This disclosure relates generally to urns and, more specifically, to cinerary urns, containers, or arrangements of containers for collecting, holding, or inurnment of cremated remains of a deceased beloved. A deceased beloved may include a deceased human, animal, or pet, alike.
Urns are vessels that may be used in burial of cremated remains, a transport vessel of the cremated remains, or a display vessel for holding the cremated remains of the lost beloved. Urns may be left on display, with the cremated remains therein, in remembrance of the lost beloved. The remains within an urn remain inaccessible while in the urn. The remains are only accessed in the event of transfer to another container, or vessel, or when the remains may be scattered.
The grieving process after losing a beloved has many stages. This process may be manifested in both physical and emotional feelings. Just as a griever may long for the emotional interaction with a deceased beloved, the living may also long for the physical touch of the deceased beloved. Current urns do little to accommodate these stages or needs. Urns are typically stale, fragile, cold, hard, and isolated containers. To some, this is not how they wish to remember or memorialize their deceased beloved. Traditional urns are not meant to be held, handled or traveled. To some, this manner of displaying the remains of a deceased beloved does not exude comfort and may actually bring guilt, by simply discarding the deceased beloved on a shelf and/or on display with less important keepsakes. While a traditional urn may be appropriate once a griever has accepted the lost (e.g., the seventh stage of mourning), a traditional urn leaves an enormous and critical void during the earlier, most difficult stages of mourning.
Accordingly, a grieving party could benefit from the comfort of cuddling, holding, sleeping with, traveling with, simply being in the presence of, or having a feeling of being in physical contact with the remains of the beloved. A griever could also benefit from an urn arrangement that has the flexibility of being adaptable to accommodate different uses, or handling, of the cremated remains during the many stages of the mourning process, and that will transition with the person for years beyond. While some have attempted to achieve this objective in the form of securing cremated remains or memorabilia within a container that is further placed within a plush pillow or a stuffed toy, there remains separation between the griever and the cremated remains of the deceased beloved with this approach. Moreover, some may find such arrangements to be juvenile (e.g., plush toy), impractical, or gimmicky. In such arrangements, the griever is not achieving a physical connection with the remains of the deceased beloved but, instead, is only physically engaging the plush filling of the pillow, the stuffing of the stuffed toy, a filler, or barrier, not of the cremated remains themselves, or a filler, or barrier, in which the cremated remains are concealed or hidden. There remains a disconnect between the griever and the deceased beloved.
Therefore, what is needed is an urn, or cremation container, that provides physical interaction with the cremated remains of a deceased belove. What is further needed is an arrangement that further interchangeably facilitates different uses, handling, traveling, or storing of the cremated remains during the various stages of mourning, and years beyond. Both of these are needed without requiring the direct handling of, or the risk of coming into direct contact with, the cremated remains. Further, such flexibility is needed to reduce the need, difficulty, and expense of having to engage a crematorium or funeral professional to accommodate transitioning cremated remains through varying arrangements and the griever's own lifetime.
The tactile product and nested arrangement of said product of the present disclosure resolves the above listed obstacles. Specifically, the present disclosure sets forth features of a tactile and nested cremation container and methods for arranging the same.
The tactile cremation container of the present disclosure comprises a soft manipulable bladder. A user directly engages the soft manipulable bladder for a tactile relationship directly with the cremated remains stored therein. The soft manipulable bladder comprises an internal void with the cremated remains therein. An opening extends through the soft manipulable bladder into the void. A recessed or flush seal seals the opening through the soft manipulable bladder. The internal void is fully enclosed once sealed and the cremated remains are in direct contact with the interior of soft manipulable bladder that a user directly engages the exterior of. When sealed, the void is airtight. The cremated remains are felt and manipulated within the soft manipulable bladder through the soft manipulable bladder. The seal may be a releasable lockable seal so to secure the cremated remains without inadvertently having the cremated remains escape from the soft manipulable bladder. In some examples, the tactile cremation container may further comprise a filter media. The filter media may be placed across the opening for removing air from within the void while maintaining the cremated remains within the void prior to sealing the void. Additionally, or alternatively, a sealable vent may extend through the seal or the soft manipulable bladder for adding or releasing air from within the void of the soft manipulable bladder while maintaining the cremated remains within the bladder. Likewise, a filter media may be placed within or across the vent. In some examples, the seal may be a threaded cap received by a threaded fitting. The threaded fitting may extend from the soft manipulable bladder in the recessed arrangement. In some examples the seal, or components thereof, may be made of the same material as the soft manipulable bladder. The material of the seal may be of a different density than the material of the soft manipulable bladder. More specifically, the material of the seal may be denser, or more rigid, than the material of the soft manipulable bladder. In other examples, the seal or one or more of the component thereof, may be made of a different material than that of the soft manipulable bladder.
