FOLDABLE ALUMINUM TIN CAN WITH HANDLE SYSTEM

Abstract

This invention relates to a foldable aluminum can handle system which can be used in the beverage and packaging industry, soft drink production facilities, beer production facilities, energy drink production facilities, instant coffee production facilities, aluminum can production facilities, food and beverage packaging systems, occupational safety applications, industrial workplaces, automotive sector, construction sector, mining sector, maritime sector, elderly care centers, rehabilitation centers, applications for use by disabled people, sports and outdoor activities, camping equipment, cycling sports, picnic areas, products for children's use, restaurants, cafes, catering services, mass service systems, retail outlets, supermarkets, vending machine systems and aluminum recycling processes, and its feature is; a can (1), the top lid finger ring (2) located on the top of the can (1),The foldable handle system consists of a foldable handle (3) which is attached integrally to the side surface of the tin can (1) during the manufacturing process, double hinge points (4) which enable the rotational movement of the foldable handle (3), non-slip embossed lines (5) created on the outer surface of the foldable handle (3), open handle profile (6) and finger wrap area (7) which provide grip in the open position of the foldable handle (3), ring end (13) which enables the opening of the foldable handle (3), can side wall aluminum profile (9) which forms the rotation axis of the foldable handle (3), hinge base plate (10) and hinge shaft system (11), spring mechanism (12) and tooth mechanism (14) which enable the foldable handle (3) to be fixed in the open and closed positions, and a stacking profile (15) which enables the foldable handle (3) to be placed horizontally on the outer surface of the tin can (1) in the closed position, and the foldable handle system is formed by the combined operation of these components.

Description

1 TARIFF FOLDABLE ALUMINUM TIN CAN WITH HANDLE SYSTEM Technological Field: 5 This invention is suitable for the beverage and packaging industry, soft drink production facilities, beer production facilities, energy drink production facilities, instant coffee production facilities, aluminum cans production facilities, food and beverage packaging systems, occupational safety practices, industrial work areas, automotive sector, construction sector, mining sector, 10 maritime sector, elderly care centers, rehabilitation centers, disabled applications for use, sports and outdoor activities, camping equipment, cycling sports, picnic areas, products for children, restaurants, cafes, catering services, mass service systems, retail outlets, supermarkets, vending machines foldable 15 that can be used in systems and aluminum recycling processes It relates to the handle system of aluminum canisters. State of the Art: Aluminum cans, widely used in the beverage industry, are lightweight, 20 because of its advantages such as durability, low production cost and recyclability in the packaging of many products such as soft drinks, energy drinks, beer, instant coffee and similar products They are preferred. These boxes are generally made from aluminum deep drawing and forming. It is produced through various processes, and thanks to its cylindrical body structure, it facilitates filling and capping. It provides high efficiency in palletizing, storage and transportation processes. With this 25 together, due to its flat and cylindrical outer surface structure, especially after being removed from the cooler Condensed water generated afterwards makes it difficult to grip the box securely when hands are greasy or moist This situation is especially true for scenarios requiring one-handed operation conditions, for elderly individuals, children, disabled users, and people wearing gloves or working in greasy environments, it can cause the box to slip out of the hand, the drink to spill, product loss 30 and cause various safety risks. 2 Various auxiliary solutions have been developed for this problem in the prior art. One of them is plastic handles that are purchased separately by users and retrofitted onto the box Similarly, external aluminum clip handles designed only for tin cans are also used. In addition, thermal foam sleeves fitted around the box provide thermal insulation and also indirectly improve grip 5 They are trying to improve it. Some manufacturers are even putting embossed or decorative patterns on the outside of the box. It aims to increase friction by applying rough patterns. In addition, Secured to the can by gripping the top and bottom rim areas, it is an adult beverage container. Various accessory solutions developed for boxes are also included in the literature, Examples of these include the external box holder described in patent number US12256856. It can be shown. However, all current solutions have various technical limitations. (Aftermarket installations) Plastic or metal handles are not part of the standard production process and also their production, packaging, distribution and assembly by the user 15 This is necessary. This creates additional costs and can lead to the loss of accessories. This can also lead to it being forgotten or not used. Furthermore, the external factors in