92 results about "Animal Enclosure" patented technology

The present invention provides an inductively powered sensor system having a primary conductive path capable of being energized to provide an electromagnetic field in a defined space. An inductive power pick-up is associated with a sensor and is capable of receiving power from the field to supply the sensor. The system includes a first sensing unit to sense the power available to the pick-up and a control unit to increase or decrease the power available to the sensor dependant on the sensed power available. A method of inductively powering a sensor, an inductively powered sensor and an animal enclosure including one or more primary conductive path of an inductive power supply are also disclosed.

An animal enclosure, having a top wall panel, a bottom rack disposed opposite to the top wall panel, two opposite first side wall panels, a third side wall panel and a fourth side wall panel. Each of the first side wall panels has a top edge hinged to the top wall panels and a bottom edge hinged with the bottom rack at a first elevation. The second side wall panel disposed between and adjacent to the first side wall panels has a bottom edge hinged to the bottom rack at a second elevation. The third side wall panel is opposite to the second side wall panel and adjacent to the first side wall panels. The third side wall has a bottom edge hinged to the bottom rack at a third elevation. The first, second and third elevations are at different from each other such that the top wall panel, the first, second and fourth side wall panels can be folded stacked with each other on the bottom rack. The animal enclosure includes at least one removable door formed on one of the side wall panels allowing the user to use the enclosure as a training space.

An animal enclosure, having a top wall panel, a bottom rack disposed opposite to the top wall panel, two opposite first side wall panels, a third side wall panel and a fourth side wall panel. Each of the first side wall panels has a top edge hinged to the top wall panels and a bottom edge hinged with the bottom rack at a first elevation. The second side wall panel disposed between and adjacent to the first side wall panels has a bottom edge hinged to the bottom rack at a second elevation. The third side wall panel is opposite to the second side wall panel and adjacent to the first side wall panels. The third side wall has a bottom edge hinged to the bottom rack at a third elevation. The first, second and third elevations are at different from each other such that the top wall panel, the first, second and fourth side wall panels can be folded stacked with each other on the bottom rack. The animal enclosure includes at least one removable door formed on one of the side wall panels allowing the user to use the enclosure as a training space.

The present invention provides a method and apparatus for economically filtering air into swine farms and other animal enclosures. Advantageously, the invention substantially reduces the risk to airborne transfer of disease into animal enclosures. In one embodiment, a method for providing clean air to an animal enclosure includes providing an animal enclosure having an animal containing volume for containing a plurality of animals, removing air from the internal volume via at least one exhaust fan, and filtering air being pulled into the enclosure by the at least one exhaust fan using a fully sealed filter, the fully sealed filter having a particle separation sufficiently efficient to prevent detection of live (PRRS-) virus downstream the of filter, using polymerase chain reaction (PCR) analysis of samples collected with a cyclonic aerosol collector.

A remotely activated door-opening mechanism is provided for a cage trap having an animal enclosure, preferably a cage trap as disclosed in U.S. Publ. No. US2008 / 0115405. The mechanism is mounted outside the enclosure of the trap and is preferably remotely activated by an IR or RF transmitter to open a door of the trap and release a trapped animal when the operator is at a safe distance away. The mechanism may also be manually set with a time delay and may be associated with either a main entry door to the trap or with a secondary escape door located at an opposite end of the trap.

An animal enclosure and method of collapsing the enclosure is disclosed. The enclosure is fabricated from a plurality of panels. One or more first panels have elongate rods whose end portions are formed into a hook. An edge rod of an adjacent second panel is disposed within the hooked end portion of the first panel. By offsetting the hooked end portion of the first panel from the plane within which the first panel resides, the first and second panels to be stacked upon each other by pivoting the second panel onto the first panel.

An animal enclosure includes an inner wall defining an enclosure space for an animal and an outer wall at least partially surrounding the inner wall. A gap is defined between the inner and outer walls. The gap is filled with a gas such as air in some embodiments. In other embodiments, the gap is filled with a filler material such as foam or polymer material. The animal enclosure includes an upper housing member and a lower housing member in some embodiments. The upper and lower housing members may be secured together using one or more fasteners to form the animal enclosure. Each of the upper and lower housing members is rotational molded in some embodiments. Each of the upper and lower housing members includes an outer wall and an inner wall, each separated by a gap, in some embodiments.

