KR20080005998U - Packing tray for bio liquid soaker - Google Patents

Abstract

The present invention relates to a packaging tray capable of absorbing the living fluid (drop) exuded from the packaged drop food, and the living fluid exuded from drip foods such as meat, fish and vegetables on the inner bottom of the housing ( It is an object of the present invention to provide a packaging package for absorbing biofluid so as to attach a biofluid absorbent cloth for absorbing droplets to prevent discoloration or deterioration of meat. The present invention configured for this purpose, in the packaging tray for packaging drip foods, such as meat, fish and vegetables, formed in the upper portion of the absorbent cloth mounting portion and the absorbent cloth mounting portion formed in a predetermined depth on the inner bottom surface A housing made of a material which is harmless to a human body having an accommodation space for accommodating drop foods such as meat, fish and vegetables; A biofluid absorbent fabric installed on the absorbent fabric installation portion of the enclosure, the biofluid absorbent fabric absorbing the biofluid (drip) formed from the sheet food; And separating the drop food and the living fluid absorbent fabric, which are adhesively installed on the upper surface of the upper portion of the absorbent cloth mounting portion of the enclosure and are accommodated in the receiving space portion of the upper portion of the enclosure, and have a plurality of absorbent holes formed on the surface thereof. It consists of a film that is harmless to the human body so that the fluid (drop) is absorbed into the living fluid absorbent cloth through the absorption hole.

Living fluid, drip, drip food, packing paper, packing tray

Description

Packing tray for biofluid absorption

1 is an exploded perspective view showing a packaging tray for absorbing biofluid according to the present invention.

Figure 2 is a perspective view showing a packaging tray for absorbing biofluid according to the present invention.

Figure 3 is a cross-sectional view showing a packaging tray for absorbing biofluid according to the present invention.

Figure 4 is a perspective configuration showing a packed state of the packaging tray for absorbing biofluid according to the present invention.

Figure 5 is a cross-sectional view showing a state in which the packaging package for drip foods such as meat or fish and vegetables in a packaging tray for absorbing biofluid according to the present invention.

Figure 6 is a cross-sectional view showing a second embodiment of a packaging tray for absorbing biofluid according to the present invention.

Figure 7 is a cross-sectional view showing a third embodiment of a packaging tray for absorbing biofluid according to the present invention.

8 is a sectional view showing a fourth embodiment of a packaging tray for absorbing biofluid according to the present invention.

[Description of Symbols for Main Parts of Drawing]

100. Packaging Tray 110. Enclosure

112. Absorption cloth installation part 114. Housing space part

120. Biofluid Absorbing Cloth 122. Filling Absorbers

130. Film Paper 132. Absorption Holes

140. Sealed

The present invention relates to a packaging tray for absorbing biofluid, and more particularly, discoloration of food by a droplet that is exuded from the food by absorbing the biofluid (drained) from the dripped foods such as meat, fish and vegetables. The present invention relates to a packaging tray for absorbing biofluid to prevent deterioration of food quality for a long time.

In general, drop foods such as meat, fish, and vegetables are covered in a packaging tray such as a housing molded of synthetic resin or pulp material, and the top of the drop food is covered or vacuum-packed through an impermeable wrapper such as wrap or vinyl. As such, the packaged foods such as meat, fish, and vegetables packaged through a packaging tray are usually stored through refrigerated or frozen storage.

On the other hand, as described above, drip foods such as meat, fish, and vegetables packaged through the packaging trays are exuded from the living fluid (drops) over time and accumulated on the bottom of the packaging tray. In particular, when thawing refrigerated or frozen stored drop foods, a living fluid, called a drop, is exuded from the drop food during the thawing of the drop food and accumulated at the bottom of the packaging tray.

As described above, the living fluid, which is a liquid called a drop, is exuded from foods such as meat, fish, and vegetables, and collects on the bottom of the packaging tray, resulting in a problem of deterioration in quality when the food comes into contact with the dripped drop. Of course, there is a problem that the value of the product is significantly lowered.

In addition, as described above, when the living fluid, which is a liquid called a drop, is exuded from the food and accumulated at the bottom of the packaging tray, the color of the surface of the food is easily changed when the food comes into contact with the dropped drop. There are also a number of problems, such as giving a bad impression.

In addition, when the food is stored for a long time in a state in which a living fluid called a drop drips from a packaged meat, a fish, a vegetable, or the like, the bacteria multiply from the living fluid (drop) to spoil the packaged food. Unsanitary problems also occur.

