A chute for immobilizing an animal (e.g. cow) wherein the chute during a hoof-trimming operation or the like. The chute is comprised of an inner wall and an outer wall and a front and rear gate. The inner wall has a rectangular opening near the front thereof with a backing plate having a hole secured over the backside of the opening in the inner wall. A removable pad is comprised of a rectangular frame which fits in the opening in the inner wall. The frame has a flexible cover (e.g. anti-microbial material) secured over its front. An inflatable bladder (e.g. pneumatic inner tube) is inserted through the hole in the backing plate and is positioned within the frame and behind the cover. The bladder is then inflated whereby the bladder expands to produce a pillow-like support for the cow's shoulder while the cow is in the chute.

The present invention relates to a collapsible cage assembly including an outer covering and a support frame for supporting the outer covering in an upright position. The outer covering can have a top, bottom, front, back, first side, and second side. The support frame can include a top frame body and a bottom frame body, a first side member and a second side member each being pivotably coupled to the top frame body and bottom frame body, and a top support member coupled to the top frame body. The top support member can define a V-shaped portion. The frame can also include a U-shaped member have a first end and a second end, each of the first end and second end slidably and pivotably coupled to the bottom frame body. The U-shaped member is removably coupled to the V-shaped portion of the top support member in the upright position.

The present disclosure relates to a carrier. The carrier includes a carrying portion and a bracket device. The carrying portion includes a bottom portion, and a carrying space is formed on the bottom portion. The bracket device includes a first bracket, a second bracket and a third bracket. The first bracket is combined to the carrying portion and disposed around a periphery of the carrying portion. The second bracket is connected to the first bracket and combined to the carrying portion. The second bracket extends from a side of the periphery of the carrying portion to the other side of the periphery of the carrying portion through the bottom portion of the carrying portion. The third bracket is located at a side of the bottom portion of the carrying portion, for fixing the carrier to a carrying apparatus. The third bracket has an annular structural element.

A foldable vehicle or stroller is provided. The apparatus includes a bottom bracket forming a vehicle base, a push rod bracket rotatably connected to the bottom bracket, and a protective assembly located on one side of the push rod bracket between the push rod bracket and the bottom bracket. The foldable vehicle is in an unfolded state, remote ends of the push rod bracket and the bottom bracket are positioned apart, proximal ends of the push rod bracket and the bottom bracket join at a rotation element, and an accommodating space is formed between the bottom bracket, the protective assembly and the push rod bracket. When the foldable vehicle is in a folded state, remote ends of the push rod bracket and the bottom bracket are positioned proximally and the protective assembly is positioned at least partially between the push rod bracket and the bottom bracket.

A support device includes a linkage rod movable along a first direction and a contact indication structure including an abutting shell, a pushing member, an indication member and a transmission member. The pushing member is movable and has a first position and a second position. The indication member having a first indication information is movable. The pushing member and the indication member are located at two sides of the linkage rod in a second direction. The transmission member is movable and extends between the pushing member and the indication member. When the pushing member is in the first position, the first indication information is hidden within the abutting shell; and when the pushing member is in the second position, the first indication information is exposed from the abutting shell. The pushing member is movable towards the second position to drive the indication member and the transmission member to move.

The present collapsible folding wagon includes a frame that folds. The frame includes right side oblique support members that pivot relative to each other at a right side pivot location and left side oblique support members that pivot relative to each other at a left side pivot location. The right side and left side pivot locations are equidistance from a front end of the frame and a rear end of the frame. A U-shaped handle is pivotally engaged at the right and left side locations and may swing over the wagon from a pull or push position at the front of the wagon to a pull or push position at the rear of the wagon.

A carrier framework relates to the field of carriers. The carrier framework includes: two support frames arranged opposite to each other; a first connecting assembly including two ends connected to first ends of the two support frames respectively; and a second connecting assembly including two ends connected to second ends of the two support frames respectively. Since the first connecting assembly is detachably connected to the two support frames, and the second connecting assembly is rotatably connected to the two support frames, when the carrier framework is required to be folded and stored, the first connecting assembly can be slid rightwards to separate upper ends of the two support frames, and then, the second connecting assembly is folded to fold the two support frames for storage, further reducing a storage space of the carrier framework.