Abstract: Pest-management apparatuses and related methods. At least some of the present pest-management apparatuses comprise: a base, a lid coupled to the base such that the lid is movable between open and closed positions, where the base and lid define a chamber when the lid is in the closed position; a pest-capture device disposable within the chamber and having a capture element that is movable between set and capture positions; and an elongated indicator configured to extend through an opening in the lid when the lid is in the closed position.

Abstract: An electronic rodent trap and monitoring method is provided. Each trap has at least one entrance, and preferably two entrances in opposed relationship to create a longitudinal tunnel, with a pair of lower plates extending longitudinally and oriented in spaced substantially parallel relationship, and a triggering element, such as a third plate, positioned above the lower plates, and preferably adjacent the ceiling of the trap on a center baffle that also shields a bait cup. The trap is activated when the rodent, with its left and right feet on the parallel lower plates, which are preferably raised above the floor, contacts the triggering element on the center baffle. The trap is preferably modular in design with an electronics module and a tunnel module removably secured within and protected by an outer housing. The trap also has improved features for more accurate remote monitoring of rodent dispatch and kill verification.

Abstract: An enclosure-type mouse trap having a compact footprint with a curved or U-shaped mouse pathway leading to a guillotine killing mechanism is provided. The trap has a bottom assembly, a top assembly, and a removable disposal door. The bottom assembly includes a pivoting link element operatively engaged with the top and bottom assemblies to set the trap and control the position of an entrance door that provides access to the trap interior.

Abstract: A rodent electrocution assembly includes a housing that may be positioned on the ground thereby facilitating the housing to be aligned with a rodent tunnel. A pair of legs is provided and each of the legs is hingedly coupled to the housing. Each of the legs is urged to penetrate the ground thereby facilitating each of the legs to be positioned in the rodent tunnel. An electrifying unit is coupled to the housing. The electrifying unit is positioned in the rodent tunnel when the pair of legs is positioned in the rodent tunnel. The electrifying unit electrocutes a rodent when the rodent passes through the pair of legs.

Abstract: The present invention includes an automated animal euthanization device for the destruction of an animal comprising: a housing having an housing opening to allow access to an interior cavity; a perch having a first perch end that extends into the interior cavity and a second perch end that extends through the housing opening and configured to accommodate the animal; a feed container position about the first perch end to provide food for the animal; an electrode set extending into the housing opening to contact the bird as it is positioned to eat the food; a camera position in the interior cavity to take a target image of the animal; a control unit connected to the camera to receive the target image and compare the target image to a set of reference images; a power supply connected to the control unit, the electrode set, and the camera to provide power for the operation thereof; and a container positioned below the perch to collect the animal falling from the perch.

Abstract: A mole trap includes a molded housing with first and second portions. One of the portions includes two molded posts. A trigger and release plate are each pivotally mounted on one of the two posts, and are substantially encased within the housing. The trap may include a first shaft connected to a trigger pad, and a spring loaded second shaft. The first shaft is slideable with respect to the second shaft, which is connected to a plurality of tines. A release is operative to hold a trigger in a set position, and thereby hold the spring loaded second shaft in the set position. The first shaft is operable to displace the release in response to an upward force applied to the trigger pad, wherein the release is operable to release the trigger in response to the displacement, wherein the trigger is operable to release the spring loaded outer shaft.

Abstract: A mole trap includes a molded housing with first and second portions. One of the portions includes two molded posts. A trigger and release plate are each pivotally mounted on one of the two posts, and are substantially encased within the housing. The trap may include a first shaft connected to a trigger pad, and a spring loaded second shaft. The first shaft is slideable with respect to the second shaft, which is connected to a plurality of tines. A release is operative to hold a trigger in a set position, and thereby hold the spring loaded second shaft in the set position. The first shaft is operable to displace the release in response to an upward force applied to the trigger pad, wherein the release is operable to release the trigger in response to the displacement, wherein the trigger is operable to release the spring loaded outer shaft.