Therefore, as described above, it is necessary to maintain the freshness of foods such as meat, fish, and vegetables packaged in a packaging tray so that the living fluid (drop) exuded from the food is separated from the food such as packaged fish and vegetables.

The present invention was devised to solve all the problems of the prior art, and a biofluid absorbent cloth for absorbing the biofluid (drip) exuded from drip foods such as meat, fish and vegetables on the inner bottom of the enclosure. It is an object of the present invention to provide a packaging tray for absorbing biofluid, which can be attached to prevent discoloration or deterioration of meat.

Another object of the technique according to the present invention is to provide a packaging tray in which a biofluid absorbent cloth is formed on the bottom surface of the enclosure, thereby enabling automation of the packaging operation when packaging the drop food inside the packaging tray, thereby improving packaging efficiency. To make it possible.

In addition, the other purpose of the technology according to the present invention is to prevent the absorption of excessive moisture of food by separating the packaged meat, such as meat and fish and vegetables through the film so that it is not in direct contact with the lower bio-absorbent cloth It is to ensure that only the fluid (drip) exuded from the drop food can be absorbed smoothly.

The present invention configured to achieve the above object is as follows. In other words, the packaging tray for absorbing biofluid according to the present invention is a packaging tray for packing drip foods such as meat, fish and vegetables, the absorbent cloth installation portion and absorption formed on the inner bottom surface at a predetermined depth A housing made of a material which is harmless to a human body having an accommodation space portion formed at an upper portion of the fabric installation portion and accommodating drop foods such as meat, fish and vegetables; A biofluid absorbent fabric installed on the absorbent fabric installation portion of the enclosure, the biofluid absorbent fabric absorbing the living fluid (drop) exuded from the drop food by forming a sheet; And separating the drop food and the living fluid absorbent fabric, which are adhesively installed on the upper surface of the upper portion of the absorbent cloth mounting portion of the enclosure and are accommodated in the receiving space portion of the upper portion of the enclosure, and have a plurality of absorbent holes formed on the surface thereof. It consists of a film that is harmless to the human body so that the fluid (drop) is absorbed into the living fluid absorbent cloth through the absorption hole.

In the configuration of the present invention as described above, the film paper may be adhesively fixed to the edge surface of the upper portion of the absorbent cloth mounting portion of the enclosure through any one of heat treatment, high frequency treatment, adhesive and double-sided tape.

On the other hand, in the configuration of the present invention as described above, the inside of the biofluid absorbent fabric may be further filled with a filler absorbent formed of a superabsorbents or polymeric moisture absorbent in the form of powder or granules to absorb the biofluid.

In addition, in the configuration according to the present invention, the biofluid absorbent cloth is made of a pulp or tissue (TISSUE) material, but preferably formed in a sheet form.

In another configuration of the technology according to the present invention, in the packaging tray for packaging drip foods such as meat, fish and vegetables, the absorbent cloth mounting portion and the absorbent cloth mounting portion formed in a predetermined depth on the inner bottom surface A housing made of a material that is harmless to a human body having an accommodation space portion formed in an upper portion and accommodating drop foods such as meat, fish and vegetables; And the adhesive is installed on the absorbent cloth mounting portion of the enclosure, the film paper formed with a plurality of fluid absorption holes in the form of a coated coating on the surface to prevent direct contact with the drop food packaged into the receiving space while the top of the film paper It consists of a configuration including a living fluid absorbent fabric absorbing the living fluid (drop) exuded from the drop food flowed down to the bottom surface of the absorbent fabric installation portion of the enclosure through the cotton.

Hereinafter will be described in detail with respect to the packaging tray for absorbing biofluid according to an embodiment of the present invention.

1 is an exploded perspective view showing a packaging tray for absorbing biofluid according to the present invention, Figure 2 is a perspective view showing a packaging tray for absorbing biofluid according to the present invention, Figure 3 is a packaging tray for absorbing biofluid according to the present invention 4 is a perspective view showing a packaged state of a package for absorbing biofluid according to the present invention, and FIG. 5 is a drop such as meat, fish and vegetables in the package for absorbing biofluid according to the present invention. This is a cross-sectional view showing the packaged food.

