BRMU8901194U2 - constructive arrangement introduced into a biodegradable funerary - Google Patents

Abstract

CONSTRUCTIVE ARRANGEMENT INTRODUCED IN A BIODEGRADABLE FUNERARY URN which is formed from foldable and assembable elements, forming a set of receptacle with integrated bottom and structural walls, superimposed by a second base in the form of main structural reinforcement, secondary lateral reinforcements and lining internal and cover assembly which is configured by a main structure, locking plate, side reinforcements and internal lining; said structural elements are formed by means of cut, creased and folded planes that form peripheral flaps which, in turn, are provided with as many cutouts, creases and folds in order to form reinforced walls that allow greater resistance to the urn in question, in addition to to be able to present an external finish configured by applying adhesive film with graphic prints of decorative ornaments.

Description

"CONSTRUCTIVE PROVISION INTRODUCED IN BIODEGRADABLE URBAN FUND".

TECHNICAL FIELD

It deals with the present utility model of a new constructive arrangement introduced in a biodegradable funeral parlor, preferably made of corrugated cardboard, which has 60% recycled paper and 40% cellulose extracted from self-sustaining reforestation. The term "funeral urn is especially developed". to help preserve the environment, allowing for the easy decomposition and complete absorption of the cardboard through the ground quickly and safely, said funerary is formed by a complex of foldable and assembable elements, namely: a receptacle set with bottom and integrated structural walls superimposed by a second base in the form of main structural reinforcement, secondary side reinforcements and inner lid and lid assembly which is configured by a main frame, locking plate, lateral reinforcements and inner liner, in addition to the complex of folding elements to further providing support handles with engaging means for mounting the receptacle assembly; Said structural elements are formed by cut, creased and folded planes which shape peripheral flaps which, in turn, are provided with other indentations, creases and folds to form reinforced walls which enable greater resistance to the urn in question, and may have an external finish configured through application of adhesive film with graphic prints of decorative ornaments.

TECHNICAL BACKGROUNDS

As is well known, the preservation of the environment is a factor of great importance for humankind, especially regarding the indiscriminate use of natural resources such as fine woods for the manufacture of furniture and other objects, including funeral urns.

The concern with the manufacture of wooden caskets is old, but very little has been done to solve the problem. Proof of this is that in 1977 CETESB / SP, in response to some claims of environmental preservation entities, dictated some rules for the installation of cemeteries (State Health Code - Decree 12.342 / 97). This legislation was intended only for a few private cemeteries, but found no obedience in any of the cemeteries administered by the municipality.

In 1994, some entities and communities concerned with the preservation of the environment resumed some studies on the issue of the use of wood in the making of mortuary urns, arriving at a reality that says: to make a single funeral urn requires at least three trees with more than thirty years of age. existence. When removing a tree are destroyed 12 square meters of the forest.

In general, conventional funeral urns are generally made of treated wood boards and which, due to processing, do not easily degrade. The assembly of conventional ballot boxes uses nails or clamps and receive, as a finish, layers of oil-based varnishes, being complemented with handles and hinges, also fixed by nails or staples, all made of metal, considered polluting and difficult to degrade.

Said conventional one also presents its internal portion lined with fabric made of polyester that makes the decomposition of the corpse difficult, allowing a postponement of the exhumations of the corpses and, consequently, the lack of spaces in the cemeteries.

Conventional funeral urns are usually arranged in graves that have a cement base or even earth, that is, they are not watertight or isolated, allowing all materials used to make it, as soon as their degradation begins, penetrate the soil, contaminating it by half metals. , for example nitrates, among others, as well as the chemical components of resins, glues, coatings, consequently contaminating lower layers such as groundwater, rivers, springs, etc., which can cause serious illness to the population and animals.

Another drawback of conventional woodworkers is the fact that during the burning of wood releases toxic gases, contributing to the pollution of the atmosphere.

In searches performed on the database of INPI was found a document of n0. MU 6601191, which deals specifically with a funerary urn made of corrugated cardboard, consisting of a lid, box and reinforcement frame. Said urn comprises a hexahedral box obtained from creases and folds, allowing the mounting of the bottom and side walls, which may have a lower reinforcement frame, which has vertical lines corresponding to the folds existing in the walls of the box; Said box also provides three brackets, made of wood with respective handles, and said brackets are fixed to the underside of the bottom of the box. The lid is fluted, with creases and a flap for engagement with the upper edge of the box.