A ventilation system with hardware to direct two independent airflows, wherein an outer airflow (at least partially) surrounds the an inner airflow. Preferably the inner and outer airflows come from different sources such that the air of the inner airflow has higher associated costs than the air of the outer airflow. For example, the inner airflow may be more cleaned and / or more thermally conditioned than the outer airflow. The inner airflow may have a different velocity than the outer airflow. Preferably, the ventilation system is a PVD, but other applications are also contemplated, such as: (i) spot-cooling; (ii) air curtains (for example for a refrigerated food section or case in a market); (iii) medical devices (for example, oxygen supply devices, “blankets” of thermally conditioned and / or cleaned air for infants, patients in surgery or burn victims, shields of cleaned air for protection against microbes for patients with compromised immune systems); (iv) personal humidifiers; (v) personal dehumidifiers; (vi) thermal and / or humidity control for plant or animal enclosures; and / or (vii) any other ventilation system for controlling at least one type of air characteristic (see Definitions section).

A cage type animal trap having an enclosure with an animal access opening into a vacant interior sized to receive an animal to be trapped. The access opening is closed by a door that is movable from a closed to an opened position by an actuating mechanism having a flexible actuating member with one end secured to the door and the other end releasably held by a latch mechanism. The latch mechanism is configured to move the door to the opened position by tensioning the actuating member and, in response to a trigger mechanism, to release the second end of the actuating member and allow the door to move from the opened position to the closed position thereby trapping the animal in the animal enclosure. A door lock in abutment with the outer surface of the door prevents the door from being opened by a trapped animal. A part of the actuating mechanism is in engagement with the door lock when the door is closed such that the door lock is automatically disengaged when the actuating member is tensioned.

An insulated animal enclosure configured to be conveniently maintained at a cool and comfortable interior temperature. The insulated animal enclosure includes an inner habitat and an outer housing. The cuter housing includes an opening configured to receive the inner habitat therein and substantially surrounds the inner habitat at a spaced-apart distance thereof. Cooling means are placed within the spaced-apart distance between the outer housing and the inner habitat to assist in maintaining a controlled temperature environment. The inner habitat additionally includes an opening therein to allow an animal to enter and exit the structure at will.

Animal health and wellbeing is of significance to our society, whether the animal is wild or domesticated. Many humans have practiced methods to secure animal interests in both their natural habitats and in modern day society / homes. The presented device is designed around these principles for the wellbeing and humane treatment of the animal, while it is being caged, crated, and / or kenneled. The invention is a portable unit that may be added / attached universally to the outside of any cage, crate, kennel or specialized porous animal pad, and provide air conditioning for the animal within the enclosure. The invention is powered by either a DC or AC supply, so it may be used in the home and on the road. The complete device conceived as “Kool Kennel” and / or “Kool Kushion”, consists of a thermoelectric Peltier Module used for cooling and / or heating the ambient air “The KK Module” along with various air diffusers to connect the regulated air to the animal crate or pad. The KK Module and air diffusers comes with Velcro mounting brackets, and a flexible insulating enclosure covering, to prevent heat exchange between the animal enclosure and surroundings.

A ventilated animal habitat in the form of a frame having at least one shelf supporting an animal enclosure with a ventilation control region including an ambient air inlet and exhaust air outlet and a ducting system also supported by the frame with an exhaust air collection chamber having a mouth abutting the enclosure around the exhaust air outlet to capture exiting habitat air drawn under negative pressure by a remote vacuum source and direct the captured air through a carry way duct while fresh ambient air is introduced into the enclosure.

Animal enclosure. The present disclosure provides a door frame assembly that includes a frame that defines an opening therein for allowing access therethrough. The door frame also includes a door pivotally coupled to a first vertical wire of the of the frame for pivoting the door between an open position and a close position. The door frame further includes a first coupling mechanism and a second coupling mechanism. The first coupling mechanism releasably couples the door to the frame and is formed by a first horizontal wire. The first horizontal wire forms a hooked end protruding outward toward the door and spaced inwardly of the frame to intersect with the opening. The second coupling mechanism releasably couples the door to the frame. The second coupling mechanism includes a portion configured to limit movement of the door relative to the frame until the second portion is pivoted in a direction toward the door.

