Modular assembly shelter kits and methods

A modular assembly shelter kit, comprising:

• a header having a central opening with four channels;
• a first upper horizontal beam having an interior groove, an exterior groove, an interior ledge, and a hook with an upward facing notch;
• a second upper horizontal beam having an interior groove, an exterior groove, an interior ledge, and a hook with a downward facing notch;
• a roof panel;
• a vertical support column having four upper prongs and four lower prongs;
• an interior wall panel;
• an exterior wall panel;
• a first lower horizontal beam having an interior groove, an exterior groove, an interior ledge, and a hook with an upward facing notch;
• a second lower horizontal beam having an interior groove, an exterior groove, an interior ledge, and a hook with a downward facing notch;
• a floor panel;
• and
• a footer having a central opening with four channels,
• wherein the notch of the first upper horizontal beam and the notch of the second upper horizontal beam interlock so that the hook of the first upper horizontal beam and the hook of the second upper horizontal beam form an upper cross joint, the upper cross joint is disposed below the header, and the vertical support column cages the upper cross joint when each of the four upper prongs of the vertical support column are inserted within respective channels of the header,
• wherein the notch of the first lower horizontal beam and the notch of the second lower horizontal beam interlock so that the hook of the first lower horizontal beam and the hook of the second lower horizontal beam form a lower cross joint, the lower cross joint is disposed above the footer, and the vertical support column cages the lower cross joint when each of the four lower prongs of the vertical support column are inserted within respective channels of the footer,
• wherein the roof panel is disposed above the interior ledge of the first upper horizontal beam and the interior ledge of the second upper horizontal beam,
• wherein the floor panel is disposed above the interior ledge of the first lower horizontal beam and the interior ledge of the second lower horizontal beam,
• wherein the interior wall panel is engaged with the interior groove of the first upper horizontal beam or the interior groove of the second upper horizontal beam,
• wherein the interior wall panel is engaged with the interior groove of the first lower horizontal beam or the interior groove of the second lower horizontal beam,
• wherein the exterior wall panel is engaged with the exterior groove of the first upper horizontal beam or the exterior groove of the second upper horizontal beam, and
• wherein the exterior wall panel is engaged with the exterior groove of the first lower horizontal beam or the exterior groove of the second lower horizontal beam.

A modular assembly shelter kit, comprising:

• a first header, a second header, a third header, and a fourth header;
• an upper panel;
• a first upper horizontal beam, a second upper horizontal beam, a third upper horizontal beam, and a fourth upper horizontal beam;
• a first interior wall panel, a second interior wall panel, a third interior wall panel, and a fourth interior wall panel;
• a first exterior wall panel, a second exterior wall panel, a third exterior wall panel, and a fourth exterior wall panel;
• a first vertical support column, a second vertical support column, a third vertical support column, and a fourth vertical support column;
• a first vertical coupler, a second vertical coupler, a third vertical coupler, a fourth vertical coupler, a fifth vertical coupler, a sixth vertical coupler, a seventh vertical coupler, and an eighth vertical coupler;
• a first lower horizontal beam, a second lower horizontal beam, a third lower horizontal beam, and a fourth lower horizontal beam;
• a lower panel;
• and
• a first footer, a second footer, a third footer, and a fourth footer,
• wherein the first header has a first channel, a second channel, a third channel, and a fourth channel, the second header has a first channel, a second channel, a third channel, and a fourth channel, the third header has a first channel, a second channel, a third channel, and a fourth channel, and the fourth header has a first channel, a second channel, a third channel, and a fourth channel,
• wherein the first upper horizontal beam has a first hook with a first upward facing notch, a second hook with a second upward facing notch, an interior groove, an exterior groove, and an interior ledge, the second upper horizontal beam has a first hook with a first downward facing notch, a second hook with a second downward facing notch, an interior groove, an exterior groove, and an interior ledge, the third upper horizontal beam has a first hook with a first upward facing notch, a second hook with a second upward facing notch, an interior groove, an exterior groove, and an interior ledge, and the fourth upper horizontal beam has a first hook with a first downward facing notch, a second hook with a second downward facing notch, an interior groove, an exterior groove, and an interior ledge,
• wherein the first vertical support column has a first upper prong, a second upper prong, a third upper prong, a fourth upper prong, a first lower prong, a second lower prong, a third lower prong, a fourth lower prong, a first engagement mechanism, and a second engagement mechanism,
• wherein the second vertical support column has a first upper prong, a second upper prong, a third upper prong, a fourth upper prong, a first lower prong, a second lower prong, a third lower prong, a fourth lower prong, a first engagement mechanism, and a second engagement mechanism,
• wherein the third vertical support column has a first upper prong, a second upper prong, a third upper prong, a fourth upper prong, a first lower prong, a second lower prong, a third lower prong, a fourth lower prong, a first engagement mechanism, and a second engagement mechanism,
• wherein the fourth vertical support column has a first upper prong, a second upper prong, a third upper prong, a fourth upper prong, a first lower prong, a second lower prong, a third lower prong, a fourth lower prong, a first engagement mechanism, and a second engagement mechanism,
