The invention relates to a rack system that can support either postal mail totes or postal mail trays.
Workspace is often at a premium in the mailroom, and the task of sorting mail often requires that a person unloads and/or loads mail of various sizes. Sometimes a user may be assigned the task of loading mail, unloading mail, and then loading mail again. Moreover, the container used to load mail may be of a different size than the container used to unload mail. Further, the user may need to load and/or unload mail quickly because the mail may come off of or go onto processing equipment which is set at a particular rate.
The containers often used are a tote, which is generally 18.5″L×13.25W×11.5H, and a tray, which is generally 25″L×11.5W×4.75H. Postal mail totes are normally used for handling “flats” (oversized envelopes, manila envelopes, overnight envelopes, etc.) while postal mail trays are often used for standard envelopes up to #10 size. Typically, when envelopes are loaded into a tote, the mail is laid flat in the tote, stacked one envelope on top of another. When envelopes are loaded into a tray, they are usually positioned standing on their long edge, face to face. Positioning the postal mail tray at an angled position may facilitate the loading/unloading of the mail by reducing the tendency of the envelopes at the end of the stack to fall, which then often requires the user to manipulate the stack back to a vertical orientation prior to loading/unloading additional envelopes.
Considering that postal totes and trays differ in size, and because workspace is often crowded due to the abundance of mail, it may be impractical to use a workstation that accepts a tote only and a separate workstation that accepts a tray only. Additionally, mail sometimes needs to be loaded or unloaded in different areas of the mailroom.
What is desired, therefore, is a holder for holding either sized container within the same workspace. Another desire is a holder that permits various-sized containers-to be interchanged quickly and easily. A further desire is a holder for holding various sized containers that may be an integral part of a mail cart, workstation, or desk. Yet another desire is a holder that may be a stand alone system that can be moved around to where it is needed.
It is, therefore, an object of the invention to provide a holder for holding mail containers of different sizes.
Another object of the invention is to provide a holder that allows a mail container to be easily placed in and taken out of the holder regardless of the size of the mail holder.
A further object is a holder that may be removably attached to a mail cart or other furniture.
Yet another object is a holder that is integrally attached to a mail cart or other furniture.
These and other objects of the invention are achieved by a holder for holding different sized mail containers having a first wall, a second wall opposite the first wall, a rear wall connecting the first and second walls, and a bottom support in contact with the first, second, and rear walls. An extension extends laterally from the first wall and has a stopper placed on top of the extension. The bottom support is adapted to receive a first mail container between the first, second, and rear walls. The extension and top end of the second wall are adapted to receive a second mail container, wherein the stopper inhibits movement of the second mail container. A mail tote sits in the holder while a mail tray sits on the holder.
The holder may be removably or integrally placed on top of a furniture, such as a mail cart, a workstation, a desk, and combinations thereof. Moreover, the first wall, second wall, rear wall, and bottom support may all be integrally connected to one another.
The extension laterally extends from the first wall between a top end and a bottom end, inclusive of the top and bottom ends, of the first wall. The stopper may be a protrusion on a top surface of the extension.
In another aspect of the invention, the first wall, second wall, and stopper each has a top end and the extension is attached to the first wall on a side opposite the second wall. The extension is generally perpendicular to the first wall and a stopper is placed on a top surface of the extension. The bottom support is adapted to receive a first mail container placed between the first, second, and rear walls. The extension and top end of the second wall are adapted to receive a second mail container, wherein the stopper inhibits movement of the second mail container and wherein a line defined by the top ends of the first and second walls passes at or below the top end of the stopper.
In a further aspect of the invention, a method for providing a holder for holding different sized mail containers includes the steps of providing a first wall, placing a second wall opposite the first wall, providing a top end on the second wall, and placing a rear wall between and in contact with both the first wall and the second wall. The method also includes the steps of placing a bottom support in contact with the first, second, and rear walls and laterally extending an extension from the first wall. The method places a stopper on the extension so that a first mail container may be placed on the bottom support between the first, second, and rear walls. A second mail container may be placed on the top end and the extension wherein the stopper inhibits movement of the second mail container.
The method may include the step of providing a top end and a bottom end on the first wall so that the extension may be placed between the top and bottom ends, inclusive of the top and bottom ends, of the first wall.
The method may also include the step of stopping the second mail container from sliding in a general direction from the second wall toward the first wall.
As shown in
What is unique about this concept is that the larger in height postal tote 5 is inserted into the rack in the Y axis, while the smaller in height but longer in length mail tray 7 is inserted in the X axis in a cantilevered position to minimize its overall length.
The rack can be fabricated from material that is suited to support the weight of the fully loaded mail containers. Materials considered as design elements may vary based upon the design of ancillary or integral equipment and should include but not be limited to sheet metal, wood, plastics and composites.
A typical measurement for a distance between left side wall 24 and right side wall 28 may be approximately 1 to approximately 54 inches. A preferred distance may be approximately 9.50 to approximately 19.50 inches. A more preferred distance may be approximately 11.50 to approximately 17.50 inches. And a most preferred distance between left side wall 24 and right side wall 28 may be approximately 13.50 to approximately 15.50 inches.
A typical measurement for a distance between stopper 20 and right side wall 28 may be approximately 8 to approximately 31 inches. A preferred distance may be approximately 12 to approximately 23 inches. A more preferred distance may be approximately 14 to approximately 21 inches. And a most preferred distance between stopper 20 and right side wall 28 may be approximately 16.12 to approximately 18.12 inches.
To accommodate an incline of small mail tray 7, a typical measurement for a distance between top 21 of stopper 20 and top 29 of right side wall 28 may be approximately 1 to approximately 30 inches. A preferred distance may be approximately 2 to approximately 13 inches. A more preferred distance may be approximately 4 to approximately 11 inches. And a most preferred distance between top 21 of stopper 20 and top 29 of right side wall 28 may be approximately 6.69 to approximately 8.69 inches.
As shown in
Stopper 20 is any structure that protrudes from extension 36 for inhibiting movement of tray 7. In order for stopper 20 to inhibit movement of tray 7, top end 21 of stopper 20 is higher, or protrudes upwardly from extension 36, than an imaginary line that intersects top end 44 of left side wall 24, top end 29 of right side wall 28, and either stopper 20 or extension 36. As shown in
In
The present application claims the benefit of U.S. Provisional Patent Application No. 60/601,440, filed Aug. 13, 2004.
Number | Date | Country | |
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60601440 | Aug 2004 | US |