A cage having an automatic door is described. A front side of the cage is provided with a door panel. A top edge of the door panel is hingely attached to the cage. A bottom edge of the door panel is attached to the cage through a spring. A pedal is provided on a bottom surface of the cage. A front side of the pedal is hingely attached to the cage. The pedal is connected with a connecting rod. An upper end of the connecting rod extends upward and forward along a sidewall of the cage and is bent towards an exterior of the door panel. A spring supporting seat is fixed on the sidewall of the cage. Said spring supporting seat is connected with a spring. The connecting rod is fixedly provided with a spring contact point. Spring can move the connecting rod up toward the top of the cage and forward toward the front of the cage to lift up the pedal. A hook is fixedly provided on an outer surface of the door panel. An opening of the hook faces the top of the cage. When the door panel is in its fully open position, a bending portion of the upper end of the connecting rod locks into the hook. When the pedal is pressed down, the connecting rod is pulled downwardly and detached from the hook. The door panel moves down automatically to close the cage. In case of trigger mechanism failure, the door panel can be lifted by one hand, and quickly and automatically locks in position to restart, no other manual adjustment is needed.

The present invention provides a baited animal trap that is adapted to trap an animal within its interior after the animal has been attracted therein using bait disposed within a separate bait box along the walls of trap. The trap includes a first end and a second end, whereby a trap door is disposed over the first end and a bait box is provided along the second end. The bait box is a segregated enclosure within the trap or otherwise along its sidewall, whereby the bait box supports food, scent, or other bait therein. The bait box may have a lid or hatch that is accessible through the sidewall of the trap for loading and unloading the same. In one embodiment, the animal trap is a wire cage and utilizes a foot pedal trap release mechanism, which releases the trap door when the animal walks into the trap interior.

The present invention provides a baited animal trap that is adapted to trap an animal within its interior after the animal has been attracted therein using bait disposed within a separate bait box along the walls of trap. The trap includes a first end and a second end, whereby a trap door is disposed over the first end and a bait box is provided along the second end. The bait box is a segregated enclosure within the trap or otherwise along its sidewall, whereby the bait box supports food, scent, or other bait therein. The bait box may have a lid or hatch that is accessible through the sidewall of the trap for loading and unloading the same. In one embodiment, the animal trap is a wire cage and utilizes a foot pedal trap release mechanism, which releases the trap door when the animal walks into the trap interior.

A live animal cage trap has a door and a trigger which are continuously connected by a rod, such that when the door opens, the trigger automatically sets and when the trigger is tripped, the door automatically closes by gravity. No springs are provided on the trap. A slide lock on the door prevents the door from being opened by an animal inside the cage. A trigger guard is provided inside the cage to prevent trigger damage by an animal in the cage.

A live animal cage trap has a door and a trigger which are continuously connected by a rod, such that when the door opens, the trigger automatically sets and when the trigger is tripped, the door automatically closes by gravity. No springs are provided on the trap. A slide lock on the door prevents the door from being opened by an animal inside the cage. A trigger guard is provided inside the cage to prevent trigger damage by an animal in the cage.

The present disclosure provides an animal trap monitoring system that utilises paired sets of motion or activity sensing units, referred to as trap activation units, in close proximity to an animal trap, and camera units placed close by and in wireless communication with the trap activation units. Upon sensing motion or other indications of animal activity the trap activation sends an alert to its paired camera unit which triggers the capture of image date. The camera unit then uploads this image data and other relevant data to one or more servers hosting an online platform through which a user may access and view the image data.

A live catch rodent trap comprises a housing, an entry door, a release or exit door, and a latch assembly. The housing defines a first or entry opening, and a second or release opening. The entry door selectively covers the first opening, enabling a rodent to enter an interior of the trap and to be captured therewithin. The release door is pivotally attached to the housing. The release door is, in response to actuation by a user, movable between a closed position covering the second opening, and a release position at least partially uncovering the second opening and permitting a rodent to exit the interior of the trap. The latch assembly selectively secures the release door in the closed position, and includes an actuator adapted to be engaged or biased by a user for releasing the latch assembly from a latched state.

A live catch rodent trap comprises a housing, an entry door, a release or exit door, and a latch assembly. The housing defines a first or entry opening, and a second or release opening. The entry door selectively covers the first opening, enabling a rodent to enter an interior of the trap and to be captured therewithin. The release door is pivotally attached to the housing. The release door is, in response to actuation by a user, movable between a closed position covering the second opening, and a release position at least partially uncovering the second opening and permitting a rodent to exit the interior of the trap. The latch assembly selectively secures the release door in the closed position, and includes an actuator adapted to be engaged or biased by a user for releasing the latch assembly from a latched state.

A burrowing animal trap is provided and is designed to enclose the entrance to a burrow and appear to the animal as an extension of the burrow. As a result, the animal will be likely to enter the animal trap under the mistaken belief that it is exiting the burrow. The burrowing animal trap has a capture mechanism that includes a pivoting trap door.

A burrowing animal trap is provided and is designed to enclose the entrance to a burrow and appear to the animal as an extension of the burrow. As a result, the animal will be likely to enter the animal trap under the mistaken belief that it is exiting the burrow. The burrowing animal trap has a capture mechanism that includes a pivoting trap door.