question... The parts enlarge the outer profile of the box, disrupting the standard stacking arrangement, and palletizing. reducing density, decreasing transportation efficiency, and inside the cooler This negatively impacts storage capacity. Plastic-based solutions, however, are recyclable. This necessitates prior separation, posing a risk of foreign material contamination. This creates and generates additional plastic waste. In addition, the use of... Suitability of some plastic materials for long-term food contact and food safety. The fact that it requires additional assessments is another disadvantage. Thermal foam sleeves were primarily developed for heat insulation purposes and are safe. It does not directly solve the problem of comprehension. These products increase the volume of the box, It requires cleaning after use and is single-use. This results in a significant amount of waste in its rough or uneven versions. Embossed surface applications, however, only reduce the coefficient of friction to a limited extent, 30. It can increase the grip size, and its handle structure allows the fingers to grip securely. Because it cannot create a safe one-handed use, especially on wet or oily hands, 3 It cannot meet the demand. External clip-type solutions found in the literature are similarly problematic. It is not integrated into the factory production process; it is a separate product in the form of an accessory. This is being presented and can negatively impact standard logistics processes. As a result... In the current technology, the stacking of the cans is directly integrated into the tin can production line. Protecting its profile, providing a secure one-handed grip, and fully integrated with recycling processes. There is no integrated retention system that is compatible and does not require additional accessories. Description of the invention: The invention involves integrating 10 components into the aluminum can body during the fabrication process. Thanks to its foldable aluminum handle system, it offers the user an additional accessory. It offers safe and ergonomic use without requiring any special tools. The handle is a standard product. Since it is created as an integral part of the process, it can also be purchased by the user. It does not require acquisition, assembly or storage; the product is ready for use with each use. It is ready. Thus, ease of use is increased while post-production 15 Operational requirements related to the management of additional accessories are also eliminated. The foldable handle system included in the invention can be adjusted with a single finger movement, approximately It can be opened 90° outwards and closed again after use. Double Thanks to its 20-position locking mechanism, the handle can be locked in both the open and closed positions. It is securely fastened, preventing unintentional movement. Handle The non-slip embossed structure on its surface is free from any chemical coating. It provides high grip performance without requiring any additional tools, especially in wet, oily and It offers safe one-handed use even with cold hands. This design makes it suitable for the elderly, children, Individuals with disabilities and users wearing gloves can independently and safely consume beverages. 25 It supports the ability to consume. The foldable handle should protrude approximately 1.5 mm from the box surface when closed. The non-protruding profile structure ensures the preservation of the standard can geometry. Thus, palletizing, storage, transportation, and cooler placement dimensions remain unchanged at 30. It is protected, and full compatibility with the existing logistics infrastructure is achieved. In addition The invention is compatible with existing filling and capping lines. 4 designed to avoid extensive machine or process changes in production facilities It can be implemented without the need for additional costs in mass production. Keeping it at around 3–5% per box also increases its commercial viability. The fact that all components of the invention are made of aluminum, recycling 5 This allows the processes to be carried out directly with the existing infrastructure. Different The fact that materials do not need to be separated increases recycling efficiency. While protecting against environmental damage, avoiding the use of plastic-based components contributes to environmental sustainability. It also provides a non-slip surface structure that does not require chemical coating. It offers a usage that complies with food safety standards. 