In some examples, the tactile cremation container may be an ellipsoid. In some examples, the soft manipulable bladder may be of a single layer of material. In other examples, the soft manipulable bladder may be of a laminated material having multiple layers. The multiple layers of the laminated material may be of the same material or of different material.
The tactile cremation container may further comprise an outer shell. The outer shell may be a removable outer shell. The outer shell may wrap the soft manipulable bladder. While it may also be, the outer shell need not be airtight as it may only be decorative. The outer shell may further conceal the seal of the soft manipulable bladder. In some examples, the outer shell may be secured to the seal of the soft manipulable bladder by an escutcheon. In examples, the soft manipulable bladder remains manipulable through the outer shell.
The tactile cremation container may also be in a nested arrangement. A tactile and nested cremation container may comprise the tactile cremation container as described herein and an exterior case comprising a base and a removable lid. The soft manipulable bladder removably rests, or is nested on, the base in a nested arrangement and is fully concealed by the removable lid when the lid is positioned on the base.
Methods for arranging or utilizing a tactile cremation container are also provided herein.
The method comprises the steps of:
The foregoing and other objects, features, and advantages of the examples will be apparent from the following more detailed descriptions of particular examples as illustrated in the accompanying drawings wherein like reference numbers represent like parts of the examples.
Reference is made to the accompanying drawings in which particular examples and further benefits of the examples are illustrated as described in more detail in the description below, in which:
This disclosure relates generally to urns and, more specifically, to cinerary urns, containers, or arrangements of containers for collecting, holding, or inurnment of the cremated remains of a deceased beloved. A deceased beloved may include a deceased human, animal, or pet, alike.
The tactile cremation container of the present disclosure is a container relied on for storing cremated remains or cremated possessions. Traditional urns are solid structures that are fairly stale, or not comforting in the least. This is typically not how one would like to remember their loved ones, being set aside on display only. The tactile cremation container of the present disclosure is a bladder that is soft, malleable, and/or manipulable, thereby, providing the grieving party the ability to cuddle with or embrace the remains contained within the container. By example, a user may wish to pick-up, cuddle, sleep with, travel with, undertake activities with, or hold, the cremated remains within the tactile cremation container. The bladder of the tactile cremation container is in direct contact with the cremated remains of the lost beloved as their remains are maintained within a void of the bladder. The tactile cremation container of the present disclosure translates the cremated remains in a tactile manner through the bladder. The remains contained within the container may be directly moved and manipulated within the bladder by moving and manipulating the bladder material. The tactile cremation container of the present disclosure is not intended to sugar-coat the reality of death by hiding the cremated remains somewhere within a hard container or within a container deep within stuffing or a filling. The nested tactile cremation container of the present disclosure is about embracing the transfiguration of a lost beloved in a new form and easing the stages of mourning though a modifiable, multi-use, nested arrangement.
While it is appreciated that other plush objects or stuffed toys may possess an internal container possessing remains, the plush object or stuffed toy is not the container contacting or possessing the remains. Further, it is not the remains within these other plush objects or stuffed toys which provide the tactile and/or soft nature of the container that are further manipulable. Instead, the filling or the stuffing of the plush object or toy is what is manipulated in a tactile manner. This only creates an artificial tactile relationship with the cremated remains that only further separates the container possessing the remains therein and the grieving party. Specifically, it is the filling or stuffing of these other plush objects that are moved and manipulated, and not the remains within the container of these other plush objects that are moved or manipulated by a user.
