Cart For 3D Glasses

• US 20100245999A1
• Filed: 03/11/2010
• Published: 09/30/2010
• Est. Priority Date: 03/30/2009
• Status: Abandoned Application

• Current Assignee: X6D Limited
• Original Assignee: X6D Limited
• Inventors: Garfio, Alejandro, Cruz, Brandon L., Carlow, Richard A., Chen, Michael J., Mondragon, Diner, Chen, Eugenia J.
• Application Number:
  US12/722,312
• Publication Number:
  US 20100245999A1
• Time in Patent Office: Days
• US Class Current: 359/477
• CPC Class Codes: B62B 2202/00 Indexing codes relating to type or characteristics of transported articles
• CPC Class Codes: B62B 3/003 Non-transparent side walls
• CPC Class Codes: B62B 3/004 Details of doors or cover lids
• CPC Class Codes: B62B 3/005 Details of storage means, e.g. drawers, bins or racks
• CPC Class Codes: B62B 3/006 for stacking objects like trays, bobbins, chains

Abstract

A cart for holding 3D glasses.

Claims

1. A cart for holding 3-D glasses, comprising:

a base;

a plurality of wheels operably coupled to the base;

a housing coupled to the base;

a plurality of drawers contained within the housing, each drawer comprising a layer of cushioning material;

a plurality of bins contained within the housing, each bin comprising a layer of cushioning material;

a plurality of doors pivotally coupled to the housing permitting access to the bins, each door comprising a plurality of sections pivotally coupled to one another;

a roll up door operably coupled to the housing permitting access to the drawers; and

a top cover coupled to the housing defining a plurality of openings permitting access to the bins;

wherein the cushioning material of the drawers comprises an anti-static material; and

wherein the cushioning material of the bins comprises an anti-static material.

2. The cart of claim 1, wherein the bins are positioned on opposite ends of the housing;

and wherein the drawers are positioned between the bins within the housing.

3. A method of storing 3-D glasses, comprising:

providing a mobile storage device;

prior to providing the 3-D glasses to viewers of a 3-D movie, storing the 3-D glasses within drawers operably coupled to the mobile storage device, wherein the drawers comprise layers of cushioning material; and

after the viewing of the 3-D movie;

placing the 3-D glasses used to view the 3-D movie into bins operably coupled to the mobile storage device, wherein the bins comprise layers of cushioning material;

permitting access to the bins using one or more doors comprising a plurality of sections pivotally coupled to one another; and

permitting access to the drawers using a roll up door;

wherein the cushioning material of the drawers comprises an anti-static material; and

wherein the cushioning material of the bins comprises an anti-static material.

4. The method of claim 3, wherein the bins are positioned on opposite ends of the housing;

and wherein the drawers are positioned between the bins within the housing.

5. A system for storing 3-D glasses, comprising:

means for providing a mobile storage device;

means for prior to providing the 3-D glasses to viewers of a 3-D movie, storing the 3-D glasses within drawers operably coupled to the mobile storage device, wherein the drawers comprise layers of cushioning material; and

means for after the viewing of the 3-D movie;

placing the 3-D glasses used to view the 3-D movie into bins operably coupled to the mobile storage device, wherein the bins comprise layers of cushioning material;

means for permitting access to the bins using one or more doors comprising a plurality of sections pivotally coupled to one another; and

means for permitting access to the drawers using a roll up door;

wherein the cushioning material of the drawers comprises an anti-static material; and

wherein the cushioning material of the bins comprises an anti-static material.

6. The system of claim 5, wherein the bins are positioned on opposite ends of the housing;

and wherein the drawers are positioned between the bins within the housing.

7. A cart for holding 3-D glasses, comprising:

a base;

a plurality of wheels operably coupled to the base;

a housing coupled to the base, the housing comprising;

a plurality of spaced apart vertical supports extending from and coupled to the base;

a first horizontal support coupled to upper ends of the vertical supports that defines a pair of spaced apart openings;

a second horizontal support, spaced apart from the first horizontal support, and coupled to the upper ends of a pair of the vertical supports; and

a pair of spaced apart third horizontal supports, each third horizontal support coupled to lower ends of the vertical supports;

a plurality of drawers contained within the housing and supported between the pair of the vertical supports, each drawer comprising a layer of cushioning material;

a plurality of bins contained within the housing and each supported on a corresponding one of the third horizontal supports, each bin comprising a layer of cushioning material;

a plurality of U-shaped doors pivotally coupled to other pairs of the vertical supports of the housing permitting access to the bins, each door comprising a plurality of sections pivotally coupled to one another;

a roll up door operably coupled to the pair of vertical supports of the housing permitting access to the drawers; and

a top cover coupled to the housing including a central recessed portion and defining a plurality of spaced apart openings positioned at opposite ends of the top cover permitting access to the bins;

wherein the cushioning material of the drawers comprises an anti-static material; and

wherein the cushioning material of the bins comprises an anti-static material; and

wherein the bins are positioned on opposite ends of the housing; and

wherein the drawers are positioned between the bins within the housing.