10 The invention is not intended solely for individual consumer use, but also for various sectors. It is applicable. Suitable for standard tin can production in the beverage and packaging industry. In addition to being able to be integrated, in industrial work environments where occupational safety is required, in restaurants and mass catering services, sports and outdoor activities, maintenance 15 Safe one-handed use advantage in centers and rehabilitation applications. It provides a secure grip, preventing the box from falling, avoiding beverage waste, and protecting clothes. by contributing to reducing risks such as contamination and work accidents caused by slipping It improves both user safety and operational efficiency. Explaining the Figures: The invention will be described by referring to the attached figures, so that the features of the invention can be explained. It will be understood and appreciated more clearly, but the purpose of this invention is this obvious It is not about limiting it with regulations. On the contrary, the invention is defined by the accompanying claims in 25 all alternatives, modifications, and options that could be included within the defined area The aim is to cover their equivalences. The details shown are only for the present invention. It is shown to illustrate the preferred arrangements and both the methods shaping, as well as the rules and conceptual features of the invention, in the most useful way. It should be understood that they are presented to provide an easily understandable definition. These 30 in the drawings; Figure 1 shows the foldable handle in the closed position. Figure 2 shows the foldable handle in the open position. Figure 3 shows a detailed cross-sectional view of the hinge. Figure 4 is a perspective view of the stacked irons. Figure 5 shows a schematic view of the production flow. Illustrations that will help understand this invention are shown in the attached image. They are numbered and their names are given below. References Explanation: 10 1. Tin Can 2. Top Cover Finger Ring 3. Foldable Handle 4. Double Hinge Point 15 5. Non-slip embossed lines 6. Open Handle Profile 7. Finger Wrapping Area 8. Hinge Opening Direction Arrow 9. Box Side Wall Aluminum Profile 20 10. Hinge Base Plate 11. Hinge Shaft System 12. Spring Mechanism 13. Ring Tip 14. Tooth Mechanism 25 15. Stacking Profile 16. Preparation of Aluminum Sheet and Handle Raw Material 17. Box Body Forming with Deep Drawing Press 18. Handle and Hinge Integration Assembly 19. Beverage Filling and Capping 30 20. Final Product Release 6 Description of the Invention: The invention consists of a tin can (1), a top cover finger located on the top of the tin can (1). The ring (2) is integrated into the side surface of the tin can (1) during the manufacturing process. a foldable handle (3) connected to the double 5 which enables the rotational movement of the foldable handle (3). Hinge points (4), non-slip created on the outer surface of the foldable handle (3) embossed lines (5) provide grip in the open position of the foldable handle (3). Handle profile (6) and finger wrap area (7) enable the folding handle (3) to be opened. The ring end (13) forms the box side wall of the foldable handle (3) which is the axis of rotation. aluminum profile (9), hinge base plate (10) and hinge shaft system (11), 10 The spring that secures the foldable handle (3) in the open and closed positions. with mechanism (12) and tooth mechanism (14) and foldable handle (3) in closed position Stacking profile that allows the tin can (1) to be placed horizontally on the outer surface. (15) includes and foldable handle system by working together of these components. It constitutes. 15 The invention enables the foldable handle (3) to be securely attached to the tin can (1). The invention has a hinge base plate (10) with rivet connection. The double hinge that performs the turning, locking and carrying movements of the handle (3) points (4), hinge base plate (10), hinge shaft system (11), spring 20 its mechanism (12) and tooth mechanism (14) are made of aluminum material. It ensures that it happens. The invention contributes to a secure grip on the outer surface of the foldable handle (3). non-slip embossed lines (5) by geometric surface shaping method 25 It includes the creation of. The invention is based on a foldable handle (3) lying flat on the outer surface of the tin can (1) in the closed position. It ensures that the handle is positioned 1.5 inches from the outer surface of the tin can (1). It has a stacking profile (15) that prevents overhang of more than mm. 30 7 The invention relates to the production of aluminum cans with foldable handles; aluminum sheet and the preparation of the handle raw material (16) and the prepared aluminum sheet box body forming process by shaping with deep drawing press (17) implementation of the foldable handle (3), double hinge points (4), hinge base plate (10), hinge shaft system (11), spring mechanism (12), ring end 5 (13) and the gear mechanism (14) are integrated into the box body during the fabrication phase. the integration assembly of the handle and hinge (18) is carried out, created the process of filling the can body with beverage and closing the lid (19) and The final product with the foldable handle (3) integrated into the box body. It includes the realization of its exit (20). 