1890results about "Animal traps" patented technology

Disclosed are mixtures and compositions for controlling invertebrate pests relating to combinations comprising (a) 3-bromo-N-[4-chloro-2-methyl-6-[(methylamino)carbonyl]phenyl]-1-(3-chloro-2-pyridinyl)-1H-pyrazole-5-carboxamide, and its N-oxides, and suitable salts thereof

and a component (b) wherein the component (b) is at least one compound or agent selected from neonicotinoids, cholinesterase inhibitors, sodium channel modulators, chitin synthesis inhibitors, ecdysone agonists, lipid biosynthesis inhibitors, macrocyclic lactones, GABA-regulated chloride channel blockers, juvenile hormone mimics, ryanodine receptor ligands, octopamine receptor ligands, mitochondrial electron transport inhibitors, nereistoxin analogs, pyridalyl, flonicamid, pymetrozine, dieldrin, metaflumizone, biological agents, and suitable salts of the foregoing. Also disclosed are methods for controlling an invertebrate pest comprising contacting the invertebrate pest or its environment with a biologically effective amount of a mixture or composition of the invention.

Tube-type animal trap systems for the humane non-injurious, non-invasive trapping of animals, and to methods and systems for electronic remote trap monitoring and management. The invention includes mechanical and electric/electronic, tube-type traps, and to electronic data communications systems that enable remote monitoring of the status of any type of trap (e.g., is the trap tripped or not). Computer systems at a remote home base permit simultaneous management of multiple traps in the field, including enabling management via the Internet.

A versatile pest station for use with interchangeable inserts includes a housing, a lock mechanism, a first insert, and a second insert. The housing includes a base, a lid, and an opening. The base and the lid form a cavity, and the opening provides access to the cavity. The base has a bottom surface and is configured and arranged to be securely mounted to a surface. The lock mechanism interlocks the base and the lid. The first insert is configured and arranged to fit within the cavity, and the first insert includes an entrance mechanism. The second insert is configured and arranged to fit within the cavity, and the second insert includes a snap trap. The first insert and the second insert are interchangeable for individual use with the housing, and the first insert and the second insert are elevated relative to the bottom surface of the base.

The invention discloses a cage body structure of an intelligent mouse cage. The cage body structure comprises a cage body, wherein the cage body consists of a trapping bin, a capturing bin, a mouse storage bin, a controller, a storage battery, an electromagnetic lock, a linear motor, a gun lock motor, a travel switch, a first infrared sensor, a second infrared sensor, a gate and a main entrance. The cage body structure has the advantages of high mousing success rate, sustainable in capture, convenience in use and wide application environment range.

A method and a device for automatically detecting and signaling the presence of prey caught in a trap. The trap has inlet ports equipped with a one-way inlet mechanism such that once a rodent has passed a central point the rodent is contained within the trap. After the rodent has passed the central point, the trap is reset to the start position in order to attract additional prey. The trap is provided with a device for signaling the presence of vermin in the trap. The mechanism may be operable via a push button operated by movement of the vermin. Alternatively, means for detecting the rodent may include the use of vertical or horizontally elongated elements that are actuated by the movement of the vermin. A further embodiment includes a photocell, or a sensor, to indicate the presence of rodents. The mechanism for signaling may include lights or sound devices that can be secured to the trap or remotely activated via wired or wireless means. The signaling device can be time delayed such that additional vermin can enter the trap before intervention by the operator and is also capable of monitoring several traps concurrently.

A preferred embodiment rodent trap (100, 200) includes a housing (101, 140, 201, 240), a trap assembly (118, 218), and a removable insert receptacle (120, 220). The trap assembly (118, 218) provides access to a cavity (119, 205) within the housing (101, 140, 201, 240). The removable insert receptacle (120, 220) fits within the cavity (119, 205) proximate the trap assembly (118, 218) to contain a rodent or rodents therein. The removable insert receptacle (120, 220) is preferably made of a non-destructible material to prevent escape. Further, the rodent trap (100) includes a base (101), a cover (140), and climbing assisting members (105). The base (101) has a wall portion (102) including an elevated platform (106). The cover (140) cooperates with the base (101) to define a cavity (119), which contains the elevated platform (106). The climbing assisting members (105) provide access to the elevated platform (106). The trap assembly (118) is operatively connected to the elevated platform (106), which elevates the trap assembly (118) within the cavity (119). The base (101), the cover (140), and the elevated platform (106) assist in preventing contaminants from entering the trap assembly (118) and the cavity (119).

