An interactive memorial assembly adapted to interact with a user and a system of use. The interactive memorial assembly comprises a commemorative marker body and a display component integrated into or attached to the commemorative marker body. The display component is configured for accessibility by a user to access or upload digital content related to a decedent. The interactive memorial assembly is solar powered and connectable to the Internet. The system connects the interactive memorial assembly to a server via a network that is accessible via a mobile Application using a mobile electronic device. An interactive memorial platform on the system allows for remote access to the interactive memorial assembly.

A solar powered digital interactive memorial has at least one memorial unit, at least one solar panel, and at least one power storage unit electrically connected to each other. Each memorial unit has a housing, a digital display, an illuminated display recess, one or more sensors, a wireless communication device, and a processing unit. A proximity sensor detects motion in the vicinity of the unit and deactivates various components of the memorial unit to conserve electricity when not in use. A touchscreen display provided as the digital display enables users to interact with the memorial unit. Biometric recognition functionality enables delivery of prerecorded audio or visual content to specific individuals. Multiple units may be arranged together into a columbarium configuration or a memorial wall configuration.

A burial system is disclosed herein including at least one container, wherein the at least one container has a container body, a container body top, a container body bottom, and a cap assembly, at least one stake connected to the at least one container, wherein the at least one stake has a stake shaft, a stake head, and a stake tip, wherein the stake head is connected to the container body bottom, at least one side stabilizer, wherein the at least one side stabilizer is connected to the outside of the container body, and a location identifier.

A foundation support for stabilizing headstones, grave markers, monuments and the like, to prevent sinking or shifting of a grave marker. The foundation support is formed from a rigid base member having a grid of shaped apertures extending between an upper edge and a lower edge that is filled with earth material. An insert member is releasably secured to the base member, the insert member is replacable with a vase insert member to allow personalization of the memorial.

A foundation support for stabilizing a headstone, grave marker, monument or the like includes a base member made of a cellular confinement system and having an opening therein; and a vase insert mounted to the base member within the opening. The vase insert can be permanently or removably mounted to the base member.

The present invention relates generally to a repositionable cover for a headstone, memorial marker or statuary. The cover shields the headstone, memorial marker or statuary from the weather, debris, pollution and vandalism. The covering may be entirely or partially transparent, or may be opaque with a transparent viewing window that allows a user to open the window to access the surface of the headstone, memorial marker or statuary.

A flag mounting device for engaging a gravesite vase. The flag mount device is generally diamond shaped with a central opening for engaging a top of the vase. When positioned atop the vase the flag mounting device is horizontally disposed with respect to the ground. A container securing component penetrates the flag mounting device horizontally extending from a corner inward into the central opening and engages the top of the vase to secure the flag mounting device to the vase. A pair of flagpole bores partially penetrate a top of the flag mounting device and are configures to receive a pair or miniature flagpoles. Each miniature flagpole is secured within the respective flagpole bore by a flagpole securing component that extends from a side corner inward into the flagpole bore.

A method for forming one or more graphics on a headstone includes pre-processing a marking surface of the headstone. The pre-processing includes cleaning of the marking surface. The method also includes printing the one or more graphics on the marking surface and applying a coating on the marking surface such that the one or more graphics is covered with coating Moreover, the method includes curing the coating applied on the one or more graphics by exposing the coating to ultraviolet radiations to harden the coating.

A system for renewable interment and improved body decomposition, comprising: a vault assembly comprising at least one reusable vault mounted on a raft; the at least one reusable vault comprising a respective removable access wall wherein the removable access wall is selectively removable from the vault to allow access for reuse; wherein the raft comprises at least one footing structure adapted to underlie the at least one reusable vault such that the ground on which the footing structure rests is adapted to function as the floor of the reusable vault; and a porous granular material adapted to at least partially bury the at least one footing structure and at least partially surround the at least one reusable vault to direct oxygen-carrying fluid through and out of the vault assembly such that the growth of decomposition bacteria is supportable within the at least one reusable vault.

A memorial display system including a memorial assembly having a grave marker, a storage compartment, and indicia. The grave marker includes an integral storage compartment and the indicia. The storage compartment is a transparent display case. The indicia is displayed on the front surface of the grave marker. The memorial assembly is modular and configured to secure and seal pre-selected memorial items as contents for viewing.