IP Library › Granted Patent US 10,661,192
Granted Patent B2
US 10,661,192 · App. 15/454,115 · Granted May 26, 2020

Structural basic units and their connectivity devices

Inventor: Fariborz Moshfeghi-Nejad (North Ryde, AU)
Assignee: Fariborz Moshfeghi-Nejad
A63H33/088A63H33/086A63H33/108F16B17/00Y10T403/342
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Quick Facts
Patent No.
US 10,661,192
App. No.
15/454,115
Granted
May 26, 2020
Kind
B2
Abstract

A connector joint device for connecting rods or arms at a joint or intersection. The connector joint includes more than one hexagon shape faces, more than one octagon shape faces, more than one 4-sided polygon shape faces. A first face among the more than one octagon shape faces has a hole extending in a direction at an angle with respect to a perpendicular line to the first face.

Claims (40)

1. A connector joint device for connecting rods or arms at a joint or intersection, said connector joint device comprising:

more than one hexagon shape faces;

more than one octagon shape faces;

more than one 4-sided polygon shape faces;

wherein a first face among said more than one octagon shape faces has a hole;

wherein said hole is located at center of said first face among said more than one octagon shape faces;

wherein said hole's cross section is octagon shaped;

wherein said hole's shaft's direction has a 30 degree angle with respect to perpendicular line to said first face among said more than one octagon shape faces;

wherein a bar or arm is configured to go in to said hole and get connected to said connector joint device.

2. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device is configured to fit inside a toy.

3. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device is configured to fit inside an instructional device.

4. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device is configured to fit inside a structural assembly, house, or housing.

5. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein glue is used or placed inside or around said connector joint device.

6. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein cement or mortar or grout is used or placed inside or around said connector joint device.

7. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device is configured to fit in a structure floating on water.

8. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device is configured to fit in an earth quake-resistant structure.

9. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device has a male part.

10. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device has a flat cut bottom.

11. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device has all faces with symmetric shaped sides.

12. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 1 , wherein said connector joint device has some faces with asymmetric shaped sides.

13. A connector joint device for connecting rods or arms at a joint or intersection, said connector joint device comprising:

more than one hexagon shape faces;

more than one octagon shape faces;

more than one 4-sided polygon shape faces;

wherein a first face among said more than one octagon shape faces has a hole;

wherein said hole is located at center of said first face among said more than one octagon shape faces;

wherein said hole's cross section is octagon shaped;

wherein said hole's shaft's direction has a 30 degree angle with respect to perpendicular line to said first face among said more than one octagon shape faces;

wherein a bar or arm is configured to go in to said hole and get connected to said connector joint device, and get locked in.

14. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 13 , wherein said hole has a slit or gap or niche or railing or opening or cut or split, for said bar or arm.

15. A connector joint device for connecting rods or arms at a joint or intersection, said connector joint device comprising:

more than one hexagon shape faces;

more than one octagon shape faces;

more than one 4-sided polygon shape faces;

wherein a first face among said more than one octagon shape faces has a hole;

wherein said hole is located at center of said first face among said more than one octagon shape faces;

wherein said hole's cross section is octagon shaped;

wherein said hole's shaft's direction has a 30 degree angle with respect to perpendicular line to said first face among said more than one octagon shape faces;

wherein a bar or arm is configured to go in to said hole and get connected to said connector joint device; with said bar's or arm's head snapped and locked in.

16. The connector joint device for connecting rods or arms at a joint or intersection as recited in claim 15 , wherein said hole has a gap or niche or opening or recess, for said bar's or arm's head.

Continuity (1)
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