Abstract: The present disclosure relates to a collapsible hunting decoy. The collapsible hunting decoy includes a collapsible central hub comprising a plurality of pivotable leg housings that are pivotable relative to the central hub and a plurality of frame leg coupled to the central hub such that each frame leg of the plurality of frame legs is disposed in one of the plurality of leg housings to allow the collapsible hunting decoy to collapse by pivoting the pivotable leg housings when desired. The collapsible hunting decoy also has a decoy cover coupled to the frame, the decoy cover comprising a solid fabric portion and a mesh fabric portion.
Type:
Grant
Filed:
December 26, 2019
Date of Patent:
June 20, 2023
Assignee:
BUSHNELL HOLDINGS, INC.
Inventors:
Michael E. Powell, Herbert J. Harris, Garrett T. Grey
Abstract: A lightweight, portable, and collapsible outdoor shelter having independently collapsible walls and roof supporting a one-way transmissive flexible cover. The outdoor shelter provides a hunter or observer an improved field-of-view while providing effective camouflage and shelter from the elements and the surrounding environment. Aspects of the exemplary shelter provide easy transport, set-up, breakdown, and storage.
Type:
Application
Filed:
December 21, 2018
Publication date:
June 25, 2020
Applicant:
BUSHNELL HOLDINGS, INC.
Inventors:
Herbert J. Harris, Michael E. Powell, Christopher M. Seaton, Timothy R. Seaton
Abstract: The present disclosure relates to 3-dimensional (3D) articles with a printed fabric skin that provides an aesthetic appearance to the 3D articles. The printed fabric skin may be a photograph that is printed on a fabric material, which is then applied to a base material to form the 3D article. Registration markers are used to align features of the printed fabric material with corresponding textured features of the 3D body of the article. This provides a light-weight article (such as a decoy) with a 3D shape and texture and image quality printed fabric skin.
Abstract: Systems and methods for attracting predatory animals using audible signals are described herein. The system may include an electronic caller device and a handheld remote controller. The system may provide up to 360° sound propagation across one or more devices wireless connected and linked to provide realistic sounds throughout an environment to realistically mimic sounds known to attract a predator. A handset or mobile device is provided with a user-interface for controlling, monitoring and recording information associated with the playback of the audio signals.