Scorpio packaging structure

Abstract

The utility model discloses a scorpion packaging structure, and relates to the technical field of scorpion packaging, the scorpion packaging structure comprises strength films, a main body film and a suppression unit, the strength films are rectangular in the front view and form vacant areas which are through in the thickness direction, the two strength films are stacked, and one end of each strength film is used as a bag opening; the main body films are used for filling the vacant area, the main body films are clamped by the two strength films, and the two main body films are stacked; the other positions of the two strength films except the section forming the bag opening are mutually fixed, and the two corresponding side edges of the main body film are clamped and fixed; the non-clamped and fixed edge of the main body film is fixed with the inner wall of the adjacent strength film, a suppression unit is arranged on the inner side of the strength film, the suppression unit is in contact with gas between the main body films, and the suppression unit comprises one or more of a deoxidizing agent and a dehumidizer. The method has the effects of reducing pollution to the environment when scorpion products are packaged in sealing bags and improving the long-term storage quality of the scorpions at the same time.

Description

TECHNICAL FIELD

[0001] The application relates to a scorpion packaging structure. BACKGROUND

[0002] Scorpions, namely, dried whole insects of the Buthidae family of scorpions, have strong medicinal value, and therefore have a long history of being used as medicine and food. As an organic substance, scorpions will accelerate spoilage in the presence of sufficient oxygen, and the drug efficacy and taste will gradually deteriorate over time. If long-term preservation of scorpions is desired, the scorpions are often sealed and packaged.

[0003] At present, there are at least two kinds of packaging of scorpion products. One is to package scorpions in bottles and cans. This kind of packaging can well preserve the integrity of scorpions, but occupies more space when a large number of scorpions are stored. The other is to package scorpions in sealed bags. This kind of packaging can reduce the waste of space when the products are stored.

[0004] The above-mentioned packaging of scorpions in sealed bags has the following disadvantages: the use of traditional plastic is not conducive to environmental protection, and the replacement of chitosan can reduce environmental pollution, but the material properties (strength, oxygen resistance, etc.) of chitosan lead to relatively easy contact of scorpions with oxygen during packaging of the products, causing faster spoilage and affecting the preservation quality. Therefore, a new technical solution is proposed in the application. CONTENT OF THE UTILITY MODEL

[0005] In order to reduce the pollution of the environment when scorpion products are packaged in sealed bags, and to improve the quality of long-term preservation of scorpions, the application provides a scorpion packaging structure.

[0006] The application provides a scorpion packaging structure, which adopts the following technical solution:

[0007] A scorpion packaging structure, comprising strength films, a main body film and a suppression unit, the strength films are rectangular in front view and have through empty areas in the thickness direction, two of the strength films are stacked and one end of each of the strength films serves as a bag opening;

[0008] The main body film is used to fill the empty areas, and the main body film is clamped by the two strength films, the main body film is two and is stacked;

[0009] The two strength films are fixed to each other at positions other than the position forming the bag opening, and the two sides of the main body film are clamped and fixed; the edge of the main body film that is not clamped and fixed is fixed to the inner wall of the adjacent strength film, a suppression unit is arranged on the inner side of the strength film, the suppression unit contacts the gas between the main body films, and the suppression unit comprises one or more of a deoxidizing agent and a dehumidifying agent.

[0010] Optionally, the two said strength films are connected at the connecting part, forming a filling cavity, the said inhibiting unit is placed in the filling cavity, the filling cavity is connected with the cavity formed between the main body film by micropores, and the filling cavity is opened at one end close to the bag opening.

[0011] Optionally, the said empty area is provided with a plurality of intermediate partitions, the intermediate partitions divide the empty area into a plurality of sub-areas arranged from the bag opening to the bag bottom, and the two said strength films are close to each other and fixed to the adjacent main body film at the two opposite intermediate partitions, and the two said main body films are fixed to each other at the section between the intermediate partitions.

[0012] Optionally, the said strength film is folded at the end away from the bag opening to form a triangular area on the end side and the inner side, and the outer edges of the triangular areas of the two said strength films are fixed to each other.

[0013] Optionally, the height of the sub-areas divided by the said intermediate partitions is different, and the height of the sub-area closest to the bag bottom is the smallest.

[0014] Optionally, the said filling cavity is located on one side of the strength film, and the other side opposite to the filling cavity is provided with a bulge cavity, the said bulge cavity is formed by the two said strength films, another said inhibiting unit is placed in the bulge cavity and connected with the sub-area closest to the bag bottom, and the said filling cavity is used to connect with other sub-areas.

