Planting pots and multi-compartment tray having self-orienting configuration

Abstract

Planting pots and a multi-compartment tray are provided, the pots and tray having a self-orienting configuration for urging the pots into proper alignment when same are placed within compartments of the tray. The pots include angled recesses disposed radially about the bottom portion of the pots. The compartments of the tray include angled protrusions disposed radially about the bottom portion of the compartment. The angled recesses of the pot engage with the angled protrusions of the compartment when the pot is placed in the compartment to urge the pot into proper alignment. A plurality of slots are included along an upper portion of each pot for allowing optional identification tags to be inserted thereinto. The identification tags, in addition to logos, artwork, or other indicia, if included, are positioned by the self-orienting configuration of the pots and tray to face in a desired direction.

Description

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to planting pots and a multi-compartment tray for holding same. More specifically, the present invention relates to planting pots and a multi-compartment tray having matching self-orienting configurations for aligning and locking the pots into position in the tray and for automatically orienting tags and other indicia in a uniform direction.

2. Related Art

Planting pots come in a variety of designs and configurations. Such pots are frequently used to plant flowers, vines, small shrubbery, and other types of plants. Often, planting pots include apertures located on the bottom portion thereof to allow drainage of water from soil packed into the pot and to allow aeration. Additionally, planting pots are often manufactured of lightweight, plastic materials that are suitable for temporary use by garden centers, gardeners, and the like.

It is known to provide trays for allowing a plurality of planting pots to be stored therein and carried thereby. Such trays allow a plurality of pots to be conveniently transported from one location to another, and also allow for plants of similar types to be grouped together. Further, pot trays are often used in combination with identification tags attached to portions of the pots to allow for quick grouping and identification of plants.

A particular problem with existing planting pots, and trays used therewith, is that the pots are not capable of being automatically aligned and oriented when placed in trays. For example, when pots are provided with identification tags and are placed in the trays, one must manually shift the pots to orient same so that the identification tags are all facing in a desired direction. Moreover, even if identification tags are not used with the pots, existing pots require manual adjustment to properly orient the pots within the storage compartments of trays. Further, if indicia (e.g., logos or advertisements) are included on the pots, the pots must be manually configured to orient the indicia in a uniform direction and/or to improve visibility of same.

Accordingly, what would be desirable, but has not heretofore been provided, is a multi-compartment tray and planting pots having a self-orienting configuration that automatically aligns and orients the pots when same are placed within the compartments of the tray.

SUMMARY OF THE INVENTION

The present invention relates to planting pots and a multi-compartment tray, both having a self-orienting configuration for urging the pots into proper alignment when same are placed within the compartments of the tray. Each of the pots comprises an upper portion, a body portion, and a bottom portion. The bottom portion includes a center portion and a plurality of alignment recesses disposed radially about the center portion. Each of the plurality of alignment recesses include angled surfaces for co-acting with the angled surfaces on the tray for urging the pot into a desired orientation when the pot is placed on the tray. A plurality of apertures are provided on the bottom portion for allowing drainage of water from soil in the pot and for providing aeration. Rails may be provided on the bottom portion for maintaining the pot a distance above the tray to allow water to drain from the apertures when the pot is positioned on the tray. The upper portion includes a plurality of slots that allow optional identification tags to be inserted therein for identifying the type of plant in the pot. The identification tags, if provided, are oriented in a uniform direction when the pots are aligned on the tray.

A multi-compartment tray is provided for holding a plurality of planting pots. Each compartment of the tray includes an upper portion, a bottom portion, and a compartment wall therebetween. The bottom portion of each compartment includes a plurality of alignment protrusions disposed radially about a central portion. The alignment protrusions include angled surfaces that co-act with the angled surfaces of the alignment recesses of the pot to urge the pot into a desired orientation when the pot is placed in the compartment. A plurality of bevels located near the upper portion provide room for allowing insertion of the optional identification tags into the slots of the pots when the pots are positioned in the tray.