• wherein the first vertical coupler has an interior groove, an exterior groove, and an engagement mechanism, the second vertical coupler has an interior groove, an exterior groove, and an engagement mechanism, the third vertical coupler has an interior groove, an exterior groove, and an engagement mechanism, the fourth vertical coupler has an interior groove, an exterior groove, and an engagement mechanism, the fifth vertical coupler has an interior groove, an exterior groove, and an engagement mechanism, the sixth vertical coupler has an interior groove, an exterior groove, and an engagement mechanism, the seventh vertical coupler has an interior groove, an exterior groove, and an engagement mechanism, and the eighth vertical coupler has an interior groove, an exterior groove, and an engagement mechanism,
• wherein the first lower horizontal beam has a first hook with a first upward facing notch, a second hook with an upward facing notch, an interior groove, an exterior groove, and an interior ledge, the second lower horizontal beam has a first hook with a first downward facing notch, a second hook with a second downward facing notch, an interior groove, an exterior groove, and an interior ledge, the third lower horizontal beam has a first hook with a first upward facing notch, a second hook with a second upward facing notch, an interior groove, an exterior groove, and an interior ledge, and the fourth lower horizontal beam has a first hook with a first downward facing notch, a second hook with a second downward facing notch, an interior groove, an exterior groove, and an interior ledge,
• wherein the first footer has a first channel, a second channel, a third channel, and a fourth channel, the second footer has a first channel, a second channel, a third channel, and a fourth channel, the third footer has a first channel, a second channel, a third channel, and a fourth channel, and the fourth footer has a first channel, a second channel, a third channel, and a fourth channel,
• wherein the first notch of the first upper horizontal beam and the second notch of the fourth upper horizontal beam interlock so that the first hook of the first upper horizontal beam and the second hook of the fourth upper horizontal beam form a first upper cross joint,
• the second notch of the first upper horizontal beam and the first notch of the second upper horizontal beam interlock so that the second hook of the first upper horizontal beam and the first hook of the second upper horizontal beam form a second upper cross joint,
• the second notch of the second upper horizontal beam and the first notch of the third upper horizontal beam interlock so that the second hook of the second upper horizontal beam and the first hook of the third upper horizontal beam form a third upper cross joint,
• the second notch of the third upper horizontal beam and the first notch of the fourth upper horizontal beam interlock so that the second hook of the third upper horizontal beam and the first hook of the fourth upper horizontal beam form a fourth upper cross joint,
• wherein the first notch of the first lower horizontal beam and the second notch of the fourth lower horizontal beam interlock so that the first hook of the first lower horizontal beam and the second hook of the fourth lower horizontal beam form a first lower cross joint,
• the second notch of the first lower horizontal beam and the first notch of the second lower horizontal beam interlock so that the second hook of the first lower horizontal beam and the first hook of the second lower horizontal beam form a second lower cross joint,
• the second notch of the second lower horizontal beam and the first notch of the third lower horizontal beam interlock so that the second hook of the second lower horizontal beam and the first hook of the third lower horizontal beam form a third lower cross joint,
• the second notch of the third lower horizontal beam and the first notch of the fourth lower horizontal beam interlock so that the second hook of the third lower horizontal beam and the first hook of the fourth lower horizontal beam form a fourth lower cross joint,
• wherein the first lower cross joint is disposed above the first footer, and the first vertical support column cages the first lower cross joint when the first lower prong of the first vertical support column is inserted in the first channel of the first footer, the second lower prong of the first vertical support column is inserted in the second channel of the first footer, the third lower prong of the first vertical support column is inserted in the third channel of the first footer, and the fourth lower prong of the first vertical support column is inserted in the fourth channel of the first footer,
• wherein the second lower cross joint is disposed above the second footer, and the second vertical support column cages the second lower cross joint when the first lower prong of the second vertical support column is inserted in the first channel of the second footer, the second lower prong of the second vertical support column is inserted in the second channel of the second footer, the third lower prong of the second vertical support column is inserted in the third channel of the second footer, and the fourth lower prong of the second vertical support column is inserted in the fourth channel of the second footer,
• wherein the third lower cross joint is disposed above the third footer, and the third vertical support column cages the third lower cross joint when the first lower prong of the third vertical support column is inserted in the first channel of the third footer, the second lower prong of the third vertical support column is inserted in the second channel of the third footer, the third lower prong of the third vertical support column is inserted in the third channel of the third footer, and the fourth lower prong of the third vertical support column is inserted in the fourth channel of the third footer,
• wherein the fourth lower cross joint is disposed above the fourth footer, and the fourth vertical support column cages the fourth lower cross joint when the first lower prong of the fourth vertical support column is inserted in the first channel of the fourth footer, the second lower prong of the fourth vertical support column is inserted in the second channel of the fourth footer, the third lower prong of the fourth vertical support column is inserted in the third channel of the fourth footer, and the fourth lower prong of the fourth vertical support column is inserted in the fourth channel of the fourth footer,
