Abstract: A capture cage includes a cage structure with a cage door, a pedal pivotally connected in the cage structure, a rotation member moving with the pedal, a suppression member located adjacent to an operation rod, and an induction lever pivotally connected to a top face of the cage structure. When the cage door is open, an inducible member of the cage door is confined by the inductive lever; the induction lever is restrained by the suppression member and is located adjacent to a head portion of the operation rod; and the pedal is suspended when the rotation member is supported by the operation rod. When the pedal is tilted, the rotation member separates from the operation rod; the head portion of the operation rod pushes the induction lever away from the suppression member and the operation rod moves downwardly; and the inducible member is released and the cage door closes.

Abstract: A cage structure of an enclosure includes two fence panels facing to each other, and two flat panels parallel with each other. Each fence panel includes an end rod are transversely fixed onto two ends thereof. One fence panel includes several end hooks at two ends thereof; the other fence panel includes several end hooks at one end and several retaining sections at the other end thereof. Each flat panel includes an end shaft are transversely fixed onto two ends thereof and a plurality of extension sections extend outwardly from two ends thereof. One end shaft of each flat panel is accepted in the end hooks of each end of one fence panel. The other end shaft of one flat panel is accepted in the end hooks of one end of the other fence panel; the other end shaft of the other flat panel is accepted in the end hooks of the other end of the other fence panel. Therefore, the two fence panels clasp with the two flat panels to serve as the cage structure.

Abstract: A capture cage includes a cage structure with a cage door, a pedal pivotally connected in the cage structure, a rotation member being of angular displacement same as the pedal, an operation rod supported by the rotation member, a suppression member being adjacent to the operation rod, and an induction lever pivotally connected to the a top face of the cage structure. When the cage door is open, an inducible member of the cage door is confined by the inductive lever; the induction lever is restrained by the suppression member and contacts a head portion of the operation rod. The pedal keeps in suspension while the rotation member supports the operation rod. When the pedal is tilted, the rotation member moves away from the operation rod. The head portion of the operation rod pushes the induction lever away from the suppression member while the operation rod moves downwardly. The inducible member is released thereby and the cage door encloses the cage structure correspondingly.