Disclosed herein are livestock watering apparatuses comprising: a receptacle to be positioned in a water source, the receptacle having an open bottom region to be positioned within the water source and an opening in a side thereof positioned above and out of the water source, and the receptacle being at least partially insulated; and a lid for selectively accessing the water source, the lid being hingedly connected the receptacle and accessible through the opening in the side of the receptacle.

Disclosed herein are livestock watering apparatuses comprising: a receptacle to be positioned in a water source, the receptacle having an open bottom region to be positioned within the water source and an opening in a side thereof positioned above and out of the water source, and the receptacle being at least partially insulated; and a lid for selectively accessing the water source, the lid being hingedly connected the receptacle and accessible through the opening in the side of the receptacle.

An animal feeding system having a plurality of network connectable feeding stations, each with a base with a weight sensor for measuring a quantity of animal food placed in a food container, a processor, and network connection circuitry for connecting to a computer network. A server having a processor is coupled to a database to store pet information and use AI to analyze food and water consumption and recommend new foods or issue health alerts based on the consumption data. The server is configured for communication to feeding system bases and network connectable devices, such as smart phones, having executable food management software, wherein animal food intake information is transmitted to the server; and executable artificial intelligence loaded into and running on the server receives and processes data from the feeding stations and analyzes the data to make predictions and recommendations for foods individual animals prefer.

An animal feeding system having a plurality of network connectable feeding stations, each with a base with a weight sensor for measuring a quantity of animal food placed in a food container, a processor, and network connection circuitry for connecting to a computer network. A server having a processor is coupled to a database to store pet information and use AI to analyze food and water consumption and recommend new foods or issue health alerts based on the consumption data. The server is configured for communication to feeding system bases and network connectable devices, such as smart phones, having executable food management software, wherein animal food intake information is transmitted to the server; and executable artificial intelligence loaded into and running on the server receives and processes data from the feeding stations and analyzes the data to make predictions and recommendations for foods individual animals prefer.

The primary objective of the present invention is to provide a composition solution for livestock water and feed which eliminates harmful bacteria and encourages consumption. In certain embodiments, this composition solution may also remove bacteria from produce, treat water flows, process oilfield wastewater, destroy taste and odor contaminants in potable and drinking water, remove destructive contaminants from a wide range of industries, and eliminate hazardous pollutants.

A pet food and water bowl apparatus includes a first bowl which is configured to contain water for a pet to drink, and the completely surround a support structure on which a second bowl for food in mounted. Surrounding the support structure with water prevent crawling insects from getting to the food in the second bowl. The second bowl is also configured to prevent food from falling into the water in the first bowl through changes in orientation of the second bowl.

A pet food and water bowl apparatus includes a first bowl which is configured to contain water for a pet to drink, and the completely surround a support structure on which a second bowl for food in mounted. Surrounding the support structure with water prevent crawling insects from getting to the food in the second bowl. The second bowl is also configured to prevent food from falling into the water in the first bowl through changes in orientation of the second bowl.

A disposable animal cage which can be used in a ventilated or static caging rack system includes a cage top and a cage base. Any corner or edge present in the interior of the cage base or the cage top that is accessible to an animal that can be contained in the cage is defined by surfaces having a conical section which is non-circular to prevent gnawing of the cage. The cage top can include a water housing mount pocket. The water housing mount pocket can have a conical shape to prevent an animal from gnawing the water housing mount pocket and a container received in the water housing mount pocket. A feed tray can be attached beneath a filter in a ceiling of the cage top to prevent an animal from gnawing the filter.

A disposable animal cage which can be used in a ventilated or static caging rack system includes a cage top and a cage base. Any corner or edge present in the interior of the cage base or the cage top that is accessible to an animal that can be contained in the cage is defined by surfaces having a conical section which is non-circular to prevent gnawing of the cage. The cage top can include a water housing mount pocket. The water housing mount pocket can have a conical shape to prevent an animal from gnawing the water housing mount pocket and a container received in the water housing mount pocket. A feed tray can be attached beneath a filter in a ceiling of the cage top to prevent an animal from gnawing the filter.

A system for providing fluid for an animal includes: a generally oval trough to contain fluid, wherein the vertical inner sides of the trough slope inwardly from the upper rim of the trough to the bottom of the trough at an angle that varies around the circumference of the oval, there is an opening in the bottom of the trough in fluid communication with a dip tube that extends into a partially flexible fluid reservoir, and a means of attachment on the underside of the trough by which the fluid reservoir is sealably attached so that when pressure is applied to the reservoir, fluid will flow upward through the dip tube and fill the trough, and when the pressure is released, any remaining fluid will return to the reservoir.