ONE-HANDED BOTTLE CAP OPENING

Abstract

This invention features an innovative mechanism that allows bottle caps to be opened with one hand. It is a system. Traditional screw caps, push-pull and flip-top caps have two types of caps. manual opening required, high force needed, ergonomic challenges, and leakage. These problems are eliminated with this invention. The cap body (1) protects the bottle neck. The main structure that seals by closing and the pressure point (2), the user's single Ergonomic design that allows you to initiate the opening process by pressing with all 10 fingers. It is the surface. The spring (3), activated by the pressing motion, stores energy and locks it. It unlocks the mechanism (4) and allows the lid to move upwards. The locking mechanism secures the lid during closing, preventing liquid leakage. It prevents and offers safe use. The bottle neck (5) is between the cap and the bottle body. It creates a sealing surface by providing 15 connections. Its operation is simple and... It's practical: when the user presses the push button, the spring compresses, the lock releases, and the lid opens. It opens; when closing, the cap is pressed against the bottle neck, and the spring returns to its original position. The rotary lock re-engages, ensuring a tight seal. This system can be operated with one hand. Ease of use, ergonomic design, hygiene and leak control, low cost. 20 production offers advantages such as long-lasting and sustainable construction. Sports bottles, children's products, home and kitchen products for elderly users, and the beverage industry. It has a wide range of uses in packaging.

