KR20070031728A - A manufacturing method of the remains vacuum place paper and remains cacuum place paper bag and the cinerary um used the same - Google Patents

Abstract

The present invention relates to a method of manufacturing bone ash bone paper and bone ash bone bag and ash bone stick bag and ash bone sealed bag, and to the appropriate ratio of silver nano PE and polyethylene (PE) in a proper ratio of silver nano PE and pure PE, aluminum, nylon The outer surface of the silver nanoPE layer 1 by layering it strongly and firmly while sequentially layering the silver nano PE layer 1, the pure PE layer 2, the aluminum layer 3, and the nylon layer 4 to each suitable thickness. On the inner surface of the gold foil coating layer 5 and the nylon layer 4 to be treated as an adhesive layer 6, the adhesive layer 6 is attached to the release paper 11 to protect the adhesive layer 6, the bone-bag paper 12 Produced to be, by using the bone rods 12, the bones of the bones (13) produced to seal the remains of the deceased remains 14 or seals 17 by sealing the remains of the deceased, the remains of the deceased 14 There is no alteration or decay, and no parasites or breeding of pests As also with minimal assistance facility to prevent predators to be permanently kept by the bones (14) of the original state will allow the proposed economic management.

Description

A manufacturing method of the remains vacuum place paper and remains cacuum place paper bag and the cinerary um used the same}

1 is a perspective view of the main part of the present invention opened up.

2 is a cross-sectional view taken along the line A-A of FIG.

Figure 3 is a perspective view of the ash bone stick bag made of ash bone stick paper of the present invention.

4 is a side cross-sectional view of FIG.

Figure 5 is a cross-sectional view of the state put the ashes in the ash bone stick bag made of ash bone stick paper of the present invention.

Figure 6 is a cross-sectional view of the state sealed by putting the ashes in the ash bones bag of the present invention.

Figure 7 is a cross-sectional view of the remains of the remains sealed in the state sealed in the separate seal box of the remains of the remains of Figure 6 sealed with ashes of the present invention.

Figure 8 is a cross-sectional view of the ash bone sticking paper of the present invention laminated on the inner surface portion of the sealing.

Figure 9 is a cross-sectional view of the state opening the lid of the seal box of Figure 8 put the ashes.

FIG. 10 is a cross-sectional view of a state in which the sealing enclosure of FIG. 9 is sealed and the lid is attached.

Explanation of symbols on the main parts of the drawings

1 silver nano PE layer 2 PE (polystyrene)

3 aluminum 4 nylon layers

5 Gold foil coating 6 Adhesive layer

6a Adhesive Side 7 Wide Release Piece

7a Other adhesive side 8 Narrow release piece

8a One side adhesive surface 9,10 Top cutting line

9a, 10a Lower Perforation Line 11 Release Paper

12 Ash Bon Bon Anji 12a Basic Bon Bon Anji

13 Ashes Bonan bags 14 Ashes

15,15a Edge 16 Ashes Sealed

17 Enclosure 18 Enclosure

18a Lid 19 Remains closed

The present invention is a silver nano-PE and pure PE (polyethylene), aluminum, nylon obtained by mixing silver nano, which is not oxidized in water, semi-permanent bactericidal and antibacterial effect and PE (polyethylene) that can maintain good airtightness with high rigidity and high density Layered so as to be integrated while layering them in order to achieve a proper thickness, and attaching a release paper (adhesive protective paper) to the treated surface by applying an adhesive having strong adhesion and easy sealing work on the back surface of the silver nanoPE layer, and the nylon layer On the surface of the ash bone paper, which is manufactured by treating gold foil coating that reflects light from the outside, it is proposed to manufacture the bony bag of the ashes and the closed seal of the ashes. It is related to ash bone stick bag and ash bone sealed bag using paper. By keeping sealed in the state, there is no deterioration or decay of the ashes, and prevents parasitic or breeding of pests at the source so that they can be stored semi-permanently as a clean remains of harmful and minimal air conditioning facilities. It is proposed to enable economic management.

In order to prevent the deterioration or decay of the ashes or the parasitic or propagation of pests due to the change of the external environment, the ossuary box for storing the ashes is sealed by interposing a packing ring or covering the silicon between the ashing box and the cover. Anticorrosive agents such as structures or preservatives were added.

