Metal container and metal container lid.

Abstract

This utility model relates to an embossed stamped metal container and a lid made of embossed profile designed to close the container. The optimized design of the metal container and lid ensures that the quality of the stored product is preserved for a longer period, providing increased mechanical resistance as well as greater resistance to opening upon closing the lid.

Description

1 TARIFF METAL CONTAINER AND METAL CONTAINER LID THE FIELD OF INVENTION This utility model applies to products from the food processing industry and the chemical industry. 5 a metal container designed for storage and transport, as well as a lid for the metal container. It is related. KNOWN TECHNIQUE The closest document in the previous technique is from products of the food industry and the chemical industry. Published on May 31, 2014, it refers to a metal container for transporting and storing goods. BG 1890 U1. The metal container has a tubular body containing walls (3) and a base (4) 10 and permanently attached to the lower end of the base walls (3) with a double bent outer (flange) ring bushing (5). It is fixed; the upper circumferential edge (6) of the container (1.2) is outward parallel to the upper edge (6). The walls (3) with the protruding first reinforcing rib (7) have an outwardly bent upper It is formed by its tip. The tubular body is a rectangular shape with rounded corners. It has a cross-section and around each rounded corner, the first reinforcing rib (7) 15 a limiting rib (9) protruding under a certain opening and parallel to the upper edge (6) It is located above the first reinforcing rib (7) and parallel to it, with the gap and the second There is a reinforcing rib (8). Between the two reinforcing ribs (7) and (8), there is a central rib attached to the walls of the container. two supports (10) are permanently fixed to a stem (11) in opposite directions. It is fixed as follows: 20 Another document BG 1892 U1, with a closing panel (1) and a sealing element (4). equipped with an outward and downward bent free end (3) circumferentially a metal lid to close the product container which includes a vertical side wall (2) It explains. A grip that protrudes outwards, parallel to the closed end (3) on the side wall (2). The edge (10) is made. The closing panel (1) represents the outer wall of the vertical side wall (2) of the cover. It has a central area (5) surrounded by an inverted U-shaped groove (6). The U-shaped groove (6) The inner wall is lower than the height of the side wall (2). The inner (6) of the U-shaped cavity Immediately adjacent to its wall and in the central area (5) a U-shaped shape pointing upwards concentrically to it There is a reinforcing rib (9). The free end of the vertical side wall (2) is bent outwards. (3) is bent inwards by placing the sealing element (4) into the curved section (7). It has a radius curved section (7) that passes into the spiral section (8). 2 TECHNICAL SUMMARY OF THE UTILITY MODEL The aim of the present utility model is to provide an optimized structure for a metal container and for the metal container. The goal is to create a lid, which helps preserve the qualities of the stored product for a longer period. This will result in increased mechanical resistance, as well as resistance to opening upon closing the lid. The goal is to obtain more resistance. 5 The purpose is an embossed stamped metal container and an embossed seal designed to cover the container. This was solved by creating a cover from the profile. The metal container has a tubular body with walls, and the lower edge of the walls is double-twisted. It has a base permanently fixed to the outer edge, the upper circumferential edge of the container, the walls It is formed by its upper edge bent outwards, which is parallel to the upper edge and extends outwards 10 It has a primary reinforcing rib that protrudes correctly. The tubular body, It has a rectangular or square cross-section with rounded corners, each rounded corner, below the first reinforcing rib and parallel to the upper edge, outwards. It has a protruding reinforcing rib. It is located above and on the first reinforcing rib. There is a second reinforcing rib with a parallel gap. Between the two reinforcing ribs and the container 15 two opposing supports, centrally located on their walls, to which a stem is permanently fixed. It is fixed in place. All four sides feature a rectangular embossed stamping 0.5 mm deep. This technical solution further strengthens the vertical and lateral stability of the container. This leads to an improvement in mechanical strength. The metal container can be manufactured from thinner sheet metal. It appeared unexpectedly, but thanks to the embossed stamping on the container According to the utility model, mechanical resistance and strength have been improved compared to the prototype. According to the utility model, regarding the metal cover, it can also be produced from a thinner sheet metal, and However, thanks to its embossed profile, it achieves greater mechanical resistance compared to a conventional lid. It has been determined that he / she is able to do so. 25 The embossed stamping on the metal container is symmetrically located on its four vertical sides. Embossed stamping, double twisted outer wall pressed (flange) collar bushing and upper circumferential equidistant from the edge and the rounded edges surrounding the metal container from gap A It has a rectangular outline. Embossed stamping, 6 mm wide metal. It is centered towards the inside of the container. Embossed stamping, 30 of embossed stamping It has a main line that is inclined relative to the flat surface outside. 3 Thanks to the embossed stamping, the container can be removed from the side body without the risk of spillage. It is resistant to strong deformations. Optimized embossed metal container. Its design provides 8.5% higher resistance. Embossing is used to produce metal containers from a thinner sheet of steel (or tin). It provides options. In this way, embossed stamping, made from thicker sheet metal but 5 side walls made of thinner material compared to a non-stamped container It compensates for its mechanical resistance. The embossed profile metal cover is equipped with a closing panel and a sealing element, a circumferentially positioned vertical side wall with a free end bent outwards It includes 10 protruding elements parallel to the outwardly curved closed end on the vertical side wall. A gripping edge is formed. The free end of the vertical side wall, bent outwards, is turned inwards. It has a radius-curved section that transitions into a twisted spiral section, and a sealing element. It is placed in the curved section. The embossed profile has a square main outline and radius milling / corner rounding at the four corners. It is placed in the middle of the metal cover. The embossed profile is positioned on the other 15 of the metal cover. It is located at a lower height than the elements and the back of the metal cover with embossed profile. The transition between the remaining areas is made with a sloping contour. Outside the sloping contour, there is a flat surface. It is found. In the metal cover structure, the prototype's U-shaped recess features an embossed profile on the closing panel. It has been replaced with [something]. It increases the mechanical resistance of the metal lid and also the metal 20 of the lid. It minimizes the amount of air after it is sealed. In this way, inside the metal container This reduces the risk of the top layer of the placed food product drying out or spoiling. Beneficial. According to the model, the structure of the metal cover results in a reduction of approximately 60% in the air gap. It is possible. By optimizing the structure of the metal cover through an embossed profile, 25 for the cover. Material input (sheet metal), produced with a U-shaped trough using sheet metal of the same thickness. It is reduced by 6% compared to that. Steel sheets with a hardness of TS 360 are different from normal covers where the hardness of the sheet is TS 245. It is used to make a metal cover with an embossed profile. The difference here is 115 units or It is 30%. The steel sheet thickness is 0.20 mm for embossed profile covers and 0.25 mm for standard covers. 