BRIEF DESCRIPTION OF THE DRAWINGS

These and other important objects and features of the invention will be apparent from the following Detailed Description of the Invention, taken in connection with the accompanying drawings, in which:

FIG. 1 is an isometric view of a planting pot according to the present invention.

FIG. 2 is a bottom view of the planting pot of FIG. 1.

FIG. 3 is a top view of the planting pot of FIG. 1.

FIG. 4 is a cross-sectional view of the planting pot of the present invention, taken along the line 4-4 of FIG. 1.

FIG. 5 is an isometric view of the multi-compartment tray of the present invention.

FIG. 6 is a partial isometric cross-sectional view showing one of the compartments of the multi-compartment tray of FIG. 5 in greater detail.

FIG. 7 is a top view of the planting pot of the present invention positioned in a compartment of the multi-compartment tray.

FIG. 8 is a cross-sectional view of the planting pot and compartment of FIG. 7, taken along the line 8-8.

FIG. 9 is a cross-sectional view of the planting pot and compartment of FIG. 7, taken along the line 9-9.

FIG. 10 is a front view of the planting pot of FIG. 1 with a plant tag.

DETAILED DESCRIPTION OF THE INVENTION

The present invention relates to planting pots and a multi-compartment tray, each having a self-orienting configuration for urging the pots into proper alignment when same are placed within the compartments of the tray. The planting pots include angled recesses disposed radially about the bottom portion of the pots. The compartments of the tray include angled protrusions disposed radially about the bottom portion of the compartment. The angled recesses of the pot engage with the angled protrusions of the compartment when the pot is placed in the compartment to urge the pot into proper alignment. One or more slots may be included along an upper portion of each pot for allowing optional identification tags to be inserted thereinto. The identification tags, if included, are positioned by the self-orienting configuration of the pots and tray to face in a desired direction.

Referring now to the drawings, FIG. 1 is an isometric view of a planting pot, generally indicated at 10, according to the present invention. The pot 10 comprises a body portion 20, an upper portion 30, and a bottom portion 40, forming a pot of a conventional shape as is known in the art. The upper portion 30 is connected to the body portion 20 by a shoulder 32, and includes a rim 36 connected to the shoulder 32. The upper portion 30 could include one or more slots 34 extending through the shoulder 32 for allowing identification tags to be inserted therethrough for identifying the type of plant contained in pot 10. Any number of slots and identification tags can be provided.

The bottom portion 40 comprises a number of features that allow the pot 10 to be self-oriented when placed in a storage tray, such as the multi-compartment tray of the present invention discussed herein. A central portion 42 is disposed on the bottom portion 40, about which a plurality of alignment recesses 44 are disposed radially on the bottom portion 40 of the pot. As will be discussed in greater detail below with reference to FIGS. 2-4, the alignment recesses 44 are generally triangular in shape, and include angled and radial surfaces that co-act with alignment protrusions of the multi-compartment tray of the present invention to urge the pot 10 to rotate into proper alignment. A plurality of bevels 46 are provided near the circumference of the bottom portion 46 and include drainage apertures 48 to ensure proper drainage of water and other liquids from the pot 10 and to provide aeration of soil contained within the pot 10. Additionally, the apertures 48 are disposed about the flat surfaces of the bottom portion 40. Any configuration of the bevels 46 and drainage apertures 48 are considered within the scope of the present invention.

FIG. 2 is a bottom view of the planting pot 10 of the present invention. As mentioned previously, the bottom portion 40 of the pot 10 includes a plurality of alignment recesses 44 disposed radially about the central portion 42 that co-act with alignment protrusions on the tray to urge the pot 10 to into proper alignment. Each of the alignment recesses 40 include angled surfaces 52 and 54, in addition to a radial surface 50, that are joined at edges to form a tapered or generally triangular configuration. Second radial surfaces 56 join the edges of the alignment recesses 44 to the circumference of the central portion 42. When the pot 10 is positioned in a compartment of a tray having alignment protrusions matching the alignment recesses 44, if the pot is not perfectly aligned, the weight of the pot 10 (or its contents) causes the surfaces 50, 52, and 54 to slide against the alignment protrusions, imparting a rotational force on the pot 10 as the pot moves downward. This rotational force urges the pot 10 into proper alignment, thus self-orienting the pot 10 when it is placed in the tray.