The drawback of this remuneration model lies in the fact that the bottom (base) and the reinforcement frame are made of wood, making the total degradation of the urn impossible, besides presenting complexity in the assembly of the parts that compose the urn.

The concern with this type of product, being increasing. A brief search on specialized sites has revealed a single product - a funeral or bier - currently marketed and that meets the ecological line, as it is made from newspaper sheets in a molding process.

Given this worldwide concern, recent research by the US Retired Association (AARP), a group of more than 35 million members, indicates that 21% of people over 50 prefer a type of burial that is ecologically correct. According to recent data, 82,000 tons of steel, about 2,500 tons of bronze and copper, and 1.4 million tons of decay, which is used to maintain the shape of the graves, are used each year in traditional US burials.

Embalming processes, on the other hand, represent residues of up to 3.1 million liters of deformol fluids, a substance that the US Environmental Protection Agency (EPA) has called a "likely carcinogen." This component may even seep into groundwater and also poses a risk to funeral home workers.

BRIEF DESCRIPTION OF OBJECT

With the intention of providing improvements to the consumer market, especially in view of the tendency of preservation of the environment, the applicant developed a new constructive disposition introduced in a biodegradable funerary, preferably made of corrugated cardboard and specially developed to allow the rapid decomposition and the total absorption of the cardboard by the soil. is an ecologically correct product.

Said funeral urn is preferably in a traditional shape, ie hexahedric-elongated, formed by a complex of distinct, mountable lamelliform elements which are of formalamelliform form, ie corrugated cardboard sheets with special characteristics, ie weighing 600 to 2,000 gr / m2, resistance available for weight up to 250kg.

The proposed funeral home is made up of a complex of individual folding and assembable elements, namely: a receptacle assembly configured by a main support with an integrated bottom and structural walls superimposed by a second base in the form of the main structural reinforcement, and between the receptacle walls and structural reinforcement the secondary lateral reinforcements are mounted; This receptacle assembly is lined with an inner liner, and has side cutouts for coupling handles which have coupling means and lid assembly which, in turn, is configured by a main structure provided with side reinforcements and locking plate which are coated also by internal lining; Said structural elements are formed by cut, creased and folded planes that form peripheral flaps that, in turn, are provided with so many cutouts, creases and folds in order to form reinforced walls that allow greater resistance to the day in question, and after assembly the weight corresponds approximately to 12 kg.

The structural elements that make up the box allow easy and practical transport when stored in a flat design, and are externally coated with stickers with graphic prints of decorative ornaments such as flowers or fully ecological, since they are coated externally with paint. Glossy water base obtained from carnauba wax, if any, or while internally, biodegradable linings such as paper, natural fiber fabric are applied.

Said set of receptacle, ie main support, structural reinforcement, secondary reinforcements and internal lining comprise flat lamina bases provided with creases and indentations, forming individual laminae, peripheral walls and structural tabs, also provided with creases for folding and mounting said walls. . The main ductustentacle when assembled by means of folds configures structural flaps that overlap the inner faces of the peripheral walls so as to form double walls where they are interspersed with said lateral structural reinforcements, and decompose the upper opening of the receptacle assembly with a peripheral edge. On the faces of the peripheral walls, side flaps and lateral structural reinforcements are made rectangular cutouts for the coupling of the support loops that can be made of cardboard and have attachment means for fixing and mounting in the receptacle assembly, following a special configuration or can be made of rope. cotton or other resistant and degradable material.

The other element that makes up the innovative urn, said structural reinforcement and internal lining, have a peripheral contour identical to the flat base of the receptacle, being formed by flat bases provided with creases and cutouts forming unbuttoning tabs, and when said tabs are folded together on the main support intensify the structural reinforcement.

The lid assembly, in turn, comprises a laminar flat base main structure provided with recesses and cutouts, forming peripheral walls and structural flaps which are folded and interspersed by lateral reinforcements, said peripheral walls and structural flaps being locked by means of locking plate. It is performed by pressing the structural flaps over the peripheral walls, allowing the reinforcement to be configured with triple reinforcement walls, ensuring tightness and safety to the assembly, in addition to the locking plate receiving the application of internal lining.