As shown in FIGS. 1 to 5, the packaging tray 100 for absorbing biofluid according to the present invention includes an absorbent space installation part 112 and a drop space 200 having a predetermined depth at a bottom thereof. It is installed on the housing 110, the absorbent fabric installation unit 112 of the housing 110, but is made of a sheet form absorbs the living fluid (drip) exuded from the drop food 200 of meat or fish and vegetables The drip food 200 and the biofluid absorbent cloth are adhered and fixed on the upper surface of the edge 116 of the biofluid absorbent cloth 120 and the absorbent cloth installation part 112 to be accommodated in the receiving space portion 114 thereon. Separate the 120, but the surface is made of a configuration including a film paper 130, a plurality of absorption holes 132 is formed.

The packaging package 100 for absorbing biofluid according to the present invention configured as described above is provided with the absorbent absorbent cloth 120 while installing the absorbent absorbent cloth 120 on the absorbent cloth mounting portion 112 formed at the bottom of the housing 110. The drop food 200 and the living fluid accommodated in the accommodation space portion 114 of the interior of the housing 110 through the adhesion of the film 130 is formed with a plurality of absorption holes 132 on the upper surface of the edge of the 112 By separating the absorbent cloth 120, the living fluid (drop) exuded from the drop food 200, such as meat, fish and vegetables flows down to the upper surface of the film paper 130, and flowed down to the upper surface of the film paper 130 The biofluid (drop) is absorbed into the biofluid absorbent cloth 120 of the absorbent cloth installation part 112 through the absorbent hole 132 of the film paper 130.

In addition, the technology according to the present invention as described above is separated from the drop food 200 and the living fluid absorbent cloth 120 accommodated and packaged inside the housing 110 through the film paper 130 and the drop food 200 and The biofluid absorbent fabric 120 is not in direct contact with each other so as not to excessively absorb moisture of the packaged food 200 such as packaged meat, fish, and vegetables. As such, the dropper food 200 such as meat, fish, and vegetables and the living fluid absorbent cloth 120 are not directly contacted through the film paper 130 so that the water of the drop food 200 is not excessively absorbed. The freshness of 200 can be maintained for a long time.

Referring to the packaging package 100 for absorbing biofluid according to the present invention in more detail as follows. First, the housing 110 is for packing the drop foods 200, such as meat or fish and vegetables therein, the housing 110 is an open top form as shown in Figures 1 to 5 It is made of a space on the upper portion of the absorbent cloth installation portion 112 and the absorbent cloth installation portion 112 formed in a predetermined depth on the inner bottom to accommodate a drop food 200, such as meat or fish and vegetables It is in the form of a polygonal or circular container consisting of 114.

In other words, as described above, the housing 110 constituting the packaging tray 100 for absorbing biofluid according to the present invention has a biofluid absorption, which will be described later with a predetermined depth on the inner bottom surface as shown in FIGS. 1 to 5. Absorbent cloth mounting portion 112 is formed is a cloth 120 is installed, the upper portion of the absorbent cloth mounting portion 112, the receiving space portion 114 for receiving a drop food 200, such as meat, fish and vegetables is provided Formed structure. At this time, since the housing 110 is in direct contact with the drop foods 200 such as meat, fish, and vegetables, it is preferable that the housing 110 is formed of a synthetic resin material or a pulp material coated therein which is harmless to the human body (FIGS. 1 to FIG. 1). 5 is an example of a synthetic resin container, and the pulp material container coated therein will be described later with reference to FIG. 6).

Meanwhile, as described above, the absorbent cloth mounting portion 112 and the absorbent cloth mounting portion 112 formed at a predetermined depth on the inner bottom surface are accommodated to accommodate the drop food 200 such as meat, fish, and vegetables. The boundary surface between the absorbent cloth installation portion 112 and the accommodation space portion 114 of the enclosure 110 having the structure of the space portion 114 has a structure in which a border 116 of a horizontal plane is formed. At this time, the enclosure 110 may be made transparent or opaque, it may be formed in various sizes to suit the purpose of use.

The biofluid absorbent cloth 120 is for absorbing the biofluid (drip) exuded from the drop food 200 such as the packaged meat or fish and vegetables accommodated on the receiving space 114 of the housing 110. The biofluid absorbent fabric 120 is formed in a sheet form as shown in FIGS. 1 to 5, and is mounted on the absorbent fabric mounting portion 112 of the enclosure 110. As such, the living fluid absorbent cloth 120 seated on the absorbent cloth mounting portion 112 of the housing 110 is a drop food such as meat or fish and vegetables housed on the receiving space portion 114 of the housing 110. It functions to absorb the living fluid (drop) exuded from the (200).

