Collapsibly erectable bag

A collapsibly erectable bag comprising:

• at least one panel configured for forming an interior space and an opening leading into the interior space, wherein the at least one panel comprises a plurality of side panel pairs and a bottom panel, wherein a side panel pair of the plurality of side panel pairs comprises oppositely facing panels;
• an elastic component pair coupled to a primary side panel pair of the plurality of side panel pairs, wherein applying of a force on an elastic component of the elastic component pair is configured for moving the elastic component from an initial position to a final position collapsing a first primary side panel of the primary side panel pair, wherein the moving stores potential energy in the elastic component by deforming the elastic component, wherein withdrawing of the force converts the potential energy into kinetic energy by recovering the elastic member, wherein the recovering is configured for moving the elastic component from the final position to the initial position erecting the first primary side panel;
• wherein the elastic component comprises a support member pair and an elastic member, wherein the support member pair comprises a first support member and a second support member, wherein the elastic member comprises a top elastic end and a bottom elastic end and each of the first support member and the second support member comprises a top support end and a bottom support end, wherein a top support end of the first support member and a top support end of the second support member are rigidly coupled to the top elastic end and the bottom elastic end respectively, wherein the applying of the force on the first support member and the second support member is configured for rotating the first support member and the second support around a longitudinal axis of the elastic member from the initial position to the final position collapsing the first primary side panel, wherein the rotation stores the potential energy in the elastic member by deforming the elastic member, wherein the withdrawing of the force converts the potential energy into the kinetic energy by recovering the elastic member, wherein the recovering is configured for rotating the first support member and the second support around the longitudinal axis from the final position to the initial position erecting the first primary side panel;
• wherein a bottom support end of the first support member and a bottom support end of the second support member are disposed off proximal to the bottom elastic end and the top elastic end respectively forming at least one member shape, wherein the at least one member shape is configured for defining the interior space;
• wherein a bottom support end of the first support member and a bottom support end of the second support member is rotatably coupled with the bottom elastic end and the top elastic end respectively using a rotatable coupling mechanism, wherein the rotatable coupling mechanism is configured for facilitating the rotation of the first support member and the second support member in relation to the elastic member;
• and
• wherein the rotatable coupling mechanism comprises a circular loop-over, wherein the circular loop-over is comprised in the bottom support end of at least one of the first support member and the second support member, wherein the circular loop-over comprises a loop-over interior space of a circular profile, wherein the loop-over interior space rotatably receives at least one of the bottom elastic end and the top elastic end for facilitating the rotation of the first support member and the second support member in relation to the elastic member.