10 The invention relates to the hinge base plate during the handle and hinge integration assembly (18). (10) is fixed to the box side wall aluminum profile (9) by rivet connection. It includes. The invention relates to the external folding handle (3) before the handle and hinge integration assembly (18). geometric surface shaping of non-slip embossed lines (5) on its surface It involves creating it through a process. Detailed Description of the Invention: 20 The invention addresses the problem of coupling encountered in the use of standard aluminum cans. developed to solve the problem, production of tin can (1) body It relates to a foldable handle system that is integrated seamlessly during the manufacturing process. The system is designed to maintain the standard geometry of the box and is 25 When not in use, it lies completely flat on the box surface. During use, it opens with a single movement, providing the user with a secure gripping surface. It provides. The tin can (1) used in the invention is a standard 330 ml or 500 ml volume 30 It is manufactured in the form of an aluminum beverage can. On the top of the tin can (1), The top cap has a finger ring (2) which allows the beverage to be consumed. Top 8 lid finger ring (2), in accordance with current tin can production standards is positioned and within the scope of the invention there is no structural change. It does not visit. A foldable handle (3) 5 is attached to the cylindrical side surface of the tin can (1) during the manufacturing process. The foldable handle (3) is integrated into the box body during the production process. Since it is pre-assembled, it does not require any additional installation by the user. The foldable handle (3) rests completely against the box surface when not in use, During use, it opens outwards to create an ergonomic grip element. It consists of 10 The rotational movement of the foldable handle (3) relative to the box body is due to the double hinge points (4) This is achieved through the double hinge points (4), which ensure the handle is balanced. They are positioned opposite each other in a way that allows them to move and open / close. The box body is designed to withstand bending or torsional forces that may occur during movement. It transmits in a balanced manner. The foldable handle (3) has non-slip embossed lines (5) on its outer surface. Non-slip embossed lines (5), geometric surface shaping on the outer surface of the handle It is produced by this method and does not require any chemical coating or additional coating. 20 It is obtained without using any material. Thanks to this structure, the handle surface... The coefficient of friction is increased, especially in wet or oily environments due to condensation. A secure grip is provided during use with the hands. When the foldable handle (3) is brought to the fully open position, an open handle profile (6) is formed. 25 The open handle profile (6) allows the user to place their fingers around the handle. It has a geometry that will allow sufficient space between the handle and the tin can (1). It creates a grip gap. Created within the open handle profile (6) The finger wrap area (7) allows the user's four fingers to be securely wrapped around the handle. It allows for one-handed use by ensuring it stays in place. 30 9 The opening direction of the foldable handle (3) is in line with the hinge opening direction arrow (8). It is performed. The user places the ring end located on the front of the foldable handle (3). (13) By grasping it with his finger, he pulls it upwards and outwards, so that the foldable handle (3) by rotating approximately ninety degrees through the hinge system to the open position It reaches 5 The mechanical structure that performs the rotational movement of the foldable handle (3) is the box side wall. aluminum profile (9), hinge base plate (10) and hinge shaft system (11) It is formed by. Box side wall aluminum profile (9), hinge base It forms the carrier region to which the plate (10) is attached. Hinge base plate (10), 10 The box is fixed to the aluminum profile (9) of the side wall by rivet connection and The hinge shaft system (11) forms the carrier connection of the foldable handle (3). opening and closing by creating the rotation axis of the foldable handle (3). This ensures that the movement is carried out with low friction. The foldable handle (3) can be securely fixed in both open and closed positions. For this purpose, the spring mechanism (12) and the tooth mechanism (14) work together. mechanism (12), necessary recall during the movement of the foldable handle (3) The tooth mechanism (14) creates its force and the handle is both closed and open. mechanical locking prevents unintentional movement in position 20 It performs the following. When the user opens the handle, the tooth mechanism (14) is released. When the handle is released and reaches the fully open position, the tooth mechanism (14) is re-engaged. The handle is secured by inserting it. Similarly, after use, the handle is returned to the box. When pressed on the surface, the spring mechanism (12) directs the handle to the closed position and The tooth mechanism (14) performs automatic relocking. 25 The placement of the foldable handle (3) in the closed position is with the stacking profile (15). It is determined. Stacking profile (15), foldable handle (3) outside of the can (1) This ensures that it sits horizontally on the surface and that the handle is approximately 1.5 inches from the box surface. It prevents overflow of more than 30 mm. Thus, standard palletizing, storage, and transportation... and cooling layout dimensions are being maintained, the existing logistics infrastructure is not affected by any changes. It can be used without needing any modifications. The production of the invention starts with the preparation of aluminum sheet and handle raw material (16). At this stage, materials will be used in the production of the tin can body and the foldable handle. Aluminum raw materials are prepared for