Portable wig and hair dressing stand

A portable wig and hairdressing stand comprising

• a headrest structure, a pedestal structure, and a hook and loop structure;
• wherein the pedestal structure attaches to the headrest structure;
• wherein the hook and loop structure attaches to the headrest structure;
• wherein the headrest structure further comprises a first congruent end, a second congruent end, a cushioned lateral face, and a Euclidean lateral face;
• wherein the pedestal structure removably attaches to the Euclidean lateral face of the headrest structure;
• wherein the pedestal structure is a collapsible structure;
• wherein the removal of the pedestal structure from the headrest structure reduces a perimetrical boundary of the portable wig and hairdressing stand for transport;
• wherein the pedestal structure is a load bearing structure;
• wherein the pedestal structure elevates the headrest structure above a supporting surface;
• wherein the pedestal structure transfers the load of the headrest structure to the supporting structure;
• wherein the portable wig and hairdressing stand is adapted for use with a cosmetic specialist;
• wherein the portable wig and hairdressing stand is adapted for use with the hair of a client;
• wherein the hair of the client is selected from the group consisting of the hair growing on the client and a hairpiece on a wig stand;
• wherein the headrest structure forms a platform used by the cosmetic specialist to work on the hair of the client;
• wherein the headrest structure is a mechanical structure;
• wherein the headrest structure has a composite structure;
• wherein the headrest structure has a non-Euclidean structure;
• wherein the headrest structure forms a platform that allows the cosmetic specialist to work on the hair of the client;
• wherein the first congruent end is a congruent end of the composite structure of the headrest structure;
• wherein the first congruent end has a roughly semicircular shape;
• wherein the first congruent end forms the free congruent end of the first Euclidean structure;
• wherein the second congruent end is a congruent end of the composite structure of the headrest structure;
• wherein the second congruent end has a roughly semicircular shape;
• wherein the second congruent end forms the free congruent end of the second Euclidean structure;
• wherein the cushioned lateral face forms the superior lateral face of the composite structure formed by the headrest structure;
• wherein the cushioned lateral face has a semi-cylindrical structure that follows along the center axis of the composite structure of the headrest structure;
• wherein the cushioned lateral face is a cushioned structure;
• wherein the Euclidean lateral face forms the inferior lateral face of the composite structure formed by the headrest structure;
• wherein the Euclidean lateral face forms a Euclidean surface;
• wherein the headrest structure is a single structure that is formed from three distinct sections;
• wherein the three distinct sections comprises a first Euclidean structure, a second Euclidean structure, and a non-Euclidean structure;
• wherein a congruent end of the non-Euclidean structure joins a fixed congruent end of the first Euclidean structure to form a composite structure;
• wherein the congruent end of the non-Euclidean structure that is distal from the first Euclidean structure joins a fixed congruent end of the second Euclidean structure to complete the composite structure of the headrest structure;
• wherein the non-Euclidean shape of the non-Euclidean structure forms the non-Euclidean composite structure of the headrest structure.