Modular individualized phone case

A modular individualized phone case, comprising:

• a case body;
• a modular modeling component, wherein the modular modeling component comprises a plurality of modeling modules which are configured to be combined to form different looks;
• and
• a back plate, wherein the back plate is detachably arranged in the case body, the back plate is a ferromagnetic metal plate, and the modular modeling component is attracted and fixed onto a rear side surface of the back plate, and the modeling modules are magnetic attraction sheets, wherein the case body is a flip case body, which comprises an outer case and an inner case, wherein the outer case is a transparent case, and the inner case is arranged inside the outer case, wherein a side of the inner case is pivotally connected to a same side of the outer case by a rotating shaft, wherein a front side of a bottom plate of the outer case is provided with an elastic pressing column, wherein the back plate is arranged in an interlayer between the outer case and the inner case and is pressed against a rear side of the inner case by the pressing column, and the modeling modules are located between the back plate and the outer case.

A modular individualized phone case, comprising:

• a case body;
• a modular modeling component, wherein the modular modeling component comprises a plurality of modeling modules which are configured to be combined to form different looks;
• and
• a back plate, wherein the back plate is detachably arranged in the case body, the back plate is a ferromagnetic metal plate, and the modular modeling component is attracted and fixed onto a rear side surface of the back plate, and the modeling modules are magnetic attraction sheets, wherein the case body is a slide case body, which comprises a case main body and a sliding cover, wherein two T-shaped sliding rails which are parallel to each other and spaced apart are provided on a rear side of the case main body, wherein a sliding groove adapted to the T-shaped sliding rail is defined on each of two sides of the sliding cover, wherein the back plate is clamped between the two T-shaped sliding rails and is located in a cavity between the case main body and the sliding cover.