located there. Such solutions achieve equilibrium solely through friction and constant contact. It does not involve an active intervention mechanism. Therefore, it is sudden and high. 10 They are inadequate in the face of severe earthquakes. The main shortcomings of the current systems are as follows:  Due to the lack of active stabilization during the earthquake, there is a risk of overturning and water overflowing. or situations such as glass breaking cannot be prevented.  Water disturbances in the aquarium cause significant stress to the fish. 15 It is capable of creating; as well as integrated systems such as filtration, heating and lighting systems. Equipment may be damaged.  Flooding causes both environmental damage and damage to electrical equipment. This leads to security risks. Application number TR2025 / 004299, a fixed chassis underneath, positioned on the chassis; movable a motor that provides power, a turntable that rotates with the drive it receives from the motor, on the turntable It relates to a rotating aquarium containing a positioned aquarium tank. However, the application mentions an earthquake. A system with gyrostabilizer support is used to withstand physical impacts such as shocks or sudden jolts. It does not receive. 25 In conclusion, due to the negative aspects described above and the current solutions, the subject matter... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been observed. 3 Purpose of the Invention The main purpose of the invention is to provide a gyrostabilizer-assisted active balancing system for residential and commercial use. In aquarium systems, against physical impacts such as earthquakes, shocks or sudden vibrations the aquarium tipping over, the water spilling out, and the living creatures getting hurt. 5 The goal is to prevent him from seeing it. The invention is intended for use in residential living spaces, offices, veterinary clinics, and aquarium shops. and increasing the stability of water-filled aquariums in places such as exhibition areas to provide. 10 The purpose of the invention is to create a device positioned under the aquarium that maintains the conservation of angular momentum. Through a gyrostabilizer unit that operates according to this principle, the movement caused by the shaking is reduced. The invention aims to create a counter-momentum in the opposite direction, ensuring the aquarium remains balanced. In this system, the accelerometer, which activates when needed, detects vibrations or shocks. It detects and triggers the gyrostabilizer. In this way, the system is optimized in terms of energy efficiency. It has been done. In this invention, the power supply provides the necessary energy to the system components; it is either rechargeable or... It can be configured to operate with an external power connection. Carrier 20 The platform is the flat surface that physically supports the aquarium, acting as a stabilizing mechanism for the gyrostabilizer. It is the surface to which the effect is directly applied. The system is protective, encompassing all components. The frame / chassis provides protection against environmental influences and also serves as a component in furniture systems. Aesthetic and structural integration is facilitated. The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer thanks to the detailed explanation written with references to these figures. It will be understood. Explanation of Figures 30 Figure 1 is a representative view of the system that is the subject of the invention. The drawings do not necessarily need to be scaled and are useful for understanding the invention. Unnecessary details may have been omitted. 35 4 Explanation of Part References 1. Gyrostabilizer 2. Accelerometer 3. Power supply 5 4. Carrier platform 5. Cashier Detailed Description of the Invention In this detailed explanation, the preferred configurations of the invention are not merely for better understanding the subject. in order to facilitate understanding and without imposing any limiting effects It is explained. The invention protects the aquarium from physical impacts such as earthquakes, shocks, or sudden jolts for 15 days. to prevent it from tipping over, the water inside from spilling out, and harming living things It is an active balancing system that absorbs external shocks or vibrations into the aquarium. It detects in a timely manner and triggers when an acceleration above a defined threshold is detected. The accelerometer (2) that generates the signal is placed under the aquarium, by the accelerometer (2). The triggering and rotation of the aquarium creates a counterforce of 20 that maintains the aquarium's center of balance. It contains a gyrostabilizer (1) which generates angular momentum. Gyrostabilizer (1) works on the principle of angular momentum and counteracts vibration at the moment of impact. It prevents the aquarium from tipping over by creating a moment. Gyrostabilizer (1), It is placed under the aquarium. 25 The accelerometer (2) activates the gyrostabilizer (1) when a jolt is detected. Also The accelerometer (2) has a threshold value to prevent unnecessary triggering. The power supply (3) provides energy to the gyrostabilizer (1) and accelerometer (2) components in the system. redundant power supply in the preferred configuration of the invention (3) It is available for use. The carrier platform (4) has a shock-absorbing surface and is located on top of the aquarium. It is the plane it receives. The carrier platform (4) works integrated with the gyrostabilizer (1). 35 The protective case (5) is made of impact and liquid resistant material, and its internal components It protects and allows the system to be integrated into decorative furniture. The accelerometer (2) is the sensing component of the system. The accelerometer (2) detects 5 sq m of air coming into the aquarium from outside. It detects shocks or vibrations in real time. If it exceeds a set threshold... To activate the system when acceleration is detected, the gyrostabilizer (1) It triggers. The gyrostabilizer (1) rotates rapidly after being triggered by the accelerometer (2) and its angular 10 It generates momentum. This momentum is generated by the aquarium located on the carrier platform (4) It creates a counterforce that maintains the center of balance. Thus, the aquarium, It remains stable without tipping or tilting. Water ingress or glass stress is reduced. The carrier platform (4) is placed directly on the aquarium, the effect of the gyrostabilizer (1) is 15 The direct field is a planar surface. The carrier platform (4) is activated when the gyrostabilizer (1) is working. By moving at the micro level, it balances the vibration and adjusts the aquarium's center of gravity. It protects. Continuous and uninterrupted power supply (3), gyrostabilizer (1) and accelerometer (2) 20 This is provided by the system described in the invention, which normally operates in standby mode with low energy consumption. While operating, it only consumes energy in active mode when needed. The preferred method of the invention. In its configuration, the system can be supported by a redundant battery system. Protect the protective case (5), gyrostabilizer (1), accelerometer (2) and power supply (3) from the outside environment, 25 It protects against splashes or impacts. It also offers an aesthetically pleasing exterior design for the aquarium. It can be integrated to match the furniture. The preferred method of the invention. In its design, a service cover can be found inside the case (5). Operating principle of the system described in the invention: 30  The accelerometer (2) detects the shock from the external environment.  The gyrostabilizer (1) is triggered by the accelerometer (2).  Gyrostabilizer (1) prevents the aquarium from tipping over by creating a counter-moment.  The support platform (4) remains in a stable position and water overflow is prevented. 6  The power supply (3) continuously feeds the system; when the shaking stops, the system goes back to sleep. It switches to mode.

