Patent Application
20230182959
N/A
The present invention is generally directed to containers with divider panels that lock together along the length of the intersection of such panels to prevent flexing or bending of the upper or lower portions of the panels, and more particularly, to containers with a first divider panel having grooves or channels for locking the edges of a second intersecting divider panel.
Totes and other types of containers that use optional divider panels are a primary packaging product used in the industry to distribute a wide array of products. Such containers are typically provided in a returnable loop system (e.g., an ASRS system—automatic storage and retrieval system) where they are used to fulfill orders from inventory. The containers quite often contain and transport multiple SKU's (i.e., code assigned to a particular product) of different products.
To keep the different products inside the container from mixing, divider panels are provided to separate and compartmentalize the products into distinct locations in the container. The container can include one or more panels that can be inserted to extend from a first end of the container to the second end, as well as one or more panels that can be inserted to extend from one side of the container to the other side (e.g., perpendicular to the end to end panels). Slots are provided in the various panels that enable each panel to engage with the other panels where they intersect.
The panels divide the container into separate areas for each of the products loaded in the container. In some instances, the products can be heavy and can become a shifting load during transport. This shifting of the load can create pressure on the upper and lower portions of the divider panels causing the panels to flex, bend or bulge under such side loading conditions. This can damage the panels and lead to mixing of products from different portions of the container.
The present invention provides a container with divider panels that lock together at intersecting edges to prevent flexing or bulging of the panels during transport.
The present invention is generally directed to a tote with locking divider features. The locking features keep the upper and lower walls of the divider in position, and prevents flexing or bending of these walls during load transport. Specifically, the dividers are provided with locking grooves or channels that trap the upper or lower end of a divider wall the length of the intersection with another divider extending perpendicular thereto. The grooves or channels also help guide the dividers during assembly, ensuring proper fit and location.
In accordance with an aspect of the invention, a tote with dividers having locking features is provided. The tote comprises a container having a first side wall, an opposing second side wall, a first end wall, an opposing second end wall and a bottom extending between the first and second side walls and the first and second end walls. A first divider extends between the first end wall and the second end wall of the container. The first divider has a first slot extending from a top edge of the first divider downward part way toward a bottom edge of the first divider. A first channel aligned with the first slot extends downward from a bottom of the first slot on a first side of the first divider and a second channel aligned with the first slot extends downward from the bottom of the first slot on a second side of the first divider. A second divider extends between the first side wall and the second side wall. The second divider has a first slot extending from a bottom edge of the second divider upward part way toward a top edge of the second divider. The first slot of the second divider includes a first edge configured to engage the first channel of the first divider and a second edge configured to engage the second channel on the first divider to prevent flexing of the lower portions of the second divider.
The second divider can include a first channel aligned with the first slot of the second divider which extends upward from a top of the first slot on a first side of the second divider and a second channel aligned with the first slot which extends upward from the top of the first slot on a second side of the second divider. A first edge of the first slot of the first divider is configured to engage the first channel on the second divider and a second edge of the first slot of the first divider is configured to engage the second channel on the second divider.
The first slot of the first divider can include a first projection and the second edge of the first slot of the first divider includes a second projection. The first projection and the second projection can have a generally T-shaped cross-sectional shape with the rest of the first divider, or other useful shape.
The first channel on the first divider is formed from a first rib extending outward from the first side of the first divider and a second rib extending outward from the first side of the first divider and spaced from the first rib. Similarly, the second channel on the first divider is formed from a first rib extending outward from the second side of the first divider and a second rib extending outward from the second side of the first divider and spaced from the first rib on the second side of the first divider.
Also, the first channel on the second divider is formed from a first rib extending outward from the first side of the second divider and a second rib extending outward from the first side of the second divider and spaced from the first rib. The second channel on the second divider is formed from a first rib extending outward from the second side of the second divider and a second rib extending outward from the second side of the second divider and spaced from the first rib on the second side of the second divider.
The first divider can also have a second slot spaced from the first slot and extending from the top edge of the first divider downward part way toward the bottom edge of the first divider. A third channel is aligned with the second slot and extends downward from a bottom of the second slot on the first side of the first divider and a fourth channel is also aligned with the second slot and extends downward from the bottom of the second slot on the second side of the divider.
Additionally, the container can include a third divider extending between the first side wall and the second side wall. The third divider can have a first slot extending from a bottom edge of the third divider upward part way toward a top edge of the third divider. The first slot of the third divider includes a first edge configured to engage the third channel of the first divider and a second edge configured to engage the fourth channel on the first divider to prevent flexing of the lower portions of the third divider. Additional dividers and/or slots with the channel structures can be utilized in the container depending on the size of the container, the size of the products to be transported, desired number of compartments, etc.
The first divider can include a first locking tab on a first end of the first divider for locking the first divider to the first end wall and a second locking tab on a second end of the first divider for locking the first divider to the second end wall. Similarly, the second divider can include a first locking tab on a first end of the second divider for locking the second divider to the first side wall and a second locking tab on a second end of the second divider for locking the second divider to the second side wall. Alternatively, the container can include grooves or channels on the interior of the end walls and side walls for locking the edges of the dividers.
Preferably, the first slot in the first divider extends about halfway between the top edge and the bottom edge of the first divider. Similarly, the first slot of the second divider extends about halfway between the top edge and the bottom edge of the second divider.
The container and the dividers are formed from plastic. Other similar or suitable materials can also be used.
