Gyrostabilizer-Based Multipurpose Fluid Balancing System and Method

Abstract

The liquid container (3) is a balancing system and its features include: a gyrostabilizer (1) which creates an angular moment during vibration, shaking or tilting to keep the liquid container (3) in balance; an accelerometer (2) which detects vibration, shaking or changes in acceleration and triggers the gyrostabilizer (1) by detecting movements exceeding a certain threshold value; a liquid container (3) which contains liquid and is positioned in the stabilizing housing (4) and held at a certain angle by the gyrostabilizer (1); a stabilizing housing (4) which ensures that the liquid container (3) sits mechanically and remains fixed; and a power supply (5) which provides the necessary energy for the gyrostabilizer (1) and accelerometer (2).

Description

1 TARIFF Gyrostabilizer-Based Multipurpose Fluid Balancing System and Method Technical Area 5 The invention concerns liquid containers used in daily life (jugs, oil jugs, beverage bottles, etc.). Designed to prevent tipping over or spilling, for both stationary use. Suitable for both table / countertop and portable use scenarios, gyrostabilizer-based multi-functional device. It relates to the purposeful balancing system and method. 10 State of the Art Current practices used to balance containers containing liquids, They are generally limited to passive stabilizing systems. These include friction-enhancing materials, 15 rubber / silicone soles, non-slip surface coatings, or wide-based cup designs It is in this form. Also, some kitchen trays used for carrying purposes have a liquid container. There are also created surface indentations. Some users use plastic boxes, thick coasters, or paper to secure liquid containers. They produce household solutions like towels. However, none of these are actively resistant to tremors. It does not provide stabilization. Passive systems do not compensate for external impacts: sudden tilting, table shaking, or transportation. The wobbling during this process cannot be prevented by passive systems. 25 Containers can easily tip over: Even with a wide base, the liquid can spill out if the user leans while walking. Spillage or the container tipping over is inevitable. It offers a customized solution for single-type containers: Most products are manufactured to specific sizes and shapes; different 30 The containers are unusable. The application with the number CN215126972U was revealed as a result of technical investigations. In summary; "A glass stand relates to the technical field and describes a plate that includes: a frame." Its body is equipped with a fixing piece and a passage hole; the clamping mechanism is 35 It is arranged in a movable manner on a fixed part; gyroscope through hole. 2 It is fitted and includes an outer ring and an inner ring for holding a cup, the outer ring transition It is positioned in a rotatable hole, and the inner ring can be rotated into the outer ring. It is positioned. The advantages of the invention are as follows: this plate has a wide range of applications and It is easy to use; when the cup is stable, it eliminates the effect caused by the table shaking. It does not spill, effectively preventing the liquid in the cup from falling.” 5 As can be seen, the system involves a cup holder structure, and in addition to that, as mentioned above... It does not mention a structure that could provide a solution to the aforementioned disadvantages. In conclusion, due to the negative aspects described above and the current solutions, topic 10 Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. Purpose of the Invention The invention represents a new breakthrough in this field, unlike the structures used in the current technology. The aim is to create a structure with different technical specifications that bring these elements together. The primary aim of the invention is to eliminate the inadequacy of passive systems by using active ones. a multi-purpose platform system based on gyrostabilizer and incorporating a stabilizing mechanism, and The aim is to establish a method. This system prevents spills, overflows, or 20 by holding different liquid containers in place. It aims to prevent tipping problems both on stable surfaces and during transport. One purpose of the invention is to create spaces in home kitchens, areas requiring earthquake safety, and for the elderly and children. for use by in liquid transport or in restaurant and service environments The aim is to develop a fluid transport balancing system and method. 25 One aim of the invention is to ensure that the liquid container remains in equilibrium, independent of external influences. The goal is to prevent spills and waste. To fulfill the purposes described above, the invention is a liquid container balancing system, 30 feature;  By creating an angular moment during vibration, shaking, or tilting, it keeps the liquid container in equilibrium. gyrostabilizer that ensures it stays in place,  Detects vibration, jolting, or changes in acceleration that exceed a certain threshold value The accelerometer, which detects movements and triggers the gyrostabilizer, 35 3  a gyrostabilizer that contains liquid and is positioned in a stabilizing housing. a container of liquid held at a specific angle by  A stabilizing housing that ensures the liquid container sits mechanically and remains stable.  Power supply that provides the necessary energy for the gyrostabilizer and accelerometer (5) It includes 5. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. This will be understood, and therefore the evaluation should also take these figures and detailed explanations into account. It must be done by taking 10. Figures that will help understand the invention. Figure 1 shows a general representation of the system that is the subject of the invention. Figure 2 shows a schematic representation of the method described in the invention. 15 The drawings do not necessarily need to be scaled and are necessary for understanding the invention. Details that are not present may have been overlooked. Furthermore, at least to a large extent... Elements that are identical or at least have substantially identical functions are numbered the same. It is shown. 20 Explanation of Part References 1. Gyrostabilizer 2. Accelerometer 25 3. Liquid Container 4. Stabilizer Mount 5. Power Supply 6. Carrying Handle Button 7.30 E. Yes H. No 1001. The user places the liquid container (3) into the fixing slot (4), 1002. Energizing the gyrostabilizer (1) and accelerometer (2) by the power supply (5), 35 1002.1 The user starts or tests the system via the manual button (7), 4 1003. Accelerometer (2) detects any vibration, shaking or slope change in the environment Continuous monitoring to ensure it is not present, 1004. Vibration, shaking or slope change above the threshold value detected by the accelerometer (2). Activation of the gyrostabilizer (1) when detected, 1005. Movement of the gyrostabilizer (1) to keep the liquid container (3) balanced 5 the creation and angular equilibrium of the liquid container (3), Detailed Description of the Invention In this detailed explanation, the preferred configurations of the invention are presented, only to better understand the subject matter. in order to facilitate understanding and without imposing any limiting effects It is explained. The invention concerns liquid containers used in daily life (jugs, oil jugs, beverage bottles, etc.). Designed to prevent tipping over or spilling, for both stationary use 15 Suitable for both (table / counter) and portable use scenarios, gyrostabilizer (1) based multi It relates to purposeful balancing systems and methods. The elements and functions used in the system and method that are the subject of the invention are as follows: Gyrostabilizer (1) creates an angular moment in the liquid during vibration, shock or tilting. It is the element that keeps the container (3) in equilibrium (in a horizontal position). System It offers active stabilization while working. The accelerometer (2) detects vibration, shock or change in acceleration and reaches a certain threshold value of 25 It is the sensor that triggers the gyrostabilizer (1) by detecting excessive movements. The liquid container (3) is placed in the stabilizing housing (4) and contains liquid and is positioned in the gyrostabilizer. (1) is a container held at a certain angle. Different shapes and types such as oil jugs, pitchers, and beverage bottles. It can be in volume. It is easily placed in the stabilizer slot (4). 30 The stabilizing housing (4) ensures that the liquid container (3) sits and remains fixed mechanically. It is a socket. It provides security with its locking / notch structure. The power supply (5) is the element that provides the necessary energy for the gyrostabilizer (1) and accelerometer (2). 35 It is available in a version with a USB port or a rechargeable battery. The Carrying Handle (6) provides a grip on the top of the gyrostabilizer (1) allowing the user to hold onto the platform. It is the part that facilitates its transport. The liquid container can also be transported while the system is in motion. (3) enables it to be kept in balance. Button (7) allows the user to manually start or test the operation of the system. It is the button that enables the system. It supports the automated system. The steps involved in the process carried out with the system that is the subject of the invention are listed below:  Placement of the liquid container (3) into the fixing slot (4) by the user (1001), 10  Energizing the gyrostabilizer (1) and accelerometer (2) by the power supply (5). (1002), (The system enters standby / sleep mode after use.)  The user starts or tests the system via the manual button (7) (1002.1),  Accelerometer (2) detects if there is vibration, shaking or slope change in the environment 15 Continuous monitoring of the absence of (1003),  Vibration, shaking or slope change above the threshold value detected by the accelerometer (2). When detected, activation of the gyrostabilizer (1) (1004),  Movement of the gyrostabilizer (1) to keep the liquid container (3) balanced. the creation and angular equilibrium of the liquid container (3) (1005), 20

