A modular booth system comprising support posts, support beams, and corner support posts. The system includes features which facilitate enhanced structural rigidity of an assembled embodiment of the system. These features may include one or more of dual locking pins and slots and biased translatable
A modular booth system comprising support posts, support beams, and corner support posts. The system includes features which facilitate enhanced structural rigidity of an assembled embodiment of the system. These features may include one or more of dual locking pins and slots and biased translatable locking pins. The system may facilitate the removable engagement of accessories, for example, through the provision of one or more accessory engagement channels.
대표청구항▼
1. A modular booth system including support posts providing vertical support of wall panels, the system comprising: a first support post comprising: a first end;a second end opposite the first end;a first surface running from the first end to the second end thereof, the first surface comprising two
1. A modular booth system including support posts providing vertical support of wall panels, the system comprising: a first support post comprising: a first end;a second end opposite the first end;a first surface running from the first end to the second end thereof, the first surface comprising two adjacent pins extending therefrom, wherein the pins are horizontally disposed during the vertical support of wall panels;a second surface running from the first end to the second end, the second surface facing opposite the first surface, the second surface comprising a first panel engagement channel running longitudinally along the first support post, wherein the first panel engagement channel is configured to engage a first side edge of a first wall panel;a first side surface running from the first surface to the second surface, the first side surface comprising a first accessory engagement channel running longitudinally along the first support post, wherein the first accessory engagement channel is configured to engage accessories therein;a second support post comprising: a third end;a fourth end opposite the third end;a third surface running from the third end to the fourth end thereof, the third surface comprising two adjacent slots, wherein the slots are horizontally disposed during the vertical support of wall panels, wherein the slots are configured for secure removable engagement with the two adjacent pins of the first surface of the first support post during the support of wall panels;a fourth surface running from the third end to the fourth end, the fourth surface facing opposite the third surface, the fourth surface comprising a second panel engagement channel running longitudinally along the second support post, wherein the second panel engagement channel is configured to engage a second side edge of a second wall panel;a second side surface running from the third surface to the fourth surface, the second side surface comprising a second accessory engagement channel running longitudinally along the second support post, wherein the second accessory engagement channel is configured to engage accessories therein; andwherein the adjacent slots of the first third surface of the second support post in an engagement with the adjacent pins of the first surface of the first support post eliminates rotation of the first support post relative the second support post during the vertical support of wall panels thereof. 2. The system of claim 1 additionally comprising: a third support post comprising: a fifth end;a sixth end opposite the fifth end;a fifth surface running from the fifth end to the sixth end thereof, the fifth surface comprising two adjacent secondary pins extending therefrom, wherein the secondary pins are horizontally disposed during the vertical support of wall panels;a sixth surface running from the fifth end to the sixth end, the sixth surface facing opposite the fifth surface, the sixth surface comprising a third panel engagement channel running longitudinally along the third support post, wherein the third panel engagement channel is configured to engage a third side edge of the second wall panel, the third side edge facing opposite the second side edge; anda third side surface running from the fifth surface to the sixth surface, the third side surface comprising a third accessory engagement channel running longitudinally along the third support post, wherein the third accessory engagement channel is configured to engage accessories therein. 3. The system of claim 1 additionally comprising: a corner support post comprising: a seventh end;an eighth end opposite the seventh end;a seventh surface running from the seventh end to the eighth end thereof, the seventh surface comprising a fourth panel engagement channel running longitudinally along the corner support post, wherein the fourth panel engagement channel is configured to engage a fourth side edge of the first wall panel, the fourth side edge of the first wall panel facing opposite the first side edge thereof;an eighth surface running from the seventh end to the eighth end thereof, the eighth surface positioned adjacent to the seventh surface, the eighth surface comprising a fifth panel engagement channel running longitudinally along the corner support post, wherein the fifth panel engagement channel is configured to engage a fifth side edge of a third wall panel; andwhereby, the engagement of the third wall panel to the fifth panel engagement channel of the eighth surface and the engagement of the first wall panel to the fourth panel engagement channel of the seventh surface form a corner. 4. The system of claim 1 additionally comprising: the second end of the first support post additionally comprising a first in lock receiving aperture communicating from the second surface to the first surface thereof;the fourth end of the second support post additionally comprising a second pin lock receiving aperture communicating from the fourth surface to the third surface thereof;a first support beam configured for horizontal support of the support posts during the vertical support of wall panels, the first support beam comprising: a ninth end configured to engage the fourth surface adjacent the fourth end of the second support post, the ninth end of the first support beam including a first translatable biased locking pin extending longitudinally therefrom, wherein the first translatable biased locking pin is configured to translate into a biased engagement through the second pin lock receiving aperture of the fourth end of the second support post and the first pin lock receiving aperture of the second end of the first support post during the vertical support of wall panels thereof such that a distal end of the pin is extendable past the third surface of the second support post and into the first surface of the first support post;a tenth end opposite the ninth end; anda ninth surface running between the ninth end and tenth end thereof, the ninth surface comprising a sixth panel engagement channel running longitudinally along the first support beam wherein the sixth panel engagement channel is configured to engage a bottom edge of the second wall panel during the vertical support of the second wall panel thereof. 5. The system of claim 4 wherein the tenth end of the first support beam includes a second translatable biased locking pin extending longitudinally therefrom, wherein the second translatable biased locking pin is configured to translate into a biased engagement within a third in lock receiving aperture of a third support post engaged to a third side edge of the second wall panel, the third side edge facing opposite the first second side edge.
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이 특허에 인용된 특허 (18)
Upham-Hill Christopher W. (74a Ashington Street Dianella ; West Australia AUX), Connection system.
Waalkes Michael L. ; Pressnell Marcus K. ; Slager Mark T. ; Shields Michael R. ; Kane Brian J. ; Christopher Robin ; Boyle Dennis J. ; Skillman Peter N. ; Seiber Charles A. ; Chang Joseph ; Granzotto, Knock-down portable partition system.
Waalkes, Michael L.; Pressnell, Marcus K.; Slager, Mark T.; Shields, Michael R.; Kane, Brian J.; Christopher, Robin; Boyle, Dennis J.; Seiber, Charles A.; Skillman, Peter N.; Chang, Joseph; Hand, Richard S., Knock-down portable partition system.
Bodocsi Andrew (4204 Airport Road Cincinnati OH 45226) Hoge John H. (4204 Airport Road Cincinnati OH 45226) Hubbard John H. (4204 Airport Road Cincinnati OH 45226) Hubbard S. Jackson (4204 Airport Ro, Non-bonded framing system.
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