Storing items in a freezer can sometimes be awkward and clumsy, particularly when the items are contained in flexible packaging. Sometimes frozen items can be stacked, but that orientation can make removal difficult when a desired item is at or near the bottom. More preferably, frozen food items could be stored efficiently next to one another, without stacking. To address this concern, the present invention relates to a configurable rack with selectively moveable dividers to provide slots for receiving and storing items. The rack is particularly useful for a freezer, but may also be used for other kitchen storage purposes.
A preferred version of the freezer rack includes a base platform having a first end and an opposing second end, with a first side and an opposing second side positioned between the first end and the second end. A base platform length is defined between the first end and the second end, and a base platform width defined between the first side and the second side. The base platform further has an upper surface, a lower surface, a first sidewall at the first end between the upper surface and the lower surface, and an opposing second sidewall at the second end between the upper surface and the lower surface.
A plurality of ribs is provided on the base platform, each of the ribs extending along the first sidewall, across the width of the base platform, and along the second sidewall. Alternatively, the ribs may be configured as pairs of side ribs positioned on each side of the base platform, without rib portions extending across the entire width of the base platform.
The plurality of ribs further are spaced apart from one another between the first end and the second end to define a plurality of channels between adjacent ribs from among the plurality of ribs.
At least one divider is removably attachable to the base platform within a selected one of the plurality of channels, the at least one divider having an upper wall extending from a divider base, the divider base terminating in a first connector and an opposing second connector, the first connector being releasably securable to the lower surface of the base platform at the first sidewall and the second connector being releasably securable to the lower surface of the base platform at the second sidewall.
In a preferred version, each of the ribs extends continuously from the first sidewall, across the width of the base platform, and along the second sidewall. In other versions, the ribs may extend across the base platform in the same manner, but may be discontinuous.
In some versions, the first connector terminates in a first hook attachable to the lower surface of the base platform, and the second connector terminates in a second hook attachable to the lower surface of the base platform.
The first connector includes a first flexible arm, the first flexible arm being in contact with the first sidewall when the at least one divider is mounted to the selected one of the plurality of channels.
The second connector includes a second flexible arm, the second flexible arm being in contact with the second sidewall when the at least one divider is mounted to the selected one of the plurality of channels.
Preferably, the first hook terminates in a first inclined inner surface, the first inclined inner surface engaging the first sidewall when the at least one divider is pressed downwardly into the selected one of the plurality of channels.
In some versions, the divider base comprises a divider base width and each of the plurality of channels comprise a channel width, the divider base width being substantially equal to the channel width.
In some versions, the divider base comprises a divider base width and each of the plurality of channels comprise a channel width, the divider base width being greater than the channel width.
In preferred versions, the first end comprises a first vertical end wall and the second end comprises a second vertical end wall.
Most preferably, the at least one divider comprises a plurality of dividers.
Preferred and alternative examples of the present invention are described in detail below with reference to the following drawings.
An exemplary freezer rack 100 is shown in the accompanying figures, including a top perspective view in
The preferred freezer rack includes a base tray 50 having a first end 10 and an opposing second end. The base tray is supported by a plurality of feet 22, 24, 26, 28 in the preferred version, although in other versions it may have a different base or platform configuration for supporting the base tray on a horizontal surface. The base tray 50 defines a length L extending between the first end and the second end (see
In the illustrated example, the first end 10 and the second end 20 each are configured as an upright end wall extending upwardly in a direction away from the feet, and substantially perpendicularly with respect to a plane defined by the base tray. One or more dividers 12, 14, 16, 18 may be received by and retained on the base platform, and serve to define spaces on the platform to receive a frozen food item or other object for storage. As seen in
The spaced-apart ribs form a plurality of slots 40-44 which are also spaced apart from one another so that the plurality of slots are provided along the entire length of the base platform between the first end 10 and the second end 20. In the illustrated example, four dividers 12, 14, 16, 18 are shown as separately seated in a corresponding one of four slots. Divider 18, for example, is seated in a slot defined between ribs 32 and 33. It should be appreciated that more than four dividers, or fewer than four dividers, could be used. Likewise, the preferred base platform could have a larger or smaller length or width as compared to the illustrated example.
The preferred dividers are formed with connectors having lower hooks, and the lower hooks of the connectors are partially visible in the bottom view of
As illustrated, the connector 60 includes a downwardly-extending arm 61 having an inner surface 62. A hook 63 is positioned at the bottom of the connector and includes an upper ledge 64. In the preferred version the ledge forms a planar upper surface and includes a lower interior surface 69 extending below the ledge, in which the lower interior surface is large enough to be pressed upon by a finger of a user as described below. Most preferably, the lower interior surface 69 is inclined such that it tapers outwardly as it extends downwardly from the upper ledge 64, in a direction away from the divider base 80. Thus, the connector is narrower at the distal tip than at the upper ledge.
The arm 61 of the connector is produced with a degree of flexure so that it can bend outwardly, such as in the direction of the arrow B. When a divider is seated on the base platform, the arm is positioned snugly against one of the vertical sidewalls 51 or 54 of the base platform, within a desired slot. Applying an outward force against the interior surface 69 of the hook in the direction of the arrows B causes the arm to bend outwardly to a point in which the hook disengages from the lower surface of the base platform, thereby allowing the divider to be removed from the base platform.
As further seen in
This arrangement is illustrated more clearly in the close-up view of
As further seen in
In use, any of the dividers 12-18 may be positioned within any of the base platform slots (for example, slots 40-44). To insert a divider, the divider base is positioned over a desired slot and pressed downward. The slightly inclined lower interior surface of the hook will slide along the outer vertical surface of the base platform within the slot, urging the connector arms outward as the divider is pressed downward. Once the divider and the connectors have reached the full downward travel and the divider platform is seated within a slot, the arms will snap inwardly so that the hook engages the lower surface of the base platform. The snug fit of the divider base within the slot, together with the hooks as described, hold the divider firmly in place. The vertical portions of the ribs interact with the connectors to prevent rotational movement of the dividers, thereby holding them in a vertical orientation. The width of the divider platform and the slots likewise provides for a stable support to prevent the divider from leaning when a force is applied against it because of the insertion of an item to be stored.
A divider may be removed and repositioned by pressing outwardly against the hook inner surface, thereby releasing the hook from the base platform. The divider can then be raised upwardly from the base platform and either removed entirely or repositioned to a different desired slot. Once configured as desired, the rack can be placed in a freezer or another location so that food items can be stored within the spaces formed between the dividers.
An alternate freezer rack 200 is shown in
A divider, for example divider 218 as seen in
In one version of the invention, for either of the illustrated embodiments, the connectors may be curved. In
The base platform 250 and ribs may also have a corresponding curvature, as seen in the sectional view of
Most preferably, each such rib on each of the first side and the second side includes a vertical portion and a horizontal portion.
While the preferred embodiment of the invention has been illustrated and described, as noted above, many changes can be made without departing from the spirit and scope of the invention. Accordingly, the scope of the invention is not limited by the disclosure of the preferred embodiment. Instead, the invention should be determined entirely by reference to the claims that follow.
Number | Name | Date | Kind |
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2610759 | Slade | Sep 1952 | A |
7703866 | Benz | Apr 2010 | B2 |
20030098635 | Berezovskiy | May 2003 | A1 |
Number | Date | Country |
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2476464 | Aug 2016 | GB |