For example, in the "sealed structure of a flat box" published in the registered utility model No. 20-0389574 of the Registered Utility Model Publication (July 14, 2005), the crypt box body 10 and the lid ( 14), but the lid 14 is attached to the packing insertion groove (10a) formed in the upper periphery of the ossuary box body (10) via a non-toxic packing 12 of the structure in which the projection (12a) protruding. As a result, the upper body of the upper circumference of the ossuary body 10 is formed by the weight of the lid 14 as a structure in which the oscillating body 10 and the lid 14 are coupled to each other by being closely contacted by the engagement frame 14a of the lid 14. By adhering the non-toxic packing 12 interposed in the packing insertion groove 10a to prevent external air or moisture from entering the interior of the ossuary main body 10, decay of the ashes and parasitics of pests can be prevented. It can be stored for a long time.

However, in such a conventional "sealed structure of flat box", the sealed state by non-toxic silicone or rubber ring non-toxic packing 12 is the sealed state of the upper periphery of the flat box body 10 and the bottom peripheral part of the lid 14 The water molecules (moisture) do not pass through because they are insecure, but the bacterial gas molecules pass through, so that the ashes placed inside the ossuary main body 10 are easily corroded, and the non-toxic packing 12 itself is seasonal. Due to the change in temperature or air pressure due to the change in performance has a short life shortcomings, in particular, there is a defect that the bone ash easily deteriorates because the vacuum state inside the ossuary main body 10 can not be maintained for a long time.

The present invention is a silver nano-PE and a pure PE (polyethylene) mixed with a high-density, high-density PE (polyethylene) is not oxidized in water, semi-permanent, sterilization and antimicrobial effect to solve all the conventional drawbacks , Aluminum and nylon layered in order to be integrally layered and gold-plated on the surface, and the backing paper is attached to the treated surface by applying an adhesive on the back side, and manufactured in a combined configuration to protect the adhesive surface, making the detrimental effects of the deceased The purpose of this is to ensure that the remains are semi-permanently stored in their original and clean state without any deterioration by sealing them in a sealed or vacuum-sealed seal and allowing economic management with minimal air conditioning facilities.

The present invention will be described in detail with reference to the accompanying drawings.

1 to 2 are a perspective view and a cross-sectional view showing the main portion of the ash bone bar 12 of the present invention, 60% by weight to 70% by weight of the function of semi-permanently exerts antiseptic and antibacterial effects without being oxidized in water Silver and PE (polyethylene) mixed at a ratio of 30% to 40% by weight of PE (polyethylene), which maintains good airtightness due to its high density and high rigidity, aluminum with high anti-burning function, which has good toughness and wrinkle resistance The nylon, which functions to prevent oils and oils from infiltrating, is layered firmly so as to be integrated while being sequentially layered to a proper thickness.

At this time, the thickness of each layer junction which is sequentially laminated is silver nano PE layer (1) 55μ ~ 65μ, pure PE layer (2) 12μ ~ 23μ, aluminum layer (3) 7μ ~ 11μ, nylon layer (4) 13μ ~ 18μ As a range of the thickness of the entire thickness was manufactured so as to be in the range of 92μ ~ 117μ was set as the base bone sticking paper 12a.

In this way, the outer surface of the nylon layer 4 which is laminated and becomes the outer layer is coated with a gold foil reflecting external light to form a gold foil coating layer 5 having a thickness of 16 μ to 20 μ, and the silver nanoPE layer 1 serving as the inner layer. The inner surface of the adhesive layer is strong, by applying an adhesive that can facilitate the sealing operation to form an adhesive layer 6 of 18μ ~ 22μ thickness, the adhesive surface 6a of the adhesive layer 6 is wide or narrow at any interval Release paper 11 for protecting the adhesive surface 6a by forming upper cutting lines 9 and 10 and lower cutting lines 9a and 10a for easily detaching the detached pieces 7 and 8 to be formed. Attached to complete the manufacture of the ash bone stick paper 12 of the present invention.

Figures 3 to 4 are made of the ash bone stick bag 13 of the present invention using the ash bone stick paper 12 of the present invention manufactured in the above, the perspective view and side cross-sectional view showing the ash bone 14 ( 12. The upper cutout lines 9 and 10, which form wide and narrow detachment pieces 7 and 8, formed at arbitrary lengths in the lengthwise direction of 12) are cut out, respectively, and the lower cutout line 10a of the narrow cutout piece 8 is formed. ) Is placed side by side on the lower cutting line (9a) of the wide detachable piece (7) in the folded state by heat-sealing both edge portions (15, 15a) showing the state of completing the production of the bony bag inner bag (13) will be.