In the tactile cremation container of the present disclosure the bladder remains soft, malleable, and/or manipulable. The bladder of the tactile cremation container is in direct contact with the cremated remains and provides a layer of separation between a grieving party and the contents within the bladder. The layer of separation may be a single layer but may also be laminated layers while also maintaining the tactile nature of the tactile cremation container. In other words, the bladder is squeezable such that a user may directly engage the contents, or cremated remains, maintained therein. There is no intermediate layer, intermediate material, or separate container of a different construction preventing tactile engagement with the cremated remains, and if there is an added layer such as, for example, an outer shell as further described below, it does not impede upon the tactile nature of the bladder relative to the contents therein. There is no separate container possessing the cremated remains further within the tactile cremation container. There is no intermediate filling that is meant to be manipulated instead of the cremated remains maintained therein.
When the bladder is filled with cremated remains, the cremated remains are felt, in a tactile manner, through the bladder such that they may be moved from one side of a bladder to another side of the bladder or within the bladder by manipulating the bladder. Additionally, or alternatively, the weight of the cremated remains are felt directly by the grieving party. In other words, the weight of the cremated remains translate through the bladder giving the bladder a weighted feel, or deep pressure stimulation, felt directly by the grieving party. This is in contrast to a grieving party engaging and/or feeling the weight under the urn or feeling the stuffing or fillers about an urn, regardless of the contents. Yet, features of the bladder maintain the cremated remains in a safe and enclosed void such that they are not directly exposed to the grieving party, except when the bladder is purposefully unsealed, or opened. The bladder may be made of a soft material such as, for example, rubber, silicon, polymer, laminate(s) of various kinds, nylon(s), a combination thereof, or the like. While soft, the bladder material is stabilized, durable, and non-breakable. Specifically, the bladder material may be selected for particular properties such as, for example, being durable, fireproof, fire resistant, waterproof, water resistant, conductive (e.g., transferring/holding hot and/or cold properties), puncture resistant, puncture proof, of a particular thickness, flexible, malleable, manipulable, impervious, non-porous, of various textures, hypoallergenic, non-toxic, BPA free, BPS free, environmentally friendly, made from recyclable material, a combination thereof, or the like. In particular examples, the bladder material and the sealing arrangement thereof are of a material and components that have been stress-tested to undergo pressure from a human body so not to pop or puncture if rolled onto by a grieving party. Additionally, or alternatively, as noted above, the bladder material may be conductive such that it may be warmed, for example, by the griever's own body heat, and retain heat, so that a user may further enjoy warmth while embracing the tactile cremation container with the cremated remains of the beloved therein. This provides an additional degree of comfort to the grieving party relative to the cremated remains. In other words, body warmth from the grieving party may radiate through the bladder to heat the cremated remains wherein the heated cremated remains are, in return, felt by the grieving party. If instead, a user may rather enjoy a cooling touch the bladder material may be cooled, retaining the cold. It is further appreciated herein that the bladder material may be a combination, or layering, of various materials to impart a variety of properties while still maintaining the flexible and tactile nature of the tactile cremation container.
Still referring to
As further illustrated by
The fitting 116, the cap 120, and/or the escutcheon 130 may be of the same material or of a different material than the bladder material 110. While the fitting 116, the cap 120, and/or the escutcheon 130 may be of the same material as the bladder material 110 it may be of a different material density, thereby changing the rigidity of the material. In other words, it may be more rigid than the bladder material 110, thereby, not being as flexible, malleable, and/or manipulable as the bladder material 110. However, a degree of flexibility, malleability, and/or manipulability may be maintained by the fitting 116, the cap 120, and/or the escutcheon 130 to maintain a lesser degree of the soft compressible nature while still forming a seal, as opposed to being an overly stiff, brittle, sharp, and/or harsh material. The flexibility, malleability, and/or manipulability is based on still being able to provide the requisite seal, while also maintaining a degree of softness to the touch. As noted above, it is appreciated that one or more of the fitting 116, the cap 120, and/or escutcheon 130 may be of a different material then one another and/or of the bladder material 110 in order to achieve the objective noted herein. By example, the selected bladder material 110 may not come in varying densities, or the varying densities may not achieve the requisite material properties to form a seal as described herein. By example, a thin nylon material may be insufficient to create a cap 120 and/or fitting 116 arrangement. In the alternative, a polymer material may come in various densities such that a polymer relied on for the fitting 116 and/or cap 120 may be more rigid than the polymer material relied on for the bladder material 110. The same may be said for the escutcheon 130. The selected materials may be of similar or different materials, as described above, such that may be further compatible with one another such that they may additionally be adhered, fused, and/or friction fitted, to one another to perfect a seal. In some examples, the fitting 116, the cap 120, and/or the escutcheon 130 is recessed below the outer surface, or perimeter, of the bladder material 110, or recessed within the bladder 110. By recessing such components, a user would first contacts the bladder material 110 and the tactile nature of the cremated remains therein, without interacting with these components at the surface. Thereby, the fitting 116, the cap 120, and/or the escutcheon 130 are referred to as being low profile and/or even hidden, once an outer shell is added, as noted below. In another example, the fitting 116, the cap 120, and/or the escutcheon 130 is flush with the outer surface, or perimeter, of the bladder material 110, or flush with the bladder 110.