A removable catch basin filter insert includes a filter container is fitted into a catch basin in the ground at the location where the stormwater exits the gutter and enters the stormwater sewer system. The removable catch basin filter provides pollution capture from stormwater while being easily cleaned. A hinged cover is included at the top of the filter insert to allow the captured pollutants to be evacuated through the use of a vehicle or being tipped nearly upside down by a mechanical arm. A hinged trap door is included at the bottom of the filter insert to allow captured pollutants to be evacuated through the bottom of the device and into a container. By capturing the pollutants with the removable catch basin filter insert before the pollutants enter the mainline storm drain system, clean storm drain systems are provided allowing for cleaner waterways.

A corner-fitting escape-proof repeating animal trap having a housing and two inclined plane trap assemblies arranged generally at right angles to one another within the housing. The housing includes a cover and a base defining an enclosure having five upstanding peripheral walls and a floor. Two ledged mounting wells are provided in the floor for securing the two trap assemblies in the enclosure, with two rectangular openings being formed in two of the walls to provide access to the trap assemblies. Formed in the inner surface of the molded cover is a pair of protrusions positioned so as to respectively engage with the tops of the trap assemblies when the cover is closed. The outer surface of the floor includes raised portions which, in conjunction with a ridge on the outer edge of the floor, define adjacent recesses that cooperate with protuberances on the outer top surface of the cover of another housing for non-sliding engagement therewith when two trap units are placed in a stacked relationship.

A tamper-resistant pest trap that has an outer housing that simulates a rock typically found in a garden or landscape area around a residence or building. The outer housing is a hollow structure with a removable holding tray located therein. Formed on the sides of the outer housing are two, first and second side tunnels that bend and curve inward from the sides of the outer housing towards the center of the outer housing. Formed on the end of each side tunnel is at least one pest opening which enables a pest to enter the outer housing's cavity. In one embodiment, a large opening is formed on the bottom surface of the outer housing into which a holding tray may be securely placed. In another embodiment, the outer housing includes a lid member pivotally attached to a bottom member with the holding tray attached to a bottom member with the holding tray attached to the bottom member. Disposed inside the holding trap is a suitable poison or a trap. Optional stake and hold-down chain is attached to the outer housing is also provided to prevent movement of the trap.

A deterrent device for delivering an electric shock to an animal, pest or bird to be deterred, having the typical components of a non-conductive base to which the electrically conductive elements are attached. Instead of the typically-used copper wire, however, the braided elements comprise smaller strands of a conductive material, such as copper, aluminum or stainless steel wire, is used and is mechanically attached to the non-conductive base. The braided elements can be mechanically attached using a simple sewing operation in which the braid is sewn to the base. Because of the mechanical attachment and the ability of the braided elements to flex in both contraction and extension, the device of this invention can be used in tight corners and other contorted locations without having the wires of the typical prior art device pull free of the base.

A portable electrical mouse trap that has a housing in the shape of a cat to which a handle is attached. An interior cavity of the mouse trap contains a primary motion sensor near its entrance, a retractable primary gate, a reservoir of a fragrance that smells like fresh cheese, a secondary motion sensor near an entrance to the collection chamber, a retractable secondary gate and a vacuum source. The primary motion sensor and secondary motion sensor detect the presence of a mouse inside the interior cavity. The primary gate automatically opens when activated by the primary motion sensor and the secondary gate automatically opens when activated by the secondary motion sensor. A vacuum tube connects the vacuum source and collection chamber. The vacuum source sucks the mouse fully into the collection chamber and thereby suffocates it. A speaker informs a user when the collection chamber is full.