Abstract: A snake killing tool includes an outer body and a handle extending into the outer body. The handle retains a blade member at its bottom end. The outer body defines a pair of tines arranged to grasp a snake. The blade member is arranged for sliding movement within the bottom end of the outer body down to abutting contact with the tines. The blade member may be deployed mechanically or manually in a downward direction to sever the head of a snake.

Abstract: A potato piercer having a top assembly with a handle. The top assembly includes a first plate having a bottom surface and a plurality of piercing stakes secured to the bottom surface. The potato piercer further includes a bottom assembly having a second plate and a plurality of piercing stakes secured to the top surface of the second plate. The potato piercer has a housing sized and configured to receive a potato for piercing. The housing has a roof with a plurality of apertures for receiving the top assembly stakes, a floor with a plurality of apertures for receiving the bottom assembly stakes, and a cavity for receiving the potato. There is an actuator assembly operatively coupled to the top and bottom assemblies, whereby a force applied to the handle causes the actuator assembly to translate the potato piercer from a non-piercing configuration to a piercing configuration.

Abstract: A mole trap includes a molded housing with first and second portions. One of the portions includes two molded posts. A trigger and release plate are each pivotally mounted on one of the two posts, and are substantially encased within the housing. The trap may include a first shaft connected to a trigger pad, and a spring loaded second shaft. The first shaft is slideable with respect to the second shaft, which is connected to a plurality of tines. A release is operative to hold a trigger in a set position, and thereby hold the spring loaded second shaft in the set position. The first shaft is operable to displace the release in response to an upward force applied to the trigger pad, wherein the release is operable to release the trigger in response to the displacement, wherein the trigger is operable to release the spring loaded outer shaft.

Abstract: A mole trap includes a molded housing with first and second portions. One of the portions includes two molded posts. A trigger and release plate are each pivotally mounted on one of the two posts, and are substantially encased within the housing. The trap may include a first shaft connected to a trigger pad, and a spring loaded second shaft. The first shaft is slideable with respect to the second shaft, which is connected to a plurality of tines. A release is operative to hold a trigger in a set position, and thereby hold the spring loaded second shaft in the set position. The first shaft is operable to displace the release in response to an upward force applied to the trigger pad, wherein the release is operable to release the trigger in response to the displacement, wherein the trigger is operable to release the spring loaded outer shaft.

Abstract: A mole trap includes a molded housing with first and second portions. One of the portions includes two molded posts. A trigger and release plate are each pivotally mounted on one of the two posts, and are substantially encased within the housing. The trap may include a first shaft connected to a trigger pad, and a spring loaded second shaft. The first shaft is slideable with respect to the second shaft, which is connected to a plurality of tines. A release is operative to hold a trigger in a set position, and thereby hold the spring loaded second shaft in the set position. The first shaft is operable to displace the release in response to an upward force applied to the trigger pad, wherein the release is operable to release the trigger in response to the displacement, wherein the trigger is operable to release the spring loaded outer shaft.

Abstract: A mouse trap having a guillotine killing mechanism is provided. The trap includes a housing with a door, a guillotine positioned to extend at least partly into an interior of said housing, a trigger mechanism including a lever and catch to hold the guillotine in a raised position to set the trap, and a spring for biasing the guillotine to a lowered killing position when the trigger mechanism is activated to release the guillotine from the raised position.

Abstract: A mole trap includes a molded housing with first and second portions. One of the portions includes two molded posts. A trigger and release plate are each pivotally mounted on one of the two posts, and are substantially encased within the housing. The trap may include a first shaft connected to a trigger pad, and a spring loaded second shaft. The first shaft is slideable with respect to the second shaft, which is connected to a plurality of tines. A release is operative to hold a trigger in a set position, and thereby hold the spring loaded second shaft in the set position. The first shaft is operable to displace the release in response to an upward force applied to the trigger pad, wherein the release is operable to release the trigger in response to the displacement, wherein the trigger is operable to release the spring loaded outer shaft.

