ADJUSTABLE VOLUME LOCKABLE LID

Abstract

This invention is an adjustable device that can be used in bottles of different volumes and mouth diameters. The volume relates to a locking cap (2) system. The cap system contacts the bottle neck. an inner ring that expands and contracts through elastic deformation to provide a seal. (1) mechanically connects the cap to the bottle neck when the cap (2) is fitted. locking mechanism (3) and cover (2) depending on the locking mechanism (3) screw (4) elements that form a threaded compression connection between the bottle neck It contains. Thanks to the elastic structure of the inner ring (1), the cover (2) is suitable for different diameters. Compatible with bottles; with locking mechanism (3) and screw (4) A leak-proof, secure, and versatile cap / bottle connection is achieved. This The design makes it possible to use a single cap model on various bottles. It provides practical use, secure locking and high sealing performance.

Description

1  TARIFF ADJUSTABLE VOLUME LOCKABLE LID TECHNICAL FIELD  The invention describes a device with adjustable volume that can be used in bottles of varying volumes and diameters. It involves a lockable, flexible, and secure lid system. PREVIOUS TECHNIQUE 10 Today, caps are used in packaging products in liquid and powder form. systems, by the vast majority of manufacturers, are based on standard bottle sizes. They are designed. Commonly used screw caps on the market are clip-on type. Caps and push-button cap types are compatible with bottles of a specific diameter and shape. 1 During the production of these caps, there is a high degree of standardization between the bottle and the cap. This is necessary. As product variety increases, this situation benefits both producers and... This presents a significant limitation for users because the current situation... The capping systems are not compatible with bottles of different diameters and designs.  One of the most significant disadvantages of standard lid designs is the varying volume and opening requirements. It cannot be used in bottles with certain diameters. Especially for food, beverages, cleaning and In the cosmetics industry, products are offered in a wide variety of bottle sizes, and stock is crucial. This leads to difficulties in management and production processes. A separate system for each bottle type. Producing lids increases costs and disrupts the packaging supply chain. This creates complexity. Furthermore, manufacturers have different lid molds. This necessity increases investment costs, which in turn makes scalable production impossible. This makes the model more difficult. Another significant problem with existing lids is the risk of leaks and spills. Standard 30 For screw or tab system caps, a perfect fit between the cap and the edge of the bottle neck. If this is not possible, the seal remains weak, especially during transport and storage.   Product loss may occur in situations such as tilting the product or placing it on its side. This problem affects the product. This has a direct negative impact on quality and customer satisfaction. Although various sealing and inner coating solutions are used to prevent leakage, these It mostly functions specifically for certain bottle types, offering multiple compatibility. It does not provide. Another problem is the limited user experience with current lid systems. The problem is that the same cap cannot be used on different bottle diameters, which makes it difficult for users to choose one. searching for a suitable cap each time or forcing caps that don't fit the bottle This situation is not only relevant for domestic use, but also in industrial filling lines. This results in wasted time, increased labor costs, and reduced productivity. In particular... In reusable or multipurpose bottles, with different caps for different products. Its incompatibility makes it impractical to use. Furthermore, from an environmental sustainability perspective, a separate 15 for each bottle size. The production of bottle caps results in a significant amount of plastic waste. This is because standard cover designs do not offer multi-compatibility, so manufacturers They are forced to keep an excessive variety of cap stock, which means This increases the waste rate. On the consumer side, there are multiple different types of lids. They accumulate and most of them are thrown away without being reused.  Finally, a lid mechanism that provides flexibility in existing technologies. The absence of these caps is a significant technical deficiency. Most caps are rigid and the bottle It cannot absorb the small and large tolerance differences in its mouth. This is especially true in this situation. low-cost production or obtained from recycled materials  in bottles, larger due to low precision of mouth diameter. This creates incompatibility problems. Therefore, the current technique lacks both flexibility. It also falls short in terms of multi-compatibility. Consequently, due to the aforementioned shortcomings and deficiencies, the relevant  The need for an innovation in the technical field has arisen.   THE PURPOSE OF THE INVENTION The overall purpose of the invention is to create a complete system that meets the requirements mentioned above. especially those that eliminate disadvantages and bring additional advantages; different Flexible with adjustable volume lock, suitable for use in bottles of various volumes and diameters. and it relates to a secure lid system. 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 create bottles with different volumes and mouth diameters. An adjustable volume that is usable, leak-proof, secure, and versatile. The goal is to develop a locking lid system. This system aims to move away from the one-dimensional structure of existing lid systems. resulting incompatibility, production costs, leakage risk, and user experience. Eliminating these problems is among the main goals of this invention. 15 Another important objective of the invention is compatibility with multiple devices through a single cap design. by providing a wide range of packaging options, including non-standard bottle types, in the packaging sector. The aim is to create a usable space. In this context, the flexible inner lining used inside the lid... The ring ensures a perfect fit on bottle necks of different diameters and shapes. The aim is to achieve both high sealing performance and to benefit both the manufacturer and The aim is to provide a practical solution from the user's perspective. Another purpose is to ensure a secure connection between the cap and the bottle. This is to ensure that the locking mechanism on the lid is improved. to protect the product from leakage and spillage risks during transportation, shipping and storage. It is optimized to protect the bottle. Thanks to the locking mechanism, the cap stays securely on the bottle. It will not only settle in, but also lock itself against external influences. It will be fixed.  One of the aims of the invention is to simplify production processes by reducing inventory and molding. The goal is to reduce costs. In traditional systems, there are different prices for each bottle size.   