A modular fence system is disposable into a freestanding enclosure on a supporting surface without the use of any tools and includes a fence panel assembly having a plurality of fence panels each having a frame with a plurality of fence slats mounted therein. A plurality of fence support units each have a frame interface and a frame support. Each frame interface is disposable between adjacent fence panels and each frame support is positionable into a freestanding relation with the supporting surface. A plurality of toggle clamps are disposable between a disengaged configuration for positioning around portions of adjacent fence panels and/or interfaces disposed thereinbetween, and a releasably secure engaged configuration to maintain the frames of adjacent ones of the plurality of fence panels and the frame interface operably disposed thereinbetween in an interconnected freestanding configuration.

This application discloses an assembly-type fence including a plurality of structurally identical fence units and a pin used to secure two adjacent fence units together. One end of the fence unit is provided with a plurality of mounting holes, the other end is provided with a plurality of protruding insertion parts, with slots located in the insertion parts; both the mounting holes and insertion parts are arranged vertically, and dimensions, quantity, and heights of the mounting holes correspond to those of the insertion parts; the insertion parts pass through the mounting holes of the adjacent fence unit, and the pins vertically pass through the slots to secure the adjacent fence units. The assembly-type fence enables the assembly of any number of fence units, significantly improving the efficiency of disassembling and assembling the fence, and thus avoiding the waste of time and effort.

A method of constructing corrals for livestock including the steps of forming a plurality of fence panels each including two vertical posts having a series of spaced holes along their lengths, a plurality of horizontal tubes for attaching between respective holes of the two vertical posts, inserting respective end sections of each horizontal tube within respective holes of the two vertical posts, and welding each respective end section of each horizontal tube to the vertical post material surrounding each respective spaced hole; connecting the plurality of fence panels together to form a chosen shape of the corral; providing and connecting roof panels between chosen fence panels; and securing the plurality of fence panels to a ground surface.

A bracket assembly for attaching an expandable barrier to an upright including a first mount component coupled to a second mount component forming a hinge region having a pivot axis. The first mount component is configured to couple to the expandable barrier and the second mount component is configured to couple to the upright. The pivot axis of the hinge region is off-set a distance from the upright sufficient to articulate the expandable barrier around the pivot axis from a first position in which the expandable barrier lies substantially within a plane that is parallel to a plane of a first side of the upright to a second position in which the expandable barrier lies substantially within a plane that is parallel to a plane of a second side of the upright. Related devices, systems, and methods are provided.

A modular livestock fencing system includes a plurality of collapsible modular fence units configured to house and control egress for livestock. Each collapsible modular fence includes two posts perpendicular to the ground and a plurality of rotatably supporting members connecting the two posts such that each rotatable supporting member can be rotated in a scissor motion to bring the two posts toward one another into a fully collapsed position where the posts are substantially in contact with one another or an expanded configuration where the posts are displaced from one another in a fully extended position. The system may include a locking mechanism which locks the supporting members at the fully extended position. The system includes a plurality of connection elements located on the two posts that are configured to connect one modular fence unit with one or more additional modular fence units.

A locking mechanism and a foldable fence are provided. When the locking column is placed in the locked position, the elastic member is in a naturally extended state to enable the locking column to protrude out of the first pressing hole from the first cavity, the first covering end covers the first pressing hole, and the fixing member remains fixed relative to the first cavity. When the locking column is placed in the unlocked position, the first covering end is separated from the first pressing hole, the elastic member is compressed by force, the locking column retracts from the first pressing hole into the first cavity, and the fixing member can be moved out of the first cavity. In the foldable fence, the first fixing rod is the fixing member, and the first movable rod is the movable member. The entire fence is easily folded and convenient for use.

A modular fence assembly, including multiple fence modules each comprising: a barrier comprising a pair of substantially parallel end posts, and a base configured to stabilize the respective fence module on a surface. The modular fence assembly further includes multiple connectors each configured to connect two adjacent fence modules of the multiple fence modules, wherein: each of the multiple connectors is configured as a double hinge having a pair of parallel internal channels, and each of the internal channels is configured to embrace an end post of one of the two adjacent fence modules. The multiple fence modules and the multiple connectors are configured to be assembled into a fence.