This invention relates in general to funerals and more particularly to personalized burial containers.
Millions of people die each year worldwide and most all require a burial container such as a coffin or urn. Burial services for pets/animals also are becoming more common. In recent years, the traditional funeral ceremony is being replaced with a more celebratory ceremony often emphasizing certain attributes of the deceased's life. As a result, there has been an increasing demand to customize or personalize coffins as a way of highlighting those aspects that were important in the life of the deceased. Typical funerals do not provide attendees a way to express condolences, grief or memories to loved ones. Flowers and charitable donations in the name of a deceased are traditional.
Customized coffins with printed graphic images printed are commercially available. Such coffins are generally printed with an image of the deceased or a design of choice requiring manipulation of the coffin. Some manufacturers print images on paper and then apply the paper material to the coffin. However, the printed paper requires cutting around the sections of the coffin which may cause the manufacturing process to be slow and expensive. Also, the process of removing panels for adhesion of the images is expensive. Consequently, there is a need to provide a method of personalizing coffins which eliminates or mitigates the disadvantages of design delays and expense.
The present invention provides a method for providing funeral attendees an additional and personal way of expressing thoughts. With this invention, the coffin may be in the form of a traditional coffin, casket, or urn and one or more decals attached to the sides, ends, or top, and the container does not need to be manipulated. As used herein, the terms “container” and “burial container” refer to caskets, coffins, burial urns, and the like, and the term “decals” includes labels with a removable liner covering an adhesive as well as stickers including a moisture activated adhesive without a liner covering.
The present invention includes a method of conducting a funeral service by providing a decal to a funereal attendee for inscribing a handwritten memorial and affixing the decal to a burial receptacle such as a casket or urn. Preferably, the decal has a textured surface with a background depiction and has an adhesive that allows the decal to be removable. A relatively small decal is preferred such that many may be placed on a casket or urn.
Various additional aspects of this invention will become apparent from the following detailed description.
Referring to
Standard coffins are about 24 inches wide and about 79 inches long. A preferred decal size is about 5 inches by about 7 inches, or 30-40 square inches for a casket. Burial urns may have various sizes, typically around 100 to 240 cubic inches. Smaller decal may be best for urns, around 1-20 square inches each.
Referring to
An adhesive 40 is to the bottom surface 24. The adhesive has a thickness of about 0.5-1.5 mils. A liner 50 is provided over the adhesive 40 to prevent the decal from adhering to anything before the liner is removed. The adhesive may be of the permanent or releasable variety as will be explained. A permanent adhesive will resist removal after liner is removed and the decal is applied to another surface. The liner has a thickness of about 1-4 mils.
A 3.2 mil thickness soft gloss white vinyl features a sprayed-on topcoat designed for use with a wide variety of ink systems as well as thermal transfer printing. This soft white vinyl film provides excellent tear strength, low temperature performance, dimensional stability, opacity, and chemical resistance. The film is coated with a slip resistant, non-skid textured surface sealant, typically clay, to impart certain qualities to the paper, including weight, surface gloss, smoothness, and reduced ink absorbency. Decal designs are printed on the topcoat. The topcoat also readily accepts handwritten messages and depictions. The applied topcoat is designed for use with a wide variety of ink systems as well as thermal transfer printing. The coating reduces dot gain by not allowing the ink to absorb into the paper.
A high-performance removable acrylic pressure sensitive adhesive is applied to the bottom surface of the vinyl. The adhesive has a 0.7 mil thickness and provides a moderate level of tack (ASTM D6252 Standard Test Method for Peel Adhesion) so that the vinyl is easily removable from most surfaces. The acrylic emulsion adhesion is a high clarity, high performance acrylic pressure sensitive adhesive providing clean, smooth removability from most surfaces, including glass, metal, painted surfaces, and plastics, with minimal peel build over time. It forms a water-resistant film after drying and improves abrasion resistance, washability and resistance to sunlight, weather, and heat. Adhesive application minimum temperature of 40 degrees Fahrenheit.
A preferred removable adhesive has (on a stainless steel substrate) loop tack of 0.4 to 0.8 lbs., preferably about 0.6 lbs. (TLMI-LIB 1, 1 mil polyester face stock, 1 mil of adhesive), shear of 24 hours or more (ASTM-D-3654, PSTC-7, 1 mil polyester face stock, 1 mil of adhesive, 1″×1″ with 1000 gm static load), peel adhesion of 0.5 to 1.5 lbs., preferably about 1.0 lbs. (ASTM-D-3330, PSTC-1, 1 mil of adhesive)
A 3.1 mil thickness bleached super calendared kraft paper stock liner covers the bottom surface of the vinyl. The liner may be in one or more segments.
A 5.0 mil textured matte clear non-top coated vinyl face is rolled on the vinyl surface, and provides excellent tear strength, low temperature performance, good dimensional stability, chemical resistance, and printability. The clear vinyl has a textured matte printable top surface that readily accepts handwritten inscriptions.
