Abstract: The transportable building is made of side-by-side building sections mounted on parallel foundation beams. Each building section has a skate clamp mounted thereto for sequential sliding and clamping engagements to one of two foundation beams. In another aspect, each of the beams has a removable receiving end attached thereto. Each receiving end has a V-shaped trough on an upper surface thereof to facilitate the alignment of building sections onto the foundation beams during the assembly of the transportable building. In yet another aspect, each foundation beam has workable jacks at each end thereof and a series of self-adjusting jacks mounted thereto between the workable jacks for supporting the transportable building on an uneven ground surface.

Abstract: The transportable building is made of side-by-side building sections mounted on parallel foundation beams. Each building section has a skate clamp mounted thereto for sequential sliding and clamping engagements to one of two foundation beams. In another aspect, each of the beams has a removable receiving end attached thereto. Each receiving end has a V-shaped trough on an upper surface thereof to facilitate the alignment of building sections onto the foundation beams during the assembly of the transportable building. In yet another aspect, each foundation beam has workable jacks at each end thereof and a series of self-adjusting jacks mounted thereto between the workable jacks for supporting the transportable building on an uneven ground surface.

Abstract: A system for assembling a load-bearing support structure, and structure assembled with such a system. The system includes at least one supporting member, at least one connecting member, and at least one complementary member. Each supporting member includes an upper surface being provided with at least one section having at least one bulge protruding from the upper surface. Each connecting member is used for connecting a supporting member to at least one other member of the system. Each complementary member, typically a floor panel, is used for affixing onto a corresponding supporting member, and has at least one orifice being positioned, shaped and sized for inserting into a corresponding bulge of the corresponding supporting member so as form the load-bearing support structure. The system further includes at least one securing member cooperable between a given complementary member and a given supporting member for securing the complementary member onto the supporting member.

Abstract: A system for assembling a load-bearing support structure, and structure assembled with such a system. The system includes at least one supporting member, at least one connecting member, and at least one complementary member. Each supporting member includes an upper surface being provided with at least one section having at least one bulge protruding from the upper surface. Each connecting member is used for connecting a supporting member to at least one other member of the system. Each complementary member, typically a floor panel, is used for affixing onto a corresponding supporting member, and has at least one orifice being positioned, shaped and sized for inserting into a corresponding bulge of the corresponding supporting member so as form the load-bearing support structure. The system further includes at least one securing member cooperable between a given complementary member and a given supporting member for securing the complementary member onto the supporting member.