4 The mass of material placed for 1 cover with an embossed profile is mm. It is 31.2% less than the lid's. The metal casing from the previous technique is manufactured from 0.50 mm sheet metal up to 0.31 mm thick, and According to the utility model, the metal container is manufactured from 0.28 mm sheet metal with a thickness of up to 0.23 mm. As a result of the embossed stamping on the metal cap, 5 more than those used in the utility model. Regardless of the thinness of the sheet metal, both the mechanical strength and the quality of the products Better performance is achieved due to better storage conditions. The utility model offers the following advantages: The embossed stamping of the metal container allows the contents to be held securely against the lateral side of the body without the risk of spillage. with a vertical and lateral mechanical resistance of 10, with the possibility of being subjected to strong deformations. This leads to improvements. It provides options for manufacturing metal containers from thinner sheet metal (tin). Embossed stamping is applied to a container made of thicker sheet metal but not stamped. It compensates for the mechanical resistance of the side walls, which are made of thinner material compared to the original material. Replacing the U-shaped recess of the lid with an embossed profile, the metal lid This leads to an increase in mechanical resistance. The embossed profile also makes the metal casing of the cover 15 It ensures that the amount of air remaining in the container is minimized after it is sealed. In this way, risk of the top layer of food product drying out or spoiling when placed inside a metal container. is reduced. The structure of the metal cover, according to the utility model, reduces the air gap by approximately 60%. It causes a decrease. Due to the optimization of the shape, the source material (steel sheet) used to make the lid is 20 Using sheet metal of the same thickness, 6% more material is used to produce the U-shaped trough. It is few. EXPLANATION OF THE FIGURES The utility model is described in detail with reference to the attached drawings; these drawings include: Figure 1 shows the axonometric view of the metal container according to the utility model. 25 Figure 2 shows a side view of the embossed metal container. Figure 3 shows an axonometric view of the metal lid according to the utility model for closing the container. It shows its appearance. Figure 4 shows a vertical cross-section of the lid in Figure 3. The following items are listed: 1 – metal container 2 – walls of the metal container 3 – bottom of metal container 5 4 – double-bent outer edge – upper circumferential edge 6 – first reinforcing rib 7 – second reinforcing rib 8 – outwardly protruding limiting rib 10 9 – metal cover – fixing supports for the handle of the metal container 11 – metal cup handle 12 – embossed stamping 13 – flat surface outside of embossed stamping 15 14 – sloping contour 1a – shutdown panel 2a – vertical side wall 3a – free end of side wall (2a) 4a – sealing element 20 5a – central area of ​​the closing panel (1a) 6a – embossed profile 7a – curved radius cross-section 8a – sloping contour 6 9a – flat surface of the metal cover 10A – gripping edge 11A – inwardly twisted spiral section REVISIONS OF THE UTILITY MODEL The tubular body of the metal container (1) is a square with rounded corners of radius or 5 It has a rectangular cross-section. The vessel body is pressed against the walls, the lower edge of the walls (3) It has walls (2) and a base (3) that are permanently fixed with a double-bent outer edge (4). with a gap below the upper circumferential edge (5) on it and parallel to it on the walls (2) outside The first protruding reinforcing rib (6) is made. The tubular body of the vessel is rounded. It has corners, with a limiter protruding outwards around each rounded corner. 10 with rib (8), below the first reinforcing rib (6) and with a gap parallel to the upper edge (5), a second reinforcing rib (7) on top of the first reinforcing rib (6) and parallel to it It is located centrally between two reinforcing ribs (6) and (7), permanently attached to the walls of the container (2). There are two supports (10) fixed and positioned opposite each other, to which are permanent There is a handle (11) fixed in place. 15 The embossed stamping (12) of the metal container (1) is located symmetrically on its four vertical sides. A with embossed stamping (12), double twisted outer edge (4) and upper circumferential edge (5). an equal distance from the gap and the rounded edges surrounding the metal container (1) It has a rectangular main outline. Embossed stamping (12), 6 mm wide metal container (1) is centered towards the inside. Embossing (12), embossing (13) 20 It has a main line that is inclined relative to the flat surface outside. The metal cover (9) has a closing panel (1a) and a vertical side along its perimeter (2a). It has a wall. The free end (3a) on the side wall (2a) bends outwards and downwards and forms a It is equipped with a sealing element (4a). The shape and size of the closing panel (1a) are determined by the closed container. It corresponds to its shape and size. The closing panel (1a) is positioned downwards at 25°. It has a central area (5a) surrounded by an embossed profile (6a). The cover is vertically sideways. To fix the container on the wall (2a), parallel to the free end (3a) on the side wall (2a), outwards. We have a protruding gripping edge (10a). The gripping edge (10a) is the entire side wall (2a). It extends along the perimeter, allowing the lid to be easily placed in the closed position and, consequently, easily... It allows it to open. The free end (3a) bending outwards connects to a spiral section bending inwards. 7 (11a) has a curved section passing through the radius (7a) and the sealing element (4a) is curved It is placed in section (7a). The embossed profile (6a) has a square main line and a radius milling / corner at the four corners. It is placed in the middle of the metal cover with rounding. The height of the embossed profile (6a), The metal cover (9) is lower than the other elements of the metal 5 with embossed profile (6a). The transition between the rest of the cover (9) is made by the slanted contour. Outside of the slanted contour (8a) a flat surface (9a) is located.