As described above, the biofluid absorbent cloth 120 mounted on the absorbent cloth mounting portion 112 of the enclosure 110 may be installed in a state in which the absorbent cloth mounting portion 112 is fixed or not fixed. That is, when the biofluid absorbent fabric 120 is fixed to the absorbent fabric mounting portion 112, the absorbent fabric mounting portion is formed by any one of heat treatment, high frequency treatment, adhesive, and double-sided tape. When the biofluid absorbent cloth 120 is adhesively fixed to the bottom surface of the 112 and the biofluid absorbent cloth 120 is not fixed, the biofluid absorbent material is absorbed onto the absorbent cloth mounting portion 112 of the enclosure 110. Installation is accomplished by seating the fabric 120.

As described above, in the case where the biofluid absorbent cloth 120 is not fixed, a case in which the biofluid absorbent cloth 120 having a size corresponding to the size of the absorbent cloth mounting part 112 is provided may be used. That is, when the biofluid absorbent cloth 120 having a size corresponding to the size of the absorbent cloth mounting part 112 is installed, the living fluid absorbent cloth 120 hardly flows inside the absorbent cloth mounting part 112. Therefore, there is no need to fix the living fluid absorbent fabric (120). On the other hand, in the case of installing the biofluid absorbent cloth 120 having a smaller size than the size of the absorbent cloth mounting part 112, since the biofluid absorbent cloth 120 flows inside the absorbent cloth mounting part 112. It needs to be fixed. Of course, even in the case of installing a biofluid absorbent cloth 120 of a smaller size than the size of the absorbent cloth mounting portion 112 is not necessarily fixed.

The biofluid absorbent fabric 120 configured as described above is made of a pulp or tissue (TISSUE) material, but is made of a sheet. As such, the biofluid absorbent cloth 120 formed of a sheet of pulp or tissue (TISSUE) is formed in a size corresponding to the absorbent cloth mounting part 112 of the housing 110, and thus, on the absorbent cloth mounting part 112. It is seated and installed.

Meanwhile, the filling absorbent 122 in which the superabsorbents or polymeric moisture absorbents of Luquasorb FP 800 or the polymer moisture absorbent are absorbed into the biofluid absorbent fabric 120 as described above in the form of powder or granules. ) Can be further filled. As such, by filling the absorbent material 122 with superabsorbents or polymeric moisture absorbents in the biofluid absorbent cloth 120, even if a large amount of biofluid (drip) is exuded from the drip food 200, it can be sufficiently absorbed. .

As described above, the superabsorbent Luquasorb FP 800 as the absorbent 120 is a brand name produced by a company called BASF, and these superabsorbents can absorb and bind a large amount of liquid (more than 500 times its own weight). It is made of crosslinked polyacrylates and absorbs the biofluid (drop) or moisture remaining in the enclosure 110 to freeze. Thus, some drop foods 200 that are very sensitive to moisture can be stored longer in a fresh state.

The film paper 130 is a meat or fish and vegetables packaged on the living fluid absorbent cloth 120 and the receiving space portion 114 of the housing 110 installed on the absorbent cloth installation portion 112 of the coalescence 110. As the drop food 200 is not in direct contact with the film paper 130, as shown in Figures 3 and 5, a plurality of absorption holes 132 are formed in the surface of the upper and lower through the edge thereof The surface is adhesively fixed on the upper surface of the edge 116 of the absorbent cloth mounting portion 112.

As described above, a plurality of absorbent holes 132 are formed on the surface of the absorber 132 through the upper and lower surfaces thereof, and the film sheet 130 is fixed on the upper surface of the edge 116 of the absorbent cloth installation unit 112 through the edge surface thereof. The living fluid absorbent cloth 120 on the drop food 200 and the absorbent cloth installation part 112 on the receiving space portion 114 to be packaged as is separated so as not to be in direct contact.

In addition, as described above, the film paper 130 that is adhesively fixed on the upper surface of the edge 116 of the absorbent cloth installation unit 112 through the edge surface is formed with a plurality of absorption holes 132 penetrating up and down on the surface thereof. Due to separation of the drop food 200 on the receiving space portion 114 accommodated and packaged to the upper portion of the film paper 130 and the living fluid absorbent cloth 120 on the absorbent cloth mounting portion 112 to prevent direct contact, The biofluid (drop) exuded from the drop food 200 and flowed down to the upper surface of the film paper 130 is absorbed by the biofluid absorbent cloth 120 on the absorbent cloth installation part 112 through the absorption hole 132. .