A permanent acrylic pressure sensitive adhesive is applied providing excellent optical clarity, UV resistance, low temperature adhesion and water/humidity resistance. The substrate adhesion consists of stainless steel, glass, and HDPE, a low surface energy plastic that chemically reacts with the surface of the materials they are applied to in order to form a bond. The adhesive acrylic emulsion has a 1.1 mil thickness and provides a moderate level of tack (ASTM D6252 Standard Test Method for Peel Adhesion), so that the vinyl is easily removable from most surfaces, while resisting edge ooze and provides exceptionally clean die cutting and matrix stripping. It maintains clarity in hot and humid environments and is suitable for application with exposure to high temperature processes. The acrylic polymer application consists of Ethyl hexyl acrylate, n-Butyl acrylate and Iso-octyl acrylate. The stainless-steel substrate has a 2.0 lbs. loop tack measured by TLMI-LIB 1. Acrylic emulsion adhesion forms a water-resistant film after drying and improves abrasion resistance, washability and resistance to sunlight, weather, and heat. Adhesive application minimum temperature of 25 degrees Fahrenheit.
A preferred permanent adhesive has (on a stainless-steel substrate) loop tack of 1.5 to 2.5 lbs., preferably about 2.0 lbs. (TLMI-LIB 1, 1 mil polyester face stock, 1 mil of adhesive), shear of 5 hours or more (ASTM-D-3654, PSTC-7, 2 mil polyester face stock, 1 mil of adhesive, ½″×½″ with 500 gm static load), peel adhesion of 3.5 to 4.5 lbs., preferably about 4.1 lbs. (ASTM-D-3330, PSTC-1, 1 mil of adhesive).
A 1.2 mil thickness clear water insensitive polyester liner covers the bottom surface of the vinyl. The liner may be in one or more segments.
Alternatively, the adhesive of the described embodiments may be replaced by a moisture activated adhesive, thereby eliminating the need for a liner. Water activated tape (WAT or Gummed as it is sometimes described in the industry) may be used. These typically are formulated from either natural polymers: from vegetable sources (dextrins, starches), protein sources (casein, blood, fish, soybean, milk albumen), and animal sources (hides, bones); or soluble synthetic polymers, including polyvinyl alcohol, cellulose eithers, methylcellulose, carboxymethylcellulose, and polyvinylpyrrolidone.
Funeral Service Provider System
The method of this invention includes providing decals to funeral service providers such as funeral homes or the clients/families/loved ones of the deceased. Core procedures for this method are supported by tools such as person to person demonstrations, sales decks, web-based software, and/or hard copy marketing presentations. The sales deck may assist funeral service providers such as funeral homes with a comprehensive list of customized decals which can be included in a marketing catalog for client/family inclusion in the memorial service.
In practice, persons, families, groups, organizations, etc. may purchase the customized decals, proceed to the place of morning, memorial, spiritual reflection, or worship, such as a mortuary, church, residence, or other of the deceased. Decals can be inscribed upon before or during a memorial service and applied to the burial container. The location for the inscription process may be determined by a family member, funeral director, etc. in a suitable, agreed upon location. The decals may then be selectively fixed on the container in a desired location. The decals may be moved, removed, or remain on the container for burial.
Decals may be accessible online, allowing users to select from an image library or database of decals. Users may upload personal illustrations for custom decal printing. Sets of decals may be offered in resealable poly bags with an insert card which may include a “My Story” description of the conception of the invention a step by step explanation of the method used when personalizing the decals, the application process for placing decals on a burial artifact and the ability to remove the decals for memorialization.
Decals
Each decal has a first surface with a texture for accepting handwritten inscriptions. The first surface may be topcoated or non-topcoated. Each decal has a second surface opposite the first surface coated with adhesive and an optional liner covering the adhesive.
The removability of this product is unique. The adhesive is of high clarity, high performance removable acrylic, pressure sensitive adhesive engineered to provide clean, smooth removability from most surfaces, including glass, metal, painted surfaces, and plastics, with minimal peel build over time.
Each decal is designed for high-speed die cutting for a peel and press process which offers a perfect and unique look of the custom decal.
If the decal is not topcoated, designs are printed directly on the base vinyl film which has a flat surface for superior image quality. The cast vinyl film guards against scuffs and is cleanable, effortlessly fresh. The crisp, uniform pattern adds depth to the look and feel of custom decal graphics. Designs printed on the base film and will not shrink. The face of the sticker bears printed information.
The principle and mode of operation of this invention have been explained and illustrated above. However, this invention may be practiced otherwise than as specifically explained and illustrated without departing from its spirit or scope.
This application claims the benefit of U.S. Provisional Application No. 63/148,643, filed Feb. 12, 2021, the disclosure of which is incorporated herein by reference.
Number | Date | Country | |
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63148643 | Feb 2021 | US |