Said lid assembly may have different sizes allowing variation of closure in the receptacle assembly, ie closure by overlapping the peripheral edges or closure by engaging the receptacle assembly; Both closures are assembled so as to have connecting elements, preferably configured by at least three braided fabric strap closures, with ends provided with quick coupling system, made of special polymer of rapid degradation or equivalent material.

A preferred configuration of each dewatering handle consists of a laminar part formed of at least three distinct parts, a main frame consisting of two identical and mirrored rectangular parts having a frusto-conical portion which is developed by means of side steps and a Secondary frame also of identical shape that configures the core or interstitium, ensuring the resistance of the support strap that when mounted together are locked by means of locking plate.

Said funeral can be coated with adhesive film with ornamental impressions, such as, it is coated with water-based paint and assembled by means of resin take-off, which presents easy decomposition, besides not having chemical components that damage the environment.

For the primary purpose of matching the visual characteristics of cardboard to wood, all the outer walls of the cardboard receptacle, lid and handles can receive a layer of carnauba wax that ensures a brownish hue as well as the gloss of the material.

In addition to the advantages already mentioned, related to the easy construction and assembly, as well as the fact that the entire biodegradable urn is one of the biggest advantages of this model of remuneration lies in the ease of applying logistics for the transportation and storage of the elements that compose it, because when these elements are They are disassembled, that is, in a laminarplanified way, there is a huge ease of stacking, consequently, organization and space saving.

DESCRIPTION OF DRAWINGS

In addition to the present description in order to gain a better understanding of the characteristics of the deutility model and according to a preferred practical embodiment thereof, accompanying the accompanying description is a set of drawings, which, by way of example, but not limitation, is as follows: :

Figure 1 shows a plan view of the main carrier that makes up the receptacle assembly;

Figure 2 is a plan view of the structural reinforcement comprising the receptacle assembly;

Figure 3 shows plan views of the secondary lateral reinforcements that make up the receptacle assembly;

Figure 4 shows a plan view of the inner lid of the receptacle assembly;

Figure 5 shows a plan view of the main structure that makes up the lid assembly;

Figure 6 illustrate plan views of the structural reinforcements composing the lid assembly;

Figures 7 and 8 show plan views of the locking plate and inner liner composing the lid assembly;

Figures 9, 9A and 9B show plan views of the parts that make up the support loop;

Figure 10 illustrates an exploded perspective view of the complex of individual elements comprising the lid assembly and receptacle assembly;

Figure 11 shows an exploded perspective view of the lid assembly and receptacle assembly with respective section details;

Figure 12 is an assembled emperspective view of the funeral urn;

Figure 13 shows a cross-sectional view of the lid assembly and receptacle assembly indicated in Figure 12;

Figures 14 and 15 illustrate cross-sectional and longitudinal views indicated in Figure 12;

Fig. 16 shows a cross-sectional view shown in Fig. 12 illustrating coupling closure of the lid assembly to the receptacle assembly; and

Figures 17 and 18 represent a perspective view of a funeral urn illustrating variations of essential impressions of the adhesive film.

DETAILED OBJECT DESCRIPTION

With reference to the illustrated drawings, the present Utility model refers to a new "CONSTRUCTIVE ARRANGEMENT INTRODUCED IN A FUNCTIONABLE FUNCTIONAL CURRENT", more precisely it is a funerary (1), preferably made in the conventional format, of the elongated hexahedral type, and has been specially developed. to work on the preservation of the environment, enabling full decomposition, as well as the rapid and safe absorption by the soil of all materials used.

According to the present utility model, the funerary bed (1) in question is made up of a complex of individual elements (EC), which are folding and assembable, all made from corrugated cardboard sheets in which they are made. multiple creases (V), indentations (R) and folds capable of composing, in turn, an upper opening receptacle assembly (CR) and a lid assembly (CT), said receptacle assembly (CR) being configured by the main support (2) where the structural reinforcement (3) and the secondary side reinforcements (4) which are covered by an internal lining (5) are mounted, while the lid assembly (CT) is configured by the main structure (6) provided with lateral reinforcements (7) and locking plates (8) which are also covered by internal lining (9); Said receptacle assembly (CR) is coupled by means of coupling loops (10), while for the attachment of both assemblies, ie receptacle assembly (CR) and lid assembly (CT), multiple closures (11) are provided.

