Lab Products, Inc.

Other

John E Sheaffer

Eric A Deitrich

Neil E Campbell

George S Gabriel

Dale R Murray

Chin Soo Park

Lynn B Irwin

Rodney E Gerringer

Albert P Ruggieri

Eric A Dietrich

William M Marston

Ronald W Hardesty

Josh S Meyer

Robert E Faith

Chinsoo Park

James F Best

Theodore William Frentzel, Jr

Gary B Bunney

Arvind Krishna Bhide

Robert Sedlachek

Jessica R Matthews, Legal Representative

John V Oldham, Deceased

Charles Elwood Cover

A multipurpose rat cage is provided for housing a plurality of different species of rodents therein. The rat cage includes a cage bottom having a plurality of integral side walls, a floor and an open top end. The floor has a length and a width such that the area of the floor is between 80 square inches and a 140 square inches.

Multipurpose rat cage

Animal cage water bottle

A rodent cage including a cage bottom having a plurality of integral side walls, a floor and an open top end. A peripheral lip extends continuously around the top end. A pair of recesses are disposed on the peripheral lip. A feeder assembly has a frame and at least one section descending therefrom. The frame has pair of flanges extending therefrom so that when the feeder assembly is disposed in the cage bottom the pair of flanges are mated with the pair of recesses, respectively. A bonnet is dimensioned in size for sealing the top end of the cage bottom. A lock is disposed on the bonnet for preventing rodents housed in the cage from displacing the bonnet from the cage bottom.

Feeder assembly for use in a cage

Multispecies rodent cage

An animal containment system includes a cage with a lid and a water flask. The water flask has a generally rectangular footprint and sits on top of the cage, preferably on the lid itself. A sipper tube connected to a port on one of the sides of the water flask can be inserted through a hole in the cage lid to a height sufficient for the animals in the cage to reach up to obtain water. The lid of the cage preferably includes a recessed portion in which at least a portion of the water flask is disposed. The water flask includes a bottom surface that is sloped to facilitate emptying of the flask into the sipper tube. The water flask has a relatively low profile and thus, contributes very little to the height of the cage. Thus, existing rack designs can be used to house the same number of cage and water flask assemblies of the present invention as was possible with conventional isolation cage and water bottle designs. Further, the water flask can be replaced without having to remove the lid of the cage.

Animal containment system with improved water container configuration

A combination food and liquid dispenser for an animal cage including a first compartment and a second compartment being in vertical relation to each other. The second compartment is constructed to receive food therein and provide an animal access to the food item disposed therein and the first compartment is constructed to receive a liquid container therein and provide an animal with access to the liquid container disposed in the first compartment. A bracket assembly is affixed to the dispenser and supports the dispenser within the cage on less than four side walls thereof. A filter cap for the animal cage includes a body portion dimensioned to fit upon and cover over the top of the cage. Disposed in the interior of the body portion is an air filter, a retainer for retaining the air filter in close proximity to a top wall of said body portion, a protective cover for protecting the integrity of the air filter and the retainer, and a lock for releasably securing the air filter, the retainer and the protective cover within the interior region of the body portion.

Filter cap for an animal cage

Filter top for rodent cage

A ventilated cage and rack system which maximizes cage density within the rack is provided. The rack includes at least one air exhaust plenum, and at least one canopy disposed within the rack. The canopy is capable of supporting a first cage within the rack above the canopy, and also positioning a second cage below the canopy so as to maintain a gap between the top of the second cage and the canopy to permit air to be drawn into the air exhaust plenum from the interior of the second cage through the top of the second cage and to also permit ambient air to be drawn across the top of the second cage into the air exhaust plenum.

Ventilated cage and rack system

A device for regulating exhaust air flow in a ventilation system when a rack is removed from the system. The device includes a housing forming an air conduit. A valve is mounted in the housing with the valve being moveable between an open position when the device is connected to the rack, and in one of a plurality of partially preset closed positions when the device is not connected to the rack. A valve adjustment member selects the one of a plurality of partially closed positions and is preset during factory testing. When valve is installed at facility and valve is removed from rack the adjustment is fully automatic. The technician merely disconnects the exhaust drop hose with valve attached, and valve automatically adjusts to a preset back pressure duplication position (partially closed position).

Air regulator valve for ventilated cage and rack system

Water bottle

A cage for receiving a multiple dosage feeder is provided. The multiple dosage feeder includes a food holding feeder member and a feeder housing member disposed in an opening in the cage. The food holding member holds a plurality of measured dosages of food or other substances, and at least a portion of the food holding member extends to the cage-interior side of the opening. A snap lock releasably secures the feeder housing member to the wall of the multiple dosage feeder. At least a portion of the food holding member is rotatable within the housing member so as to expose the single dosage of the plurality of dosages, while the housing member prevents access to any remaining dosages on the cage-interior side of the opening.

Cage for receiving a feeder

Growing community of inventors

Perryville, MD, United States of America

John E Sheaffer