Three-dimensional positioning and holding module system for modular workstations
A Three-Dimensional Positioning and Holding Modular System for office and industrial work stations including embodiments of multi-rail beams and rail-arm-leg modules. The embodiments have tubes, bars, or channels arranged and connected in ways that provide improved ability to transmit torque along a long axis of the multi-rail beam while providing improved resistance to twisting under the forces of the torque.
1. A tri-side slot mount matrix comprising:
a first tri-side slot mount platform having:
three outer rails arranged in a triangle, each outer rail having two outer rail ends;
three corner plates, each corner plate coupled to the outer rail ends of two of the outer rails;
three inner rails, each of the inner rails having a first end coupled to one of the outer rails and a second end coupled to another one of the inner rails; and
a mount slot between each of the inner rails and an adjacent one of the outer rails.
2. The tri-side slot mount matrix of claim 1 wherein:
each end of each outer rail is at a 60 degree angle to a longitudinal axis of that outer rail; and
each corner plate is oriented at a 60 degree angle to the longitudinal axis of each of the outer rails coupled thereto.
3. The tri-side slot mount matrix of claim 1 wherein:
a plurality of platform tabs, each coupled to one of the inner rails, extending into a space between the inner rails.
4. The tri-side slot mount matrix of claim 1 wherein:
a second tri-side slot mount platform; and
three double rail slot columns, each coupled one of the three corner plates of the first tri-side slot mount platform and one of the three corner plates of the second tri-side slot mount platform.
5. A quad-side slot mount matrix comprising:
a first quad-side slot mount platform having:
four outer rails arranged in a rectangle, each of the outer rails having two ends;
four corner plates, each corner plate coupled to the outer rail ends of two of the outer rails;
four inner rails, each of the inner rails having a first end coupled to one of the outer rails and a second end coupled to another one of the inner rails; and
four mount slots, each between one of the inner rails and an adjacent one of the outer rails.
6. The quad-side slot mount matrix of claim 5 wherein:
each end of each outer rail is at a 45 degree angle to a longitudinal axis of that outer rail;
each corner plate is oriented at a 45 degree angle to the longitudinal axis of each of the outer rails coupled thereto; and
the first end of each of inner rails is coupled to the one of the outer rails at a 90 degree angle to a longitudinal axis of the inner rail and the second end is coupled to another one of the inner rails at a 90 degree angle to the longitudinal axis of the inner rail.
7. The quad-side slot mount matrix of claim 5 wherein:
a plurality of platform tabs, each coupled to one of the inner rails, extending into a space between the inner rails.
8. The quad-side slot mount matrix of claim 5 wherein:
a second quad-side slot mount platform; and
four double rail slot columns, each coupled one of the four corner plates of the first quad-side slot mount platform and one of the four corner plates of the second quad-side slot mount platform.