The present disclosure provides a door assembly for an animal enclosure. The assembly includes a door frame having a plurality of interconnected horizontal and vertical wires that define an opening for an animal to pass therethrough. The assembly also includes a door configured to move between an open position and a close position relative to the door frame. A latch is pivotably coupled to the door and includes a mechanism that is removably coupled to the door frame. The assembly further includes a first vertical wire and a second vertical wire of the door. A first guide wire and a second guide wire are coupled to the door frame. The first vertical wire is coupled to and moves along the first guide wire between the open and close positions, and the second vertical wire is coupled to and moves along the second guide wire between the open and close positions.

An animal enclosure is provided which is particularly adapted for cat. The animal enclosure includes a housing having a base, a sidewall extending upwardly from the perimeter of the base, a hollow interior space surrounded by the sidewall, an access opening in the sidewall to permit an animal to enter and leave the hollow interior space. A frame is attached to an interior surface of said sidewall, and a corrugated bundle is removably retained by the frame. The animal enclosure is collapsible and is capable of being shipped and stored in a compact configuration but which is capable of being erected on site to create an animal enclosure.

The present invention concerns an animal enclosure (1). In particular, the present invention concerns an animal enclosure (1) including one or more enclosure units (2) adapted to contain an animal. Each enclosure unit (2) includes interconnection means (4) for connecting the enclosure unit (2) to one or more other enclosure units (2).

A remotely activated door-opening mechanism is provided for a cage trap having an animal enclosure, preferably a cage trap as disclosed in U.S. Publ. No. US2008 / 0115405. The mechanism is mounted outside the enclosure of the trap and is preferably remotely activated by an IR or RF transmitter to open a door of the trap and release a trapped animal when the operator is at a safe distance away. The mechanism may also be manually set with a time delay and may be associated with either a main entry door to the trap or with a secondary escape door located at an opposite end of the trap.

An animal enclosure including a frame having a first frame end, a second frame end, and a biasing member between the frame ends, wherein the biasing member biases the first frame end away from the second frame end; a shell overlying the frame to define an enclosed space within the frame, the shell being flexible such that the frame and the shell are movable between a collapsed condition and an opened condition; wherein the first frame end defines an opening through which the animal enters the enclosed space.

A truck bed animal enclosure device (1) comprising a frame (2) having a top section (3), two side sections (4) and a back section (5). The top section (3) covers a substantial portion of a truck bed (15). The side sections (4) extend above the truck bed side panels (16) and are secured to the top section (3). The back section (5) is extends above a truck bed tailgate (28) and is pivotally secured to the top section (3) via a hinging means (12) so as to permit a user to raise the back section (5). The side sections (4) include at least one aperture (31) so as to permit cross-ventilation within the truck bed (15). A covering means (6) is secured over the top section (3) so as to provide shade and shelter to the interior of the truck bed (15).

An antifouling barrier comprising a silicon bronze alloy, the silicon bronze alloy comprising about 0.5% to about 3.8% silicon (wt / wt alloy) and greater than about 90% copper (wt / wt alloy). In some embodiments, the silicon bronze alloy additionally comprises from about 0.05% to about 1.3% manganese (wt / wt alloy). The antifouling barrier may be a welded wire mesh, screen, chain-link, chain-mail, grid, weave, perforated sheet, or chicken wire. Methods of reducing the growth of an organism on an animal enclosure, comprising contacting at least a portion of the animal enclosure with an antifouling barrier comprising a silicon bronze alloy comprising about 0.5% to about 3.8% silicon (wt / wt alloy) and greater than about 90% copper (wt / wt alloy).

The present invention provides an inductively powered sensor system having a primary conductive path capable of being energized to provide an electromagnetic field in a defined space. An inductive power pick-up is associated with a sensor and is capable of receiving power from the field to supply the sensor. The system includes a first sensing unit to sense the power available to the pick-up and a control unit to increase or decrease the power available to the sensor dependant on the sensed power available. A method of inductively powering a sensor, an inductively powered sensor and an animal enclosure including one or more primary conductive path of an inductive power supply are also disclosed.