Claims

6 REQUESTS 1. The liquid container (3) is a balancing system, and its feature is;  By creating an angular moment during vibration, shaking or tilting, the liquid container (3) gyrostabilizer (1), 5 which keeps it in balance  Detects vibration, jolting, or changes in acceleration that exceed a certain threshold value accelerometer (2) which triggers the gyrostabilizer (1) by detecting the movements,  The gyrostabilizer (1) is positioned in the stabilizing housing (4) and contains liquid. liquid container held at a certain angle by (3),  Stabilizer 10 which ensures that the liquid container (3) sits and remains fixed mechanically. nest (4),  Power supply (5) that provides the necessary energy for the gyrostabilizer (1) and accelerometer (2) It includes.

2. The system conforming to claim 1, its feature is that it provides grip from the top of the gyrostabilizer (1) 15 The platform includes a carrying handle (6) that allows the user to carry it.

3. The system complies with Claim 1, and its feature is that the user can manually operate the system. It contains a button (7) that enables it to start or test.

4. The liquid container (3) is a balancing method, and its feature is;  Placement of the liquid container (3) into the fixing slot (4) by the user (1001),  Energizing the gyrostabilizer (1) and accelerometer (2) by the power supply (5). (1002),  Accelerometer (2) detects if there is vibration, shaking or slope change in the environment 25 Continuous monitoring of the absence of (1003),  Vibration, shaking or slope change above the threshold value detected by the accelerometer (2). When detected, activation of the gyrostabilizer (1) (1004),  Movement of the gyrostabilizer (1) to keep the liquid container (3) balanced. formation and angular equilibrium of the liquid container (3) (1005) 30 It includes the steps of the process.

5. The method is in accordance with Request 4, and its feature is that the user controls the system via the manual button (7). It includes the process step of initiating or testing (1002.1). 35