It is essential to produce lid molds. With this invention, many different lid designs can be produced from a single design. Making it compatible with the bottle provides both a cost advantage and... It simplifies inventory management for manufacturers. Thus, packaging manufacturers reduce costs. By stocking a wider variety of products, they will be able to implement a more flexible production plan.  In addition, ease of use is a key factor for both manufacturers and consumers. Solving these problems is among the goals of this invention. Its adjustable structure. Thanks to this, the cover can be attached and removed easily by the user. This situation offers great convenience, especially for household use or with multi-purpose bottles. This ensures that the same cap can be reused repeatedly on different product packaging. 10 It becomes practical for the user. This invention also aims to contribute to environmental sustainability. The aim is to ensure multiple compatibility with a single cover design, eliminating unnecessary features. It reduces plastic variety and waste. A single cap suitable for different bottles. 1 Using the model allows for less material consumption during production. This provides both efficiency and reduces the amount of waste generated on the consumer side. In this respect, the invention is also compatible with the principles of the circular economy. Another objective of the invention is to overcome manufacturing tolerances and material variations. The goal is to develop a self-adjusting cap system. This is used in the production of many plastic bottles. Tolerance deviations in mouth diameters may be observed during production. Flexible inner ring. Thanks to its structure, this cap is suitable for bottle necks with varying tolerances from different manufacturers. By adapting to each other, it will provide a consistent and reliable seal. 3 To fulfill all the purposes stated above and those that can be derived from the detailed explanation. The invention relates to an adjustable volume locking lid.   DESCRIPTION OF THE FIGURES Figure 1; Perspective application of adjustable volume locking lid, subject to the invention. It has an appearance.  REFERENCE NUMBERS 1. Inner ring 2. Cover 10 3. Locking mechanism 4. Screw 1) 5. Bottle   DETAILED DESCRIPTION OF THE INVENTION The overall purpose of the invention is to create a complete system that meets the requirements mentioned above. especially those that eliminate disadvantages and bring additional advantages; different Flexible with adjustable volume lock, suitable for use in bottles of various volumes and diameters. and it relates to a secure lid system. Due to the drawbacks of the previous technique, the invention, as described above, It aims to resolve the negative aspects. 10 Figure 1 shows the perspective application of the invention, an adjustable volume locking lid. It has an appearance. The inner ring (1) is designed to accommodate bottle necks with different diameters. It is made from a material that has elastomeric and high elasticity properties. 1 This structure, when placed over the mouth of a bottle, expands and contracts to create a leak-proof seal. Effective in both small and large-necked bottles thanks to its shape-changing capacity. It provides a contact. The inner ring (1) has a dedicated space within the cover body. It is secured by sitting in its socket and its position is changed when the locking mechanism is engaged. It protects. This structure is the fundamental element that enables the multiple compatibility feature of the invention.  The cover (2) refers to the outer body which contains the inner ring and locking mechanism. Made of durable polymers, the lid (2) offers both mechanical strength and ergonomics. It provides use. A special slot for the inner ring to fit inside the lid (2), lock connection areas for the mechanism and an outer surface that provides easy grip for the user. The surface geometry is found. The cap (2) will stand stably on the bottle and It is designed to withstand long-term use without deformation. The locking mechanism (3) securely holds the cap in place after it has been inserted into the bottle. It is the structure that enables it to be fixed. The locking mechanism (3) is screw type, claw system or  It can be in the form of a push-lock and, when the cap is placed, it can fit tightly onto the bottle neck. It prevents the lid from opening unintentionally by holding on. Locking mechanism (3),   safety against pressure or impacts that may occur during transport and storage It provides. The user secures the lid by manually releasing the locking mechanism (3). You can remove it in this way. The screw (4) strengthens the connection between the cap and the bottle and the locking mechanism. It is a gear structure that functions as a component. The screw (4) located on the cover body, When tightened, matching the opposing teeth on the bottle neck, the cap body attaches to the bottle mouth. This ensures the correct pressure is created. Thanks to this pressure, the inner ring is completely sealed. The screw (4) tightens in such a way as to ensure that the cover is secured in a controlled manner. It is a structural element that allows for opening and prevents overtightening. 10 The bottle (5) is the product on which the invention is applied and the cap system is placed. It is a container. It can be made from different materials (PET, HDPE, glass, etc.) and has various openings. It can have diameters. The bottle (5) has a contact surface with the cap at the neck. It is formed and, thanks to the elasticity of the inner ring, can be achieved with different tolerances. Although it can be manufactured, it works compatibly with the lid system. Locking mechanism and screw system. It is fixed on the bottle (5) to ensure leak-proof and safe use. How the Invention Works Adjustable Volume Locking Cap provides a secure fit for bottles with different mouth diameters. multiple to create a leak-proof and compatible cap-bottle connection It functions through the simultaneous operation of the elements. The working principle of the invention is based on the inner ring. adaptive flexibility, the guiding structure of the cover body and the locking mechanism It is based on a stabilizing function. 3 The process begins with positioning the cap onto the bottle. The user, When you bring the cap close to the bottle neck, the inner ring inside the cap body protects the bottle neck. It prepares to greet the bottle. Thanks to its elastic structure, the inner ring comes into contact with the outer surface of the bottle neck. Upon initial contact, it expands slightly to accommodate the bottle's diameter. This During expansion, the inner ring retains its memory in both the elastic material on its inner surface. It benefits from both its structure and the controlled pressure it exerts on the lid body. Thus, the inner ring forms the initial sealing zone between the bottle and the cap.   When the user presses or turns the cap onto the bottle (the lock used (depending on the type of mechanism) the cover body moves downwards and the inner ring It compresses towards the mouth of the bottle. This compressing action causes the inner ring to move along the surface of the bottle. This allows for a wider contact area. The inner ring allows the bottle neck to be covered by both sides. the second shape by transforming to encompass both the top edge and the outer side surface. This stage forms the sealing zone. In this stage, the inner ring forms the bottle. It also compensates for possible diameter tolerance errors in production, thus allowing different manufacturers to... or compatibility with the models' bottles is ensured. 