Abstract: A ligature resistant holder for a roll of material that is to be disposed within a wall. The holder includes a housing of which at least one side walls has an aperture with which a support assembly is associated. The support assembly includes a support member, a biasing member, a retainer and a support housing. The retainer extends through the aperture and includes portions defining a passage through the retainer. At least partially disposed within the passage of the retainer is the support member. The support member includes an actuation portion, which extends into the chamber, and a stop portion that extends radially relative to the actuation portion and engages the retainer such that axial movement of the button through the passage is limited. The biasing member is at least partially disposed within the support housing and biases the support member for movement within the chamber.

Abstract: A ligature resistant holder for a roll of material that is to be disposed within a wall. The holder includes a housing of which at least one side walls has an aperture with which a support assembly is associated. The support assembly includes a support member, a biasing member, a retainer and a support housing. The retainer extends through the aperture and includes portions defining a passage through the retainer. At least partially disposed within the passage of the retainer is the support member. The support member includes an actuation portion, which extends into the chamber, and a stop portion that extends radially relative to the actuation portion and engages the retainer such that axial movement of the button through the passage is limited. The biasing member is at least partially disposed within the support housing and biases the support member for movement within the chamber.

Abstract: A toilet assembly is provided and includes an inlet conduit, a waste conduit, a flush-assist subsystem, and a plug. The waste conduit is configured to fluidly communicate with the inlet conduit. The flush-assist subsystem includes a flush-assist inlet and a flush-assist outlet. The flush-assist inlet is configured to fluidly communicate with the inlet conduit. The flush-assist outlet is configured to fluidly communicate with the waste conduit. The plug is disposed within the flush-assist subsystem and configured to prevent fluid communication between the inlet conduit and the waste conduit through the flush-assist subsystem.

Abstract: A ligature resistant holder for a roll of material that is to be disposed within a wall. The holder includes a housing of which at least one side walls has an aperture with which a support assembly is associated. The support assembly includes a button, a biasing member, a retainer and a support housing. The retainer extends through the aperture and includes portions defining a passage through the retainer. At least partially disposed within the passage of the retainer is the button. The button includes an actuation portion, which extends into the chamber, and a stop portion that extends radially relative to the actuation portion and engages the retainer such that axial movement of the button through the passage is limited. The biasing member is at least partially disposed within the support housing and the button is biased toward the chamber by the biasing member.

Abstract: A ligature resistant holder for a roll of material that is to be disposed within a wall. The holder includes a housing of which at least one side walls has an aperture with which a support assembly is associated. The support assembly includes a button, a biasing member, a retainer and a support housing. The retainer extends through the aperture and includes portions defining a passage through the retainer. At least partially disposed within the passage of the retainer is the button. The button includes an actuation portion, which extends into the chamber, and a stop portion that extends radially relative to the actuation portion and engages the retainer such that axial movement of the button through the passage is limited. The biasing member is at least partially disposed within the support housing and the button is biased toward the chamber by the biasing member.

Abstract: A toilet includes a bowl and a seat. The bowl includes a base and a rim. The base includes an inner surface and an outer surface. The rim includes an upper surface and an inner surface. The inner surface of the rim extends from the inner surface of the base. The seat includes a plate portion, a neck portion, a skirt portion, a first fastening tab, and a second fastening tab. The plate portion includes an inner edge and an outer edge. The neck portion extends axially from the inner edge of the plate portion. The first fastening tab extends from the neck portion and includes a first aperture having an axis configured to intersect one of the inner surface of the rim and the inner surface of the base. The second fastening tab extends from the neck portion and including a second aperture.

Abstract: An assembly is provided. The assembly is configured to be disposed within a wall having an outer surface and an aperture formed in the outer surface. The assembly includes a housing and a lateral support assembly. The housing includes a lateral wall and a medial wall. The lateral wall includes a lateral outer surface, a lateral inner surface, and a lateral aperture extending through the lateral outer surface and the lateral inner surface. The lateral support assembly includes a retainer, a support housing, a button, and a biasing member. The retainer is disposed within the lateral aperture. The support housing is coupled to the retainer. The button is at least partially disposed within the passage of the retainer and within the passage of the support housing. The biasing member is at least partially disposed within the passage of the retainer and within the passage of the support housing.

Abstract: An assembly is provided. The assembly is configured to be disposed within a wall having an outer surface and an aperture formed in the outer surface. The assembly includes a housing and a lateral support assembly. The housing includes a lateral wall and a medial wall. The lateral wall includes a lateral outer surface, a lateral inner surface, and a lateral aperture extending through the lateral outer surface and the lateral inner surface. The lateral support assembly includes a retainer, a support housing, a button, and a biasing member. The retainer is disposed within the lateral aperture. The support housing is coupled to the retainer. The button is at least partially disposed within the passage of the retainer and within the passage of the support housing. The biasing member is at least partially disposed within the passage of the retainer and within the passage of the support housing.

Abstract: A toilet includes a bowl and a seat. The bowl includes a base and a rim. The base includes an inner surface and an outer surface. The rim includes an upper surface and an inner surface. The inner surface of the rim extends from the inner surface of the base. The seat includes a plate portion, a neck portion, a skirt portion, a first fastening tab, and a second fastening tab. The plate portion includes an inner edge and an outer edge. The neck portion extends axially from the inner edge of the plate portion. The first fastening tab extends from the neck portion and includes a first aperture having an axis configured to intersect one of the inner surface of the rim and the inner surface of the base. The second fastening tab extends from the neck portion and including a second aperture.

Abstract: A toilet assembly is provided and includes an inlet conduit, a waste conduit, a flush-assist subsystem, and a plug. The waste conduit is configured to fluidly communicate with the inlet conduit. The flush-assist subsystem includes a flush-assist inlet and a flush-assist outlet. The flush-assist inlet is configured to fluidly communicate with the inlet conduit. The flush-assist outlet is configured to fluidly communicate with the waste conduit. The plug is disposed within the flush-assist subsystem and configured to prevent fluid communication between the inlet conduit and the waste conduit through the flush-assist subsystem.

Abstract: Embodiments include, in combination with a ball joint relievable hanger having an moveable rod in which movement is facilitated by a ball portion within a complementary cavity, the ball portion having a bore containing a spring which bears on a locking member and urges the locking member into a detent in the complementary cavity, thereby retaining the rod in position unless a release weight is placed on the hanger, resulting in the downward movement of the rod, the improvement comprising, the extension of the bore in the ball portion to the end of the rod, a threaded screw which interacts with threads on the bore extension to allow distal-proximate movement of the screw, and seat means for conveying distal-proximate movement of the screw to the spring. Embodiments include means for adjusting the release weight of the relievable hanger.