Optionally, a plurality of rails 60 can be provided on the bottom portion 40 to suspend the bottom portion 40 of the pot 10 a desired distance above a surface (e.g., above the bottom of a tray container). This prevents the apertures 48 of the pot 10 from being blocked, allowing drainage and aeration when the pot is in place. The rails 60 could be of any desired height and configuration.

FIG. 3 is a top view of the planting pot 10 of the present invention. The body portion 20 of the pot 10 defines a cavity wherein soil and plants can be potted, as with conventional pots. The view of the bottom portion includes the same features as shown in the bottom view of FIG. 2, though a recess shown in FIG. 2 is a protrusion in FIG. 3. Thus, a plurality of protrusions 74 are formed by angled surfaces 64 and 66, and radial surface 62. The angled surfaces 64 and 66 and radial surface 62 are joined at edges to define generally triangular-shaped protrusions.

The shoulder 32 of the pot 10 may includes one or more slots 34 for allowing identification tags to be inserted therein. The identification tags can rest against the rim 36 of the pot 10 after insertion into the slots 34, allowing viewing from desired angles. Preferably, when a plurality of pots are provided, tags are inserted into one or more desired slots 34, and when the pots are positioned in a multi-compartment tray and are self-oriented, the tags are automatically positioned to face in a uniform direction. This obviates the need to individually position each pot to face the tags in the same direction. Additionally, indicia included on the sides of the pots, such as artwork, text, logos, or other indicia, are automatically configured to face in a uniform direction, without requiring human intervention.

FIG. 4 is a cross-sectional view of the planting pot of the present invention, taken along the line 4-4 of FIG. 1. The entire pot 10 is preferably formed in a single, unitary construction of plastic typically utilized to manufacture conventional planting pots. The alignment recesses 44 can be formed using any suitable manufacturing process, such as molding. Any material can be utilized to form the planting pots and multi-compartment tray of the present invention, including, but not limited to, plastic or other polymeric material.

FIG. 5 is an isometric view of the multi-compartment tray of the present invention, indicated generally at 100. The tray 100 comprises a plurality of compartments 110 for storing pots, such as the planting pot 10 of the present invention. The compartments 110 each comprise a body portion 120 and a bottom portion 140 having angled protrusions for aligning planting pots inserted in the compartments 110, as will hereinafter be discussed in greater detail. As shown in FIG. 5, eight compartments 110 are provided on tray 100, but of course, any number of compartments could be provided. Optionally, one or more carrying handles could be provided on the tray 100 to assist with lifting and transporting a plurality of pots. Further, a plurality of trays 100 could be stacked on top of one another for storage.

FIG. 6 is a partial isometric cross-sectional view showing one of the compartments 110 of the multi-compartment tray 100 in greater detail. The bottom portion 140 of the compartment 110 includes a center portion 142, about which a plurality of alignment protrusions 144 are disposed radially. Each of the alignment protrusions 144 includes angled surfaces 152 and 154, and radial surface 150, joined at edges to form a tapered protrusion. In operation, the bottom portion of a planting pot, such as the bottom portion 40 of the planting pot 10 shown in FIGS. 1-4 and described earlier, is positioned against the alignment protrusions 144 when the pot 10 is inserted into the compartment 110. If alignment is not perfect, gravitational force causes the surfaces of the alignment recesses 44 of the pot 10 to slide against the surfaces of the alignment protrusion 144. The sliding action of the recesses 44 against the protrusions 144 imparts a rotational force against the pot 10, causing same to rotate as the recesses 44 slide down the protrusions 144. The rotational force urges the pot 10 into alignment, thus self-orienting the pot 10.