Claims

7 REQUESTS 1. Protecting the aquarium from physical impacts such as earthquakes, blows, or sudden jolts. to tip over, the water inside to spill out, and to harm living things It is an active balancing system that prevents; its feature is 5  Real-time detection of external shocks or vibrations entering the aquarium. The system detects and triggers when acceleration above a defined threshold is detected. accelerometer (2) which generates the signal,  It is triggered and rotated by the accelerometer (2) placed under the aquarium. The result is a counterforce of 10 that maintains the aquarium's center of balance. It contains a gyrostabilizer (1) that generates angular momentum.

2. Active balancing system in accordance with Claim 1; its feature is that it is placed on top of the aquarium. It includes a carrier platform (4) which is the planar surface on which it is placed.

3. Active stabilization system in accordance with claim 1, its feature is; gyrostabilizer (1) and accelerometer (2) includes a power supply that provides continuous and uninterrupted energy (3).

4. Active balancing system in accordance with claim 3; its feature is that the mentioned power supply (3) It has redundancy. 20 5. Active stabilization system in accordance with claim 3, its features include; gyrostabilizer (1), accelerometer (2) and the case (5) which protects the power supply (3) from external environmental, water splash or impact. It includes.

6. Active balancing system in accordance with claim 5, and its feature is that the mentioned case (5) impact and it is made of liquid-resistant material.