In accordance with another aspect of the invention, a tote with dividers comprises a container having a first side wall, an opposing second side wall, a first end wall, an opposing second end wall and a bottom extending between the first and second side walls and the first and second end walls. A first divider extends between the first end wall and the second end wall of the container and includes a first slot extending from a top edge of the first divider downward part way toward a bottom edge of the first divider. A second divider extends between the first side wall and the second side wall and includes a first slot extending from a bottom edge of the second divider upward part way toward a top edge of the second divider. The second divider includes a first channel aligned with the first slot of the second divider and extends upward from a top of the first slot on a first side of the second divider and a second channel aligned with the first slot and extends upward from the top of the first slot on a second side of the second divider. A first edge of the first slot of the first divider is configured to engage the first channel on the second divider and a second edge of the first slot of the first divider is configured to engage the second channel on the second divider.
The first divider can include a first channel aligned with the first slot and extending downward from a bottom of the first slot on a first side of the first divider and a second channel aligned with the first slot and extending downward from the bottom of the first slot on a second side of the first divider. The first slot of the second divider include a first edge configured to engage the first channel of the first divider and a second edge configured to engage the second channel on the first divider to prevent flexing of the lower portions of the second divider.
The first edge of the first slot of the first divider includes a first projection and the second edge of the first slot of the first divider includes a second projection. The first projection and the second projection can have a generally T-shaped cross-sectional shape with the rest of the first divider.
The first channel on the second divider can be formed from a first rib extending outward from the first side of the second divider and a second rib extending outward from the first side of the second divider and spaced from the first rib. Similarly, the second channel on the second divider can be formed from a first rib extending outward from the second side of the second divider and a second rib extending outward from the second side of the second divider and spaced from the first rib on the second side of the second divider.
Other features and advantages of the invention will be apparent from the following specification taken in conjunction with the following Figures.
To understand the present invention, it will now be described by way of example, with reference to the accompanying drawings in which:
While this invention is susceptible of embodiments in many different forms, there is shown in the drawings and will herein be described in detail preferred embodiments of the invention with the understanding that the present disclosure is to be considered as an exemplification of the principles of the invention and is not intended to limit the broad aspect of the invention to the embodiments illustrated.
The divider panels 22, 23 are optionally added to the interior of the container body when it is desired to create the sections or compartments 24 for shipping items that need to be separated. As shown in
The slots 26, 28 break up the upper or lower portions of the panels 22, 23 into sections (sometimes referred to as “pedals”) which can be prone to flexing, bulging or breaking when transporting a load in one or more of the compartments 24.
The present invention provides structure between the edges of the slots on one panel and the body of an intersecting panel to lock the upper or lower wall portions 30, 32 in place and prevent any flexing or bulging of the wall portions.
A first end to end divider panel 46 is shown extending between the end walls 36, 38 and having three, spaced apart slots 48 extending from an upper edge of the panel 46 downward to about midway toward a bottom edge of the panel 46 (as used herein, directional or positional words like upper, lower, top etc. are made with respect to the structures as shown in the drawings and as normally positioned during use, and are not meant to limit the invention to being in such positions). A first side to side divider panel 50 and a second side to side divider panel 52 are shown extending from the first side wall 40 to the second side wall 42. Each of the side to side divider panels 50, 52 include a slot 54 extending from a bottom edge of the panel upward to approximately midway toward a top edge of the panel 50, 52.
Similar to the known containers with dividers, the slots of the end to end divider panel and the side to side divider panels are positioned to align so that the panels can intersect each other. However, unlike the known containers, the portions of each of the panels between the slots is not allowed to freely flex or move. Instead, such portions are held in place by structures in the cross panel.
The channels 58, 62 hold the upper portions of the end to end divider 46 in place and prevent flexing at this location. Each of the side to side panels is provided with similar channels to lock in the upper portions of the end to end divider panel 46 at each slot 48 location. While the edges 66, 68 of the slots 48 are shown having a T-shaped cross-section, other shapes (including more complex ones) can be used as desired or necessary to maintain the upper portions in a locked configuration depending on the size of the container or load or other factors relating to the use of the container. Additionally, the channels can be continuous along the entire length of the slots, or can be intermittent along this length.
Similar to the channels formed on the upper portions of the side to side divider panels 50, 52, the end to end divider panel 46 includes a first groove or channel 78 formed from a first rib 80 and second rib 82 on a first side 84 of the divider panel 46, and a second groove or channel 86 formed from a first rib 88 and second rib 90 on a second side 92 of the divider panel 46. The channels 78, 86 cooperate with the edges 94, 96 of the slots 54 of the side to side divider panels to hold the lower portions of such panels in place to prevent flexing or bulging.
Similar to the divider panels, the end walls and side walls of the container can include interior facing grooves or channels for receiving the side edges of the panels, or other structures for securing such side edges.
While one end to end divider panel and two side to side panels are shown, additional (or fewer—for the side to side panels) divider panels can be provided with the slot edge locking structures described herein. Moreover, while the end to end divider panel is shown slots extending from a top edge, and the side to side divider panels have slots extending from a bottom edge, this can be reversed.
The container 34 can also include a drainage system having holes 100 extending through a bumper 102 proximate the bottom of the container. The holes are spaced above ribs extending upward from the bottom and allow liquid to first accumulate in the bottom before draining through the bumper 102 in accordance with the disclosure of U.S. Provisional Patent Application 63/265,598 filed Dec. 17, 2021.
Many modifications and variations of the present invention are possible in light of the above teachings. It is, therefore, to be understood within the scope of the appended claims the invention may be protected otherwise than as specifically described.
The present invention claims priority to and the benefit of U.S. Provisional Patent Application Nos. 63/265,452 filed Dec. 15, 2021 and 63/265,598 filed Dec. 17, 2021, the contents of which are incorporated herein by reference and made a part hereof.
| Number | Date | Country | |
|---|---|---|---|
| 63265452 | Dec 2021 | US | |
| 63265598 | Dec 2021 | US |