[0015] In summary, the present application has the following beneficial technical effects: the present application uses chitosan material for packaging scorpions in some areas, so as to reduce environmental pollution; because the outer periphery of the bag structure is formed by polyethylene material, the bag structure is relatively not easy to be damaged, and the probability of scorpion rancidity caused by air entering due to damage can be reduced; and because the inhibiting unit is used for anti-oxidation and dehumidification, the long-term storage time of scorpions can be prolonged, and the product quality of scorpions can be improved. BRIEF DESCRIPTION OF DRAWINGS

[0016] Figure 1 is a front view of the present application;

[0017] Figure 2 is a partial side view of the present application when it is unfolded.

[0018] Explanation of Reference Signs: 1, strength film; 2, main body film; 3, sealing strip; 4, intermediate partition; 5, bulge cavity. DETAILED DESCRIPTION

[0019] The following will be described in detail with reference to the accompanying drawings Figures 1-2 The present application will be further described in detail.

[0020] The embodiment of the present application discloses a scorpion packaging structure.

[0021] Reference will be made to Figure 1The scorpion packaging structure comprises strength films 1 and a main film 2, wherein the strength films 1 are rectangular in front view and formed with empty areas penetrating in the thickness direction, two strength films 1 are stacked and one end thereof is used as a bag opening; the main film 2 is used to fill the empty areas, and the edges of the main film 2 are clamped by the two strength films 1, and the main film 2 is two and stacked.

[0022] The two strength films 1 are fixed to each other (bonding or fusion) at positions other than the section forming the bag opening, and clamped and fixed to the corresponding two side edges of the main film 2; the edge of the main film 2 not clamped and fixed is fixed to the inner wall of the adjacent strength film 1. A suppression unit is arranged inside the strength film 1, and the suppression unit contacts the gas between the main film 2.

[0023] The above-mentioned main film 2 comprises a chitosan film, the strength films 1 and the reinforcing films all comprise polyethylene films, and the thickness of the reinforcing film is at least smaller than that of the strength film 1; the suppression unit comprises one or more of deoxidizers and dehumidifiers.

[0024] According to the above arrangement, when the structure is used to package scorpions, the chitosan material is used in part of the area, so that the environmental pollution can be reduced; because the periphery of the bag structure is formed by polyethylene material, the bag structure is relatively not easy to be damaged, and the probability of scorpion rancidity caused by air entering due to damage can be reduced; and because there is a suppression unit for anti-oxidation and dehumidification, the long-term storage time of the scorpions can be prolonged, and the product quality of the scorpions can be improved.

[0025] It can be understood that a sealing strip 3 or a tear line structure can be arranged at the bag opening position along the width of the bag opening to meet the sealing requirement of the bag structure; the sealing strip 3 is taken as an example for description in the embodiment.

[0026] In an embodiment of the present application, a filling cavity is surrounded by the connection part of the two strength films 1, the suppression unit is placed in the filling cavity, the filling cavity is connected to the cavity formed between the main film 2 by micropores, and one end of the filling cavity close to the bag opening is open.

[0027] That is, the positions of the two side edges of the bag structure are hollow, which are used as filling cavities, and the filling cavities are used to place deoxidizers and the like, and the filling cavities are provided with micropores on the side wall of the bag to deoxidize and protect the scorpions inside the bag.

[0028] Because the filling cavity is open at one end of the bag opening, the suppression unit can be conveniently placed, and because of the structure position, if a sealing strip is used to seal the bag opening, the opening of the filling cavity can be closed at the same time when the bag is sealed.

[0029] In an embodiment of the present application, the empty area is provided with a middle partition 4, which divides the empty area into a plurality of sub-areas arranged from the bag opening to the bag bottom, and the middle partition 4 is formed on the strength film 1; the two strength films 1 are close to each other and fix the adjacent main body film 2 at the two middle partitions 4, and the two main body films 2 are bonded to each other at a section between the middle partitions 4.

[0030] According to the above arrangement, the space in the bag is divided into a plurality of sub-areas, so that if a part of the chitosan film is damaged, the scorpions in other sub-areas are not easily affected, and more importantly, the chitosan film has lower strength than the polyethylene film, and the above position and connection mode make it difficult to open a certain sub-area by separating the two strength films 1 to the left and right, or the main body film 2 is damaged, but does not affect the integrity of the bag cavity.