Description

1 TARIFF ONE-HANDED BOTTLE CAP OPENING TECHNICAL AREA 5 The invention is in the packaging and capping technologies sector; for beverages and liquid products. Packaging, sports bottles, ergonomic solutions for home and kitchen use. It relates to the one-handed opening bottle cap. PREVIOUS TECHNIQUE Current bottle capping systems are widely used in the packaging of beverages and liquid products. screw caps, push-pull caps, and flip-top caps are used as examples. Solutions such as these are included. Screw caps are closed by screwing them onto the bottle neck. 15 And the opening process usually requires the coordinated movement of both hands. This system is simple and While reliable, they do not offer one-handed operation. Push-pull lids, on the other hand... It is frequently preferred in sports bottles, and the cap can be pulled upwards or It opens by being pressed down. However, in this system, the opening force is often high. This creates an accessibility problem, especially for children and elderly users. 20 Although flip-top lids appear to be able to be opened with one hand thanks to their hinged structure, When the lid is tightly closed, it becomes difficult to open and requires a certain amount of force from the user. This also causes liquid leakage if complete closure cannot be achieved in these systems. may occur. Traditional bottle caps are usually screw caps or push-pull type caps. Commonly used systems include the following: 1. Screw Caps: It is screwed or unscrewed manually onto the bottle. The opening and closing operation is done with both hands. 30 2. Push-Pull Lids: 2 It is seen on sports bottles or some beverage containers. Pressure is usually applied when the lid is opened, and in some cases It may leak. 3. Flip-Top Lids: 5 Although it may appear to be openable with one hand, the lid opening force is usually... It will be high. This is particularly challenging for children or elderly users. Disadvantages / Technical Issues: 10  Difficulty Opening with One Hand: Traditional screw caps require two hands to open. requires.  Ergonomic Issues: For the elderly, those with weakened hands, or children. It is difficult to use.  Leakage and Hygiene Problems: Push-pull and flip-top closures, exactly 15 It can leak if it's not sealed properly.  Additional Cost and Complexity: Some mechanical systems may require electrical or complex systems. Parts may be required. Common problems with these known techniques include, first and foremost, the difficulty of opening with one hand. 20 It is located there. In daily use, especially when one hand is full or moving In situations where there are limitations, existing lid systems are impractical. Therefore... Ergonomic issues are also noteworthy; for the elderly, children, or Opening the lids is difficult and slipping is a problem for individuals who have lost strength in their hands. This creates a risk of strain or injury. Additionally, there are leakage and hygiene problems with the push-25. This is frequently seen in pull-top and flip-top closures; closures that don't close properly are a problem with the product. This leads to waste and hygiene problems. Finally, some industrial Because the solutions involve electrical or complex mechanical parts, there is an additional cost. Production complexity arises, which reduces its suitability for mass production. In summary, the known techniques include one-handed opening, ergonomics, hygiene, and low cost. 30 It cannot meet all the criteria simultaneously. Therefore, user-friendly, simple production. A need arose for a fully mechanical solution that was suitable for their processes. 3 Consequently, due to the aforementioned drawbacks and shortcomings, the relevant The need for an innovation in the technical field has arisen. 4 THE PURPOSE OF THE INVENTION The overall purpose of the invention is to create a complete system that meets the requirements mentioned above. especially packaging, which eliminates disadvantages and brings some additional advantages. and in the capping technologies sector; packaging of beverages and liquid products, sports 5 bottles, one-handed design providing ergonomic solutions for home and kitchen use. It is related to the opened bottle cap. Due to the drawbacks of the previous technique, the invention, as described above, It aims to resolve the negative aspects. 10 The main purpose of this invention is to enable easy, fast and safe one-handed capping of bottles. to enable it to be opened in this way and to ensure ergonomic features seen in existing systems, The aim is to eliminate hygienic and practical problems in daily life for users. One hand may be full or the person may have limited mobility. In this case, a traditional screw 15 Covers or flip-top systems are impractical. The invention provides a simple push-button mechanism with one hand. By making it possible to open the lid with its movement, it provides a significant convenience to the user. presents. Another important goal is to provide ergonomic usage advantages. For the elderly, children, and adults... And current valve systems are challenging for individuals who experience loss of strength in their hands. This invention minimizes impact thanks to its ergonomic pressure point and spring mechanism. It provides a solution that can be opened forcefully. This allows users to open their hands without straining. They are enabled to open the bottle without the risk of slipping or injury. The invention also aims to reduce hygiene and leakage problems. Push-pull and flip-top. Problems such as incomplete closure and liquid leakage observed in lids are solved in this invention with a spring-loaded system. This is eliminated thanks to the locking mechanism. The spring returns to its original position when the lid closes. It locks into place by returning to its position, preventing liquid from leaking out. This feature is beneficial for both... It both ensures the hygienic preservation of the product and increases user safety. 30 One of the aims is to provide simple and economical production processes. Electricity or Fully mechanical system that does not require batteries, low-cost production techniques. It is suitable. Mass production is easily achieved through injection molding and simple assembly methods. This is possible. In this way, the invention can be applied on an industrial scale and reach a wide range of users. It can reach its target audience. 5 Finally, the aim of the invention is to provide a sustainable and long-lasting solution. Thanks to its mechanical structure, it is durable for long-term use and maintenance. It requires no electricity or batteries. Because it doesn't use any power or batteries, it's an environmentally friendly alternative. This feature is economical and 10 for both industrial manufacturers and home users. It provides a sustainable advantage. To fulfill all the purposes stated above and those that can be derived from the detailed explanation. The invention in question relates to a bottle cap that can be opened with one hand. 6 DESCRIPTION OF THE FIGURES Figure 1; Perspective application view of the bottle cap that is opened with one hand, which is the subject of the invention. It is located. REFERENCE NUMBERS 1. Cover 2. Pressure point 10 3. Spring 4. Locking mechanism 5. Bottle neck 7 DETAILED DESCRIPTION OF THE INVENTION The overall purpose of the invention is to create a complete system that meets the requirements mentioned above. especially packaging, which eliminates disadvantages and brings some additional advantages. and in the capping technologies sector; packaging of beverages and liquid products, sports 5 bottles, one-handed design providing ergonomic solutions for home and kitchen use. It is related to the opened bottle cap. Due to the drawbacks of the previous technique, the invention, as described above, It aims to resolve the negative aspects. 10 In Figure 1, the perspective application of the invention, a bottle cap that can be opened with one hand (1). It has an appearance. Cap (1): The cap is a device that closes the mouth of the bottle and prevents the contents from coming into contact with the outside environment. It is the main body part. This element is the essential carrier of the invention and is the point of contact, the spring. and incorporates a locking mechanism. The lid is made of food-safe plastic or It is designed to be manufactured from stainless steel. This ensures both hygiene and... It offers a durable structure. The lid can be opened with one hand. As an integral part of the mechanism, it plays a critical role in the functionality of the invention. 