Abstract: The A-RAT-A-CATOR is detours wild animals from getting in to areas not desired. Keep people safe from injury or death from large animals. When any rodents or large animals come in contact with my trap, if trap is placed properly these animals will leave the area. When these animals step on my trap getting a slit injury they will leave and not come back. This includes skunks, opossums, bears, tigers, snakes, large rats and any other rodents that come in contact with this trap if used properly. Put this around garbage cans to keep it safe from being turned over. Put under craw space of you house so animals can't enter. When going camping put the A-RAT-A-CATOR around tents so that snakes and other large animals can't enter the tent. Put this product around log cabins and commercial properties so bears want enter areas not needed.

Abstract: A mole trap includes a steel rod frame having parallel spaced legs adapted to penetrate the ground on opposite sides of a mole hill or tunnel. The legs are integrally connected by a handle portion and also by a stop bar, and a spike plate having depending spikes is preloaded against the stop bar by compression springs mounted on the legs. An L-shaped latch lever is pivotally supported by the stop bar and supports a trip plate adapted to contact the ground where the mole tunnel has been depressed. The spike plate and spikes are retracted upwardly against the springs to a set position by pulling a flexible strap extending from the handle portion around a roller supported by the spike plate for rotation on an eccentric axis to provide a mechanical advantage. A roller on the latch lever automatically blocks the spike plate when elevated to the set position.

Abstract: A rat trap which comprises: a plate with a first side and a second side and with a number of through-going openings from the first to the second side. The trap has a number of spikes secured to an anchoring plate which is arranged on the top face of said plate and wherein each spike is adapted to the individual openings in the plate to the effect that a spike is able to slide through the plate from the first side of the plate to the second side of the plate. Moreover, the plate has an infrared sensor which is adapted to detect the presence of a rat within the reach of the spikes. The trap is able to eject one or more of these spikes through the openings when the presence of a rat is detected by the infrared sensor. The rat trap further comprises a withdrawal mechanism which, following a given period of time, withdraws the spikes through the openings in the plate whereby the rat spiked by one or more spikes is released.

Abstract: A system for detecting and eliminating subterranean animals is disclosed. The system includes an infrared detector device adapted to detect animals below the ground surface from above the ground surface. A lethal event device is operatively coupled to the infrared detector device. An animal below the ground surface passing the above ground infrared detector actuates the lethal event device to eliminate the animal below the ground surface. A method for detecting subterranean animals is disclosed, as well as a method for detecting and eliminating subterranean animals.

Abstract: A trap for exterminating moles has a support adapted for placement on the ground to support the trap in an upright position generally above the ground. An impingement device is operatively connected to the support for motion relative to the support for capturing the mole. A barrel mounted on the support in a generally vertical position is adapted for slidably receiving a portion of the impingement device in a retracted position. An explosion chamber receives an explosive force and directs the explosive force generally downward against the portion of the impingement device received in the barrel to drive the impingement device rapidly downward to an extended position. A trigger mechanism triggers an explosion producing the explosive force.

Abstract: A trap for exterminating moles has a support adapted for placement on the ground to support the trap in an upright position generally above the ground. An impingement device is operatively connected to the support for motion relative to the support for capturing the mole. A barrel mounted on the support in a generally vertical position is adapted for slidably receiving a portion of the impingement device in a retracted position. An explosion chamber receives an explosive force and directs the explosive force generally downward against the portion of the impingement device received in the barrel to drive the impingement device rapidly downward to an extended position. A trigger mechanism triggers an explosion producing the explosive force.

Abstract: An electrical connector for connecting a daughter card to a back plane. The back plane has a male electrical connector which has a grouping of a plurality of parallel protruding electrical connecting pins. Mounted on these pins is a daughter card alignment module with this module having an internal cavity. One end of the internal cavity terminates in a guide post. A female electrical connector that is mounted at an edge of a daughter card is to be matingly located within the internal cavity with the edge of the daughter card to slidingly connect with slots formed within the module. The guide post is to connect with a recess formed in the daughter card.

