Abstract: A headboard assembly for a modular bed frame assembly includes a bracket and a headboard. The bracket includes an upper attachment structure and a lower attachment structure. The headboard is removably coupled to the bracket at the upper attachment structure. The bracket is configured to be removably coupled between two laterally adjacent planar members of the modular bed frame assembly by the lower attachment structure. At least one of the upper attachment structure or the lower attachment structure of the bracket defines a generally C-shaped section.

Abstract: A headboard assembly for a modular bed frame assembly includes a support bracket and a headboard. The support bracket includes an upper attachment structure and a lower attachment structure. The headboard is removably coupled to the support bracket at the upper attachment structure. The support bracket is configured to be removably coupled between two laterally adjacent planar members of the modular bed frame assembly by the lower attachment structure.

Abstract: A headboard assembly for a modular bed frame assembly includes a support bracket and a headboard. The support bracket includes an upper attachment structure and a lower attachment structure. The headboard is removably coupled to the support bracket at the upper attachment structure. The support bracket is configured to be removably coupled between two laterally adjacent planar members of the modular bed frame assembly by the lower attachment structure.

Abstract: A bed frame assembly includes a first planar member, a first end bracket, and a connecting member. The first planar member is configured to support a bed. The first end bracket is coupled to a side of the first planar member. The connecting member is detachably coupled to the first end bracket and is configured to secure the first end bracket to the first planar member.

Abstract: A leg assembly includes four legs, each of the legs configured to couple to an outer edge of a generally planar member to form an assembly that has a surface supported by the four legs. The leg assembly also includes an adjustable strap coupled to and extending between two of the four legs to form a bracing structure to provide enhanced structural rigidity for the assembly for attachment to a planar element includes four legs.

Abstract: A bed frame assembly includes a first planar member, a first end bracket, and a connecting member. The first planar member is configured to support a bed. The first end bracket is coupled to a side of the first planar member. The connecting member is detachably coupled to the first end bracket and is configured to secure the first end bracket to the first planar member.

Abstract: A leg assembly includes four legs, each of the legs configured to couple to an outer edge of a generally planar member to form an assembly that has a surface supported by the four legs. The leg assembly also includes an adjustable strap coupled to and extending between two of the four legs to form a bracing structure to provide enhanced structural rigidity for the assembly for attachment to a planar element includes four legs.

Abstract: A leg assembly includes four legs, each of the legs configured to couple to an outer edge of a generally planar member to form an assembly that has a surface supported by the four legs. The leg assembly also includes an adjustable strap coupled to and extending between two of the four legs to form a bracing structure to provide enhanced structural rigidity for the assembly for attachment to a planar element includes four legs.

Abstract: A leg assembly includes four legs, each of the legs configured to couple to an outer edge of a generally planar member to form an assembly that has a surface supported by the four legs. The leg assembly also includes an adjustable strap coupled to and extending between two of the four legs to form a bracing structure to provide enhanced structural rigidity for the assembly for attachment to a planar element includes four legs.

Abstract: A method for producing a ceramic material product. A filler material is provided. The filler material is divided into filler granules collectively having a median diameter approximately 10 microns or less. An amount of carbon is provided. The carbon is divided into carbon particles and the carbon particles are allowed to coat the filler granules. The mixture of carbon-coated filler granules is formed into a selected shape. The formed mixture is placed in a substantial vacuum. The mixture is introduced to a pre-selected amount of silicon and the mixture of carbon-coated filler granules and silicon is heated to a temperature at or above the melting point of the silicon.

Abstract: A ceramic ballistic material and method of manufacture is disclosed. A filler material is provided. The filler material is divided into filler granules collectively having a median diameter approximately 10 microns or less. An amount of carbon is provided. The carbon is divided into carbon particles and the carbon particles are allowed to coat the filler granules. The mixture of carbon-coated filler granules is formed into a ballistic armor shape. The formed mixture is placed in a substantial vacuum. The mixture is introduced to a pre-selected amount of silicon and the mixture of carbon-coated filler granules and silicon is heated to a temperature at or above the melting point of the silicon.

Abstract: A ceramic ballistic material and method of manufacture is disclosed. A filler material is provided. The filler material is divided into filler granules collectively having a median diameter approximately 10 microns or less. An amount of carbon is provided. The carbon is divided into carbon particles and the carbon particles are allowed to coat the filler granules. The mixture of carbon-coated filler granules is formed into a ballistic armor shape. The formed mixture is placed in a substantial vacuum. The mixture is introduced to a pre-selected amount of silicon and the mixture of carbon-coated filler granules and silicon is heated to a temperature at or above the melting point of the silicon.

Abstract: A method for producing a ceramic material product. A filler material is provided. The filler material is divided into filler granules collectively having a median diameter approximately 10 microns or less. An amount of carbon is provided. The carbon is divided into carbon particles and the carbon particles are allowed to coat the filler granules. The mixture of carbon-coated filler granules is formed into a selected shape. The formed mixture is placed in a substantial vacuum. The mixture is introduced to a pre-selected amount of silicon and the mixture of carbon-coated filler granules and silicon is heated to a temperature at or above the melting point of the silicon.