A device for catching rodents has a bottle comprising a generally cylindrical circular opening, an outside of the opening having a plurality of threads and a lid coupled to the plurality of threads, the lid having a first collar defining an opening, the lid further comprising a plurality of protrusions that extend at an acute angle relative to the lid and are oriented to extend toward the center of the bottle.

A device for catching rodents has a bottle comprising a generally cylindrical circular opening, an outside of the opening having a plurality of threads and a lid coupled to the plurality of threads, the lid having a first collar defining an opening, the lid further comprising a plurality of protrusions that extend at an acute angle relative to the lid and are oriented to extend toward the center of the bottle.

An improved rodent trap is provided for enticing and entrapping rodents in a humane fashion, and that permits the entrapped rodents to survive within the trap until they can be released into a suitable environment. The improved rodent trap is preferably comprised of a transparent or translucent enclosure having a removable lid, a one way, spring biased door, an air supply, and a food and water source contained therein to sustain the rodents during their period of captivity. The removable lid is preferably attached to the enclosure via a F shaped channel that is positioned on each of a front panel and opposing side panels.

An improved rodent trap is provided for enticing and entrapping rodents in a humane fashion, and that permits the entrapped rodents to survive within the trap until they can be released into a suitable environment. The improved rodent trap is preferably comprised of a transparent or translucent enclosure having a removable lid, a one way, spring biased door, an air supply, and a food and water source contained therein to sustain the rodents during their period of captivity. The removable lid is preferably attached to the enclosure via a F shaped channel that is positioned on each of a front panel and opposing side panels.

An animal trapping device with a base length separating first and second ends of the base, a wire mesh cage assembly operably configured to surround the base and defining a base opening and a width, wherein the base is selectively, freely, and removably disposed within the base opening. The device also includes one or two opposing mesh entrances with a second free end elevated above an upper surface of the base and defining an exit aperture. The first and second wire mesh entrances, the wire mesh cage assembly, and the upper surface of the base defining an animal retention zone and the exit apertures of the first and second wire mesh entrances facing one another and at least partially aligned with one another.

An octopus trap that includes a housing defining an interior containment space; an entrance opening to the interior containment space through which an octopus may enter the interior containment space; a trap door assembly that includes a trap door that is biased toward a first, closed position in which the entrance opening is blocked, the trap door being displaceable between the closed position and a second, open position in which the entrance opening is revealed; a trigger assembly that is capable of retaining the trap door in its open position against its bias, and that is capable of being triggered by an octopus from inside the containment space such that, when triggered, it causes the trap door to displace from its open position to its closed position and wherein the trigger assembly is capable of retaining the trap door in its closed position once triggered.

An octopus trap that includes a housing defining an interior containment space; an entrance opening to the interior containment space through which an octopus may enter the interior containment space; a trap door assembly that includes a trap door that is biased toward a first, closed position in which the entrance opening is blocked, the trap door being displaceable between the closed position and a second, open position in which the entrance opening is revealed; a trigger assembly that is capable of retaining the trap door in its open position against its bias, and that is capable of being triggered by an octopus from inside the containment space such that, when triggered, it causes the trap door to displace from its open position to its closed position and wherein the trigger assembly is capable of retaining the trap door in its closed position once triggered.

A mite trap for the purpose of early detection, viewing and assessment of mite infestation.

A mite trap that includes a mite attracting material.

A mite trap made of transparent plastic including a mite attractant.

Inside the trap is a compartment containing double sided tape or adhesive, hydrated super absorbent polymer, the pheromone neryl propionate, fish food flakes and fabric to absorb the attractants.

The absorbent material may be made of cotton, paper, wool, nylon or any other absorbent material.

The trap has an opening to allow mites to enter the trap and get stuck on double sided tape or adhesive in such a way that they can be easily viewed with the aid of a magnifying device.

The absorbent material that contains the mite attractant is positioned in the center of the trap with double sided tape or adhesive on each side of the mite attractant.

The attractant and double sided tape or adhesive are placed between transparent plastic slides and are visible through the trap.

A mite trap for the purpose of early detection, viewing and assessment of mite infestation.

A mite trap that includes a mite attracting material.

A mite trap made of transparent plastic including a mite attractant.

Inside the trap is a compartment containing double sided tape or adhesive, hydrated super absorbent polymer, the pheromone neryl propionate, fish food flakes and fabric to absorb the attractants.

The absorbent material may be made of cotton, paper, wool, nylon or any other absorbent material.

The trap has an opening to allow mites to enter the trap and get stuck on double sided tape or adhesive in such a way that they can be easily viewed with the aid of a magnifying device.

The absorbent material that contains the mite attractant is positioned in the center of the trap with double sided tape or adhesive on each side of the mite attractant.

The attractant and double sided tape or adhesive are placed between transparent plastic slides and are visible through the trap.

An improved, humane mousetrap apparatus is contemplated. The mousetrap apparatus having a trap, the trap having a base, a striking bar, a retaining bar, and a trigger, an inner housing having an access opening, positioning tabs, and securing tabs and an outer housing having an access opening, a pocket, and at least four walls, the apparatus retaining a mouse in a position for the striking bar to strike the rodent in the head or neck.