Magnetic positioning system for accessories inside containers using an external, freely positionable magnetic unit

Abstract

Accessory system for a container with an internal accessory, characterized in that the accessory contains at least one magnetically effective element, is made entirely or partially of a ferromagnetic material, and that an external, freely positionable magnetic unit is provided outside the container, the magnetic force of which acts through the container wall on the accessory in order to influence or fix its position inside the container.

Description

Technical field

[0001] The invention relates to a positioning system for accessories inside containers, particularly for powdered or granular products. The invention enables the targeted positioning of an accessory, such as a dosing spoon, through interaction with a magnetic unit located outside the container. State of the art

[0002] For powdered or granular products, it is common practice to include an accessory such as a measuring spoon or a measuring cup with the container. This accessory is usually loose inside the container and can sink into the contents during transport or handling. For the user, finding and removing the accessory is often inconvenient and involves direct contact with the contents.

[0003] Prior art solutions include integrated holding systems within the container, such as retaining clips or fixed magnetic positions within the packaging wall or lid. However, these require structural modifications to the container and result in increased material and production costs. Object of the invention

[0004] The invention aims to provide a system that enables the defined positioning of an accessory within a container without requiring any structural modifications to the container itself. At the same time, the system should be easy to use, simple to manufacture, and flexible with regard to different container shapes and materials. Solution to the task

[0005] The task is solved by a two-part system consisting of: 1. Accessory: An accessory located inside the container, for example, a measuring spoon. This accessory either contains at least one embedded magnetic element, such as a permanent magnet, or consists wholly or partially of a ferromagnetic material that reacts to the magnetic field of the external magnetic unit. The magnetic element or material is completely enclosed by the base material of the accessory, so that no migration of substances into the contents occurs when used with food or other sensitive products. 2. External magnetic unit: A magnetic unit that can be attached outside the container, preferably also designed as a permanent magnet. The magnetic unit is not permanently attached to the container. but is intended as a loose accessory. It can be positioned and removed by the user at any point on the outer wall of the container. The magnetic force of the external magnetic unit penetrates the container wall and holds the internal accessory in the desired position inside the container. embodiment

[0006] The container can be made of various materials, especially plastic or metal. The container wall thickness can vary. The magnetic units must be dimensioned so that, with a typical container wall thickness, sufficient holding force is achieved to keep the accessory in position during transport, storage, and handling.

[0007] The external magnetic unit can be designed in any way and take on various geometric shapes, such as round, rectangular, or square. It can also feature printing or reliefs, although this is irrelevant to its technical function.

[0008] The accessories inside the container can also take various forms. Besides measuring spoons, measuring cups, stirring aids, or similar tools are possible, which are intended to be held in a defined position during storage. Advantages of the invention

[0009] The invention makes it possible to hold accessories in containers in a defined, preferred position without requiring any structural modifications to the container itself. The system is retrofittable, reusable, and suitable for various container types. The magnetic unit is detachable and can be attached or removed without tools. Protectable features

[0010] The invention is characterized in particular by the following features: • Use of an internal accessory with an integrated magnetically active element or with ferromagnetic properties • Use of a magnetic unit that can be freely positioned on the outside of the container • Interaction of magnetic fields through the wall of the container to position the accessory • No fixed structural connection between container and magnetic unit • Flexible applicability for different container shapes and materials • Possibility of retrofitting existing containers Reference symbol list 1 accessory (with magnetic or ferromagnetic element) 2 External, freely positionable magnetic units

Claims

[1] Accessory system for a container with an internal accessory, characterized by that the accessory contains at least one magnetically effective element, is made entirely or partially of a ferromagnetic material, and that an external, freely positionable magnetic unit is provided outside the container, the magnetic force of which acts through the container wall on the accessory in order to influence or fix its position inside the container. [2] Accessory system according to claim 1, characterized by that the accessory has a food-safe encapsulated magnetic element. [3] Accessory system according to claim 2, characterized by , that the external magnetic unit is designed as a loose, reusable accessory which can be freely positioned and removed by the user on the outer wall of the container. [4] Accessory system according to one of the preceding claims, characterized bythat the magnetic unit can be produced in different geometric shapes or colors and can have an individual surface design for advertising purposes or branding. [5] Accessory system according to claim 4, characterized by that the magnetic force of the magnetic unit is designed so that the accessory inside the container is visible and immediately accessible when opened. [6] Accessory system according to one of the preceding claims, characterized by that the accessory system is suitable for different container materials and wall thicknesses, whereby the magnetic force of the external magnetic unit can be adapted to the respective wall thickness or is dimensioned to provide sufficient holding force.

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