Z-Fold Aluminum Foil Presentation and Distribution Device

Abstract

The invention is a dispensing device that provides an alternative to roll form of aluminum foil sheets. The device comprises a stack (40) in which aluminum foil sheets are stacked using the Z-folding (interfolded) method and a dispenser box (10) that holds this stack. Thus, when a sheet is pulled from the box's outlet (20), the next sheet is automatically made available thanks to the interfolding (40a) between the sheets. The invention eliminates the difficulty of cutting roll foils, metal blade damage, and uncontrolled unraveling problems.

Description

1 TARIFF INVENTION TITLE: Z-FOLD ALUMINUM FOIL PRESENTATION AND DISTRIBUTION ARRANGEMENT Technical Area The invention concerns the preservation of aluminum foil for kitchen, catering and industrial use, and 5 It relates to distribution. The invention eliminates the difficulties in using foils, especially those in roll form. a lift, a stack of pre-cut and Z-folded foil sheets A dispenser is a dispensing device presented in a box. State of the Art Aluminum foil is commonly found wound onto a cardboard roll and in an outer box of 10. It is offered to the market within. In roll systems, the user places the foil on the box. He needs to cut it himself using a serrated knife. However, this is because the foil is uneven. tearing, metal blades injuring the user, and the foil uncontrollably falling out of the box This causes it to unravel. Also, pulling foil from the roll usually requires both hands. It makes its use mandatory. 15 Purpose of the Invention The main purpose of the invention is to eliminate operational difficulties in the use of roll foil, using a single... The goal is to offer a complete foil dispensing system that is suitable for manual operation and minimizes waste. Another aim of the invention is to enable each foil sheet to be folded thanks to its Z-fold (interfolded) architecture. The goal is to develop a device that automatically prepares the next leaf in the process. 20 Another purpose of the invention is to protect the foil from external factors thanks to a box (dispenser) structure. The goal is to develop a device that ensures its protection. Another objective of the invention is to ensure the hygienic protection of the Z-folded aluminum foil inside the box. The goal is to develop a device that ensures its protection. 2 Another purpose of the invention is to protect the z-folded aluminum foil inside the box from metal cutters. The goal is to develop a device that completely eliminates the need for knives. Brief Description of the Figures Figure 1: General perspective view of the dispensing device that is the subject of the invention. Figure 2: Partial section (with window) perspective view of the distribution system. 5 Figure 3a: Detailed illustration showing the Z-fold (interfolded) arrangement of the foils inside the box. It is a perspective view. Figure 3b: Side (section) showing the working principle of the Z-fold aluminum foil stack (40a). It is the appearance. Reference Numbers 10 10. Dispenser Box (Packaging Body) 20. Foil Exit Nozzle (Opening) 40. Z-Fold Aluminum Foil Stack 40a. Interfolded Leaf Detail DETAILED DESCRIPTION OF THE FIGURES Figure 1 shows a general perspective view of the distribution device that is the subject of the invention. This In view, the foil outlet (20) is located on the upper surface of the dispenser box (10) and this The first aluminum foil sheet (40) extending out of the mouth is seen. Foil exit mouth (20), It is formed as a slit / opening in the top panel of the box (10). The length of this opening is 20 It can be designed to cover the top surface of the box (10) from end to end, or to be a specific It can also be limited to the area. However, in both cases, the edges of the foil (40) are boxed. In order to prevent tearing or wrinkling by rubbing against the surface, the width of the mouth (20) must be at least It is essential that the foil width is equal to or slightly longer than the foil width. Figure 2 shows a perspective view with a window (partial section) illustrating the internal structure of the device. 25 This view clearly shows the position of the aluminum foil stack (40) inside the box (10). 3 It reveals it in a way. The topmost of the stacked leaves passes through the exit opening (20). It is made ready for the user. This drawing shows the volume of the box (10) of foil sheets. It technically demonstrates how it is arranged and how it is directed toward the outlet (20). Figure 3a shows a detailed perspective of the Z-folding (interfolded) architecture that forms the basis of the invention. The image shows five sheets of aluminum foil interlocking with each other. The folding method (40a) is shown as (interlocked). This folding mechanism Thanks to this, the terminal end of each leaf has a physical interaction with the starting end of the next leaf. It is in this state. Figure 3b shows the side view of the Z-folding array (40a). This technical view schematizes the arrangement of the leaves one after another and the folding geometry. As shown in the figure, when the topmost leaf is pulled off, the fold points... Thanks to the mechanical clamping (40a), the leaf at the bottom is also dragged upwards and The continuity of the foil is ensured. Detailed Description of the Invention The invention consists of a dispenser box (10) and a Z-folding (interfolded) 15 placed inside this box. It is a complete assembly consisting of aluminum foil sheets (40) stacked using this method. The heart of the setup is the special arrangement of the foil sheets (40) inside the box (10). Figure 3a and Figure As seen in 3b (40a), each sheet of aluminum foil is mechanically linked to the next sheet. It is folded in such a way that it locks into place. Thanks to this structure, the user can access the top surface of the box. When you pull the top foil from the outlet (20), the last layer of this sheet is the 20 of the sheet underneath. Dragging the starting floor upwards along with it, at the mouth (20) for the next use It leaves it ready. Ter bat is designed to preserve the delicate structure of the foil, box (10) architecture The outlet opening (20) will allow the foil to come out freely and without creasing the edges. The foil outlet (20) is arranged in width, depending on the intended use and box (10) 25 It has a flexible structure depending on its dimensions. The outlet (20) covers the top surface of the box (10). Cut the foil (40) so that it covers the entire length (full length) as you can reach it. To ensure it can be easily removed without rubbing against the edges, it should be at least the width of the foil. 4 also in the form of a slit / opening that is equal to or slightly longer (wide) than the foil width It can be shaped. This flexible mouth structure is adapted to the dimensions of the foil and the ergonomics of pulling. The system can be freely optimized by the manufacturer. In this system, a roller or cutting blade can be used. Because it is not present, the risk of the foil tearing during use is minimized, and a complete seal is ensured. Leaf control is provided. 5 15

Claims

REQUESTS 1. It is a device for dispensing aluminum foil sheets, and its characteristics are:  A dispenser box (10) that holds aluminum foil sheets in its interior volume,  Inside the box in question, there are items folded into each other using the Z-folding method. Folded aluminum foil that prepares the next leaf when one leaf is pulled out. It contains foil sheet stacking (40).

2. It is an arrangement in accordance with Claim 1, and its feature is that on the upper surface of the said dispenser box (10), It contains an outlet opening (20) that allows the foil sheets (40) to come out one by one. 15 25

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