The Pet Washing Device includes a transparent enclosure with a removable lid having a plurality of inwardly facing water jets secured subjacent the lid on one (1) widthwise face. The manifold extends outside the enclosure and has a fitting at a distal end which is capable of being threading secured to a water source. This device utilizes a pump to recycle water and conserve water consumption. In addition, it is equipped with a blower to enable a faster drying cycle for pets.

The present disclosed subject matter relates to an apparatus and system for maintaining cleanliness when using commercial beverage containers. The system comprises a cup sleeve for a food or beverage cup comprising one or more generally rectangular packets comprising one or more multi-purpose wipes which form the cup sleeve and additionally provide an insulation for the user.

A dog wash and method for simultaneously washing multiple sides of a dog is disclosed. The dog wash comprises a spray assembly slideably attached to rails of a track assembly. One or more nozzle assemblies are positioned along the uptubes and spanner bar of the spray assembly to deliver water to the top and side surfaces of the dog at the same time.

A dryer stand having a base, a body having a first end connected to the base and a second end spaced upward from the base, and a receptacle located in the second end of the body, the receptacle being mounted to the second end of the body is provided. The receptacle can receive a dryer for discharging drying air. The mounting of the receptacle enables at least one of a tilting operation and a rotation operation in a clockwise-counterclockwise direction so that the discharge direction of the drying air can be shifted toward a front-rear direction and clockwise-counterclockwise direction with respect to the dryer stand, either simultaneously or separately, depending on the position and size of the object to be dried.

The present invention relates to a set of sterilizing electrodes, to a set of sterilizing electrodes, method of sterilizing and sterilization apparatus using same, comprising: a conductive body formed of electrically conductive material and having a facing surface and connected to power supply; an electrode catalyst layer stacked on the facing surface of the conductive body; and, an insulation cover formed of an insulating material, and is fixed to the conductive body with the electrode catalyst layer interposed between the conductive body, wherein through portions are provided to form a first region that is a exposed part of the electrode catalyst layer through the through portions at a plurality of positions, and wherein the remaining areas of the electrode catalyst layer other than the first region are covered by the insulation cover; thereby obtaining advantageous effects that it is easy to manufacture to replace and to recycle the electrode catalyst layer, and also sterilizing components can be uniformly and effectively generated.

A livestock blower apparatus for blowing air through a flexible hose onto an animal. A pair of blower units are enclosed within an interior space of a housing. The blower units are adapted to draw air through housing inlet openings and force it through a Y-shaped conduit out through a housing outlet opening without the air coming in contact with the housing interior space. A cooling fan is provided at a housing cooling inlet opening and blows air into the housing interior space. Another cooling fan is provided at a housing cooling outlet opening and draws/blows air out from within the housing interior space. The blower units are thereby protected from the elements and noise generated by them is muffled by the housing, and the blower units are cooled for minimizing the heat that may be transferred to the air being blown onto the animal.

A teat preparation liner comprising an inlet for fluid flow into the liner, an opening, a liner cavity and a spray ring. The liner cavity is positioned adjacent to the opening inside the liner and surrounds a portion of the liner. The spray ring has a hollow interior and a plurality of apertures. The spray ring is coupled to the inlet so that fluid flows from the inlet into the hollow interior of the spray ring and out of the spray ring through the plurality of apertures. The spray ring is positioned inside the liner cavity so that the plurality of apertures face the inside of the liner opening. The spray ring is operable to encircle a dairy animal teat that is positioned inside the liner via the liner opening to simultaneously direct fluid flow from the inlet onto multiple portions of the teat via the apertures.

A handheld pet spray wand may be configured for use in washing or bathing a pet, for example, a dog. The handheld pet spray wand may be configured for attachment to a hose that is further attached to a water supply source. The handheld pet spray wand may be operable to have a number of spray modes to assist in the cleaning of the pet. The handheld pet spray wand may further be configured to provide selective nozzle array sizes designed for both small and large pets. The form factor of the spray wand may further be ergonomically formed to provide a spray pattern conforming to the body of the pet.

A dryer attachment for use to dry an animal comprising: an attachment end, where the attachment connects to a dryer; a vent opening, where the vent opening enables flow of air from the dryer; a plurality of top bristles arranged above the vent opening; and a plurality of bottom bristles arranged below the vent opening. The plurality of top bristles and plurality of bottom bristles may be arranged in a series of rows.

Automatic teat treatment method and apparatus for treatment operations on teats of an animal using a robot apparatus. The method includes initiating automatic detection of spatial teat positions and registering the spatial positions of the detected teats; and deriving a dedicated treating action effective to move the treating device through a dedicated path defined by the registered spatial teat positions and carrying out treatment by moving the treating device through the dedicated path. When not all of the spatial positions are detected, then the method registers the spatial position of each detected teat and derives an adapted treating action effective to move the treating device through an adapted path defined by the registered spatial teat positions and by approximated spatial locations. When no teat spatial positions have been detected, the method derives a default treating action effective to move the treating device through a default treating path.