Abstract: An animal trap apparatus has a frame having a base portion with an upright frame member extending generally perpendicular to the base and a top frame portion extending from the upright frame member over the base. A movable floor is attached to the frame base and has a protruding pin member. A slidable trap jaw is slidably attached to the frame over the base and movable floor and has a shaft extending therefrom and slidably mounted to the frame top frame portion. A pair of tension springs are connected between the top frame member and the slidable trap jaw so that raising the slidable jaw extends the spring. The cocking mechanism holds the jaw in a raised position against the spring tension of the extended springs and an actuating mechanism activates the cocking mechanism to release the jaw to propel the jaw towards the frame base and movable floor to entrap or impale an animal therebetween.

Abstract: A small animal trap formed as a walled enclosure having an opening for rodent entry, a plunger in the enclosure parallel to the bottom, and a spring for urging the plunger toward the bottom. A bottom trigger pedal is inside the enclosure, a pivotally mounted cocking lever extends from the inside upper part of the enclosure outside thereof to terminate outside at or near the bottom of the enclosure. The tripper pedal is pivotally connected to the enclosure by a short lever that extends outward of the trap and is releasibly engagable with the cocking lever. When the plunger is raised the cocking lever engages the under side of the plunger and also the short lever on the trigger pedal. Upsetting the pedal releases the cocking lever and the plunger. The cocking lever has a long arm and a short arm, the long arm being used to latch the trigger. The short arm which is activated by a rodent is located in the lower part of the enclosure.

Abstract: A baitless rodent trap is provided with a removable cartridge and disposable sleeve. A trap member with spring means, trigger, and striker means has a flat base, the base including, on the trigger end, means to receive a removable cartridge. The elongated cartridge includes toroidal collars on opposing ends. A sleeve is provided to stretch between the collars to form a tunnel. The cartridge is then attached to the trap member's base to form a T with the base. The cartridge sleeve is placed along a wall. A rodent enters the tunnel and contacts the concealed trigger which springs the trap. The sleeve or the entire cartridge and sleeve are disposed of with the rodent.

Abstract: A compact industrial animal trap is provided to effectively, continually and rapidly exterminate rodents and other animal pests in a reliable, efficient and safe manner. The animal trap has a disposal chamber and an elongated killing chamber with a kill pad or other killing means. In the preferred form, the disposal and killing chambers are separated by a vertically moveable scraper wall, the opposite ends of the killing chamber have entrance doors, and the killing chamber has a laterally moveable sidewall and floor to push the killed animal from the killing chamber into the disposal chamber.

Abstract: Rodent control apparatus comprises an injection chamber having an injector for shooting a lethal spear into a rodent. The injector is actuated when the rodent's body breaks two parallel beams of energy (e.g., infrared radiation) which span the injection chamber. The relationship of the energy beams and the injector is such that both beams will only be broken when the rodent is in proper position to be shot by the injector. Additional safety chambers are provided to prevent accidental injury to a human who places a hand in the injection chamber.

Abstract: An industrial animal trap is provided to effectively, continually, and rapidly exterminate rodents, pigeons, and other animal pests in an efficient and safe manner. The animal trap has a feeding chamber, a killing chamber, and an optional discharge chamber, which are separated by moveable walls. In the preferred form, the chambers are in horizontal alignment and the animal trap has a horizontally moveable front wall which sequentially pushes the animal from the feeding chamber to the killing and discharge chambers.

Abstract: A rodent killing device is provided with a plurality of units of feeding and killing chambers, with each feeding chamber positioned directly above a killing chamber, so that the floor of the feeding chamber also forms the ceiling of the killing chamber. The feeding chamber attracts a rodent by bait, which then becomes entrapped within the feeding chamber, whence it is transmitted to the killing chamber by sliding the floor of the feeding chamber outwardly. The killing chamber destroys the rodent by a plurality of spikes impaling the rodent, and then the killed rodent is deposited in a container for subsequent removal. The killing of the rodent is done in a separate chamber so that no leftovers from the rodent or any ill smell is allowed to permeate into the feeding chamber, so that subsequent rodents approaching the feeding chamber are not discouraged from entering into the interior.