The pot 10 can be urged to orient in a desired direction by altering the angle at which the pot 10 falls into the compartment 110 of the tray 100. For example, the pot 10 can be urged to self-orient to the right (e.g., twist to the right upon placement into the tray) if the pot 10 is dropped into the compartment 110 at an angle with reference to the normal of the tray 100. Further, the pot 10 can be urged to self-orient to the left if the pot 10 is dropped into the compartment 110 at a different angle with reference to the normal of the tray 100.

A channel 156 could optionally be provided to retain fluid drained from the pots inserted into the compartments. It is conceivable that one or more apertures could be provided on the channel 156 for allowing excess fluid to drain from both the pots and the compartments. The top portion 130 of the compartments 110 include a shoulder 132 upon which the shoulder 32 of the pot 10 can rest when placed in the compartment 110. Preferably, the shoulder 132 and the upper part of the body portion 120 include bevels 138 for providing room for accommodating one or more identification tags inserted into the slots 34 of the pot 10 when the pot 10 is positioned in the compartment 110. Importantly, when identification tags are utilized with present invention, the tags are self-oriented to face a uniform direction when the pot 10 is oriented by the alignment protrusions 144 and alignment recesses 44. This obviates the need for manually rotating the pots to face the tags in a uniform direction, and makes possible the automated (e.g., via an automated device in a conveyor line) placement of a plurality of pots into the tray 100.

FIG. 7 is a top view of the pot 10 of the present invention, positioned in a compartment 110 of the multi-compartment tray 100. The plurality of alignment recesses of the pot 10 co-act with the plurality of alignment protrusions of the compartment 110 to urge the pot 10 into proper alignment. By urging the pot into alignment, one or more identification tags provided in the slots 34 are automatically configured to face in a uniform direction, without requiring human intervention to achieve such alignment. This results in a decrease in the amount of human labor required when assembling pots into trays, thereby reducing the costs associated with such labor. An identification tag 11 is shown with a pot 10 in FIG. 10.

FIG. 8 is a cross-sectional view of the planting pot and compartment of FIG. 7, taken along the line 8-8. The alignment recesses 44 of the bottom surface 40 pot 10 co-act and mate with the alignment protrusions 144 of the bottom surface 140 of the compartment 110 to urge the pot 10 into proper alignment. The angled surfaces 52 and 54 of the recesses 44, in addition to the radial surfaces 50, slide against the angled surfaces 152 and 154 and radial surfaces 150 of the compartment 110 to urge the pot 10 into alignment when same is placed within the compartment 110. The central portion 42 of the pot 10 is centered above the central portion 142 of the compartment 110.

FIG. 9 is a cross-sectional view of the planting pot and compartment of FIG. 7, taken along the line 9-9. In this view, only a single alignment recess 44 and protrusion 144 is shown in cross-section. As can be seen, the angled surfaces 52 and 54 of the recess 44 co-act with the angled surfaces 152 and 154 of the recess 144 to urge the pot 10 into proper alignment when the pot 10 is placed in the compartment 110 of the multi-compartment tray of the present invention.

Having thus described the invention in detail, it is to be understood that the foregoing description is not intended to limit the spirit and scope thereof. What is desired to be protected by Letters Patent is set forth in the appended claims.

Claims

1. A planting pot system comprising: a plurality of pots, each of the pots having a top portion, a body portion, a bottom portion, and a plurality of angled alignment recesses disposed about the bottom portion, each of the recesses including first and second substantially planar angled surfaces joined at a radially oriented upper end, the bottom portion of each of the plurality of pots including a plurality of apertures to allow drainage of fluid and aeration; anda multi-compartment tray having a plurality of compartments with angled alignment protrusions disposed on bottom portions of the compartments, each of the protrusions including first and second substantially planar angled surfaces joined at a radially oriented upper end, the first and second substantially planar angled surfaces of each of the protrusions matching and contacting the first and second substantially planar angled surfaces of each of the recesses so as to align the pots when the pots are inserted into the compartments.