5 to 6 shows the upper and lower cutting lines 9 and 9a on the inner surface of the upper end of the ash bonbon bag 13 while the ash bone 14 is placed inside the ash bonbon bag 13 manufactured in FIGS. One side that becomes the inner surface of the wide and narrow release piece (7) (8) by disengaging the wide release piece (7) and the narrow release piece (8) of the structure formed by (10) (10a). The adhesive surface 8a and the other adhesive surface 7a are exposed. At this time, one side adhesive surface 8a, which is exposed to the inner surface of the narrow release piece 8, is displayed on the inner surface of the wide release piece 7. While the narrow detachment piece 8 is folded outwardly by adhering to the other adhesive surface 7a, the outer folded part of the narrow detachment piece 8 is covered with the wide detachment piece 7 while FIG. As shown in the cross-sectional view of the ashes 14 is sealed in a completely sealed state is to be in the seal remains sealed state (16).

Such a sealing operation may be sealed in the ashes vacuum sealed state by a separate vacuum sealing device (not shown).

In addition, FIG. 7 is a seal box body forming a seal box (17) as a seal seal state (16) or ash seal vacuum sealed state (not shown) in which the ashes 14 are sealed in a sealed rod state in FIG. 18) is embedded in the interior of the lid (18a), and then put into the inside of the bone bag sealing bag 13 of the present invention sealed in the bone remains sealed state (16) or the bone remains sealed state (not shown) By doing so, the bone remains sealed (19) or the remains vacuum sealed (not shown).

The vacuum sealing process of the ashes vacuum sealing state (not shown) of FIG. 6 and the ashes vacuum sealing (not shown) of FIG. 7 is performed by a separate vacuum sealing device (not shown).

8 to 10 show the bony bag 12 of the present invention laminated on the inner surface of the sealant box 18, and the inner surface portion of the bony bag 18 of the present invention. After the ashes 14 are put inside and sealed with a spare portion of the ash bone sticking paper 12, the inner surface of the sealant enclosure 18 is closed with the ashes sealing paper 12 with the ashes sealed by stacking the lid 18a. 19a) the ashes 14 can be stored semi-permanently in their original state without deterioration.

The present invention is a PE (polyethylene) 30 that maintains good airtightness due to high density of silver nano 60% to 70% by weight and stiffness, water resistance, and acid resistance, which are not oxidized in water and exhibit semi-permanent effects of sterilization and antibacterial effects. Silver nano-PE mixed with a ratio of 40% by weight to 100% by weight of the pure PE, aluminum, and nylon in order to form a layer in order to form a solid adhesion by a strong adhesive, each material to be laminated in the above 1 to As shown in Fig. 2, the silver nano PE layer 1 having a thickness of 55 µm to 65 µm, the PE layer 2 having a thickness of 17 µm to 23 µm, the aluminum layer 3 having a thickness of 7 µm to 11 µm, and the nylon layer 4 having a thickness of 13 µm to 18 µm 92μ ~ 117μ thick integrally formed to be firmly laminated with; It is manufactured as a basic bone rod paper 12a can exhibit the desired function in the present invention.

The present invention is a gold foil of 16μ ~ 20μ (micro) thickness by applying gold foil coating on the outer surface of the nylon layer 4 which is laminated in the thickness range as described above and becomes the upper layer in consideration of the characteristics of the encapsulation type or storage place at the time of use. Applying a release paper 11 to protect the adhesive by applying an adhesive so that the coating layer 5 is laminated and the adhesive layer 6 having a thickness of 18 μ to 22 μ (micro) is laminated on the inner surface of the silver nanoPE layer 1 serving as the lower layer. But

The release paper 11 attached and installed to protect the adhesive forms a wide release piece 7 and a narrow release piece 8 at a proper position according to the size of the bone bag inner bag 13 set at the time of manufacture. The upper and lower cutting lines 9, 9a, 10 and 10a are respectively formed in advance or in separate positions at a position suitable for the size of the random bony bag 13 or the size of the bag 17 at the time of use. By forming a lower cutting line (not shown), it is possible to facilitate the sealing operation of the ashes 14 and the sealing box 17 of any size.

As such, the ash bone stick paper 12 of the present invention manufactured to seal the ash bone 14 or the seal box 17 is supplied as a product made of so-called Songbaek paper (松柏 紙), and the bone stick bag of any size or shape (13) or seal to seal the seal remains 19.