20 Push Point (2): The push point is located on the top of the lid and is pressed by the user It is an ergonomic surface that allows the user to activate the mechanism by pressing with their finger. This point is designed to operate with minimum force. The user must press When pressure is applied to this point, the spring compresses and the opening process begins. The pressure point is especially important at 25. by providing accessibility for the elderly, children and individuals with impaired mobility This reveals the ergonomic advantage of the invention. Spring (3): The spring is located inside the cover body and applied to the pressing point. It is a mechanical energy element that stores force. The user pushes it to the point of impact 30 When pressed, the spring compresses and stores energy; this energy then allows the lid to open. It provides. The spring operates entirely mechanically, without the need for electricity or batteries. Long 8 Offering a long-lasting and reliable solution, the spring is an environmentally friendly and sustainable invention. It also forms the basis of its structure. Locking Mechanism (4): The locking mechanism is used when the lid is closed. It is a mechanism that ensures it is secured and prevents leakage. Release return 5 By controlling its movement, it ensures the lid closes tightly. This allows... Liquid loss is prevented and the product is protected hygienically. The locking mechanism... This is a critical element that guarantees the safety and leak-proof properties of the invention, especially It provides a significant advantage in industrial packaging processes. Bottle Neck (5): The bottle neck is the connection area between the cap and the bottle body. It ensures the cap mechanism is securely attached to the bottle and functions properly. Thanks to its design that allows it to fit standard bottle necks, the invention offers different possibilities. It can be easily adapted to industrial applications. The bottle neck is a broad feature of the invention. It is the structural element that enables the system to have a range of uses and 15 It completes the integrity. How the Invention Works and Is Used The cap is the main body part that seals the mouth of the bottle. It prevents the contents from coming into contact with the outside environment. It prevents and ensures leakage. It also has a pressure point (2), a spring (3) and 20 It incorporates elements such as a locking mechanism (4). The lid is food-safe. It can be made of plastic or stainless steel and has a compatible connection with the bottle neck (5). It has a surface. The pressing point is the ergonomic surface located on the top of the lid. The user can press it once. When you press this point with your finger, the system is activated. The pressing motion is like a spring (3) It creates force on it and causes the locking mechanism (4) to be released. The pressure point is suitable for the elderly, children, and others thanks to its low-force design. It offers accessibility for individuals with impaired mobility. The spring is the mechanical energy storage element located inside the valve body. (Pressure) It stores the force applied to the point and transmits it to the locking mechanism. Spring 9 When compressed, potential energy accumulates; this energy causes the lid (1) to open. During closing, the spring returns to its original position, reactivating the locking mechanism. It activates the system. It operates entirely mechanically without requiring electricity or batteries. Thanks to this, it offers a long-lasting and sustainable solution. The locking mechanism ensures the lid is secured when closed and prevents leakage. It is a mechanism that prevents this by controlling the return movement of the spring. This mechanism ensures the lid closes tightly during transport. It prevents accidental opening and ensures the product is protected hygienically. Additionally... By providing the user with a "click" sound or haptic feedback when the lid closes, 10 It confirms a safe shutdown. The bottle neck is the connection area between the cap and the bottle body. The cap (1) It is secured to the area with a screw, bayonet or snap-fit ​​connection. Bottle neck, Provides a surface compatible with sealing gaskets and is suitable for 15 different industrial bottle types. It is adaptable. This element ensures that the invention has a wide range of applications and can be mass-produced. This makes it possible to apply it to different packaging types in production. How it Works: The One-Handed Bottle Cap operates with a mechanical spring system. The operation is explained step-by-step in 20 steps. It is as follows: 1. Cap Pressing Point: The top of the cover features an ergonomic design to be pressed by the user. The point is found. 2. Spring Mechanism: The pressing motion compresses the spring mechanism inside the lid. The spring energy is transmitted to the screw or locking part of the cap. 3. Opening the Lid: 30 When the pressing motion is complete, the mechanism is engaged and Gently push the top of the lid upwards. This allows the bottle to be easily opened with one hand. 4. Closure Procedure: When the bottle cap is closed, the spring returns to its original position and The mechanism locks. 5 This ensures the lid closes tightly and reduces the risk of leakage. Production Technique:  The lid body can be made of food-grade plastic or stainless steel.  Spring mechanism, small metal springs or flexible plastic parts 10 It is integrated using...  Mass production is possible with simple injection molding techniques.  Cover assembly, placement of mechanical parts and screwing the cover on. It is completed by attaching it to the body. Advantageous Features:  It uses no electricity or batteries; it is entirely mechanical.  Suitable for mass production thanks to its simple assembly and manufacturing processes.  Thanks to its mechanical structure, it is long-lasting and reliable. Benefits of the Invention The most important benefit of this invention is that it makes it possible to open bottle caps with one hand. The key is to make it easier. Traditional screw caps or flip-top systems often require both hands. While previously requiring coordinated use, this invention allows the user to operate with only one By pressing the button with his finger, he can open the lid. This feature is useful in 25 daily life. It provides practicality for users who have one hand full, as well as those with limited mobility. It also offers the advantage of accessibility for individuals. Another important advantage is ergonomic ease of use. Low pressure point. It is designed to withstand strenuous activity. This makes it suitable for the elderly, children, and those over 30. Individuals with reduced hand strength can open the bottle without difficulty. Ergonomic. 11 The design enhances user safety; reducing the risk of slipping, straining, or injury. It reduces. The invention also offers the benefit of eliminating hygiene and leakage problems. It ensures that the spring-loaded locking mechanism keeps the lid tightly closed. 5 This allows for secure fastening. This prevents liquid leakage and ensures the product is hygienic. It is protected in this way. Especially in the beverage industry, during transportation and storage. Product loss and hygiene problems are minimized. In addition, the fact that the invention is economically and production-wise advantageous is also an important factor. The advantage is that it's a completely mechanical system that requires no electricity or batteries, and is low-cost. Suitable for production processes. With injection molding and simple assembly techniques. Mass production can be easily achieved. This feature offers a cost advantage for industrial manufacturers. While providing this, it also makes it possible to reach a wide user base. Another benefit offered by the invention is its long lifespan and sustainable use. It is a possibility. Thanks to its mechanical structure, it requires no maintenance and is durable. Electrical or, because no batteries are used, it creates an environmentally friendly alternative. This feature is beneficial for both an economical and sustainable solution for both industrial producers and home users. It offers a solution. 20 Finally, one of the benefits of the invention is its wide range of applications. Sports bottles, children's products, home and kitchen products for senior users, beverages. It can be applied in different sectors such as industrial packaging. This versatility of the invention It increases its commercial value and patent protection coverage. 25 To fulfill all the purposes stated above and those that can be derived from the detailed explanation. The invention in question relates to a bottle cap that can be opened with one hand.