Said main support (2) comprises a flat laminar base (2a), provided with two longitudinal creases (VI), symmetrical with each other, second longitudinal axis that configure three sectors, namely, the central sector (SB) and two lateral sectors (SL). , where multiple symmetrical indentations (Rl) and (Rl ') are applied, which make up mirrored portions, two of which on each side (SL) are: elongated sidewalls (2B1), sidewalls (2B2), frontwall ( 2c), posterior wall (2d) and lateral structuring tabs (2f).

In the middle portion of each wall (2B1), (2B2), (2c) and (2d) pairs of creases (Vl ') are practiced which result in structural flaps (2e) as well as in space (E) when folding. these tabs (see figure 13). Said sidewalls (2B1) and (2B2) and said side framing flaps (2f) have rectangular indentations (2g) which are aligned when said walls and flaps remain overlapped for the coupling of the supporting loops (10), further defined. forward.

Said main support (2) is mounted (see figure 10) from the folding of the creases (VI), allowing the fixing tabs (2f) to be superimposed on the inner faces of the walls (2B1) and (2B2) and when the pairs of creases (V1 ') are folded so as to configure said spaces (E) are coupled to said lateral structural reinforcements (4) which, in turn, are configured by a blade (4a) provided with vincotransverse (V2) and rectangular cutouts (4b ) which coincide with the indentations (2g) of the main support (2).

Overlapping the support (2) is mounted the structural reinforcement (3), another element that constitutes the set of receptacle (2), has a peripheral contour identical to the flat base (2a), and is formed by a flat laminar portion (3a) with pleat folds (V3) and indentations (R2), practiced at the base edges (3a) in order to result in complementary lateral flaps (3b) and extreme complementary flaps (3c), and in the median portions of said complementary lateral flaps (3b) rectangular cuts are practiced. (3d).

When the support (2), side reinforcements (4) and structural reinforcement (3) are mounted together they receive the covering through the inner lining (5) which has the peripheral contour identical to the contour of the support (2) and structural reinforcement (3). said liner (5) having a planar laminar portion (5a) having a plurality of creases (V4) practiced on the base edges (5a) so as to result in complementary lateral flaps (5b) and extreme complementary flaps (5c). Said side flaps (5b) have a V-shaped crease (V4 '), while near the lateral ends of each extreme complementary flap (5c) are provided with creases (V4 "), also in the" V "shape. peripheral edges of the complementary side flaps (5b) and extreme complementary flaps (5c) are creased pairs (V4 '") configuring finishing flaps (5d).

When said structural reinforcement (3) is superimposed on the flat base (2a) of the support (2), said complementary flaps (3b) and extreme complementary flaps (3c) are mounted on the surfaces of the structural flaps (2e), while the lateral complementary flaps (5b) ) and extreme complementary flaps (5c) of the inner lining (5) remain overlapped by the complementary complementary flaps (3b) and extreme complementary flaps (3c) completing the structure of the receptacle assembly (CR) so as to configure six-layer sidewalls (PS) in addition to decompose the upper opening (A).

The end walls (2c) and (2d) of the carrier (2), at the end of the assembly, are quadrupled (PQ), since the flaps (2e) after the folding of the wings (Vl ') are glued to the inner surfaces of the wings. said end walls and are topped by the extreme complementary flaps (3c) and extreme complementary flaps (5c) (see figure 16).

The support loops (10) fit into the indentations (2g), (3d) and (4b) (figure 10), allowing their structures to remain embedded internally and by means of the plate (10a) and are then overlapped by the lateral complementary flaps ( 5b) through the final folding of the wines (V4).

The lid assembly (CT), in turn, is comprised of a main structure (6) having a plurality of creases (V5) and indentations (R3) forming flat base (6a) and six portions, namely: a pair of elongated sidewalls (6B1), a pair of sidewalls (6B2), frontwall (6c) and rearwall (6d), from which sidewalls (6c) and (6d) develop side tabs (6e). In each of the walls 6B1, 6B2, 6c and 6d, a wall of creases V5 'is formed forming structural tabs 6f which, when folded, provide spaces (E') for mounting said lateral reinforcements 7 ), which in turn is configured by a blade (7a) provided with transverse crease (V6).

