Livestock feeders can include a one-piece or multi-piece designs. A livestock feeder can include a pan, a hood, and a base. The livestock feeder is suitable for providing feedstuffs such as nutritional supplements to a livestock animal on a free-choice basis. The livestock feeder can be durable, portable, non-corrosive and is designed to minimize spillage of feedstuffs and resist tipping over. The livestock feeder can be constructed from a molded polyethylene material.

The apparatuses and methods disclosed herein may be towed forwards and backwards by a motor vehicle. Thus, implementations of the transport device disclosed herein may have functions akin to a goose-neck trailer, yet may provide easier, more efficient and/or more cost effective transportation and loading functions over prior art trailer transportation systems. Furthermore, in some implementations, the transport device disclosed herein includes at least three, non-aligned wheels and therefore can function like a cart. Still further, in some implementations, the transport device disclosed herein can have the functions of a wagon, yet still back and maneuver like a trailer. In some implementations, the transport device includes a frame for positioning hay for feeding live stock.

The apparatuses and methods disclosed herein may be towed forwards and backwards by a motor vehicle. Thus, implementations of the transport device disclosed herein may have functions akin to a goose-neck trailer, yet may provide easier, more efficient and/or more cost effective transportation and loading functions over prior art trailer transportation systems. Furthermore, in some implementations, the transport device disclosed herein includes at least three, non-aligned wheels and therefore can function like a cart. Still further, in some implementations, the transport device disclosed herein can have the functions of a wagon, yet still back and maneuver like a trailer. In some implementations, the transport device includes a frame for positioning hay for feeding live stock.

A portable and collapsible modular calf housing system featuring at least one pen comprising a front panel and two side panels and optionally a rear panel forming a pen. The side panels include channels in which the front panel can slide vertically to adjust the height of a feeding pail attached thereto. The channels are disposed on either face of each side panel to enable a front panel from each one of adjacent pens to be joined to form a plurality of interconnected pens.

An apparatus for controlling consumption of a bale of feed material by livestock may include a perimeter member for positioning about a portion of the bale, with the perimeter member defining an opening for at least partially receiving a portion of the bale. The apparatus may include a web mounted on the perimeter member and extending across the opening of the perimeter member. The web may have a periphery connected to the perimeter member, the web including at least one interlinked strand forming a plurality of holes, the at least one strand being flexible, the at least one strand being substantially unstretchable.

An apparatus for controlling consumption of a bale of feed material by livestock may include a perimeter member for positioning about a portion of the bale, with the perimeter member defining an opening for at least partially receiving a portion of the bale. The apparatus may include a web mounted on the perimeter member and extending across the opening of the perimeter member. The web may have a periphery connected to the perimeter member, the web including at least one interlinked strand forming a plurality of holes, the at least one strand being flexible, the at least one strand being substantially unstretchable.

The present invention is directed to a portable feeding apparatus or bowl, more particularly to a travel feeding apparatus for pets having hinged, collapsible bowls for holding food and water.

A portable corral that is hinged to the side of a horse trailer. The horse corral consists of fence panel sections that are stored flush against the side of a horse trailer and, by use of a hinge system, fold outwardly to form a corral. Two fence sections are hingedly coupled to a trailer side. An additional fence section, hingedly coupled to one of the trailer mounted fence sections, form a square or rectangular corral. One of the fence sections may include a gate for ease of entry and exit to the corral. When the corral is not in use, the fence sections are rotated back against the side wall of the trailer for storage. Adjustable feet are used for leveling of the fence sections and are retractable for storage.

A portable corral that is hinged to the side of a horse trailer. The horse corral consists of fence panel sections that are stored flush against the side of a horse trailer and, by use of a hinge system, fold outwardly to form a corral. Two fence sections are hingedly coupled to a trailer side. An additional fence section, hingedly coupled to one of the trailer mounted fence sections, form a square or rectangular corral. One of the fence sections may include a gate for ease of entry and exit to the corral. When the corral is not in use, the fence sections are rotated back against the side wall of the trailer for storage. Adjustable feet are used for leveling of the fence sections and are retractable for storage.

A robotically controlled system including a fence enclosure that can move and/or shape-shift itself autonomously and automatically without manual intervention. The system includes coils of electric fence wire that are spring-loaded or otherwise tensioned so that the length of electric fence wire between each post robot is able to contract or expand as the system of robots adapts to optimize the shape of the fence enclosure as the entire enclosure is moved by the robots around a field or other grazing pasture on an area of land.