Turning now to
Referring to both
In other examples, the outer shell 140 need not be secured to the cap 120, the fitting 116, and/or the escutcheon 130. Further, the outer shell 140 need not have an aperture 142 as noted above. Instead, the outer shell 140 may simply be a fabric cover that wraps the tactile cremation container 100 entirely. Regardless of whether the outer shell 140 is secured at an escutcheon 130, fitting 116, and/or cap 120, the outer shell 140 may be tied at its top once it is wrapped about the tactile cremation container 100. As illustrated by
The outer shell 140 need not have all the same characteristics as the bladder material 110 such as, for example, being a material which secures cremated remains without fear of releasing the cremated remains through the bladder material 110 or through an opening within the bladder material 110. In other words, the outer shell 140 need not be sealed as it may only be a decorative addition. While the outer shell 140 may be of the same material as the bladder material 110, it need not be. Instead, the outer shell 140 may be of a much thinner more decorative material. This may include fabric, a blanket, or even of a material having holes therein (e.g., doilies). Because it is of a thin decorative material it does not impede upon the tactile nature of the bladder material 110. In one example, the outer shell is a fabric that is 2 mm in thickness. In other examples, the outer shell may be a fabric that is 2 mm in thickness or less. A user continues to be able to engage the bladder material through the outer shell in the same manner noted above without impediment, such that they are capable of engaging the cremated remains therein in a tactile manner.
Turning now to
Turning now to
It is appreciated that a user may be concerned with the durability of the tactile cremation container, the bladder material, and components thereof, as it is intended to be handled by the user. In particular, in order to seal the cremated remains within the tactile cremation container the tactile cremation container must be airtight when sealed. In addition to ensuring durability of the materials, in view of material selection as noted above, additional features are incorporated to reduce the risk of failure of the materials when being used in a tactile manner. The bladder material may come in many sizes. The size, shape, and arrangement of the bladder material may be selected based on the quantity of the cremated remains to be placed therein. By filling a majority (50% or more) of the void of the bladder material with the cremated remains the amount of air trapped in the void of the bladder material is reduced. In some examples, the void of the bladder material may be sized such that 75% of the void is filled with the cremated remains. In one example, the void of the bladder material may be sized such that 90% of the void is filled with the cremated remains. The void of the bladder material may be sized such that 50%-100%, 75%-100%, 90%-100%, 50%-90%, or 75%-90% of the void is filled with the cremated remains. Such arrangements may be provided based on a user's desired density of the cremated remains with the tactile cremation container. In one example, the tactile cremation container is measured 6 inches or less in any direction. It is appreciated herein, a funnel may be utilized for inserting the cremated remains through an opening in the bladder material into the void.
Additionally, or alternatively, a vent may be provided through the bladder material, the fitting, and/or the cap that allows a user to release air from the void. The vent, itself, may have a seal such as those seals identified above relative to the cap. The air may be released while the void is being sealed or upon having sealed the void. In the example of
11B, 12A, and 12B illustrate storyboards of various uses of the tactile and nested cremation container. In
While this invention has been described with reference to examples thereof, it shall be understood that such description is by way of illustration only and should not be construed as limiting the scope of the claimed examples. Accordingly, the scope and content of the examples are to be defined only by the terms of the following claims. Furthermore, it is understood that the features of any example discussed herein may be combined with one or more features of any one or more examples otherwise discussed or contemplated herein unless otherwise stated.
This patent application claims priority to, and the benefit of, U.S. Provisional Patent Application No. 63/215,479, filed Jun. 27, 2021 with the United States Patent Office, which is herein incorporated by reference in its entirety.
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