• wherein the engagement mechanism of the first coupler attaches with the first engagement mechanism of the first vertical support column, the engagement mechanism of the second coupler attaches with the second engagement mechanism of the second vertical support column, the engagement mechanism of the third coupler attaches with the first engagement mechanism of the second vertical support column, the engagement mechanism of the fourth coupler attaches with the second engagement mechanism of the third vertical support column, the engagement mechanism of the fifth coupler attaches with the first engagement mechanism of the third vertical support column, the engagement mechanism of the sixth coupler attaches with the second engagement mechanism of the fourth vertical support column, the engagement mechanism of the seventh coupler attaches with the first engagement mechanism of the fourth vertical support column, and the engagement mechanism of the eighth coupler attaches with the second engagement mechanism of the first vertical support column,
• wherein the first upper cross joint is disposed below the first header, and the first vertical support column cages the first upper cross joint when the first upper prong of the first vertical support column is inserted in the first channel of the first header, the second upper prong of the first vertical support column is inserted in the second channel of the first header, the third upper prong of the first vertical support column is inserted in the third channel of the first header, and the fourth upper prong of the first vertical support column is inserted in the fourth channel of the first header,
• wherein the second upper cross joint is disposed below the second header, and the second vertical support column cages the second upper cross joint when the first upper prong of the second vertical support column is inserted in the first channel of the second header, the second upper prong of the second vertical support column is inserted in the second channel of the second header, the third upper prong of the second vertical support column is inserted in the third channel of the second header, and the fourth upper prong of the second vertical support column is inserted in the fourth channel of the second header,
• wherein the third upper cross joint is disposed below the third header, and the third vertical support column cages the third upper cross joint when the first upper prong of the third vertical support column is inserted in the first channel of the third header, the second upper prong of the third vertical support column is inserted in the second channel of the third header, the third upper prong of the third vertical support column is inserted in the third channel of the third header, and the fourth upper prong of the third vertical support column is inserted in the fourth channel of the third header,
• wherein the fourth upper cross joint is disposed below the fourth header, and the fourth vertical support column cages the fourth upper cross joint when the first upper prong of the fourth vertical support column is inserted in the first channel of the fourth header, the second upper prong of the fourth vertical support column is inserted in the second channel of the fourth header, the third upper prong of the fourth vertical support column is inserted in the third channel of the fourth header, and the fourth upper prong of the fourth vertical support column is inserted in the fourth channel of the fourth header,
• wherein the first interior wall panel is secured by the interior groove of the first coupler, the interior groove of the second coupler, the interior groove of the first upper horizontal beam, and the interior groove of the first lower horizontal beam,
• wherein the second interior wall panel is secured by the interior groove of the third coupler, the interior groove of the fourth coupler, the interior groove of the second upper horizontal beam, and the interior groove of the second lower horizontal beam,
• wherein the third interior wall panel is secured by the interior groove of the fifth coupler, the interior groove of the sixth coupler, the interior groove of the third upper horizontal beam, and the interior groove of the third lower horizontal beam,
• wherein the fourth interior wall panel is secured by the interior groove of the seventh coupler, the interior groove of the eighth coupler, the interior groove of the fourth upper horizontal beam, and the interior groove of the fourth lower horizontal beam,
• wherein the first exterior wall panel is secured by the exterior groove of the first coupler, the exterior groove of the second coupler, the exterior groove of the first upper horizontal beam, and the exterior groove of the first lower horizontal beam,
• wherein the second exterior wall panel is secured by the exterior groove of the third coupler, the exterior groove of the fourth coupler, the exterior groove of the second upper horizontal beam, and the exterior groove of the second lower horizontal beam,
• wherein the third exterior wall panel is secured by the exterior groove of the fifth coupler, the exterior groove of the sixth coupler, the exterior groove of the third upper horizontal beam, and the exterior groove of the third lower horizontal beam,
• wherein the fourth exterior wall panel is secured by the exterior groove of the seventh coupler, the exterior groove of the eighth coupler, the exterior groove of the fourth upper horizontal beam, and the exterior groove of the fourth lower horizontal beam,
• wherein the upper panel is disposed upon the interior ledge of the first upper horizontal beam, the interior ledge of the second upper horizontal beam, the interior ledge of the third upper horizontal beam, and the interior ledge of the fourth upper horizontal beam, and
• wherein the lower panel is disposed upon the interior ledge of the first lower horizontal beam, the interior ledge of the second lower horizontal beam, the interior ledge of the third lower horizontal beam, and the interior ledge of the fourth lower horizontal beam.