10 Once the cap is correctly positioned on the bottle, the locking mechanism... It is activated. If a screw-type mechanism is used, it is activated as the user turns the lid. The screw threads on the cap body match the opposite threads on the bottle neck, and the cap It moves downwards in a controlled manner. With a claw or push-button locking mechanism. When the cap is pressed down, the tabs engage or lock into the slot on the bottle neck. It replaces the channels. In both cases, the locking mechanism secures the cap to the bottle. It ensures that it is secured in place and prevents the lid from opening backwards. It forms a mechanical barrier. Engaging the locking mechanism only activates the cap-bottle connection. It not only secures the bottle but also distributes the pressure exerted by the inner ring onto the bottle to a specific degree. By maintaining the level, it guarantees the continuous seal. The lid is resistant to impacts. It maintains its closed position against vibrations or forces acting in the opposite direction. Thus, liquids or powders are protected during transport, storage, shaking, or tilting. This prevents leakage or spillage of products in this form.  When the lid is attempted to be opened, the user reverses the mechanism, which disables the locking mechanism. It applies the movement. In screw-mechanism lids, this movement is counterclockwise. It is a turning mechanism; a slight movement that enables the release of the claws in claw-type mechanisms. Pulling or pressing motions are required. As the locking mechanism is released, the lid  It moves upwards, reducing the pressure exerted by the inner ring on the bottle. Inner ring   Thanks to its elastic structure, it returns to its original shape and separates from the bottle surface, leaving the cap intact. He allows him to leave. Thus, the lid is controlled, user-friendly, and easy to attach and detach. It offers a secure mechanism. The same lid is larger thanks to the flexible inner ring. Or it can be reused in another bottle with a smaller mouth diameter. This multiple compatibility is the fundamental aspect that the invention brings in terms of production, use and sustainability. This is one of the advantages. Benefits Provided by the Invention 10 The most fundamental benefit offered by the invention is that a single cap design can be adapted to different mouth diameters. It is compatible with multiple bottle types. The flexible inner ring structure allows for different bottle types. It automatically adapts to their diameters, eliminating cap-bottle fit problems. This feature eliminates the “one cap = one bottle size” problem encountered in current systems. by completely eliminating the need for a wide variety of packaging used in the market 1 It harmonizes different product types with a single solution. This allows manufacturers to offer a wide range of products. It can present its range with the same cover. The elastic structure of the inner ring fits perfectly with both the top edge and the outer surface of the bottle neck. It provides a high level of sealing by making contact. This is especially true for liquids. in products, viscous products, and ingredients that may be affected by pressure changes This is of critical importance. The lid must not have been tilted, moved, or subjected to impact. Even in the event of leaks, it minimizes the possibility of them. This performance, Safety and hygiene, especially in the food, pharmaceutical, cleaning products, and cosmetics industries. This is a significant advantage in this respect.  Thanks to its locking mechanism, the cap not only stays securely in place on the bottle; It is also mechanically locked. This locking mechanism ensures the product's safety during transport and storage. It prevents unintentional opening during the process, especially in logistics and e-commerce. Since packaging security is critical, the protection offered by the locking mechanism is essential for the product. It reduces losses, spill risk, and customer complaints. This also It provides an important quality assurance for manufacturers. 10  The need to produce different cap molds for different bottle sizes is eliminated. Because it is removed, manufacturers' costs decrease significantly. Single model cover. Its use reduces the number of production molds, saving both material and equipment investment. It reduces costs. It also simplifies inventory management; for different bottle sizes. There is no need to keep separate bottle cap stocks. This is especially true for large-scale production. This represents a significant cost advantage for packaging companies. The adjustable cap can be easily fitted onto bottles of different sizes, and Users can easily perform on / off operations. This is beneficial for both households. It provides practicality for both consumers and industrial users. The lid can be opened with one hand. It can be opened, reused, and repurposed for different products. Especially suitable for hobbyist fillings, reusable bottles, and home production. It offers great convenience. Tolerance differences in mouth diameter, which are inevitable in bottle production, are subject to standard 1. This can lead to sealing problems in the lids. The elastic inner lining used in this invention. The ring automatically absorbs these tolerance differences. Thus, it is cost-effective. High sealing performance is achieved even in bottles. This is due to manufacturing defects. It reduces waste rates and customer complaints.  The single cap design is compatible with numerous bottles, eliminating the need for extra caps. It reduces diversity and plastic consumption. Fewer lid molds, less waste, more This means a lower carbon footprint and longer-lasting packaging elements. The lid is reusable, thus reducing the use of single-use plastics. It also contributes to this. This feature is directly aligned with circular economy goals.  The fact that the same lid design can be used on different products increases storage space. It reduces the need for uniform products on storage shelves for corporate firms. Having them readily available directly reduces logistics and planning costs. Furthermore... Packaging companies offer their customers the same model cap for different bottles. It provides flexibility in the supply chain. 11  Cap system; food, cosmetics, pharmaceuticals, cleaning products, liquid chemicals, powder products It can be used in a wide range of products, such as personal care products. This is very Versatility allows manufacturers to use the same cover infrastructure for different product categories. This allows them to use it. Thus, they have greater freedom in product design. an area is formed.  Leak-proof, durable, and securely locking lids. It increases consumer confidence in the product. Maintaining the integrity of the product packaging. It directly affects the perception of quality, especially in the food and pharmaceutical industries. The capping system. The security it offers both strengthens the brand image and benefits the end user. It increases satisfaction. To fulfill all the purposes stated above and those that can be derived from the detailed explanation. The invention relates to an adjustable volume locking lid. 1)