Claims

12 REQUESTS 1. The invention relates to the packaging and capping technologies sector; for beverages and liquid products. ergonomic packaging for sports bottles, home and kitchen use. The one-handed open bottle cap (1) that provides solutions has the following feature; 5 — the user initiates the opening process by pressing with a single finger. providing the point of pressure (2), — by compressing, it stores energy and releases the opening force. spring (3), 10 — preventing leakage by securing the lid during closing and Locking mechanism that provides safe use (4), — provides a connection between the cap (1) and the bottle body and by including the bottle neck (5) which forms the sealing surface It is characterized by 15 2. The invention relates to the packaging and capping technologies sector; for beverages and liquid products. ergonomic packaging for sports bottles, home and kitchen use. The working method of one-handed open bottle cap (1) provides solutions, Feature; 20 — the cap (1) is locked and leakproof on the bottle neck (5) being, — the user applies force with his (2) finger to the pressing point, — locking by storing this force by the spring (3) 25 solving the mechanism (4), — the lid (1) opens by moving upwards, — after accessing the contents of the bottle, the cap (1) on the neck of the bottle (5) closed by pressing down 13 — during closing, the spring (3) returns to its original position and locks. the process of ensuring leak tightness by activating the mechanism (4) It is characterized by including its steps.

3. One-handed bottle cap (1) according to claim 1 or 2, its feature is; publication 5 (3); — made of metal or flexible plastic elastomer material It is characterized by its...

4. One-handed bottle cap (1) according to claim 1 or 2, its feature is; publication (3); — providing a connection surface compatible with standard bottle types with its adaptability to industrial applications and products 15 It is characterized by...

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