The present invention thus obtained is a silver nano PE and pure PE mixed with a suitable ratio of silver nano and rigid, high density of water resistance and acid resistance and good airtightness, which is not oxidized in water and exhibits antiseptic and antimicrobial effects semi-permanently. Good sealing and firmness and toughness of the product by laminating the aluminum with good burn-prevention prevention function, good strength and wrinkle prevention function, and nylon which prevents the penetration of moisture in order to be layered in sequence. The outer surface of the nylon layer is coated with a gold foil having a reflection function of external light, and the inner surface of the silver nanoPE layer, which is the inner surface, is coated with an adhesive having strong adhesive strength and facilitating sealing work. Adhesive by attaching the release paper which formed the upper and lower cutting lines which form a piece, respectively Not only does it protect the safety, but it also facilitates the operation of hermetically sealing the remains or seals, and thus the remains of the deceased seal are permanently preserved in their original and clean state without any alteration. There is an effect that can be done, economical management with a minimum of the air conditioning facilities.

Claims (7)

Proper thickness of silver nano PE layer (1), pure PE layer (2), aluminum layer (3) and nylon layer (4), mixed at a ratio of 60 to 70% by weight of silver nano to 30 to 40% by weight of PE, respectively After layering to be integrated while sequentially contacting the layer, the gold foil coating layer (5) for coating the gold foil on the outer surface of the silver nano-layer (1) and the adhesive layer (6) for applying an adhesive on the inner surface of the nylon layer (4) Method for producing a bone rod paper, characterized in that the configuration to combine to be the bone stick paper (12). The method of claim 1, Proper thickness of silver nano PE layer (1), pure PE layer (2), aluminum layer (3) and nylon layer (4), mixed at a ratio of 60 to 70% by weight of silver nano to 30 to 40% by weight of PE, respectively The method of manufacturing a bone rod paper, characterized in that the base bone sticking paper (12a) is bonded to form a layered to be integrated while sequentially layered contact. The method according to claim 1 or 2, The thickness of each material layered sequentially is 55μ ~ 65μ in the silver nano PE layer (1), 17μ ~ 23μ in the PE layer (2), 7μ ~ 11μ in the aluminum layer (3), 13μ ~ 18μ in the nylon layer (4) , Gold foil coating layer (5) is 16μ ~ 20μ, the adhesive layer 6 is 18μ ~ 22μ thickness of the total thickness is 126μ ~ 129μ manufacturing method of bone stick paper. Gold foil is coated on the outer surface of the nylon layer 5 in which the silver nano PE layer 1, the PE layer 2, the aluminum layer 3, and the nylon layer 4 are sequentially laminated to form a gold foil coating layer 5 The upper and lower cutting lines forming a wide release piece 7 and a narrow release piece 8 are formed on the adhesive surface 6a which forms an adhesive layer 6 by applying an adhesive to the inner surface of the silver nano PE layer 1. 9) (10) (9a) (10a) bone ash paper, characterized in that the configuration attached to the release paper (11) formed by combining. The gold foil coating layer 5 is formed on the outer surface of the silver nano PE layer 1, the PE layer 2, the aluminum layer 3 and the nylon layer 4, and the adhesive surface of the adhesive layer 6 laminated on the inner surface ( The ashes are combined in the above claim 3 so that a wide detachment piece 7 and a narrow detachment piece 8 are formed by the upper and lower cutting lines 9, 10, 9a, and 10a formed in 6a). A lower cutting line 10a for cutting along the upper cutting line 9 and 10 formed on the bag 2 to form the narrow cutting piece 8, and a lower cutting line for forming the wide separating piece 7 9a) ash bone stick bag, characterized in that the combined configuration by heat-sealing the both edges (15) (15a) of the folded state side by side. The bone box (17) in the state of covering the lid (18a) by embedding the ashes (14) embedded in the hole-hole sealing bag (13) inside the normal sealing box (18) as the remains of the seal-closing sealing state (16). It is placed inside the paper 12, and one side of the adhesive surface 8a of the inner surface of the narrow detachment piece 8 is attached to the other side of the adhesive surface 7a of the inner surface of the wide detachable piece 7 to be folded outwards and wide. By covering the outwardly folded outer surface of the narrow detachment piece (8) with the two pieces (7) characterized in that the sealing box (17), which is not sealed in the bone seal sealing state (16) to be sealed by two Unsealed seals. The method of claim 6, The bone seal seal 12, which is in contact with the remains of the bone seal paper 12 on the inner surface of the conventional seal eye box 18, so that the remains sealed seal (19a) of the structure in which the ash seal stick 12 is laminated on the inner surface. .

Images