A deer hunting decoy has a central post within a flexible cover having front and rear faces with coloration simulating the hind quarters of a deer, with each including a lighter colored central portion surrounded by a darker colored border. The lighter colored central portions are covered by tail flaps. The tail flaps are joined for rotational movement to an axle that extends across the central post and through holes in the flexible cover. A pull cord is directly or indirectly joined to the axle. Tugging the pull cord causes rotation of the axle and movement of the tail flaps to simulate tail movement of a deer. The central post is staked to a ground. Different decoy deer heads are interchangeably attachable. A buck head silhouette terminates in a tube connector that releasable fits within a proximal end of the central post. A grazing doe silhouette has a hook portion at one end and a doe head at the opposite end. The hook portion is inserted over an edge of an opening in the flexible cover and the head portion is pinned to the ground.

A collapsible call horn for hunters which generates sampled animal calls is comprised of a cone shaped horn made out of a resiliently deformable material, having ridges and creases on the cone perimeter so as to create a bellows configuration to allow for the cone to collapse onto itself so as to reduce the cone's relative size.

An adjustable tone game call apparatus has a housing with an internal air passage through which air may be blown. A reed is positioned in the housing along the passage and is configured to vibrate and generate sound upon passage of air through the air passage. An adjustment member on the housing rotates or translates to vary pressure applied to the reed, thereby adjusting the tone or pitch produced by the reed due to the pressure changing the effective length of a diaphragm of the reed. Thus, by using the adjustable tone game call, a hunter may produce a variety of pitches and tones to mimic various types of game animals and predators.

A turkey call device and assembly for simulating multiple calls of a wild turkey hen. The turkey call device and assembly comprises a housing with a plurality of striker plates and at least one striker member. In one embodiment, the housing comprises two striker plates on the top thereof and a third striker plate on the bottom thereof. The bottom striker plate is capable of producing a locator call. The locator call has a hearing range of up to one half of a mile so as to eliminate the need for a user to travel long distances for the device to be heard from afar. Each striker plate and striker member can be formed from different materials. In this way, the turkey call device and assembly enables a user to reproduce multiple sounds, such as yelps, cuts, cackles, kee kees, runs, purrs, clucks, and other turkey hen sounds.

A pocket may be attached to a front surface of a hunting vest. The pocket may have a pocket flap that, when released by a zipper, rotates about a lower edge of the pocket flap attached to the front surface of the hunting vest. The pocket flap may rotate between a substantially vertical position when the pocket is closed and a substantially horizontal position when the pocket is open. When the pocket is open and the pocket flap is in the horizontal position, one or more game calls stored in a corresponding one or more game call pouches may be accessed by the hunter with a single hand. Each game call pouch may have a first aperture for inserting and removing the game call and a second different aperture allowing the hunter to pull a striker against the game call to produce a desired sound. A sound passing aperture, opposite the game call pouch, may allow sound from the game call to exit the pocket. A sound passing mesh may cover each sound passing aperture to keep the game call(s) and striker(s) in the pocket, while keeping leaves and dirt out of the pocket.

The present disclosure includes an acoustic coupler for combining at least two independent reed game calls. The acoustic coupler has a body including a first length bounded by a first end and a second end. The body includes an acoustic chamber therein and at least one aperture extending into the acoustic chamber. The first end and said second end of the body are in fluid communication with the acoustic chamber. The first reed game call is affixed to the first end of the body. An insert in the first reed game call includes an air passage which is in fluid communication with the acoustic chamber. A second reed game call is affixed to the second end of the body. The insert in the second reed game call includes an air passage which is in fluid communication with the acoustic chamber.

The present invention utilizes a sized coil spring placed in the end of game call tubes, or mouthpieces that go into such tubes. When air is blown into the tube or mouthpiece, the air passes over and through the coil spring, causing the spring to vibrate and make a whirlwind effect. The vibrating coil spring increases the volume of the sound and also stabilizes each tone created on the mouthpiece or tube. The higher tones, or notes, are more easily obtained and become easier to reach and hold with consistency. The coil spring also helps to increase back pressure, making it easier to blow into call with less air to make the call work. This invention can be used in all types of game calls, such as calls for elk, deer, moose, wolves, predators, geese, ducks, and even some turkey calls. The invention makes the desired sounds more realistic and user friendly.

A remote sound activated mechanical bird system includes a bird feeder and a microphone mounted on the bird feeder. The microphone captures bird calls. A transmitter is electrically coupled to the microphone and transmits wireless signals including bird calls captured by the microphone. A bird assembly includes a body portion having an apex and bottom end. A head is rotatably mounted on the apex. A motor is mounted within the body portion. An axle is coupled to the motor and to the head so that the motor rotates the head when the motor is actuated. A receiving assembly is electrically coupled to the motor and receives wireless signals from the transmitter. The receiving assembly actuates the motor to turn the head when the receiving assembly receives the wireless signal which includes the bird calls. A sound emitter is electrically coupled to the receiving assembly to emit the bird calls.

A game call striker utilizes a hollow axially opening counter weight to its striker shaft as a chamber within which a weight supported on an axially extending resilient member is mounted in axial alignment with the striker shaft and in non-contacting relation to the walls of said chamber.

The present disclosure is directed to a game call that can be used to attract, mimic, or communicate with game animals. The game call comprises a plurality of components including an insulating component comprising heat insulating properties. The insulating component is disposed in a location on the game call that provides insulation, in particular, to critical components located in interior portions of the game call. The insulating part may provide insulation to interior parts of the game call including reeds and other critical interior parts of the game call.