2. The planting pot system of claim 1, wherein the first and second substantially planar angled surfaces of each of the recesses are complimentary to the first and second substantially planar angled surfaces of each of the protrusions.

3. The planting pot system of claim 2, wherein each of the recesses has a depth, each of the protrusions having a height approximately equal to the depth of each of the recesses.

4. The planting pot system of claim 1, wherein the first and second substantially planar angled surfaces of each of the recesses meet and are joined at the radially oriented upper end so as to form a tapered configuration.

5. The planting pot system of claim 1, wherein the first and second substantially planar angled surfaces of each of the recesses meet and are joined at the radially oriented upper end so as to form a generally triangular configuration.

6. The planting pot system of claim 5, wherein the first and second substantially planar angled surfaces of each of the recesses are oriented at an angle less than 90 degrees relative to the bottom portion of the pot.

7. The planting pot system of claim 6, wherein the first and second substantially planar angled surfaces of each of the protrusions are oriented at an angle less than 90 degrees relative to the bottom portion of the tray.

8. The planting pot system of claim 1, further comprising an identification tag, the top portion being connected to the body portion by a shoulder, the shoulder having a slot therein, the identification tag being removably insertable in the slot.

9. The planting pot system of claim 8, wherein the tray has an inner bevel disposed at a top portion of each of the plurality of compartments so as to provide space to receive a portion of the identification tag between the pot and the tray.

10. The planting pot system of claim 1, wherein each of the plurality of alignment recesses and protrusions further comprises a radial surface connected to the first and second angled surfaces.

11. The planting pot system of claim 10, wherein the first angled surface, the second angled surface, and the radial surface are joined at edges to form tapered recesses and protrusions.

12. The planting pot system of claim 1, wherein the alignment recesses slide against the alignment protrusions along a direction having vertical and horizontal components to urge the pots into proper alignment.

13. The planting pot system of claim 12, wherein when a downward force is exerted on one of the plurality of pots, the alignment recesses co-act with the alignment protrusions of the tray to urge the pot into a desired orientation.

14. The planting pot system of claim 1, wherein each of the compartments includes four angled alignment protrusions and each of the pots includes four angled alignment recesses.

15. A planting pot system comprising: a plurality of pots, each of the pots having a top portion, a tapered cylindrical body portion, a bottom portion, and a plurality of angled alignment recesses disposed about the bottom portion, each of the recesses including first and second planar angled surfaces joined at a radially oriented upper end, the bottom portion including a bottom surface having flat surfaces along the circumference of the bottom portion, the angled alignment recesses being recessed relative to the bottom surface; anda multi-compartment tray having a plurality of compartments, each defined by a tapered cylindrical sidewall sized to receive a pot, each compartment having angled alignment protrusions disposed on bottom portions of the compartments, each of the protrusions including first and second angled surfaces joined at a radially oriented upper end, the first and second angled surfaces of each of the protrusions contacting the first and second angled surfaces of each of the recesses so as to align the pots when the pots are inserted into the compartments.

16. The planting pot system of claim 15, wherein the tapered cylindrical sidewall of the compartments tapers from a wider upper end to a lower end having a relatively smaller diameter.

17. A planting pot system comprising: a plurality of pots, each of pots having a top portion, a body portion, a bottom portion, and a plurality of angled alignment recesses disposed about the bottom portion;a multi-compartment tray having a plurality of compartments with angled alignment protrusions disposed on bottom portions of the compartments, each of the protrusions contacting the recesses so as to align the pots when the pots are inserted into the compartments; anda channel spaced between the bottom portion of the pot and a bottom portion of the compartment to allow drainage of fluid and aeration, wherein each of the recesses includes first and second substantially planar angled surfaces joined at a radially oriented upper end, and wherein each of the protrusions includes first and second substantially planar angled surfaces joined at a radially oriented upper end, and wherein each of the compartments is defined by a tapered cylindrical sidewall.