An apparatus for creating floral arrangements by having a structure where the structure has specific locations such as openings in the structure with an insert having indicia including numbers on the insert with a respective number aligned with and visible through an aligned opening in the structure and the number corresponding with a flower and stem cut from a living plant so that the stem of the flower is inserted with the corresponding number visible through an opening in the structure so that different flowers and other floral items taken from living plants can be placed in the structure to provide a decorative floral arrangement.

Exemplary embodiments described in the application are directed to planting container potting insert devices and methods of use that simplify the potting of a plant in a planting container having an interior volume that exceeds the volume required by the root material and supporting soil associated with the plant. Exemplary embodiments include a plant receiving and supporting component, and an associated suspension assembly for suspending the plant receiving and supporting component within the interior volume of a planting container of interest. The plant receiving and supporting component may be in the form of a mesh bag.

A novel and useful container suitable for holding objects such as flowers and which may include a platform configured to be coupled to at least one flower. A body may include at least one wall that may extend between top and bottom edges and may define at least a portion of a cavity configured to receive the platform. The top edge may define a first opening leading to the cavity. A bottom wall may be located at or near the bottom edge of the body and may define a second opening leading to the cavity. A tensioner may be coupled to the platform and may form a tab that may partially extend from the platform towards the bottom wall and may be configured to be grasped by a user to urge at least a portion of the platform from the cavity towards the second opening when the tab is pulled.

A novel and useful container suitable for holding objects such as flowers and which may include a platform configured to be coupled to at least one flower. A body may include at least one wall that may extend between top and bottom edges and may define at least a portion of a cavity configured to receive the platform. The top edge may define a first opening leading to the cavity. A bottom wall may be located at or near the bottom edge of the body and may define a second opening leading to the cavity. A tensioner may be coupled to the platform and may form a tab that may partially extend from the platform towards the bottom wall and may be configured to be grasped by a user to urge at least a portion of the platform from the cavity towards the second opening when the tab is pulled.

The present invention relates to a novel bouquet holder for holding flowers for funerary display purposes. The present invention comprises a linear wire frame with attached circular elements for holding the stems of a bouquet of flowers and a tubular sleeve for covering the stems of the bouquet of flowers. Optionally, a tubular water container may be insinuated over the stems of the bouquet and filled with water. The present bouquet holder further comprises a wire stake allowing the user to mount the bouquet and device at a suitable location on the ground.

A retractable greening frame includes a connecting component including an upright column and an insertion rod, connecting rods including first directional rods and second directional rods, and a decoration including a decorative component and an installation ring. The upright column is inserted in the insertion rod, one of the first directional rods is hinged to a corresponding second directional rod by the insertion rod, and the upright column passes through the installation ring to hold the installation ring against an end surface of the insertion rod. The decoration is assembled through an insertion process of the upright column and the insertion rod. During transformation, the decoration can be kept separate from the upright column to prevent the assembled greening frame from damage. After arriving at the site, rapid assembly can be achieved by using the insertion.

A retractable greening frame includes a connecting component including an upright column and an insertion rod, connecting rods including first directional rods and second directional rods, and a decoration including a decorative component and an installation ring. The upright column is inserted in the insertion rod, one of the first directional rods is hinged to a corresponding second directional rod by the insertion rod, and the upright column passes through the installation ring to hold the installation ring against an end surface of the insertion rod. The decoration is assembled through an insertion process of the upright column and the insertion rod. During transformation, the decoration can be kept separate from the upright column to prevent the assembled greening frame from damage. After arriving at the site, rapid assembly can be achieved by using the insertion.

A plant grow ring may include a main body and a cylindrical main body having an inner surface, an exterior surface, a top surface, and a bottom surface. The plant grow ring may include a plurality of legs protruding from the bottom surface of the cylindrical main body, wherein each leg of the plurality of legs comprises a width and a height, and wherein each leg of the plurality of legs is curved across the width to match a curvature of the inner surface of the cylindrical main body. The plant grow ring may further include a plurality of ridges formed on the exterior surface of the cylindrical main body and adjacent to the top surface of the cylindrical main body, wherein at least a top ridge of the plurality of ridges are configured to releasably couple with a corresponding mating feature of one or more accessories.

A plant grow ring may include a main body and a cylindrical main body having an inner surface, an exterior surface, a top surface, and a bottom surface. The plant grow ring may include a plurality of legs protruding from the bottom surface of the cylindrical main body, wherein each leg of the plurality of legs comprises a width and a height, and wherein each leg of the plurality of legs is curved across the width to match a curvature of the inner surface of the cylindrical main body. The plant grow ring may further include a plurality of ridges formed on the exterior surface of the cylindrical main body and adjacent to the top surface of the cylindrical main body, wherein at least a top ridge of the plurality of ridges are configured to releasably couple with a corresponding mating feature of one or more accessories.

A flower stand, comprising: a first clamping structure, further comprises M first open frame structure and M first leg structure, where M is a natural number, wherein the M first leg structure is configured for touching a first side of the fence; a second clamping structure, further comprises N second open frame structure and N second leg structure, where N is a natural number, wherein the N second leg structure is configured for touching a second side of the fence, the first and the second sides are opposite sides of the fence, wherein the first and the second clamping structures are in opposite directions; and one or more elastic components configured for connecting the M first open frame structure and the N second open frame structure.