Claims

12  REQUESTS 1. The invention describes an adjustable device that can be used in bottles of varying volumes and diameters. It is a volume-locked flexible and secure lid (2) system, the feature of which is;  — expands through elastic deformation when it comes into contact with the bottle neck inner ring (1) that provides a seal by narrowing, — cap-bottle connection when the cap (2) is placed on the bottle neck Locking mechanism that provides mechanical locking (3), — cap (2) and bottle neck depending on the locking mechanism (3) 10 with a screw (4) that forms a threaded compression connection between them It is characterized by...

2. Flexible and secure lid with adjustable volume lock according to claim 1 (2) It is a system, and its feature is; 1) — inner ring (1) elastomeric, thermoplastic elastomer (TPE) or It is characterized by being made from a silicone-based flexible material. is being done.  3. Flexible and secure lid with adjustable volume lock according to claim 1 (2) It is a system, and its feature is; — the inner ring (1) has a fixed slot inside the cover body (2) a retaining structure that limits radial expansion by passing it through  It is characterized by its inclusion.

4. Flexible and secure lid with adjustable volume lock according to claim 1 (2) It is a system, and its feature is;  13  — locking mechanism (3), claw lock, push lock or multi characterized by including at least one of the multi-stage locking structures. is being done.

5. Flexible and secure lid with adjustable volume lock according to claim 1 (2)  It is a system, and its feature is; — screw (4) structure with the corresponding thread profile in the bottle neck multi-start or single-start screws to match It is characterized by being in this form. 10 6. Flexible and secure lid with adjustable volume lock according to claim 1 (2) It is a system, and its feature is; — cover body (2), polypropylene (PP), polyethylene (PE) or  made of impact-resistant polycarbonate (PC) material It is characterized by its production.

7. Flexible and secure lid with adjustable volume lock according to claim 1 (2) It is a system, and its characteristic is;  — screw (4) structure to prevent overtightening by the user by including a torque limiting shoulder or stopping surface It is characterized by... 3