On the other hand, the film paper 130 as described above is adhesively fixed on the upper surface of the edge 116 of the absorbent cloth mounting portion 112 through any one of heat treatment, high frequency treatment, adhesive and double-sided tape. Thus, the film paper 130 and the absorbent cloth mounting portion by adhesively fixing the film paper 130 on the upper surface of the edge 116 of the absorbent cloth mounting portion 112 through any one method of heat treatment, high frequency treatment, adhesive, and double-sided tape. Do not separate between the edge 116 of 112.

Since the film 130 as described above is in direct contact with the drop foods 200, such as meat, fish and vegetables, synthetic resin material, biodegradable film paper, a biodegradable film paper coated therein and harmless to the human body and It consists of either biodegradable mulching paper. Among these film papers 130, when using a synthetic resin film paper, polyvinyl chloride (PVC: Polyvinyl Chloride), polyester (PET: Polyester), polyethylene (PE: Polyethylene), polypropylene (PP: Polypropylene), Polyamide, Ethylene-vinyl alcohol (EVOH), Ethylene-vinyl acetate (EVA), Polyvinylidene chloride (PVDC: Polyvinylidenechloride), Polystyrene (PS), Polyethylene terephthalite (PET: Polyethylene terephthalate), nylon (NY: Nylon), polycarbonate (PC: Polycarbonates), acetyl cellulose (Acetyl Cellulose), acetylbutyl cellulose (Acetyl Butyl Cellulose) and plastic composites are good to use.

In addition, as the material of the film paper 130, the mulching paper may be a biodegradable multifunctional mulching paper in which chitosan, which is a natural polymer material, is added to the paper, or a mulching paper coated with biodegradable polyester (PES) on recycled paper.

The packaging package 100 for absorbing the biofluid according to the present invention configured as described above is installed with the absorbent cloth through the attachment of the film paper 130 in a state in which the biofluid absorbent cloth 120 is seated and installed inside the housing 110. Dropping foods such as meat, fish, and vegetables on the receiving space portion 114 forming the upper portion of the film paper 130 inside the housing 110 by providing a structure in which the living fluid absorbent cloth 120 is restrained on the portion 112. After accommodating and packing 200, the drop food 200 can be more easily packaged by sealing the upper portion of the coalescence 110 with a seal 140 such as a plastic wrap.

6 is a cross-sectional view showing a second embodiment of a packaging tray for absorbing biofluid according to the present invention.

Figure 6 is a housing 110a in the configuration of the packaging tray 100a for absorbing biofluid according to the present invention is a housing 110a of pulp material coated with synthetic resin material or biodegradable film paper (110a-1) harmless to the human body therein ). In general, when the package 110a of the pulp material is packaged with the drop food 200, the living fluid (drop) exuded from the drop food 200 is absorbed into the box 110a of the pulp material to prevent it. The interior of the housing 110a of the pulp material in which the 200 is in direct contact is coated with synthetic resin material or biodegradable film paper 110a-1, which is harmless to the human body, so that the interior surface of the drop food 200 and the housing 110a are directly contacted. Do not

Therefore, the packaging tray 100a for absorbing biofluid of the second embodiment according to the present invention is composed of an absorbent cloth installation portion 112a and a storage space portion 114a for receiving the drop food 200 at a predetermined depth on the bottom. It is installed on the housing 110a of the pulp material coated inside through the synthetic resin material or biodegradable film paper 110a-1, which is harmless to the human body, and the absorbent cloth installation part 112a of the housing 110a, but is formed in the form of meat or It is adhesively fixed on the upper surface of the edge 116a of the biofluid absorbing cloth 120a and the absorbent cloth installing part 112a, which absorbs the living fluid (drop) exuded from the fish and vegetable drop food 200. The drop food 200 accommodated in the accommodation space portion 114a and the living fluid absorbent cloth 120a are separated, but the surface is formed of a configuration including a film paper 130a having a plurality of absorption holes 132a formed therein.