[0031] Referring to Figure 2 In another embodiment of the present application, the end of the strength film 1 away from the bag opening is folded to the end side and the inner side to form a triangular area, and the outer edges of the triangular areas of the two strength films 1 are fixed to each other (such as: after being stacked, they are welded), and the main body film 2 does not extend to the triangular area of the strength film 1.

[0032] According to the above arrangement, after the scorpions are packaged, the inner side of the structure is bulged, especially the bottom can form a wide platform in the triangular area, so that the present application can be vertically placed on the platform.

[0033] On this basis, the sub-areas divided by the above-mentioned middle partition 4 can hold more scorpions near the bag bottom, so the heights of the sub-areas divided by the middle partition 4 are different, and the height of the sub-area closest to the bag bottom is the smallest, so as to ensure that the amount of scorpions in each sub-area is relatively uniform, and better meet the access requirements.

[0034] In another embodiment of the present application, considering the difference in the amount of scorpions in each sub-area, the following arrangement is made:

[0035] The filling cavity is located on one side of the strength film 1 and the other side has a bulge cavity 5, the bulge cavity 5 is surrounded by the two strength films 1, and the bulge cavity 5 also contains a suppression unit and is connected to the sub-area closest to the bag bottom through a small passage formed between the two strength films 1; the filling cavity is used to connect other sub-areas.

[0036] It can be understood that the bulge cavity 5 should be more obvious than the filling cavity, and other materials such as activated carbon can be filled inside to ensure that it can be bulged.

[0037] The setting of the bulge cavity 5 can on one hand enable the consumer to pick up the application through it, reducing the probability of breaking the scorpion due to directly grabbing the position of the main body film 2 of the application; on the other hand, being separated from the filling cavity, the protection of the sub-area closest to the bag bottom is independent, which can better play a protective role. After all, the bag bottom is used last, and if the corresponding inhibition unit has been in contact with air due to repeated opening of the bag above, the protection effect will be poorer.

[0038] The above are preferred embodiments of the application, and do not limit the protection scope of the application, so: all equivalent changes made according to the structure, shape, principle of the application should be covered within the protection scope of the application.

Claims

1. A scorpion package structure, characterized in that: It comprises strength films (1), main body films (2) and inhibition units, the strength films (1) are rectangular in front view and formed with empty areas through in thickness direction, two strength films (1) are stacked and one end is as a bag opening; The main body films (2) are used to fill the empty areas, and the main body films (2) are clamped by two strength films (1), the main body films (2) are two and stacked; Two strength films (1) are fixed to each other except a section forming the bag opening, and the corresponding two side edges of the main body films (2) are clamped and fixed; the edge of the main body films (2) not clamped and fixed is fixed with the inner wall of the adjacent strength film (1), the inhibition units are arranged in the inner side of the strength film (1), the inhibition units contact the gas between the main body films (2), and the inhibition units comprise one or more of deoxidizers and dehumidifiers.

2. The scorpion packaging structure according to claim 1, characterized in that: The mutual connecting part of two strength films (1) surrounds a filling cavity, the inhibition units are placed in the filling cavity, the filling cavity is communicated with the cavity formed between the main body films (2) through micropores, and one end of the filling cavity close to the bag opening is opened.

3. The scorpion package structure according to claim 2, wherein: The empty areas are provided with a plurality of intermediate partition strips (4), the intermediate partition strips (4) divide the empty areas into a plurality of sub-areas arranged from the bag opening to the bag bottom, the two intermediate partition strips (4) on the two stacked strength films (1) are close to each other and fixed to the adjacent main body films (2), and the two main body films (2) are fixed to each other in the section between the intermediate partition strips (4).

4. The scorpion package structure according to claim 3, wherein: The end away from the bag opening of the strength film (1) is bent to form a triangular area on the end side and the inner side, and the outer edges of the triangular areas of the two strength films (1) are fixed to each other.

5. The scorpion packaging structure according to claim 4, characterized in that: The heights of the sub-areas divided by the intermediate partition strips (4) are different, and the height of the sub-area closest to the bag bottom is the smallest.

6. The scorpion packaging structure of claim 4, wherein: The filling cavity is located on one side of the strength film (1), and the other side opposite to the filling cavity is a bulge cavity (5), the bulge cavity (5) is surrounded by two strength films (1), another inhibition unit is placed in the bulge cavity (5) and communicated with the sub-area closest to the bag bottom; and the filling cavity is used to communicate with other sub-areas.

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