A door assembly for pivotally securing a door to an animal enclosure or other enclosure. The door assembly comprises a pivot pin assembly integrally formed with the door and a hinge secured to the enclosure adjacent the opening. The pivot pin assembly preferably comprises a vertically oriented pivot pin integrally formed with upper and lower horizontal support members extending from upper and lower ends of the pivot pin across a portion of the door. The pivot pin is fitted within a hinge barrel formed within the hinge in a manner to permit the pivot pin to rotate within the barrel such that the door may be pivoted from an open to a closed position.

The invention relates to an animal enclosure with a dual door assembly, and provides an animal enclosure including a plurality of members defining an interior of the enclosure. One of the plurality of members includes a first member having a frame structure and door assembly formed by a plurality of interconnected horizontal and vertical wires. At least two of the horizontal wires of the frame structure form a hook positioned inside the defined opening. The door assembly is coupled to the frame and moves between an open and close positions. The door assembly includes a first door and a second door removably coupled to one another. The enclosure also includes a latch assembly for releasing the door assembly from the frame structure. In the close position, at least one horizontal wire of the first door and at least one horizontal wire of the second door are coupled to the hooks formed by the at least two horizontal wires of the frame structure.

An animal feeding / watering system includes a first panel which mounts against an exterior facing side of an animal enclosure wall. A first panel aperture aligns with a species specific access aperture positioned as desired in the enclosure wall. A second panel, apertures and mounting holes mirroring the first panel's, mounts on an interior facing side of the enclosure wall and fixes the apertures in alignment via fasteners to panel one. A feeding unit outside the animal enclosure reversibly mounts to panel one below and aligned with its aperture. A door mounted on the first panel latches closed to cover the aperture thereby preventing animal-human contact while filling the feed unit and is opened to permit one animal to access the feed unit. Shutters adjustably fixed to the second panel customize the aperture area to accommodate each species' method of accessing the feed unit and prevent escape.

An animal enclosure including a plurality of members defining an interior of the enclosure. The plurality of members includes a first member having a frame and a door formed by a plurality of interconnected horizontal and vertical wires. The door is pivotable with respect to the frame and a latch maintains the door in a closed position when latched. At least one of the wires of the door assembly is configured to include one of an access portion and a tab, and at least one of the wires of the frame assembly includes the other of the access portion and the tab. The latch, when moved to an open position, enables sliding movement of the door with respect to the frame. Alignment of the access portion and tab provides for opening of the door and pivoting movement of the door with respect to the frame.

An apparatus, system, and method are disclosed for a secure and comfortable animal enclosure providing convenient automated access and payment with validated User identification and validated animal identification linked to the animal's vaccinations and health records and configured for use in or near business, commercial, entertainment, workplace and other venues.

An integrated aquarium and small animal exhibit comprising an aquarium full of water and containing a completely submerged, transparent, air chamber display case that is supported by a cabinet, in which the submerged air chamber display case is accessible through openings in the floor of the aquarium and top of the cabinet. The air chamber display case is in fluid communication with the atmosphere and is utilized to exhibit air breathing small animals living in a portable small animal enclosure that may be concealed from view beneath the aquarium and enclosed by the cabinet.

An animal shred comprising an absorbent paper stock for use as a bedding material, wherein the paper stock is folded into signature, shredded, dusted and packaged in a vacuum sealed package. The paper stock may have a design printed thereon on one or both sides utilizing organic or soy-based ink. An animal shred manufacturing process comprising selecting a paper stock; folding the paper stock into signature; shredding the paper stock; dusting the shredded paper stock using a dust collection system and vacuum packaging the paper stock. A scent treatment, such an odorant or a flea deterrent, may be applied to the animal shred. The animal shred may be used as a filler for a cushion, which may be disposable, or the bedding material may be placed in an animal enclosure.

The present invention relates to an automated system for the distribution of substances to animal containment devices in an animal housing facility. The present invention also relates to a dosing device of substances, such as solid or liquid feed, which is part of said system, and to the method for dispensing feed implemented by said system. Furthermore, the present invention also relates to a method for automated dispensing of substances to animal containment devices in an animal housing facility.