Bio-absorbing packaging tray 100a of the second embodiment configured as described above is the interior of the housing 110a of the pulp material when packaging the drop food 200 through the receiving space portion 114a of the housing 110a Since the coating is processed through a harmless synthetic resin material or biodegradable film paper 110a-1, the inner surface of the dropper food 200 that is packaged in the accommodation space portion 114a and the inner surface of the housing 110a of the pulp material are not in direct contact. Therefore, the living fluid (drop) exuded from the drop food 200 packed in the receiving space portion 114a is introduced through the absorption hole 132a of the film paper 130a positioned above the living fluid absorbent cloth 120a. Then, it is absorbed by the living fluid absorbent cloth 120a of the absorbent cloth mounting portion 112a.

The packaging package 100a for absorbing biofluid of the second embodiment according to the present invention is different from the configuration of the packaging package 100 for absorbing biofluid according to the first embodiment of FIGS. 1 to 5 described above. (110a) The only difference is that the synthetic resin material or biodegradable film paper (110a-1) that is harmless to the human body inside the coating process, but the other components are made of the same configuration will not be described in detail with respect to other components.

7 is a cross-sectional view showing a third embodiment of a packaging tray for absorbing biofluid according to the present invention.

Figure 7 shows a third embodiment of the packaging package 100b for absorbing biofluid according to the present invention, the packaging tray 100b for absorbing biofluid according to the third embodiment of the present invention is harmless to the human body on the surface The biofluid absorbent cloth 120b in the form of a sheet coated with the film paper 122b is formed to be adhered to the absorbent cloth mounting portion 112b of the housing 110b. That is, the biofluid absorbing packaging tray 100b of the third embodiment according to the present invention is compared with the bio fluid absorbing packaging tray 100 of the first embodiment as shown in FIGS. 1 to 5. Only the difference in where the configuration of 130 is located is made of the same configuration.

In other words, the packaging package 100b for absorbing biofluid of the third embodiment according to the present invention is formed as an upper part of the absorbent cloth mounting portion 112b and the absorbent cloth mounting portion 112b formed at a predetermined depth on the inner bottom surface. Adhered to the absorbent cloth installation portion 112b of the housing 110b and the housing 110b of a material harmless to a human body provided with a receiving space portion 114b for accommodating drop foods 200 such as meat, fish, and vegetables. The film paper 122b, which is installed on the surface thereof but is harmless to the human body, is formed in the form of a coated sheet so as not to make direct contact with the drop food 200 packaged as the receiving space 114b. It consists of a configuration of the living fluid absorbing cloth (120b) absorbing the living fluid (drip) extruded from the drop food (200) flowed down to the bottom surface of the absorbent cloth installation portion 112b of the housing (110b) through the upper surface of the. In this case, a plurality of biofluid absorbing holes 124c may be further formed on the surface of the film paper 122c.

In the above-described configuration, the housing 110b is made of a synthetic resin material, and the film paper 122b is any one of a synthetic resin material, a biodegradable film paper, a paper material coated with a biodegradable film paper therein, and a biodegradable mulching paper, which are harmless to a human body. It is composed of one, but it is better to use biodegradable film paper.

On the other hand, the biofluid (drip) exuded from the drop food 200 packaged in the receiving space portion 114b in the packaging package (100b) for absorbing biofluid according to the third embodiment configured as described above is absorbed It flows into the cloth mounting part 112b, and is absorbed by the living fluid absorbing cloth 120b provided in the absorbent cloth mounting part 112b. The packaging package 100b for absorbing biofluid of the third embodiment according to the present invention is different from the configuration of the packaging tray 100 for absorbing the biofluid according to the first embodiment of FIGS. 1 to 5 described above. Since only the difference in where the configuration is located is composed of the same configuration, the description of other configurations will be omitted.

8 is a cross-sectional view showing a fourth embodiment of a packaging tray for absorbing biofluid according to the present invention.

In the constitution of the packaging tray 100c for absorbing biofluid according to the fourth embodiment of FIG. 8, the housing 110c includes a pulp material coated with synthetic resin material or biodegradable film paper 110c-1, which is harmless to a human body. 110c). That is, the packaging package 100c for absorbing biofluid according to the fourth embodiment of the present invention shown in FIG. 8 is made of the same configuration as the packaging tray 100b for absorbing biofluid according to the third embodiment of FIG. However, in the configuration of the housing (110c) in the packaging tray 100c for absorbing biofluid according to the fourth embodiment of the present invention, the housing (110c) is a synthetic resin material or biodegradable film paper (110c-1) harmless to the human body on the inner side ) Is made of a coated pulp material. Therefore, the drop food 200 packaged in the accommodation space portion 114c of the housing 110c and the inner surface of the housing 110c of the pulp material do not directly contact each other.