Claims

8 REQUESTS 1. A metal container and a lid for a metal container, where the metal container (1) is a pipe with walls (2). with a body in the form of and the lower end of the walls (2) with a double twisted outer edge (4) permanently It has a fixed base (3), the upper circumferential edge (5) of the container (1) is parallel to the upper edge (5). The walls (2) have the first reinforcing rib (6) which protrudes outwards 5 It is formed by its precisely bent upper end, the tubular body of the container is rounded. It has corners, along the perimeter of each rounded corner, the first reinforcing rib (6) a limiting rib (8) that protrudes outwards parallel to the bottom and top edge (5), and a second reinforcing rib (7) on top of the first reinforcing rib (6) and parallel to it It is located, and centrally between two reinforcing ribs (6 and 7), permanently attached to the walls of the container (2). fixed and positioned opposite each other, with a handle (11) permanently attached to it It has two supports (10) on which it is mounted, and an embossed profile to close the product container. The metal cover (9) includes a closing panel (1a) and a vertical side wall (2a) along its perimeter, It has a free end (3a) with an outward and downward curve, with a sealing element (4a). It is equipped and formed outwards 15 parallel to the side wall (2a) and the closed end (3a). It has a protruding gripping edge (10a), where the vertical side wall (2a) extends outwards. a radius curved section whose free end (3a) is bent inwards into a spiral section (8a) It has section (7a), the sealing element (4a) is placed in the curved section (7a) and the coupling The edge (10a) extends along the entire perimeter of the side wall (2a), the feature of which is the four sides of the metal container (1). 20 rectangular outlines, 0.5 mm deep, symmetrically formed on each of its walls embossed stamping (12) and metal cover (9) facing down on the closing panel (1a) The aim is to create a central area (5a) covered with an embossed profile (6a).

2. According to claim 1, a metal container and a lid for the metal container, the characteristic of which is that the metal lid (9) square contour and radius at the four corners (5a) in the central area of ​​the metal cover (9) It includes an embossed profile (6a) positioned by milling / corner rounding, 25 The embossed profile (6a) has a lower height than the other elements of the metal cover. and the transition between the embossed profile (6a) and the rest of the metal cover is a sloping contour (8a) is made with and a flat surface (9a) is located outside the sloping contour (8a).

3. According to claim 1, a metal container and a lid for the metal container, the characteristic of which is that the metal container has four (1) from the double bent outer (flange) ring bushing (4), symmetrically arranged on its vertical wall, 30 pressed into the walls and the upper circumferential edge (5), and rounded around the metal container (1) Rectangular outline relief stamping equidistant from its edges by the gap A 9 (12) containing and embossed stamping (12), recessed into the inside of the metal container (1) is 6 mm wide and embossed stamping (12), embossed stamping It has a curved contour (14) relative to the flat surface (13) outside.

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