production. Then, deep drawing is performed. The box body forming process (17) is carried out by pressing standard aluminum 5 The tin can body is being formed. Following the creation of the box body, the handle and hinge integration assembly (18) This is being done. At this stage, the foldable handle (3), double hinge points (4), hinge base plate (10), hinge shaft system (11), spring mechanism (12), ring end 10 (13) and gear mechanism (14) are integrated into the box body during the fabrication phase. The hinge base plate (10) is attached to the box side wall aluminum profile (9). It is secured with rivet connections and the entire mechanism is mounted as a single piece into the box body. It is assembled. The handle and hinge integration assembly (18) is foldable before assembly. non-slip embossed lines (5) on the outer surface of the handle (3) geometric surface 15 It is created using a shaping method. After the assembly process is completed, the beverage filling and capping (19) process This process is carried out. At this stage, the desired beverage is filled into the box and the top is... The standard cap closing procedure, including the cap finger ring (2), is applied. 20 In the final stage of production, the foldable handle (3) is integrated into the box body. The final product output (20) is carried out. The final product is the current filling, compatible with storage, palletizing, shipping and recycling processes It is removed from the production line ready for use. 30

Claims

11 REQUESTS 1- The invention relates to a foldable aluminum tin can handle system, the feature of which is;  a tin can (1),  The top cover finger ring located on the top of the said tin can (1) 5 (2),  integrated into the side surface of the tin can (1) during the manufacturing process a foldable handle attached (3),  Double hinge points (4) that enable the rotational movement of the foldable handle (3),  Non-slip embossed lines created on the outer surface of the foldable handle (3) 10 (5),  Open handle profile (6) which provides grip when the foldable handle (3) is open. and finger wrapping area (7),  The ring end (13) that allows the foldable handle (3) to be opened,  The box side wall aluminum 15 forms the axis of rotation of the foldable handle (3). profile (9), hinge base plate (10) and hinge shaft system (11),  spring that secures the foldable handle (3) in open and closed positions mechanism (12) and tooth mechanism (14),  the foldable handle (3) is in the closed position and lies flat on the outer surface of the tin can (1). It consists of a stacking profile (15) which enables it to be placed in this way. 20 2- The foldable aluminum can handle system mentioned in Claim 1 has the following features: riveted connection that enables the foldable handle (3) to be fixed to the tin can (1) It is characterized by having a hinge base plate (10). 3- The foldable aluminum can handle system mentioned in Claim 1 has the following features: The foldable handle (3) performs the functions of turning, locking and carrying. double hinge points (4) made of aluminum material, hinge base plate (10), hinge shaft system (11), spring mechanism (12) and tooth mechanism (14) It is characterized by having. 30 12 4- The foldable aluminum can handle system mentioned in Claim 1 has the following features: Non-slip grip created with geometric surface shaping. It is characterized by having embossed lines (5). 5- The foldable aluminum can handle system mentioned in Claim 1 has the following feature: 5 with the foldable handle (3) lying flat on the outer surface of the tin can (1) in the closed position enabling it to fit and the handle to be more than 1.5 mm from the outer surface of the tin can (1). It is characterized by having a stacking profile (15) that prevents overflow. 6- The invention is a method for producing a foldable aluminum can handle, the characteristic of which is; 10  Preparation of aluminum sheet and handle raw material (16) is carried out,  The prepared aluminum sheet is shaped into a box using a deep drawing press. box body forming process (17) to be carried out,  foldable handle (3), double hinge points (4), hinge base plate 15 (10), hinge shaft system (11), spring mechanism (12), ring end (13) and the tooth mechanism (14) integrated into the box body during the fabrication phase Performing the integrated assembly of the handle and hinge (18),  the beverage is poured into the box body that is created and the top lid is closed Performing the beverage filling and capping process (19), 20  The final product with the foldable handle (3) integrated into the box body The execution of its output (20) involves the steps of the process. 7- This is the production method mentioned in Claim 6, characterized by its handle and hinge integration. 25 of the hinge base plate (10) during the integration phase which performed the assembly (18). This includes fixing the box to the aluminum profile (9) of the side wall by rivet connection. It is the characterization of the situation. 8- The production method mentioned in Claim 6, characterized by its handle and hinge integration. non-slip embossing on the outer surface of the foldable handle (3) before assembly (18) 30 It is characterized by the inclusion of the geometric surface shaping process that forms the lines (5). It is done.

Images