The packaging package 100c for absorbing biofluid according to the fourth embodiment of the present invention is made of a pulp material and has a film paper 122c which is harmless to the human body in the absorbent cloth installation portion 112d of the housing 110d coated with an inner surface thereof. The biofluid absorbent cloth 120c in the form of a sheet coated on the surface is made of adhesively installed. In the living fluid absorption packaging tray 100c according to the fourth embodiment of the present invention configured as described above, the living fluid (drip) extruded from the drop food 200 packaged as the accommodation space 114c is an absorbent cloth installation part ( It flows into 112c and is absorbed by the living fluid absorbent cloth 120c provided in the absorbent cloth installation part 112c.

As described above, the technology according to the present invention has been described with reference to the embodiments illustrated in the drawings, which are merely exemplary and various modifications and equivalent other embodiments are possible to those skilled in the art. Will understand. Therefore, the true technical protection scope of the present invention should be defined by the technical spirit of the appended claims.

According to the packaging tray for absorbing biofluid of the present invention as described above, a drop fluid such as meat, fish and vegetables is installed by installing a biofluid absorbent cloth for absorbing biofluid (drip) on the inner bottom of the housing having an open side. By preventing discoloration and deterioration of the quality, the effect that can provide a cleaner and more hygienic meat is expressed.

In addition, another technology according to the present invention is to facilitate the absorption of the fresh fluid (drip) flows out of the state in which the drop food and the living fluid absorbent cloth is not directly contacted by the film paper formed with a plurality of absorption holes freshness of the drop food The effect that can maintain is expressed.

In addition, another object of the technology according to the present invention is to provide a packaging tray configured in the bottom surface of the living fluid absorbent fabric to enable the automation of the packaging operation when packaging the drop food in the packaging tray packaging efficiency The effect to be able to improve is expressed.

In addition, the technology according to the present invention by filling the absorbent absorbent material inside the biofluid absorbent cloth, even if a large amount of biofluid (drip) is exuded sufficiently to prevent discoloration or deterioration of the quality of the drop food due to the biofluid (drop) I can prevent it.

Claims (5)

A packaging tray for packing drip foods such as meat, fish and vegetables, An enclosure made of a material harmless to a human body having an absorbent cloth mounting portion formed on the inner bottom surface and an upper portion of the absorbent cloth mounting portion and containing an accommodation space for accommodating drop foods such as meat, fish and vegetables; A biofluid absorbent fabric installed on the absorbent fabric installation portion of the enclosure, the biofluid absorbent fabric absorbing the living fluid (drop) exuded from the drop food by forming a sheet; And The adhesive is installed on the upper surface of the absorbent cloth mounting portion of the enclosure to separate the drop food and the living fluid absorbent cloth received in the receiving space portion of the upper portion, but a plurality of absorbent holes are formed on the surface of the absorbent product exuded from the packaged drop food. A packaging package for absorbing biofluids, comprising film paper which is harmless to a human body to allow fluid (drops) to be absorbed into the biofluid absorbent cloth through the absorbent hole. According to claim 1, wherein the film paper packaging package for absorbing biofluid, characterized in that the edge surface is adhesively fixed to the upper edge of the absorbent cloth mounting portion of the enclosure through any one of heat treatment, high frequency treatment, adhesive and double-sided tape. . According to claim 1 or 2, wherein the inside of the biofluid absorbent fabric is filled with a super absorbent (Superabsorbents) or a polymer absorbent in the form of a powder or granules to absorb the biofluid is further filled Packaging trays for absorbing biofluids. 4. The package of claim 3, wherein the biofluid absorbent fabric is made of pulp or tissue and formed into a sheet. A packaging tray for packing drip foods such as meat, fish and vegetables, An enclosure of a material harmless to a human body having an absorbent cloth installation portion formed on the inner bottom surface and an upper portion of the absorbent cloth installation portion and containing an accommodation space for accommodating drop foods such as meat, fish, and vegetables; And The film paper is adhesively installed on the absorbent cloth mounting portion of the enclosure, and the film paper having a plurality of fluid absorbing holes is formed in the form of a sheet coated with a surface to prevent direct contact with the drop food packaged into the receiving space. A packaging tray for absorbing biofluid, comprising a biofluid absorbent fabric absorbing the biofluid (drop) exuded from the drop food which flows down the absorbent fabric installation part bottom of the enclosure through an upper surface of the package .

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