The creases (V5) and (V5 ') of the main frame (6) are folded sequentially to make the elongated sidewalls (6B1), sidewalls (6B2), frontwall (6c), backwall (6d) and blade (7a) are quadruple-walled (PT) (see figure 14), and for locking said walls, the locking plate (8) which in turn has a wide peripheral contour with respect to the flat base (6a) allowing the end walls (8a) of the locking plate (8) to press the peripheral edges of the walls (6B1), side walls (6B2), front wall (6c) and rear wall (6d), while the inner liner (9) coats said locking plate (8).

The preferred configuration of the detentation handle 10, see figures 9, 9A and 9B, is configured from a cardboard sheet, formed by at least three distinct parts, a main frame 10b being divided into double creases by the center (10b). V7), parallel, resulting in two mirrored rectangular parts (10c ') and (10c ") endowed with a truncated portion (IOd) forming coupling means which is developed by lateral steps (IOe); complementing the handle (10) A secondary core (IOf) of identical shape asparts (IOc ') and (10c ") is provided and has a tab (IOa) formed by a rectangular plate (IOg) provided with a pair of cut-offs (IOh).

The secondary web (10f), when attached to the loop (10), remains interposed with the identical parts (10c ') and (10c ") of the main frame (10b) when they are folded into the creases (V7).

Once assembled and glued the parts 10c ', 10c "and 10f, the free ends 10i of the main frame 10b pass through the recesses 2g of the receptacle 2 and receive the clip 10a. by snapping into the indentations (10h) of the plate (10g) for bonding between the parts (see Figure 13 and Figure 15), while the side steps (10e) allow the handle (10) to be engaged in the indentations ( 2g), (3d) and (4b) in order to enable the return of the handle (10).

Said lid assembly (CT) may have different sizes allowing variation of closure in the receptacle assembly (CR), ie closure by overlapping the peripheral edges (CT ') of the lid assembly (CT) over the peripheral edge (CR') of the receptacle assembly (CR) or closure by coupling the lid assembly (CT) to the receptacle assembly (CR), whereby closing elements by means of multiple coupling straps (ER) may be used for closing by means of overlapping. ) distributed along the nozzle length of the receptacle, which are made of material of easy degradation.

Said funeral (1) may be coated with an adhesive film (AD) with ornamental impressions (I) such as flowers, animals, etc. While describing the preferred embodiment of this utility model, any modifications and / or alterations must be understood. as within the scope of the utility model, perfectly fitting the criteria that define it, that is, the combination and modification of elements already known in a new form or arrangement, resulting in a functional improvement in their use or manufacture.

Claims (11)

