Magnetic holder for mobile devices

Abstract

Magnetic holder for mobile devices on ferromagnetic objects, stations and systems, consisting of a double-sided magnetic surface, characterized in that the magnetic force of the side facing the mobile device is greater than the magnetic force on the side facing the ferromagnetic object

Description

[0001] The present invention relates to a magnetic holder for mobile devices, in particular smartphones, on ferromagnetic objects. This holder makes it possible to attach mobile devices to objects made of ferromagnetic materials. The magnetic force on the side facing the smartphone must be greater than the magnetic force facing the ferromagnetic object to ensure easy detachment of the mobile phone from the object to which it was attached using the holder. The shape of the holder can be round, ring-shaped, or square.

[0002] There are already various types of smartphone mounts available that also use magnetic holding power. However, these only have sufficient magnetic holding power on the side facing the smartphone and are not suitable for attaching to ferromagnetic objects. They must be glued to the object being held. This prevents an easily removable connection, at least on this side.

[0003] In fitness studios where most weight training stations are made of ferromagnetic materials such as iron or steel, this invention allows for a simple and easily removable attachment of the mobile phone to the equipment during exercise. Other mounts are not suitable for this purpose, as they would have to be glued on, or without a mount, the smartphone can only be placed on the floor or stowed in a bag.

[0004] This invention is suitable for all mobile devices with an integrated magnetic ring. The invention is also possible for mobile devices without an integrated magnetic ring using a magnetic adapter ring.

[0005] The invention has a wide range of applications, not just in fitness studios. It is also suitable for workshops, kitchens, industrial plants, and any area where ferromagnetic stations or systems are present.

[0006] The features and advantages of the present invention will become apparent from the following description of an embodiment with reference to the drawing, in which Fig. 1 a smartphone with a magnetic holder according to the invention on a station made of ferromagnetic material in a perspective view Fig. 2 alternative embodiment of the magnetic holder (ring-shaped)

[0007] In Fig. 1 shows a smartphone 1 with an integrated magnetic ring on its back. The round magnetic holder 2 in this case is equipped with indentations 3 on the side facing the phone to allow easy removal of the holder from the mobile device. The surface of the holder is coated to protect the mobile device and the object to which the mobile device is to be attached from scratches and damage. The magnetically weaker back of the magnetic holder adheres to the ferromagnetic material of the station / system 4.

[0008] Fig. 2 shows an alternative design of the magnetic holder as a ring with the same function as under Fig. 1 described.

Claims

[1] Magnetic holder for mobile devices on ferromagnetic objects, stations and systems, consisting of a double-sided magnetic surface, characterized by that the magnetic force of the side facing the mobile device is greater than the magnetic force on the side facing the ferromagnetic object [2] Magnetic holder for mobile devices according to claim 1, characterized by that the strength of the holder exceeds the camera components of the mobile device. [3] Magnetic holder for mobile devices according to the preceding claims, characterized by that the side of the holder facing the mobile device has recesses as grips to make it easier to remove the holder. [4] Magnetic holder for mobile devices according to the preceding claims, characterized by that the surface of the holder is covered with scratch-resistant material.

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