A trapping device includes upper lure and lower detention compartments, and a trapping mechanism. The trapping mechanism includes infrared sensors provided in the lure compartment, first and second trapdoors, and a control circuit board for receiving signals from the infrared sensors to pivotally turn the first and the second trapdoor. When an animal/insect enters the lure compartment and passes through the infrared sensors, the first trapdoor is pivotally turned from a horizontal to a vertical position to confine the animal/insect in a rear room of the lure compartment, and the second trapdoor from a horizontal to a vertical position to open a floor opening communicating the lure and the detention compartment to trap the animal/insect in the detention compartment. The second trapdoor restores to the horizontal position to close the floor opening when a preset time passed, and the first trapdoor is returned to the horizontal position 20 seconds later.

An electrically powered rodent trap which includes a surveillance system for remote surveillance of the trap so that the trap may be operated without being attended to. A rodent which enters into the trap is killed by means of electrocution electrodes. The dead rodent is automatically dispatched from the trap, e.g. by a trapdoor, into a container or reservoir beneath the trap. The number of electrocutions and possible other data is stored by an electronic system incorporated in the trap and a signal is sent out, either by request from an external unit, or automatically to an external unit. A city rodent exterminator is capable of monitoring the status of the trap from an office location and thereby effectively tend to the trap or to a series of traps.

The invention aims at providing an electric continuous mouse trap which is good in mouse trapping effect. The electric continuous mouse trap comprises a support, a mouse trapping box, an anti-return channel and a mouse storage box. The electric continuous mouse trap is characterized by further comprising a box rising switch, a mouse trapping pressure switch plate, a limiting travel switch, a motor and a return plate, wherein the mouse trapping box can be lifted away from the ground after the box rising switch or the return plate is triggered, and hooked to the support by using an elastic snap spring; the elastic snap ring is released after the mouse trapping pressure switch plate is triggered so that the mouse trapping box falls freely to trap mice in the mouse trapping box, and when the mice escape into the anti-return channel from the mouse trapping box, the box rising switch can be triggered so that the mouse trapping box is lifted, and therefore, continuous mouse trapping is realized. The electric continuous mouse trap is completely different from the traditional method of arranging the mouse trapping box on the ground, and in this way, the alert mind of the mice is relieved; as a result, the electric continuous mouse trap is good in mouse attracting effect and can be used continuously, and therefore, excellent mouse trapping effect is achieved.

There is provided a trap for trapping animals including: at least one radio frequency (RF) device closely associated with the trap for the recording of activation data of the trap, at least one animal containment unit incorporated with the trap, and at least one sensor for detecting activation of the trap and passing an activation signal to the RF device. Preferably, the RF device is for transmitting RF signals to at least one receiving unit for enabling the real-time determination of a status of the trap.

Repeating animal traps incorporating one or more inclined plane trap assemblies with means to preclude an animal on the tilting floor member of the trap assembly from engaging the top and/or side edges of the door member of the trap assembly in an attempt to escape from the trap by pulling the door member down to thereby unblock access to the entrance opening. Additional means are shown to preclude an animal within the enlarged holding chamber or enclosure of the repeating animal trap from engaging the inner end portions of the floor member in an attempt to escape from the trap by pulling the floor member down, enabling the animal to climb onto the floor member and then attempt to pull the door member down to escape from the trap. A barrier in the form of sharpened projections and/or an inclined ramp is provided beneath the inner end portions of the floor member to discourage an animal entering or nesting within that space when the floor member is raised in the reset position of the trap assembly. The barrier can include an inclined ramp whereby the space between the floor member and the ramp is decreased as an additional animal enters the trap assembly, to push an animal beneath the tilting floor member back into the enclosure. A plastic version of the repeating animal trap assembly enables thermoforming of many of the structural elements into the housing cover. Catches are also provided to selectively secure a glue board to the cover of the repeating animal trap to capture an animal attempting to bypass the entrance openings of the trap by running over the trap housing.