Charging case with enhanced magnetic attraction

Abstract

This invention provides a charging case with enhanced magnetic attraction, comprising a case body and at least one magnetic field generating component. The case body has a magnet mounting slot assembly with at least two slots inside. The magnetic field generating component is integrated into the magnet mounting slot assembly and includes at least two magnet units and a magnetic conductive sheet. The magnet units are installed in the corresponding slots, and the magnetic conductive sheet connects the magnet units in series to form a magnetic field loop, thereby enhancing the magnetic attraction function. This invention provides a charging case with enhanced magnetic attraction without increasing the magnet volume or using more expensive magnet materials, while balancing a compact design for easy storage and appropriate production costs.

Claims

1. A charging case with enhanced magnetic attraction effect, comprising: a case body for containing and charging at least one contents, the interior of the case body including at least one magnet mounting slot assembly, the magnet mounting slot assembly including at least two slots; and at least one magnetic field generating component coupled to the magnet mounting slot assembly in the case body, the magnetic field generating component including at least two magnet units and a magnetic conductive sheet, the magnet units being mounted in a corresponding slot, the magnetic conductive sheet being connected to the ends of the at least two magnet units, thereby connecting the at least two magnet units in series and forming a magnetic field loop.

2. The charging case with enhanced magnetic attraction effect as described in claim 1, wherein the case body includes an outer shell and a support member, the support member being coupled inside the outer shell, and the magnet mounting slots are formed on the support member so that the magnet unit of the magnetic field generating component can be mounted on the support member.

3. The charging case with enhanced magnetic attraction as described in claim 2, wherein the support engages with an opening in the housing and extends into the interior of the housing.

4. The charging case with enhanced magnetic attraction as described in claim 2, wherein the support member has at least one receiving groove for receiving the at least one content, and at least two slots of the magnet mounting slot group are connected to the bottom of the receiving groove, such that the at least two magnet units extend to the bottom of the receiving groove and are able to magnetically attract the content.

5. A charging case with enhanced magnetic attraction as described in claim 4, wherein the slot connecting the receiving slot forms a stepped structure that matches the shape of the magnet unit.

6. A charging case with enhanced magnetic attraction as described in claim 4, wherein the support member is provided with two of the receiving slots and two of the magnet mounting slot groups, the slots of the magnet mounting slot groups are connected to the bottom of a corresponding receiving slot, and the charging case is provided with two of the magnetic field generating components, the magnetic field generating components being coupled to a corresponding magnet mounting slot group.

7. The charging case with enhanced magnetic attraction as described in claim 1, wherein the magnetic conductive sheet of the magnetic field generating component is a sheet metal part.

8. A charging case with enhanced magnetic attraction as described in claim 1, wherein the charging case includes a cover that can be combined with the case body, and the magnet unit of the magnetic field generating component can magnetically attract the cover.

9. A charging case with enhanced magnetic attraction as described in any one of claims 1 to 8, wherein the magnet mounting slot assembly is provided with a fitting structure in which the magnetic conductive sheet of the magnetic field generating component is positioned.

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