1. CONSTRUCTIVE ARRANGEMENT INTRODUCED IN A BIODEGRADABLE BULLETAR FURNITURE consisting of a complex of individual (EC) elements, folding and assembling each other, all made of corrugated cardboard sheets, in which multiple creases (V), cut-outs (R) and folding are practiced; capable of composing an upper opening receptacle assembly (CR) and a lid assembly (CT), said receptacle assembly (CR) being configured by main support (2) where structural reinforcement (3) and secondary side reinforcements (4) are mounted. , lined by an inner lining (5), the lid assembly (CT) being configured by main frame (6), provided with side reinforcements (7) and locking plate (8), lined with inner lining (9); said receptacle assembly (CR) receiving coupling support loops (10), having, for fixing the assemblies, multiple latches (11), characterized in that the main support (2) comprises a laminar flat base (2a) provided with of two longitudinal creases (VI), symmetrical with each other, forming a central sector (SB) and lateral dispensers (SL), where multiple symmetrical indentations (Rl) and (Rl ') are provided, forming mirrored portions, two on each side of the injector. (SL) in the form of elongated sidewalls (2B1); lateral walls (2B2); front wall (2c); posterior wall (2d), and lateral structuring tabs (2f), having, in the middle portion of each wall (2B1), (2B2), (2c) and (2d), pairs of creases (Vl ') that result in structural tabs ( 2e) and in the space (E) when folding these flaps, the walls (2B1) and (2B2) and the side framing flaps (2f) having rectangular cutouts (2g) which are aligned when the walls are overlapping each other for coupling of the unbundling handles (10); the fixing tabs (2f) are superimposed on the inner faces of the walls (2B1) and (2B2) and the pairs of creases (VT) are bent in order to configure the spaces (E) where lateral structural reinforcements (4) are coupled which In turn, they are configured by a blade (4a), provided with transverse crease (V2) and rectangular indentations (4b) coinciding with the indentations (2g) of the main support (2). 2. CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URBAN FUNCTION, according to claim 1, characterized in that the structural reinforcement (3) has an identical peripheral contour to the flat base (2a) and is formed by a laminar plane portion (3a) with plurality of creases (V3). ) and indentations (R2) practiced at the edges of the base (3a), so as to result in complementary side flaps (3b) and extreme complementary flaps (3c), having, in the median portions of the complementary lateral flaps (3b), rectangular indentations (3d ). 3. CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URNARY FUNCTION according to claim 1, characterized in that the liner (5) is formed by a laminar plane portion (5a) provided with a plurality of creases (V4) practiced at the edges of the base (5a), resulting in in complementary side flaps (5b) and extreme complementary flaps (5c), said complementary side flaps (5b) having a "V" shaped crease (V4 ') having, near the lateral ends of each extreme complementary flap (5c) ), creases (V4 ") also in" V ", further being provided near the peripheral edges of the side complementary tabs (5b) and extreme complementary tabs (5c), pairs of creases (V4m), which configure finishing tabs (5d) . 4. CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URNAFUNERARY, according to claim 2, characterized by the fact that the complementary flaps (3b) and (3c) overlap the surfaces of the structural flaps (2e); the complementary side flaps (5b) and the extreme complementary flaps (5c) of the inner liner (5) form six-layer sidewalls (PS) and the upper opening (A). 5. CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URNAFUNERARY, according to claim 1, characterized in that, after mounting, the end walls (2c) and (2d) of the support (2) are quadrupled (PQ), instead of the flaps (2e), after folding the creases (VI1), are glued over the inner surfaces of the extreme walls, being topped by the complementary complementary flaps (3c) and (5c). CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URBAN FUNCTION, according to claim 1, characterized in that the main structure (6) is provided with plurality of creases (V5) and indentations (R3) forming the flat base (6a); elongated side walls (6B1); side walls (6B2); frontal wall (6c), and posterior wall (6d), developing, at the lateral end of each wall (6c) and (6d), side tabs (6e), each having walls (6B1), (6B2), (6c) and (6d), creases (V5 ') that form structural shafts (6f) which, when folded, form spaces (E') for mounting the side reinforcements (7), which in turn are configured by blade (7a). ), provided with transverse crease (V6). CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URBAN FUNCTION, according to claim-6, characterized in that the locking plate (8) is provided with an extended peripheral contour with respect to the flat base (6a), so that the extreme walls (8a ) of the locking plate (8) can press the peripheral edges of the walls (6B1); (6B2); (6c) and (6d), the locking plate being lined by the inner liner (9). CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URBAN FUNCTION according to claim-6, characterized by the fact that the walls overlap (6B1); (6B2); (6c); (6d) and blade (7a) configure quadruple wall (PT). CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URBAN FUNCTION, according to claim 1, characterized in that the support loop (10) is formed from a blade formed by at least three distinct parts, being a main frame (10b); divided, in the center, by parallel double creases (V7), configuring two identical mirrored parts (IOc ') and (10c ") of rectangular shape, endowed with tronconic portion (IOd), forming coupling means that is developed by lateral steps (IOe) having, in addition to the handle (10), the identical shaped secondary core (IOf), the parts (10c ') and (10c "), in addition to the tab (10a) formed by a rectangular plate (10g) with cutouts (10h) whereby, in the assembly of the handle (10), the secondary web (10f) remains interposed with the identical parts (10c1) and (10c ") of the main frame (10b) when they are folded into the creases (V7). CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URNAFUNERARY, according to claim 1, characterized in that the lid assembly (CT) can be of different sizes and the closure in the receptacle assembly (CR) can be obtained by overlapping the peripheral edges ( CT ') the lid assembly (CT) on the peripheral edge (CR') of the receptacle assembly (CR), or by the coupling of the lid assembly (CT) to the receptacle assembly (CR), whereby overlapping may Multiple connectors of quick coupler (ER) straps distributed along the receptacle nozzle may be used as connecting elements. CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BIODEGRADABLE URBAN FUNCTION according to claim 1, characterized in that the funeral urn (1) can be coated with adhesive film (AD) with ornamental impressions (I).